/** Syntax:
* type: images, app, etc.
*
*
*
*
*
*
*
*
* All Sizes are printed in full bytes
*
*@author Carsten Schäfer 02.01.2006 15:59, Cecilie Wettre
*/
var APP = CONFIG['CONSTANTS']['CAT_SOFTWARE'];
var LINKS_METPROD = new Array("Meteosat Meteorological Products", "http://www.eumetsat.int/Home/Main/Access_to_Data/Meteosat_Meteorological_Products/Product_List/index.htm?l=en");
var LINKS_EPS = new Array("EPS Products", "http://www.eumetsat.int/Home/Main/Access_to_Data/Metop__amp__NOAA_Services/Global_Data_Service/index.htm?l=en");
var LINKS_EUMETCAST = new Array("EUMETCast", "http://www.eumetsat.int/Home/Main/Access_to_Data/Delivery_Mechanisms/SP_1117714355151?l=en");
var LINKS_EUMETCAST_NOT_AVAILABLE = new Array("Not yet available via EUMETCast", "http://www.eumetsat.int/Home/Main/Access_to_Data/Delivery_Mechanisms/SP_1117714355151?l=en");

var LINKS_EARS = new Array("EUMETSAT Advanced Retransmission Service (EARS)","http://www.eumetsat.int/Home/Main/What_We_Do/Satellites/EARS_System/index.htm?l=en");
var LINKS_IODC = new Array("HRI - IODC","http://www.eumetsat.int/Home/Main/Access_to_Data/Meteosat_Image_Services/SP_1119363946419?l=en");
var LINKS_JASON = new Array("Jason-2","http://www.eumetsat.int/Home/Main/What_We_Do/Satellites/Jason/index.htm?l=en");
var LINKS_AVISO = new Array("AVISO","http://www.aviso.oceanobs.com/en/data/products/index.html");
var LINKS_RGB = new Array("EUMETSAT Website","http://www.eumetsat.int/Home/Main/Image_Gallery/Real_Time_Imagery/index.htm?l=en");
var LINKS_MSG_INTERP = new Array("MSG Interpretation Guide","http://www.eumetsat.int/Home/Main/Image_Gallery/Real_Time_Imagery/index.htm?l=en");
var  LINKS_MDD = new Array("Meteorological Data Dissemination","http://www.eumetsat.int/Home/Main/Access_to_Data/Environmental_Data_Services/SP_1119365730178?l=en");


var LINKS_EUMOSISAF = new Array("EUMETSAT OSI SAF page", "http://www.eumetsat.int/Home/Main/What_We_Do/SAFs/Products/List_by_SAF/SP_1124380491430?l=en");
var LINKS_OSISAF = new Array("OSI SAF", "http://www.osi-saf.org/index.php");
var LINKS_OSISAF_SEAICEPORTAL = new Array("OSI SAF Sea Ice Portal","http://saf.met.no");
var LINKS_SEAWINDS = new Array("SeaWinds Product Manual", "http://www.osi-saf.org/biblio/docs/ss3_pmsw_1_3.pdf");
var LINKS_KNMIWIND = new Array("ERS Wind Product", "http://www.knmi.nl/scatterometer/ers_prod/ers_app.cgi");
var LINKS_UKMETOFFICE = new Array("UK Met Office", "http://www.metoffice.gov.uk/");

var LINKS_EUMLSASAF = new Array("EUMETSAT LSA SAF page","http://www.eumetsat.int/Home/Main/What_We_Do/SAFs/Products/List_by_SAF/SP_1124452352321?l=en");
var LINKS_LSASAF = new Array("LSA SAF", "http://landsaf.meteo.pt/");


var LINKS_EUMGRASSAF = new Array("EUMETSAT GRAS SAF page","http://www.eumetsat.int/Home/Main/What_We_Do/SAFs/Products/List_by_SAF/SP_1124456316564?l=en");
var LINKS_GRASSAF = new Array("GRAS SAF","http://grassaf.dmi.dk/index.php");
var LINKS_GRAS_NRT = new Array("GRAS NRT Products Guide", "http://grassaf.dmi.dk/NRT_products.php");
var LINKS_GRAS_OFFLINE = new Array("GRAS Offline Products Guide", "http://grassaf.dmi.dk/offline_products.php");
var LINKS_EUMOZONESAF = new Array("EUMETSAT Ozone Monitoring SAF page","http://www.eumetsat.int/Home/Main/What_We_Do/SAFs/Products/List_by_SAF/SP_1124453021428?l=en");
var LINKS_OZONESAF = new Array("Ozone Monitoring SAF","http://o3msaf.fmi.fi");
var LINKS_USEPA = new Array("US Environmental Protection Agency","http://www.epa.gov");

var LINKS_EUMCLIMATESAF = new Array("EUMETSAT Climate SAF page","http://www.eumetsat.int/Home/Main/What_We_Do/SAFs/Projects/SP_1124289151210?l=en");
var LINKS_CLIMATESAF = new Array("Climate Monitoring SAF","http://www.cmsaf.eu/");
var LINKS_CLIMATESAF_PRODS = new Array("Climate Monitoring SAF Products", "http://orias.dwd.de/safira/action/viewProduktHome?menuName=PRODUKT_HOME");

var LINKS_HYDSAF = new Array("Support to Operational Hydrology and Water Management SAF","http://www.eumetsat.int/Home/Main/What_We_Do/SAFs/Projects/SP_1124781691272?l=en");
var LINKS_NWCSAF = new Array("Nowcasting and Very Short Range Forecasting SAF","http://nwcsaf.inm.es/");

var LINKS_NWPSAF = new Array("NWP SAF","http://www.metoffice.gov.uk/research/interproj/nwpsaf/");
var DISSLINKS_NWPSAF = new Array("NWP SAF", "http://www.metoffice.gov.uk/research/interproj/nwpsaf/deliverables.html");

var LINKS_VITO = new Array("VITO","http://www.vito.be/english/index.htm");
var LINKS_VGT4AFR = new Array("Vgt4Africa","http://www.vgt4africa.org/");
var LINKS_EUMENV = new Array("EUMETSAT Environmental Services","http://www.eumetsat.int/Home/Main/Access_to_Data/Environmental_Data_Services/index.htm?l=en");
var LINKS_NESDIS = new Array("NOAA/NESDIS Products","http://www.nesdis.noaa.gov/sat-products.html");
var LINKS_MSPPS = new Array("MSPPS Products","http://www.osdpd.noaa.gov/PSB/IMAGES/MSPPS_day2.html");
var LINKS_GOES = new Array("GOES Homepage", "http://www.goes.noaa.gov/");
var LINKS_MODIS = new Array("NASA MODIS Products","http://modis.gsfc.nasa.gov/data/");
var LINKS_MODIS_ACTIVE_FIRE = new Array("Advanced Fire Information System", "http://www.wamis.co.za/afis/afis.htm");
var LINKS_SERVIR = new Array("SERVIR", "http://www.servir.net/index.php?lang=en");
var LINKS_SERVIR_FIRE = new Array("MODIS Daily Fire Images", "http://www.servir.net/index.php?option=com_content&task=view&id=55&Itemid=58");
var LINKS_CMA = new Array("China Meteorological Administration","http://www.cma.gov.cn/english/");

var LINKS_YEOS_WEATHER = new Array("Yellow Sea Weather Forecasts", "http://ocean.dmi.dk/yeos/yellowsea/atmos/index.php ");
var LINKS_YEOS_SATOBS_SST = new Array("30 days Sea Surface Temperature", "http://ocean.dmi.dk/satellite/index.php");
var LINKS_YEOS_SATOBS_OBS = new Array("YEllow sea Observation, forecasting and information System", "http://ocean.dmi.dk/yeos/yellowsea/satellite/index.php");

var LINKS_USEFULTOOLS = new Array("Useful Programs and Tools","http://www.eumetsat.int/Home/Main/Access_to_Data/User_Support/SP_1117714787347?l=en");
var LINKS_DWDSAT = new Array("DWDSAT Product Catalogue","http://www.dwd.de/en/Technik/Kommunikation/dwdsat/prodkat.htm");
var LINKS_MTSAT = new Array("MTSAT Imagery","http://www.jma.go.jp/en/gms/");
var LINKS_MTSAT2 = new Array("MTSAT Homepage","http://www.jma.go.jp/jma/jma-eng/satellite/index.html");
var LINKS_ECMWF_GTS_HEAD = new Array("GTS Headers","http://www.ecmwf.int/products/additional/gts_headers_mdd.html");

var LINKS_ECMWF_GTS = new Array("Products on the GTS","http://www.ecmwf.int/products/additional/");
var LINKS_DELIVERY_MECH = new Array("GTS","http://www.eumetsat.int/Home/Main/Access_to_Data/Delivery_Mechanisms/index.htm?l=en");

var DISSLINKS_RTH_OFFENBACH = new Array("RTH Offenbach","http://www.wmo.ch/web/www/ois/RTHFocalPts/Offenbach.html");

var DISSLINKS_EUMETCAST = new Array("EUMETCast", "http://www.eumetsat.int/Home/Main/What_We_Do/EUMETCast/Reception_Station_Set-up/index.htm?l=en");
var DISSLINKS_EUMETCAST_CHANNELS = new Array("EUMETCast Data Channels", "http://www.eumetsat.int/Home/Main/What_We_Do/EUMETCast/Reception_Station_Set-up/index.htm?l=en#eumetcast_data_channels");
var DISSLINKS_GEONETCAST = new Array("GEONETCast", "http://www.eumetsat.int/Home/Main/Access_to_Data/Delivery_Mechanisms/SP_1117714355151?l=en");
var DISSLINKS_GEONETCAST_AMERICAS = new Array("GEONETCast-Americas", "http://www.noaa.gov");
var DISSLINKS_DIRECT = new Array("Direct Dissemination","http://www.eumetsat.int/Home/Main/Access_to_Data/Delivery_Mechanisms/SP_1117714375025?l=en");
var DISSLINKS_MSG_LRIT_DIRECT = new Array("MSG LRIT Direct","http://www.eumetsat.int/Home/Main/Access_to_Data/Delivery_Mechanisms/SP_1117714375025?l=en");
var DISSLINKS_METOP_DIRECT = new Array("Metop Direct Readout Service","http://www.eumetsat.int/Home/Main/Access_to_Data/Metop__amp__NOAA_Services/SP_1117714487826?l=en");
var DISSLINKS_FIR_FTP = new Array("FTP","ftp://ftp.eumetsat.int/pub/OPS/out/simon/FIRE/");

var ARCHIVELINKS_EUMETSAT = new Array("EUMETSAT Archive","http://www.eumetsat.int/Home/Main/Access_to_Data/Archive_Service/index.htm?l=en");
var ARCHIVELINKS_KNMIARCHIVE = new Array("KNMI Archive", "ftp://ftp.knmi.nl/");
var ARCHIVELINKS_METEOFRANCEARCHIVE = new Array("Meteo-France Archive", "ftp://ftp.meteo.fr/OSI_SAF/");
var ARCHIVELINKS_CLIMATESAFARCHIVE = new Array("Climate SAF Archive", "http://orias.dwd.de/safira/action/viewProduktList");
var ARCHIVELINKS_METNO = new Array("met.no Archive", "ftp://saf.met.no/prod/ice/");
var ARCHIVELINKS_LSASAF = new Array("LSA SAF", "http://landsaf.meteo.pt/");

var DOCLINKS_TD = new Array("Technical Description - Meteosat DCR System","http://www.eumetsat.int/home/Main/Publications/Technical_and_Scientific_Documentation/Technical_Descriptions/index.htm");
var DOCLINKS_METPROD = new Array("Technical Documents - Meteorological Products","http://www.eumetsat.int/Home/Main/Publications/Technical_and_Scientific_Documentation/Technical_Notes/SP_1124282585834?l=en");
var DOCLINKS_MSG = new Array("Technical Documents - MSG","http://www.eumetsat.int/Home/Main/Publications/Technical_and_Scientific_Documentation/Technical_Notes/SP_1124282611560?l=en");
var DOCLINKS_EPS = new Array("EPS Documentation","http://www.eumetsat.int/Home/Main/Publications/Technical_and_Scientific_Documentation/Technical_Notes/SP_1126189367518?l=en");
var DOCLINKS_NOAA = new Array("Environmental Data Record Description","http://www.ssd.noaa.gov/POES/SSMIS/SSMIS_EDR.pdf");
var DOCLINKS_NOAA_POLAR = new Array("Technical Documentation - NOAA/NESDIS","http://www.ncdc.noaa.gov/oa/pod-guide/ncdc/docs/intro.htm");
var DOCLINKS_MSPPS = new Array("MSPPS Algorithm Description","http://www.orbit.nesdis.noaa.gov/corp/scsb/mspps/algorithms.html");
var DOCLINKS_ASCATWIND = new Array("ASCAT Wind Product User Manual","http://www.knmi.nl/scatterometer/publications/pdf/ASCAT_Product_Manual.pdf");
/*###########*/

data[++inc] = new Array();
data[inc]['title']  = "Global Instability Index (GII)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Atmospheric air mass instability. Developed by the SAF in support of Nowcasting and Very Short Range Forecasting but produced at EUMETSAT. Applications & Users: Nowcasting (forecasting up to six hours) severe weather.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR";
data[inc]['frequency'] ="96";
data[inc]['channel']    = "EUMETSAT Data Channel 3 & 7";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "L-000-MSG1__-MPEF________-GII______-000001___-200611130000-__";
data[inc]['filesize'] = "230 KB per product";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST_CHANNELS;
data[inc]['link_2']      = DISSLINKS_MSG_LRIT_DIRECT;
data[inc]['link_3']      = LINKS_RGB;
////data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['resources_3']      = DOCLINKS_MSG;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
////data[inc]['thumbpath'] = "img_epsprod_amsuradch1_thmb.gif ";
data[inc]['resolution']    = "Various";
data[inc]['parameter']    = "Instability";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, Direct, EUMETSAT Website, EUMETSAT Archive";

/*
data[++inc] = new Array();
data[inc]['title']  = "Rapid Scan Global Instability Index (GII)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-8";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Atmospheric air mass instability. Developed by the SAF in support of Nowcasting and Very Short Range Forecasting but produced at EUMETSAT. Applications & Users: Nowcasting (forecasting up to six hours) severe weather.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Partial Disk (15° to 70°N)";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = " ";
data[inc]['frequency'] ="288";
data[inc]['channel']    = "EUMETSAT Data Channel 6";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "L-000-MSG1__-MPEF_RSS____-GII______-000001___-200807230255-__ ";
data[inc]['filesize'] = "  ";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST_CHANNELS;
//data[inc]['link_2']      = DISSLINKS_MSG_LRIT_DIRECT;
data[inc]['link_3']      = LINKS_RGB;
////data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['resources_3']      = DOCLINKS_MSG;
//data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
////data[inc]['thumbpath'] = "img_epsprod_amsuradch1_thmb.gif ";
data[inc]['resolution']    = "Various";
data[inc]['parameter']    = "Instability";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas,";
*/

data[++inc] = new Array();
data[inc]['title']  = "Regional Instability Index (RII)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Atmospheric air mass instability. Developed by the SAF in support of Nowcasting and Very Short Range Forecasting but produced at EUMETSAT. Applications & Users: Nowcasting (forecasting up to six hours) severe weather. This is the pixel-based version of the Global Instability Index (GII). It is produced for a subset of the MSG image disk over Europe from March to November, and over South Africa from December to February (approximate dates, switches announced via user notification)";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Subset of Full Disk from 0°";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR";
data[inc]['frequency'] ="96";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa";
data[inc]['namingconvention']  = " ";
data[inc]['filesize'] = "1.6 MB per product";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST_CHANNELS;
////data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['resources_3']      = DOCLINKS_MSG;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
////data[inc]['thumbpath'] = "img_epsprod_amsuradch1_thmb.gif ";
data[inc]['resolution']    = "Pixel";
data[inc]['parameter']    = "Instability";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Atmospheric Motion Vectors (AMV)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9, Meteosat-7";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Wind vectors at different heights derived by tracking the motion of the clouds and other atmospheric constituents (e.g. water vapour patterns and ozone). Applications & Users: Weather forecasting, numerical weather prediction, climate research and monitoring.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Full Disk from 0°, Indian Ocean";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR";
data[inc]['channel'] = "EUMETSAT Data Channel 3 & 7";
data[inc]['frequency'] ="Hourly (EUMETCast, GTS), 3-hourly (Direct)";
data[inc]['availability']    = "EUMETCast Europe, EUMETCast Africa, EUMETCast Americas, GTS";
data[inc]['namingconvention']  = "L-000-MSG1__-MPEF________-AMV______-000001___-200611130045-__";
data[inc]['filesize'] = "2.5 MB per product";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['resources_3']      = DOCLINKS_MSG;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = LINKS_DELIVERY_MECH;
data[inc]['link_3']      = DISSLINKS_DIRECT;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['resolution']    = "Various";
data[inc]['parameter']    = "Wind";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, GTS, Direct, EUMETSAT Archive";

/*
data[++inc] = new Array();
data[inc]['title']  = "Rapid Scan Atmospheric Motion Vectors (AMV)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-8";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Wind vectors at different heights derived by tracking the motion of the clouds and other atmospheric constituents (e.g. water vapour patterns and ozone).  The Rapid Scan AMV is based on channels 2 (VIS 0.8) and 9 (IR 10.8). Applications & Users: Weather forecasting, numerical weather prediction, climate research and monitoring.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Partial Disk (15° to 70°N)";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = " ";
data[inc]['frequency'] ="72";
data[inc]['channel']    = "EUMETSAT Data Channel 6";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "L-000-MSG1__-MPEF_RSS____-AMV______-000001___-200807230255-__ ";
data[inc]['filesize'] = "  ";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST_CHANNELS;
//data[inc]['link_2']      = DISSLINKS_MSG_LRIT_DIRECT;
data[inc]['link_3']      = LINKS_RGB;
////data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['resources_3']      = DOCLINKS_MSG;
//data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
////data[inc]['thumbpath'] = "";
data[inc]['resolution']    = "Various";
data[inc]['parameter']    = "Wind";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, GTS";
*/

//NEW Meteosat-7 

data[++inc] = new Array();
data[inc]['title']  = "Clear Sky Water Vapour Winds (WVW)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "Meteosat-7";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The Clear Sky Water Vapour Winds product is generated using essentially the same algorithm as the other wind products, but tracking structures in the WV image from non-cloudy areas. Additional height assignment information is supplied - the 10%, 50% and 90% levels of the cumulative contribution function (based on ECMWF forecast data) - and the levels of the maximum gradient of the cumulative contribution function are inserted. These values allow characteristics of the layer being tracked to be determined. The values themselves are inserted in the slots designed for this purpose in the BUFR template. The product is generated every 1.5 hours and distributed in BUFR. Applications & Users: Weather forecasting, numerical weather prediction, climate research and monitoring.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Indian Ocean";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR";
data[inc]['channel'] = "n/a";
data[inc]['frequency'] ="16";
data[inc]['availability']    = "GTS";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['link_1']      = LINKS_DELIVERY_MECH;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['resolution']    = "Various";
data[inc]['parameter']    = "Wind";
data[inc]['dissemination'] = "GTS, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Expanded Low-resolution Cloud Motion Winds (ELW)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "Meteosat-7";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The ELW product was introduced in 1996 as an alternative to the SATOB product, containing all winds from all three channels, using the low resolution 80x80 segment matrix. Since 2 December 2002 the ELW product consists of winds from the IR channel only. A selection of the Low Resolution VIS and WV AMVs are still available in the SATOB coded product (see below), but users are encouraged to use the HRV and HWW instead. Statistically, the quality of the HRV and HWW products matches or exceeds that of the corresponding Low Resolution products, when verified against radiosonde observations. The ELW product is generated every 1.5 hours and distributed in BUFR code. A typical ELW product contains about 2000 IR winds.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Indian Ocean";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR";
data[inc]['channel'] = "n/a";
data[inc]['frequency'] ="16";
data[inc]['availability']    = "GTS";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['link_1']      = LINKS_DELIVERY_MECH;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['resolution']    = "Various";
data[inc]['parameter']    = "Wind";
data[inc]['dissemination'] = "GTS, EUMETSAT Archive";

/*
data[++inc] = new Array();
data[inc]['title']  = "Cloud Motion Winds (CMW)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "Meteosat-7";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "This product is a high-quality subset of the ELW product. The winds are derived for all three spectral channels (VIS in half resolution) as for the ELW Product. However, the CMW product only includes the best wind for each segment determined from the QI value, and there are also other limitations specified in the dissemination limit table. A typical product will contain up to 750 winds per channel. The product is distributed for the synoptic hours of 00, 06, 12 and 18 UTC in SATOB code.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Full disk from 0 degrees, Indian Ocean";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR";
data[inc]['channel'] = "n/a";
data[inc]['frequency'] ="16";
data[inc]['availability']    = "EUMETSAT Archive";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['link_1']      = LINKS_DELIVERY_MECH;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['resolution']    = "Various";
data[inc]['parameter']    = "Wind";
data[inc]['dissemination'] = "EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Rapid Scan Cloud Motion Winds (CMW)"; //maybe not if they were not archived???
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "Meteosat-7";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "This product is a high-quality subset of the ELW product. The winds are derived for all three spectral channels (VIS in half resolution) as for the ELW Product. However, the CMW product only includes the best wind for each segment determined from the QI value, and there are also other limitations specified in the dissemination limit table. A typical product will contain up to 750 winds per channel. The product is distributed for the synoptic hours of 00, 06, 12 and 18 UTC in SATOB code.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = " disk from 0 degrees";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR";
data[inc]['channel'] = "n/a";
data[inc]['frequency'] ="16";
data[inc]['availability']    = "EUMETSAT Archive";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['link_1']      = LINKS_DELIVERY_MECH;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['resolution']    = "Various";
data[inc]['parameter']    = "Wind";
data[inc]['dissemination'] = "EUMETSAT Archive";
*/

data[++inc] = new Array();
data[inc]['title']  = "High Resolution Water Vapour Winds (HWW)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "Meteosat-7";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The High Resolution Water Vapour Winds product uses a slightly different algorithm (FFT surface correlation) than the WV part of the ELW product, and the WV images are divided into sub-areas of 16x16 pixels, i.e. the same resolution as the HRV product. Only segments where a cloud has been detected are processed. The HWW is generated every 1.5 hours and distributed in BUFR.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Indian Ocean";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR";
data[inc]['channel'] = "n/a";
data[inc]['frequency'] ="16";
data[inc]['availability']    = "GTS";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['link_1']      = LINKS_DELIVERY_MECH;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['resolution']    = "Various";
data[inc]['parameter']    = "Wind";
data[inc]['dissemination'] = "GTS, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "High Resolution Visible Winds (HVW)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "Meteosat-7";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The High Resolution Visible Winds product is generated using essentially the same algorithm as the ELW product, but applied to the VIS images in full resolution using the high resolution segment matrix with 16x16 pixels segment size. A typical product will contain up to 2000 winds and the product is generated every 1.5 hours during daytime and distributed in BUFR code. The Rapid Scan HRV contains about 1000 winds.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Indian Ocean";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR";
data[inc]['channel'] = "n/a";
data[inc]['frequency'] ="16";
data[inc]['availability']    = "GTS";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['link_1']      = LINKS_DELIVERY_MECH;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['resolution']    = "Various";
data[inc]['parameter']    = "Wind";
data[inc]['dissemination'] = "GTS, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Meteosat Surface Albedo (MSA)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "Meteosat-7";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Ten-day composite surface albedo in the Meteosat VIS band at pixel resolution. The Meteosat Surface Albedo (MSA) product contains an estimation of surface albedos acquired under direct and perfectly diffuse illumination conditions derived from observations acquired by the Meteosat First Generation (MFG) radiometer in the VIS band. This product is derived from any archived MFG observations, i.e., from 1982 (Meteosat 2) up to 2006 (Meteosat 7) for the zero degree longitude mission and for the IODC mission since 1998. The MSA product is derived in the Meteosat VIS band every 10 days at the VIS pixel resolution, i.e., about 3 km. Applications are primarily climate studies.";
data[inc]['benefit'] = "Climate";
data[inc]['coverage']    = "Full Disk from 0°, Indian Ocean";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "BUFR, HDF4";
data[inc]['channel'] = "n/a";
data[inc]['frequency'] ="1 every 10 days";
data[inc]['availability']    = " ";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['resolution']    = "VIS pixel resolution";
data[inc]['parameter']    = "Albedo";
data[inc]['dissemination'] = "EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Sea Surface Temperature (SST)";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "Meteosat-7";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The Sea Surface Temperature (SST) product generates a temperature for every segment where the sea surface is visible. This excludes land segments, and those segments with continuous cloud cover during the period of observation. A typical product contains around 1200 segment values. Each product is generated twice daily and contains an accumulation of data from the preceding 12 hour period. Applications: Internal use for calibration support and scenes analysis algorithm monitoring.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Indian Ocean";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR";
data[inc]['channel'] = "n/a";
data[inc]['frequency'] ="2";
data[inc]['availability']    = "Internal";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['resolution']    = "pixel";
data[inc]['parameter']    = "SST";
data[inc]['dissemination'] = "EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Upper Tropospheric Humidity (UTH)";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "Meteosat-7";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The Upper Tropospheric Humidity (UTH) product represents the mean relative humidity for the cloud-free upper troposphere, i.e. between 300 and 600 hPa. Applications: Weather forecasting, numerical weather prediction, climate research and monitoring.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Indian Ocean";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR";
data[inc]['channel'] = "n/a";
data[inc]['frequency'] ="24";
data[inc]['availability']    = "GTS";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['link_1']      = LINKS_DELIVERY_MECH;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['resolution']    = "16x16 pixels";
data[inc]['parameter']    = "SST";
data[inc]['dissemination'] = "GTS, EUMETSAT Archive";

//ABOVE: Meteosat-7

data[++inc] = new Array();
data[inc]['title']  = " Cloud Analysis (CLA)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9, Meteosat-7";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Identification of cloud layers with cloud type and coverage, height and temperature. Applications & Users: Weather forecasting, numerical weather prediction, climate research and monitoring.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°, Indian Ocean";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR, OpenMTP";
data[inc]['frequency'] ="Hourly (GTS), 3-hourly (EUMETCast, Direct)";
data[inc]['channel']    = "EUMETSAT Data Channel 3 & 7";
data[inc]['availability']    = "EUMETCast Europe, EUMETCast Africa, EUMETCast Americas, GTS";
data[inc]['namingconvention']  = "L-000-MSG1__-MPEF________-CLA______-000001___-200611130545-__";
data[inc]['filesize'] = "1 MB per product";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['resources_3']      = DOCLINKS_MSG;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = LINKS_DELIVERY_MECH;
data[inc]['link_3']      = DISSLINKS_MSG_LRIT_DIRECT;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['resolution']    = "16x16 pixels";
data[inc]['parameter']    = "Cloud Analysis";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, GTS, Direct, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Tropospheric Humidity (TH)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9, Meteosat-7";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Relative humidity in both mid and upper layers of the troposphere. Applications & Users: Weather forecasting, numerical weather prediction, climate research and monitoring.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Full Disk from 0°, Indian Ocean";
data[inc]['resolution']    = "32x32 pixels";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR";
data[inc]['frequency'] ="Hourly (GTS), 3-hourly (EUMETCast, Direct)";
data[inc]['channel']    = "EUMETSAT Data Channel 3 & 7";
data[inc]['availability']    = "EUMETCast Europe, EUMETCast Africa, GTS";
data[inc]['namingconvention']  = "L-000-MSG1__-MPEF________-TH_______-000001___-200611130245-__";
data[inc]['filesize'] = "0.4 MB per product";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['resources_3']      = DOCLINKS_MSG;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_MSG_LRIT_DIRECT;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['link_3']      = LINKS_DELIVERY_MECH;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Humidity, Tropospheric Humidity";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, GTS, Direct, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Total Ozone (TOZ)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Total density of ozone in atmospheric column for each image segment, based on the SEVIRI 9.7 µm Ozone channel and other IR and WV channels. Applications & Users: Numerical Weather Prediction Centres, Ozone Monitoring Services and Research Institutes. ";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['resolution']    = "n/a";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR";
data[inc]['frequency'] ="Hourly (GTS), 3-hourly (EUMETCast, Direct)";
data[inc]['channel']    = "EUMETSAT Data Channel 3 & 7";
data[inc]['availability']    = "EUMETCast Europe, EUMETCast Africa, GTS";
data[inc]['namingconvention']  = "L-000-MSG1__-MPEF________-TOZ______-000001___-200611130245-__";
data[inc]['filesize'] = "0.4 MB per product";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['resources_3']      = DOCLINKS_MSG;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = LINKS_DELIVERY_MECH;
data[inc]['link_3']      = DISSLINKS_DIRECT;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Ozone";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, GTS, Direct, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Cloud Mask (CLM)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Presence of clouds, snow or sea ice. Applications & Users: The main use is in support of Nowcasting applications, where it frequently serves as a basis for other cloud products, and the remote sensing of continental and ocean surfaces.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['resolution']    = "SEVIRI pixel resolution";
data[inc]['formats']     = "GRIB2";
data[inc]['archiveformats']     = "Native";
data[inc]['frequency'] ="96";
data[inc]['channel']    = "EUMETSAT Data Channel 3 & 7";
data[inc]['availability']    = "EUMETCast Europe, EUMETCast Africa, EUMETCast Americas";
data[inc]['namingconvention']  = "L-000-MSG1__-MPEF________-CLM______-000001___-200611130300-__";
data[inc]['filesize'] = "3.3 MB per product";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['resources_3']      = DOCLINKS_MSG;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_MSG_LRIT_DIRECT;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "img_epsprod_amsuradch1_thmb.gif";
data[inc]['parameter']    = "Cloud Mask";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, Direct, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Cloud Top Height (CTH)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9, Meteosat-7";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Height of highest cloud. Based on a subset of the information derived during Scenes Analysis, but also makes use of other external meteorological data. Applications & Users: Aviation meteorology.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Full Disk from 0°, Indian Ocean";
data[inc]['resolution']    = "n/a";
data[inc]['formats']     = "GRIB2";
data[inc]['archiveformats']     = "Native";
data[inc]['frequency'] ="8";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast Europe, EUMETCast Africa";
data[inc]['namingconvention']  = "L-000-MSG1__-MPEF________-CTH______-000001___-200611130545-__";
data[inc]['filesize'] = "0.8 MB per product";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['resources_3']      = DOCLINKS_MSG;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_MSG_LRIT_DIRECT;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Cloud Top Height";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, Direct, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Cloud Analysis Image (CLAI)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Identification of scenes type for each image segment. This is an image product derived along with CLA. Applications & Users: Weather forecasting, numerical weather prediction, climate research and monitoring.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['resolution']    = "pixel";
data[inc]['formats']     = "GRIB2";
data[inc]['archiveformats']     = "Native";
data[inc]['frequency'] ="8";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast Europe, EUMETCast Africa, EUMETCast Americas";
data[inc]['namingconvention']  = "L-000-MSG1__-MPEF________-CLAI_____-000001___-200611130545-__";
data[inc]['filesize'] = "1.2 MB per product";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['resources_3']      = DOCLINKS_MSG;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_MSG_LRIT_DIRECT;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Cloud Analysis";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, Direct, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Clear-Sky Radiances (CSR)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9, Meteosat-7";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The Clear Sky Radiances (CSR) product contains information on mean brightness temperatures and radiances from all thermal (e.g. infrared and water vapour) channels, for those regions containing no or only low-level clouds. Applications & Users: Numerical weather prediction";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Full Disk from 0°, Indian Ocean";
data[inc]['resolution']    = "16x16 pixels";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR";
data[inc]['frequency'] ="24";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, GTS";
data[inc]['namingconvention']  = "L-000-MSG2__-MPEF________-CSR______-000002___-200811041345-__";
data[inc]['filesize'] = "1 MB";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['resources_3']      = DOCLINKS_MSG;
////data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['link_1']      = LINKS_DELIVERY_MECH;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Radiance";
data[inc]['dissemination'] = "GTS, EUMETSAT Archive";

/*
data[++inc] = new Array();
data[inc]['title']  = "Rapid Scan Clear Sky Radiances (CSR)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-8";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The Clear Sky Radiances (CSR) product contains information on mean brightness temperatures and radiances from all thermal (e.g. infrared and water vapour) channels, for those regions containing no or only low-level clouds. Applications & Users: Numerical weather prediction";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Partial Disk (15° to 70°N)";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = " ";
data[inc]['frequency'] ="96";
data[inc]['channel']    = "EUMETSAT Data Channel 6";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "L-000-MSG1__-MPEF_RSS____-CSR______-000001___-200807230255-__ ";
data[inc]['filesize'] = " 100 KB";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST_CHANNELS;
//data[inc]['link_2']      = DISSLINKS_MSG_LRIT_DIRECT;
data[inc]['link_3']      = LINKS_RGB;
////data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['resources_3']      = DOCLINKS_MSG;
//data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
////data[inc]['thumbpath'] = "";
data[inc]['resolution']    = "Various";
data[inc]['parameter']    = "Radiation";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, GTS";
*/

data[++inc] = new Array();
data[inc]['title']  = "All Sky Radiances (ASR)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9, Meteosat-7";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The All Sky Radiances (ASR) product contains information on mean brightness temperatures and radiances from all thermal (e.g. infrared and water vapour) channels. Applications & Users: Numerical weather prediction";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Full Disk from 0°, Indian Ocean";
data[inc]['resolution']    = "16x16 pixels";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR";
data[inc]['frequency'] ="24";
data[inc]['channel']    = "EUMETCast Data Channel 3";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, GTS";
data[inc]['namingconvention']  = "L-000-MSG2__-MPEF________-ASR______-000001___-200804091345-__";
data[inc]['filesize'] = "3 MB";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['resources_3']      = DOCLINKS_MSG;
////data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['link_1']      = LINKS_DELIVERY_MECH;
data[inc]['link_2']      = DISSLINKS_EUMETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Radiance";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, GTS, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Clear-Sky Reflectance Map (CRM)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Reflectances from the four MSG solar channels. Seven-day average of cloud-free pixels in the 12:00 UTC images. Applications & Users: Used to perform cloud masking with visible channels. Also information source for climate and land surface applications. ";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['resolution']    = "SEVIRI pixel resolution";
data[inc]['formats']     = "GRIB2";
data[inc]['archiveformats']     = "GRIB2";
data[inc]['frequency'] ="1";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa";
data[inc]['namingconvention']  = "L-000-MSG1__-MPEF________-CRM______-000001___-200611130545-__";
data[inc]['filesize'] = "20 MB per product";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['resources_3']      = DOCLINKS_MSG;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
////data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Reflectance";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Divergence Product (DIV)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The Divergence (DIV) product is calculated directly from the field of the Atmospheric Motion Vectors (AMV) from the Meteosat-9 WV6.2 channel. In this channel, the AMV field describes the horizontal displacement of clouds and humidity features.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['resolution']    = "1x1 degree";
data[inc]['formats']     = "GRIB2";
data[inc]['archiveformats']     = "GRIB2";
data[inc]['frequency'] ="24";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa";
data[inc]['namingconvention']  = "L-000-MSG1__-MPEF________-DIV______-000001___-200611130545-__";
data[inc]['filesize'] = "20 KB per product";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['resources_3']      = DOCLINKS_MSG;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_DIRECT;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
////data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Divergence";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, Direct, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Active Fire Monitoring (FIR)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "An image-based product that displays information on the presence of fire within a pixel. The underlying concept of the algorithm takes advantage of the fact that SEVIRI channel IR3.9 is very sensitive to ‘hot spots’ which are caused by fires. The algorithm distinguishes between potential fire and active fire. Applications & Users: Fire detection and monitoring.";
data[inc]['benefit'] = "Disasters, Agriculture";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['resolution']    = "pixel";
data[inc]['formats']     = "ASCII, GRIB2";
data[inc]['archiveformats']     = "ASCII, GRIB2";
data[inc]['frequency'] ="96";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, FTP";
data[inc]['namingconvention']  = "L-000-MSG1__-MPEF________-FIR______-000001___-200611130545-__";
data[inc]['filesize'] = "20 KB per product";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['resources_3']      = DOCLINKS_MSG;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_FIR_FTP;
data[inc]['link_3']      = LINKS_RGB;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
////data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Fire";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, FTP, EUMETSAT Website, EUMETSAT Archive";

/*
data[++inc] = new Array();
data[inc]['title']  = "Rapid Scan Active Fire Monitoring (FIR)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-8";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "An image-based product that displays information on the presence of fire within a pixel. The underlying concept of the algorithm takes advantage of the fact that SEVIRI channel IR3.9 is very sensitive to ‘hot spots’ which are caused by fires. The algorithm distinguishes between potential fire and active fire. Applications & Users: Fire detection and monitoring.";
data[inc]['benefit'] = "Disasters, Agriculture";
data[inc]['coverage']    = "Partial disk (15° to 70°N)";
data[inc]['resolution']    = "pixel";
data[inc]['formats']     = "ASCII, GRIB2";
data[inc]['archiveformats']     = "ASCII, GRIB2";
data[inc]['frequency'] ="288";
data[inc]['channel']    = "EUMETSAT Data Channel 6";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa";
data[inc]['namingconvention']  = "L-000-MSG1__-MPEF_RSS____-FIRA_____-000001___-200807230255-__ , L-000-MSG1__-MPEF_RSS____-FIRG_____-000001___-200807230255-__ ";
data[inc]['filesize'] = " ";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['resources_3']      = DOCLINKS_MSG;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_FIR_FTP;
//data[inc]['link_3']      = LINKS_RGB;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
////data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Fire";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa";
*/

data[++inc] = new Array();
data[inc]['title']  = "Multi-Sensor Precipitation Estimate (MPE)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9, Meteosat-7";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The Multi-Sensor Precipitation Estimate (MPE) product consists of the near-real-time rain rates in mm/hr for each Meteosat image in original pixel resolution. The algorithm is based on the combination of polar orbiter microwave measurements and images in the Meteosat IR channel by a so-called blending technique. The MPE is most suitable for convective precipitation. Applications & Users: Operational weather forecasting in areas with poor or no radar coverage, especially in Africa and Asia.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°, Indian Ocean";
data[inc]['resolution']    = "pixel";
data[inc]['formats']     = "GRIB2";
data[inc]['archiveformats']     = "GRIB2, JPG";
data[inc]['frequency'] ="96";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, Internet";
data[inc]['namingconvention']  = "L-000-MSG2__-MPEF________-MPEG_____-000001___-200707030845-__";
data[inc]['filesize'] = "2 MB per product";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['resources_3']      = DOCLINKS_MSG;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = Array("EUMETSAT Website","http://oiswww.eumetsat.org/IPPS/html/DerivedProducts/MSG2/MPE/");
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
////data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Precipitation";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETSAT Website, EUMETSAT Archive";

/*
data[++inc] = new Array();
data[inc]['title']  = "Rapid Scan Multi-sensor Precipitation Estimate (MPE)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-8";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The Multi-Sensor Precipitation Estimate (MPE) product consists of the near-real-time rain rates in mm/hr for each Meteosat image in original pixel resolution. The algorithm is based on the combination of polar orbiter microwave measurements and images in the Meteosat IR channel by a so-called blending technique. The MPE is most suitable for convective precipitation. Applications & Users: Operational weather forecasting in areas with poor or no radar coverage.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Partial Disk (15° to 70°N)";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = " ";
data[inc]['frequency'] ="288";
data[inc]['channel']    = "EUMETSAT Data Channel 6";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  =   "L-000-MSG1__-MPEF_RSS____-MPEG_____-000001___-200807230255-__ ";
data[inc]['filesize'] = "  ";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST_CHANNELS;
//data[inc]['link_2']      = DISSLINKS_MSG_LRIT_DIRECT;
data[inc]['link_3']      = LINKS_RGB;
////data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['resources_3']      = DOCLINKS_MSG;
//data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
////data[inc]['thumbpath'] = "";
data[inc]['resolution']    = "Various";
data[inc]['parameter']    = "Precipitation";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
*/

data[++inc] = new Array();
data[inc]['title']  = "High Resolution Precipitation Index (HPI)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9, Meteosat-7";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Estimates of hourly accumulated precipitation. The High Resolution Precipitation Index (HPI) generation is based on the relationship between the channel top-of-atmosphere (TOA) radiance equivalent black body temperature (EBBT) of clouds and convective rainfall. The idea of this relationship is that clouds with cold tops are convective rain-bearing clouds. Applications & Users: Climate research by the WMO's Global Precipitation Climatology Project (GPCP).";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°, Indian Ocean";
data[inc]['resolution']    = "1x1 degree";
data[inc]['formats']     = "Internal";
data[inc]['archiveformats']     = "Native";
data[inc]['frequency'] ="Daily";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "Archive";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['resources_3']      = DOCLINKS_MSG;
data[inc]['link_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
////data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Precipitation";
data[inc]['dissemination'] = "EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Surface Wind Vector (EARS ERS-SCAT)";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "ERS-2 Product";
data[inc]['sat'] = "ERS-2";
data[inc]['provider']    = "KNMI";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The EARS ERS Wind Product contains measurements of the wind direction and wind speed above the sea surface. The measurements are obtained through the processing of scatterometer data originating from the AMI instrument on ESA's ERS-2 satellite";
data[inc]['benefit'] = "Water, Weather";
data[inc]['coverage']    = "Europe, North Atlantic";
data[inc]['resolution']    = "Satellite swath 100 km";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "n/a";
data[inc]['frequency'] ="28";
data[inc]['channel']    = "EUMETSAT Data Channel 1";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = Array("EARS ERS-2 product viewer","http://www.knmi.nl/scatterometer/ers_prod/ers_app.cgi");
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
////data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Wind";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe";

//// OSI-SAF

data[++inc] = new Array();
data[inc]['title']  = "Surface Wind Vector (SeaWinds 100km)";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "QuickSCAT";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Estimation of wind vectors from Scatterometer data (ASCAT/Seawinds) over the Atlantic Ocean at 10m height. The scatterometer wind products coming from the SeaWinds instrument on board the QuikSCAT satellite are processed towards a 100 km product at KNMI for the EUMETSAT OSI SAF. Details are described in the SeaWinds Product Manual. The OSI SAF 100 km product is developed for assimilation in numerical weather prediction models.";
data[inc]['benefit'] = "Water, Weather";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "Satellite swath 100 km";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "";
data[inc]['frequency'] ="28";
data[inc]['channel']    = "SAF Europe";
data[inc]['availability']    = "EUMETCast-Europe, FTP";
data[inc]['namingconvention']  = "S-OSI_-KNMI-QS100_D05186_S2352_E0107_B3148182";
data[inc]['filesize']	= "800 KB";
data[inc]['resources_1']      = LINKS_OSISAF;
data[inc]['resources_2'] = LINKS_SEAWINDS;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_KNMIARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Wind";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, FTP";

data[++inc] = new Array();
data[inc]['title']  = "Surface Wind Vector (SeaWinds 25km)";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "QuickSCAT";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Estimation of wind vectors from Scatterometer data (ASCAT/Seawinds) over the Atlantic Ocean at 10 m height. The scatterometer wind products coming from the SeaWinds instrument on board the QuikSCAT satellite are processed towards a 25 km product at KNMI for the EUMETSAT OSI SAF. Details are described in the SeaWinds Product Manual.";
data[inc]['benefit'] = "Water, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "Satellite swath 25 km";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR";
data[inc]['frequency'] ="28";
data[inc]['channel']    = "SAF Europe";
data[inc]['availability']    = "EUMETCast-Europe, FTP";
data[inc]['namingconvention']  = "S-OSI_-KNMI-QS025_Dyyddd_Shhmm_Ehhmm_Bxxxxxxx";
data[inc]['filesize']	= "10 MB";
data[inc]['resources_1']      = LINKS_OSISAF;
data[inc]['resources_2'] = LINKS_SEAWINDS;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Wind";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, FTP";

data[++inc] = new Array();
data[inc]['title']  = "Atlantic Sea Surface Temperature at Low and Mid Latitudes (LML SST)";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "GOES, Meteosat, MSG, Meteosat-9";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Estimation of Subskin SST (comparable to in situ measurements at night) derived from the geostationary satellites data (GOES and MSG).";
data[inc]['benefit'] = "Water, Weather";
data[inc]['coverage']    = "LML (Low and Mid Latitudes)";
data[inc]['resolution']    = "Isolat-isolon/ 0.1°";
data[inc]['formats']     = "GRIB";
data[inc]['archiveformats']     = "GRIB, TXT";
data[inc]['frequency'] ="8";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, FTP";
data[inc]['namingconvention']  = "S-OSI_-FRA_-MULT-LMLSST_GINF_-200611142200Z.txt.gz, S-OSI_-FRA_-MULT-LMLSST_FIELD-200611142200Z.grb.gz, S-OSI_-FRA_-MULT-LMLSST_TIME_-200611142200Z.grb.gz, S-OSI_-FRA_-MULT-LMLSST_QUAL_-200611142200Z.grb.gz";
data[inc]['filesize']  =  "530 Kb; 350 Kb; 370 Kb; 170 b";
data[inc]['resources_1']      = LINKS_EUMOSISAF;
data[inc]['resources_2']      = LINKS_OSISAF;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_METEOFRANCEARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Sea Surface Temperature";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, FTP";

data[++inc] = new Array();
data[inc]['title']  = "Atlantic Sea Surface Temperature, merged (MAP SST)";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "MSG, Meteosat-9, GOES, NOAA";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Estimation of Subskin SST (comparable to in situ measurements at night) derived from GOES, MSG and NOAA polar orbiter satellite data.";
data[inc]['benefit'] = "Water, Weather";
data[inc]['coverage']    = "MAP (Merged Atlantic Products)";
data[inc]['resolution']    = "Isolat-isolon / 0.1°";
data[inc]['formats']     = "GRIB";
data[inc]['archiveformats']     = "GRIB, TXT";
data[inc]['frequency'] ="2";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, FTP";
data[inc]['namingconvention']  = "S-OSI_-FRA_-MULT-MAPSST_GINF_-200611141200Z.txt.gz, S-OSI_-FRA_-MULT-MAPSST_QUAL_-200611141200Z.grb.gz, S-OSI_-FRA_-MULT-MAPSST_FIELD-200611141200Z.grb.gz, S-OSI_-FRA_-MULT-MAPSST_TIME_-200611141200Z.grb.gz";
data[inc]['filesize']  =  "1.1 Mb; 750 Kb; 450 Kb; 200 b";
data[inc]['resources_1']      = LINKS_EUMOSISAF;
data[inc]['resources_2']      = LINKS_OSISAF;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_METEOFRANCEARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Sea Surface Temperature";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, FTP";

data[++inc] = new Array();
data[inc]['title']  = "Atlantic Regional Sea Surface Temperature (NAR SST)";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "GOES, NOAA-17, NOAA-18, Meteosat, MSG, Meteosat-9";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Sea surface temperature for the NAR (Northern Atlantic and Regional Seas)";
data[inc]['benefit'] = "Water, Weather";
data[inc]['coverage']    = "North Atlantic, Regional Seas";
data[inc]['resolution']    = "Polar stereographic / 2 km";
data[inc]['formats']     = "GRIB, TXT";
data[inc]['archiveformats']     = "GRIB, HDF5, netCDF";
data[inc]['frequency'] ="4x7";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, FTP";
data[inc]['namingconvention']  = "S-OSI_-FRA_-NOAA-NARSSTMOCC_G-200611142000Z.txt.gz, S-OSI_-FRA_-NOAA-NARSSTMOCC_Q-200611142000Z.grb.gz, S-OSI_-FRA_-NOAA-NARSSTMOCC_F-200611142000Z.grb.gz, S-OSI_-FRA_-NOAA-NARSSTMOCC_T-200611142000Z.grb.gz";
data[inc]['productlevel'] = "3";
data[inc]['filesize'] = "1 Mb; 50 Kb; 200 Kb; 150 b";
data[inc]['resources_1']      = LINKS_EUMOSISAF;
data[inc]['resources_2']      = LINKS_OSISAF;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_METEOFRANCEARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Sea Surface Temperature";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, FTP";

data[++inc] = new Array();
data[inc]['title']  = "Atlantic Surface Solar Irradiance at Low and Mid Latitudes (LML-SSI + DLI)";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "GOES, NOAA, Meteosat, MSG, Meteosat-9";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Estimation of the solar irradiance reaching the Earth surface in the 0.3-4 µm band, derived from the geostationary satellites data (GOES and MSG). The 3-hourly and daily SSI values are mean values over the considered period of time, 3 or 24 hours. SSI values are expressed in tenths of W/m2.";
data[inc]['benefit'] = "Water, Weather";
data[inc]['coverage']    = "LML (Low and Mid Latitudes)";
data[inc]['resolution']    = "Isolat-isolon / 0.1°";
data[inc]['formats']     = "GRIB";
data[inc]['archiveformats']     = "GRIB, TXT";
data[inc]['frequency'] ="8";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, FTP";
data[inc]['namingconvention']  = "S-OSI_-FRA_-MULT-LMLDLI_GINF_-200611142330Z.txt.gz, S-OSI_-FRA_-MULT-LMLDLI_QUAL_-200611142330Z.grb.gz, S-OSI_-FRA_-MULT-LMLDLI_FIELD-200611142330Z.grb.gz, S-OSI_-FRA_-MULT-LMLSSI_GINF_-200611142330Z.txt.gz, S-OSI_-FRA_-MULT-LMLSSI_QUAL_-200611142330Z.grb.gz, S-OSI_-FRA_-MULT-LMLSSI_FIELD-200611142330Z.grb.gz";
data[inc]['filesize'] = "2.3 Mb; 370 Kb; 170 b; 2.6 Mb; 370 Kb; 170 b";
data[inc]['resources_1']      = LINKS_EUMOSISAF;
data[inc]['resources_2']      = LINKS_OSISAF;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_METEOFRANCEARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Irradiance, Surface Flux";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, FTP";

data[++inc] = new Array();
data[inc]['title']  = "Atlantic Surface Solar Irradiance - Merged (MAP-SSI + DLI)";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "GOES, NOAA, Meteosat, MSG, Meteosat-9";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Estimation of the solar irradiance reaching the Earth surface in the 0.3-4 µm band, derived from the geostationary satellites data (GOES and MSG). The 3-hourly and daily SSI values are mean values over the considered period of time, 3 or 24 hours. SSI values are expressed in tenths of W/m2.";
data[inc]['benefit'] = "Water, Weather";
data[inc]['coverage']    = "MAP (Merged Atlantic Products)";
data[inc]['resolution']    = "Isolat-isolon / 0.1°";
data[inc]['formats']     = "GRIB";
data[inc]['archiveformats']     = "GRIB, TXT";
data[inc]['frequency'] ="1";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, FTP";
data[inc]['namingconvention']  = "S-OSI_-FRA_-MULT-MAPDLI_GINF_-200611141200Z.txt.gz, S-OSI_-FRA_-MULT-MAPDLI_QUAL_-200611141200Z.grb.gz, S-OSI_-FRA_-MULT-MAPDLI_FIELD-200611141200Z.grb.gz, S-OSI_-FRA_-MULT-MAPSSI_FIELD-200611141200Z.grb.gz, S-OSI_-FRA_-MULT-MAPSSI_QUAL_-200611141200Z.grb.gz, S-OSI_-FRA_-MULT-MAPSSI_GINF_-200611141200Z.txt.gz";
data[inc]['filesize'] = "2.4 Mb; 450 Kb; 200 b; 2.2 Mb; 450 Kb; 200 b";
data[inc]['resources_1']      = LINKS_EUMOSISAF;
data[inc]['resources_2']      = LINKS_OSISAF;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_METEOFRANCEARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Irradiance, Surface Flux";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, FTP";

data[++inc] = new Array();
data[inc]['title']  = "High Latitude Sea Ice (HL SI)";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "NOAA";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The sea ice products are derived from SSM/I and QuikScat data. They consist of Sea Ice Edge (closed ice/open ice/open water), Sea Ice Concentration (%) and Sea Ice Type (multi-year/first-year).";
data[inc]['benefit'] = "Water, Climate";
data[inc]['coverage']    = "High Latitudes";
data[inc]['resolution']    = "Polar stereographic / 10 km";
data[inc]['formats']     = "GRIB";
data[inc]['archiveformats']     = "GRIB, HDF5, netCDF";
data[inc]['frequency'] ="1";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, FTP";
data[inc]['namingconvention']  = "S-OSI_-NOR_-MULT-MULTI_CONC_Q-200611141200Z.grb.gz, S-OSI_-NOR_-MULT-MULTI_CONC__-200611141200Z.grb.gz, S-OSI_-NOR_-MULT-MULTI_EDGE_Q-200611141200Z.grb.gz, S-OSI_-NOR_-MULT-MULTI_EDGE__-200611141200Z.grb.gz, S-OSI_-NOR_-MULT-MULTI_TYPE_Q-200611141200Z.grb.gz, S-OSI_-NOR_-MULT-MULTI_TYPE__-200611141200Z.grb.gz";
data[inc]['filesize'] = "30 - 107 Kb";
data[inc]['resources_1']      = LINKS_EUMOSISAF;
data[inc]['resources_2']      = LINKS_OSISAF;
data[inc]['resources_3']      = LINKS_OSISAF_SEAICEPORTAL;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_METEOFRANCEARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Sea Ice";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, FTP";

data[++inc] = new Array();
data[inc]['title']  = "Northern Hemisphere Sea Ice (NH SI)";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "NOAA";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The sea ice products are derived from SSM/I and QuikScat data. They consist of Sea Ice Edge (closed ice/open ice/open water), Sea Ice Concentration (%) and Sea Ice Type (multi-year/first-year).";
data[inc]['benefit'] = "Water, Climate";
data[inc]['coverage']    = "Northern Hemisphere";
data[inc]['resolution']    = "Polar stereographic / 10 km";
data[inc]['formats']     = "GRIB";
data[inc]['archiveformats']     = "GRIB, HDF5, netCDF";
data[inc]['frequency'] ="1";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, FTP";
data[inc]['namingconvention']  = "S-OSI_-NOR_-MULT-GL_NH_CONC_Q-200611141200Z.grb.gz, S-OSI_-NOR_-MULT-GL_NH_CONC__-200611141200Z.grb.gz, S-OSI_-NOR_-MULT-GL_NH_EDGE__-200611141200Z.grb.gz, S-OSI_-NOR_-MULT-GL_NH_EDGE_Q-200611141200Z.grb.gz, S-OSI_-NOR_-MULT-GL_NH_TYPE_Q-200611141200Z.grb.gz, S-OSI_-NOR_-MULT-GL_NH_TYPE__-200611141200Z.grb.gz";
data[inc]['filesize'] = "18 - 140 Kb";
data[inc]['resources_1']      = LINKS_EUMOSISAF;
data[inc]['resources_2']      = LINKS_OSISAF;
data[inc]['resources_3']      = LINKS_OSISAF_SEAICEPORTAL;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_METNO;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Sea Ice";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, FTP";

data[++inc] = new Array();
data[inc]['title']  = "Southern Hemisphere Sea Ice (SH SI)";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "NOAA";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The sea ice products are derived from SSM/I and QuikScat data. They consist of Sea Ice Edge (closed ice/open ice/open water), Sea Ice Concentration (%) and Sea Ice Type (multi-year/first-year).";
data[inc]['benefit'] = "Water, Climate";
data[inc]['coverage']    = "Northern Hemisphere";
data[inc]['resolution']    = "Polar stereographic / 10 km";
data[inc]['formats']     = "GRIB";
data[inc]['archiveformats']     = "GRIB, HDF5, netCDF";
data[inc]['frequency'] ="1";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, FTP";
data[inc]['namingconvention']  = "S-OSI_-NOR_-MULT-GL_SH_CONC_Q-200611141200Z.grb.gz, S-OSI_-NOR_-MULT-GL_SH_CONC__-200611141200Z.grb.gz, S-OSI_-NOR_-MULT-GL_SH_EDGE__-200611141200Z.grb.gz, S-OSI_-NOR_-MULT-GL_SH_EDGE_Q-200611141200Z.grb.gz, S-OSI_-NOR_-MULT-GL_SH_TYPE_Q-200611141200Z.grb.gz, S-OSI_-NOR_-MULT-GL_SH_TYPE__-200611141200Z.grb.gz";
data[inc]['filesize'] = "18 - 140 Kb";
data[inc]['resources_1']      = LINKS_EUMOSISAF;
data[inc]['resources_2']      = LINKS_OSISAF;
data[inc]['resources_3']      = LINKS_OSISAF_SEAICEPORTAL;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_METNO;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Sea Ice";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, FTP";

data[++inc] = new Array();
data[inc]['title']  = "Atlantic Sea Surface Temperature (ATL SST)";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "GOES, MSG, Meteosat-9, NOAA, Meteosat";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "Estimation of Subskin SST (comparable to in situ measurements at night) derived from the geostationary satellites data (GOES and MSG). Relation to bulk SST : equivalent to bulk SST by night. Relation to skin SST : by day and by night the subskin SST is convertible to skin temperature by subtracting 0.2K. The ATL SST will replace the LML SST in 2009.";
data[inc]['benefit'] = "Water, Weather";
data[inc]['coverage']    = "Atlantic 60°S - 60°N ";
data[inc]['resolution']    = "Isolat-isolon / 0.05°";
data[inc]['formats']     = "GRIB";
data[inc]['archiveformats']     = "GRIB, netCDF";
data[inc]['frequency'] ="24";
data[inc]['channel']    = "SAF-Europe";
data[inc]['availability']    = "EUMETCast-Europe, FTP";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOSISAF;
data[inc]['resources_2']      = LINKS_OSISAF;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Sea Surface Temperature";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, FTP";

data[++inc] = new Array();
data[inc]['title']  = "AHL Sea Surface Temperature (AHL SST)";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "GOES, MSG, Meteosat-9, Meteosat";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "Estimation of Subskin SST (comparable to in situ measurements at night) derived from the geostationary satellites data (GOES and MSG). Relation to bulk SST : equivalent to bulk SST by night. Relation to skin SST : by day and by night the subskin SST is convertible to skin temperature by subtracting 0.2K. The AHL + ATL SST will replace the MAP SST.";
data[inc]['benefit'] = "Water, Weather";
data[inc]['coverage']    = "Atlantic High Latitudes";
data[inc]['resolution']    = "Polar stereographic / 5 km";
data[inc]['formats']     = "GRIB";
data[inc]['archiveformats']     = "GRIB, HDF5 (TBC), netCDF";
data[inc]['frequency'] ="2";
data[inc]['channel']    = "SAF-Europe";
data[inc]['availability']    = "EUMETCast-Europe, FTP";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOSISAF;
data[inc]['resources_2']      = LINKS_OSISAF;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Sea Surface Temperature";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, FTP";

//To nye offline produkter her

data[++inc] = new Array();
data[inc]['title']  = "Full resolution Metop SST (METOP SST)";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Demonstration";
data[inc]['text'] = "The Metop Advanced Very High Resolution Radiometer (AVHRR) enables the retrieval of Sea Surface Temperature (SST) over the world ocean. The Subskin SST (comparable to in situ measurements at night) is derived. Relation to bulk SST : equivalent to bulk SST by night. Relation to skin SST : by day and by night the subskin SST is convertible to skin temperature by subtracting 0.2K.";
data[inc]['benefit'] = "Water, Weather";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "Swath projection / 1 km";
data[inc]['formats']     = "GRIB";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "netCDF";
data[inc]['frequency'] ="n/a";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOSISAF;
data[inc]['resources_2']      = LINKS_OSISAF;
//data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Sea Surface Temperature ";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Full resolution NOAA SST (NOAA SST)";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "Estimation of Subskin SST (comparable to in situ measurements at night) derived from the polar orbiting NOAA satellite. Relation to bulk SST : equivalent to bulk SST by night. Relation to skin SST : by day and by night the subskin SST is convertible to skin temperature by subtracting 0.2K.";
data[inc]['benefit'] = "Water, Weather";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "Isolat-isolon";
data[inc]['formats']     = "GRIB";
data[inc]['archiveformats']     = "HDF5, netCDF (TBD)";
data[inc]['frequency'] ="n/a";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOSISAF;
data[inc]['resources_2']      = LINKS_OSISAF;
//data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Sea Surface Temperature ";
data[inc]['dissemination'] = "Via SAF";


data[++inc] = new Array();
data[inc]['title']  = "Global SST (GBL SST)";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "GOES, MSG, Meteosat-9, Meteosat";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "Estimation of Subskin SST (comparable to in situ measurements at night) derived from the geostationary satellites data (GOES and MSG). Relation to bulk SST : equivalent to bulk SST by night. Relation to skin SST : by day and by night the subskin SST is convertible to skin temperature by subtracting 0.2K.";
data[inc]['benefit'] = "Water, Weather";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "Isolat-isolon";
data[inc]['formats']     = "GRIB";
data[inc]['archiveformats']     = "netCDF, GRIB/GRIB2";
data[inc]['frequency'] ="n/a";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOSISAF;
data[inc]['resources_2']      = LINKS_OSISAF;
//data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Sea Surface Temperature ";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, FTP";

data[++inc] = new Array();
data[inc]['title']  = "Atlantic Sea Surface Fluxes (ATL SSI + DLI)";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "ATL Sea Surface Fluxes will replace the LML Fluxes.";
data[inc]['benefit'] = "Water, Weather";
data[inc]['coverage']    = "Atlantic 60°S - 60°N";
data[inc]['resolution']    = "Isolat-isolon";
data[inc]['formats']     = "GRIB";
data[inc]['archiveformats']     = "GRIB, netCDF";
data[inc]['frequency'] ="24";
data[inc]['channel']    = "SAF-Europe";
data[inc]['availability']    = "EUMETCast-Europe, FTP";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOSISAF;
data[inc]['resources_2']      = LINKS_OSISAF;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Surface Flux";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, FTP";

data[++inc] = new Array();
data[inc]['title']  = "AHL Sea Surface Fluxes (AHL SSI + DLI)";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "High Latitude Sea Surface Fluxes. The AHL + ATL Sea Surface Fluxes will replace the MAP Fluxes";
data[inc]['benefit'] = "Water, Weather";
data[inc]['coverage']    = "Atlantic High Latitudes";
data[inc]['resolution']    = "Polar stereographic / 5 km";
data[inc]['formats']     = "GRIB";
data[inc]['archiveformats']     = "GRIB, netCDF, HDF5";
data[inc]['frequency'] ="1";
data[inc]['channel']    = "SAF-Europe";
data[inc]['availability']    = "EUMETCast-Europe, FTP";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOSISAF;
data[inc]['resources_2']      = LINKS_OSISAF;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Surface Flux";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, FTP";


data[++inc] = new Array();
data[inc]['title']  = "Sea Ice Emissivity";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "Emissivity from sea ice.";
data[inc]['benefit'] = "Water, Weather";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "Polar stereographic / 10 km";
data[inc]['formats']     = "GRIB";
data[inc]['archiveformats']     = "GRIB, netCDF, HDF5";
data[inc]['frequency'] ="1";
data[inc]['channel']    = "SAF-Europe";
data[inc]['availability']    = "EUMETCast-Europe, FTP";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOSISAF;
data[inc]['resources_2']      = LINKS_OSISAF;
data[inc]['resources_3']      = LINKS_OSISAF_SEAICEPORTAL;
//data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Sea Ice, Emissivity";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, FTP";

data[++inc] = new Array();
data[inc]['title']  = "Sea Ice Drift";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "Drift of sea ice.";
data[inc]['benefit'] = "Water, Weather";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "Polar stereographic / 10 km";
data[inc]['formats']     = "GRIB";
data[inc]['archiveformats']     = "GRIB, netCDF, HDF5";
data[inc]['frequency'] ="1";
data[inc]['channel']    = "SAF-Europe";
data[inc]['availability']    = "EUMETCast-Europe, FTP";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOSISAF;
data[inc]['resources_2']      = LINKS_OSISAF;
data[inc]['resources_3']      = LINKS_OSISAF_SEAICEPORTAL;
//data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Sea Ice Drift";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, FTP";

data[++inc] = new Array();
data[inc]['title']  = "Sea Ice Regional Edge";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "For the ice edge analysis three classes are defined: open water, open ice and closed ice. The limit between water and open drift ice is defined to be 35% ice concentration. The limit between open drift ice and close drift/very close drift ice is defined around 70 % ice concentration.";
data[inc]['benefit'] = "Water, Climate";
data[inc]['coverage']    = "Regional";
data[inc]['resolution']    = "Polar stereographic / 2 - 5 km";
data[inc]['formats']     = "GRIB";
data[inc]['archiveformats']     = "GRIB, netCDF, HDF5";
data[inc]['frequency'] ="2";
data[inc]['channel']    = "SAF-Europe";
data[inc]['availability']    = "EUMETCast-Europe, FTP";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOSISAF;
data[inc]['resources_2']      = LINKS_OSISAF;
data[inc]['resources_3']      = LINKS_OSISAF_SEAICEPORTAL;
//data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Sea Ice";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, FTP";

data[++inc] = new Array();
data[inc]['title']  = "ASCAT 25 km (250 ovw)";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['benefit'] = "Water, Weather";
data[inc]['text'] = "The ASCAT Wind Product contains measurements of the wind direction and wind speed at 10 m above the sea surface. The measurements are obtained through the processing of scatterometer data originating from the ASCAT instrument on EUMETSAT's Metop satellite, as described in the ASCAT Wind Product User Manual.";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "Satellite swath / 25 km";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR";
data[inc]['frequency'] ="480 (every 3 min)";
data[inc]['productlevel']  =  "2";
data[inc]['channel']    = "SAF-Europe";
data[inc]['availability']    = "EUMETCast-Europe, FTP";
data[inc]['namingconvention']  = "ascat_20110701_095058_metopa_00101_eps_o_250_ovw.l2_bufr";
data[inc]['filesize']  =  "480 x 100 Kb/day";
data[inc]['resources_1']      = LINKS_EUMOSISAF;
data[inc]['resources_2']      = LINKS_OSISAF;
data[inc]['resources_3']      = Array("OSI SAF ASCAT 25-km product viewer", "http://www.knmi.nl/scatterometer/ascat_osi_25_prod/ascat_app.cgi");
data[inc]['resources_4']      = DOCLINKS_ASCATWIND;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Wind";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, FTP";

data[++inc] = new Array();
data[inc]['title']  = "ASCAT 12.5 km";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "Wind vector at 10m height.";
data[inc]['benefit'] = "Water, Weather";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "Satellite swath/12.5 km";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR";
data[inc]['frequency'] ="n/a";
data[inc]['channel']    = "SAF-Europe";
data[inc]['availability']    = "EUMETCast-Europe, FTP";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOSISAF;
data[inc]['resources_2']      = LINKS_OSISAF;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Wind";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, FTP";

data[++inc] = new Array();
data[inc]['title']  = "ASCAT Coastal";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "OSI SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "OSI SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "Wind vector at 10m height.";
data[inc]['benefit'] = "Water, Weather";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "Satellite swath / 12.5 km";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR";
data[inc]['frequency'] ="n/a";
data[inc]['channel']    = "SAF-Europe";
data[inc]['availability']    = "EUMETCast-Europe, FTP";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOSISAF;
data[inc]['resources_2']      = LINKS_OSISAF;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Wind";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, FTP";

//LSA SAF

data[++inc] = new Array();
data[inc]['title']  = "Surface Albedo (AL)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "LSA SAF Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "LSA SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "Land surface albedo is a key variable for characterising the energy balance in the coupled soil-vegetation-atmosphere system. The albedo quantifies the part of the energy that is absorbed and transformed into heat and latent fluxes. Owing to strong feedback effects the knowledge of albedo is important for determining weather conditions at the atmospheric boundary layer. Climate sensitivity studies with Global Circulation Models have confirmed the unsteady nature of the energy balance with respect to small changes in surface albedo. Other domains of applications are in hydro-meteorology, agro-meteorology and environment-related studies.";
data[inc]['benefit'] = "Energy, Agriculture";
data[inc]['coverage']    = "Europe, North Africa, South Africa, South America, Global";
data[inc]['resolution']    = "All MSG pixels";
data[inc]['formats']     = "HDF5";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="1 (plus every 10 days)";
data[inc]['channel']    = "SAF-Europe, SAF-Africa, SAF-Americas";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, FTP";
data[inc]['namingconvention']  = "S-LSA_-HDF5_LSASAF_MSG_AL_Euro_200611140000.bz2, S-LSA_-HDF5_LSASAF_MSG_AL_NAfr_200611140000.bz2, S-LSA_-HDF5_LSASAF_MSG_AL_SAfr_200611140000.bz2, S-LSA_-HDF5_LSASAF_MSG_AL_SAme_200611140000.bz2";
data[inc]['filesize']  =  "16 x 2.7 MB/day";
data[inc]['resources_1']      = LINKS_EUMLSASAF;
data[inc]['resources_2']      = LINKS_LSASAF;
data[inc]['resources_3']      = Array("Surface Albedo Product Description","http://landsaf.meteo.pt/algorithms.jsp?seltab=3");
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_LSASAF;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Albedo";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, FTP";

data[++inc] = new Array();
data[inc]['title']  = "MSG Land Surface Temperature (LST)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "LSA SAF Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "LSA SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Land Surface Temperature (LST) is the radiative skin temperature over land. LST plays an important role in the physics of land surface as it is involved in the processes of energy and water exchange with the atmosphere. LST is useful for the scientific community, namely for those dealing with meteorological and climate models. Accurate values of LST are also of special interest in a wide range of areas related to land surface processes, including meteorology, hydrology, agrometeorology, climatology and environmental studies.";
data[inc]['benefit'] = "Energy, Agriculture";
data[inc]['coverage']    = "Europe, North Africa, South Africa, South America, Global";
data[inc]['resolution']    = "All MSG pixels";
data[inc]['formats']     = "HDF5";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="96 (plus once a day)";
data[inc]['channel']    = "SAF-Europe, SAF-Africa, SAF-Americas";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, FTP";
data[inc]['namingconvention']  = "S-LSA_-HDF5_LSASAF_MSG_LST_Euro_200611140000.bz2, S-LSA_-HDF5_LSASAF_MSG_LST_NAfr_200611140000.bz2, S-LSA_-HDF5_LSASAF_MSG_LST_SAfr_200611140000.bz2, S-LSA_-HDF5_LSASAF_MSG_LST_SAme_200611140000.bz2";
data[inc]['filesize']  =  "4 x 220 KB/15 min";
data[inc]['resources_1']      = LINKS_EUMLSASAF;
data[inc]['resources_2']      = LINKS_LSASAF;
data[inc]['resources_3']      = Array("LST Product Description","http://landsaf.meteo.pt/algorithms.jsp?seltab=0&starttab=0");
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_LSASAF;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Land Surface Temperature";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, EUMETSAT Archive, FTP";

/*
data[++inc] = new Array();
data[inc]['title']  = "EPS Land Surface Temperature (LST)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "LSA SAF Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "LSA SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "Land Surface Temperature (LST) is the radiative skin temperature over land. LST plays an important role in the physics of land surface as it is involved in the processes of energy and water exchange with the atmosphere. LST is useful for the scientific community, namely for those dealing with meteorological and climate models. Accurate values of LST are also of special interest in a wide range of areas related to land surface processes, including meteorology, hydrology, agrometeorology, climatology and environmental studies.";
data[inc]['benefit'] = "Energy, Agriculture";
data[inc]['coverage']    = "Europe, North Africa, South Africa, South America, Global";
data[inc]['resolution']    = "All MSG pixels";
data[inc]['formats']     = "HDF5";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="96 (plus once a day)";
data[inc]['channel']    = "SAF-Europe, SAF-Africa, SAF-Americas";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "S-LSA_-HDF5_LSASAF_MSG_LST_Euro_200611140000.bz2, S-LSA_-HDF5_LSASAF_MSG_LST_NAfr_200611140000.bz2, S-LSA_-HDF5_LSASAF_MSG_LST_SAfr_200611140000.bz2, S-LSA_-HDF5_LSASAF_MSG_LST_SAme_200611140000.bz2";
data[inc]['filesize']  =  "4 x 220 KB/15 min";
data[inc]['resources_1']      = LINKS_EUMLSASAF;
data[inc]['resources_2']      = LINKS_LSASAF;
data[inc]['resources_3']      = Array("LST Product Description","http://landsaf.meteo.pt/algorithms.jsp?seltab=0&starttab=0");
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_LSASAF;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Land Surface Temperature";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";

data[++inc] = new Array();
data[inc]['title']  = "EPS Downwelling Surface LW Fluxes (DSLF)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "LSA SAF Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "LSA SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "Downwelling Surface Longwave Radiation Flux (DSLF)is the result of atmospheric absorption, emission and scattering within the entire atmospheric column and may be defined as the thermal irradiance reaching the surface in the thermal infrared spectrum (4-100mm). In clear sky situations DSLF depends on the vertical profiles of temperature and gaseous absorbers (primarily the water-vapour followed by CO2, and others of smaller importance like O3, CH4, N2O and CFCs). DSLF is directly related to the greenhouse effect and its monitoring has an important role in climate change studies. Other applications include meteorology (land applications) and oceanography (air-sea-ice interaction studies). ";
data[inc]['benefit'] = "Energy, Agriculture";
data[inc]['coverage']    = "Europe, North Africa, South Africa, South America, Global";
data[inc]['resolution']    = "All MSG pixels";
data[inc]['formats']     = "HDF5";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="48 (per region)";
data[inc]['channel']    = "SAF-Europe, SAF-Africa, SAF-Americas";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "S-LSA_-HDF5_LSASAF_MSG_DSLF_Euro_200611140000.bz2, S-LSA_-HDF5_LSASAF_MSG_DSLF_NAfr_200611140000.bz2, S-LSA_-HDF5_LSASAF_MSG_DSLF_SAfr_200611140000.bz2, S-LSA_-HDF5_LSASAF_MSG_DSLF_SAme_200611140000.bz2";
data[inc]['filesize']  = "4 x 0.6 MB/30 min";
data[inc]['resources_1']      = LINKS_EUMLSASAF;
data[inc]['resources_2']      = LINKS_LSASAF;
data[inc]['resources_3']      = Array("DSLF Product Description","http://landsaf.meteo.pt/algorithms.jsp?seltab=2&starttab=0");
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_LSASAF;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Surface Flux";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";

*/

data[++inc] = new Array();
data[inc]['title']  = "Downwelling Surface SW Fluxes (DSSF)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "LSA SAF Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "LSA SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The down-welling surface short-wave radiation flux (DSSF) refers to the radiative energy in the wavelength interval [0.3µm, 4.0µm] reaching the Earth's surface per time and surface unit. It essentially depends on the solar zenith angle, on cloud coverage, and to a lesser extent on atmospheric absorption and surface albedo. DSSF fields are crucial for a wide number of applications involving scientific domains like weather forecast, hydrology, climate, agriculture and environment-related studies. In numerical weather prediction and general circulation models of the atmosphere, satellite-derived DSSF estimates can either be used as a control variable or as a substitute to surface radiation measurement networks.";
data[inc]['benefit'] = "Energy, Agriculture";
data[inc]['coverage']    = "Europe, North Africa, South Africa, South America, Global";
data[inc]['resolution']    = "All MSG pixels";
data[inc]['formats']     = "HDF5";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="48 (per region)";
data[inc]['channel']    = "SAF-Europe, SAF-Africa, SAF-Americas";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, FTP";
data[inc]['namingconvention']  = "S-LSA_-HDF5_LSASAF_MSG_DSSF_Euro_200611140000.bz2, S-LSA_-HDF5_LSASAF_MSG_DSSF_NAfr_200611140000.bz2, S-LSA_-HDF5_LSASAF_MSG_DSSF_SAfr_200611140000.bz2, S-LSA_-HDF5_LSASAF_MSG_DSSF_SAme_200611140000.bz2";
data[inc]['filesize']  = "4 x 0.8 MB/30 min";
data[inc]['resources_1']      = LINKS_EUMLSASAF;
data[inc]['resources_2']      = LINKS_LSASAF;
data[inc]['resources_3']      = Array("DSSF Product Description","http://landsaf.meteo.pt/algorithms.jsp?seltab=1&starttab=0");
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_LSASAF;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Surface Flux";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, EUMETSAT Archive, FTP";

data[++inc] = new Array();
data[inc]['title']  = "MSG Downwelling Surface LW Fluxes (DSLF)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "LSA SAF Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "LSA SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Downwelling Surface Longwave Radiation Flux (DSLF)is the result of atmospheric absorption, emission and scattering within the entire atmospheric column and may be defined as the thermal irradiance reaching the surface in the thermal infrared spectrum (4-100mm). In clear sky situations DSLF depends on the vertical profiles of temperature and gaseous absorbers (primarily the water-vapour followed by CO2, and others of smaller importance like O3, CH4, N2O and CFCs). DSLF is directly related to the greenhouse effect and its monitoring has an important role in climate change studies. Other applications include meteorology (land applications) and oceanography (air-sea-ice interaction studies). ";
data[inc]['benefit'] = "Energy, Agriculture";
data[inc]['coverage']    = "Europe, North Africa, South Africa, South America, Global";
data[inc]['resolution']    = "All MSG pixels";
data[inc]['formats']     = "HDF5";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="48 (per region)";
data[inc]['channel']    = "SAF-Europe, SAF-Africa, SAF-Americas";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, FTP";
data[inc]['namingconvention']  = "S-LSA_-HDF5_LSASAF_MSG_DSLF_Euro_200611140000.bz2, S-LSA_-HDF5_LSASAF_MSG_DSLF_NAfr_200611140000.bz2, S-LSA_-HDF5_LSASAF_MSG_DSLF_SAfr_200611140000.bz2, S-LSA_-HDF5_LSASAF_MSG_DSLF_SAme_200611140000.bz2";
data[inc]['filesize']  = "4 x 0.6 MB/30 min";
data[inc]['resources_1']      = LINKS_EUMLSASAF;
data[inc]['resources_2']      = LINKS_LSASAF;
data[inc]['resources_3']      = Array("DSLF Product Description","http://landsaf.meteo.pt/algorithms.jsp?seltab=2&starttab=0");
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_LSASAF;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Surface Flux";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, EUMETSAT Archive, FTP";

data[++inc] = new Array();
data[inc]['title']  = "Snow Cover (SC)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "LSA SAF Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "LSA SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "Snow Cover (SC) is the presence of snow over land. SC plays an important role in the physics of land surface as it is involved in the processes of energy and water exchange with the atmosphere. SC is useful for the scientific community, namely for those dealing with meteorological and climate models. Accurate detection of snow in a pixel is also important for a wide range of areas related to land surface processes, including meteorology, hydrology, climatology and environmental studies.";
data[inc]['benefit'] = "Energy, Agriculture";
data[inc]['coverage']    = "Europe, North Africa, South Africa, South America, Global";
data[inc]['resolution']    = "All MSG pixels";
data[inc]['formats']     = "HDF5";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="1";
data[inc]['channel']    = "SAF-Europe, SAF-Africa, SAF-Americas";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, FTP";
data[inc]['namingconvention']  = "S-LSA_-HDF5_LSASAF_MSG_SC2_Euro_200611140000.bz2, S-LSA_-HDF5_LSASAF_MSG_SC2_NAfr_200611140000.bz2, S-LSA_-HDF5_LSASAF_MSG_SC2_SAfr_200611140000.bz2, S-LSA_-HDF5_LSASAF_MSG_SC2_SAme_200611140000.bz2";
data[inc]['filesize']  = "4 x 200 KB/day";
data[inc]['resources_1']      = LINKS_EUMLSASAF;
data[inc]['resources_2']      = LINKS_LSASAF;
data[inc]['resources_3']      = Array("SC Product Description","http://landsaf.meteo.pt/algorithms.jsp?seltab=4&starttab=1");
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_LSASAF;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Snow";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, FTP";

/**/

data[++inc] = new Array();
data[inc]['title']  = "Fractional Vegetation Cover (FVC)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "LSA SAF Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "LSA SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "Fractional Vegetation Cover (FVC) defines an important structural property of a plant canopy, which corresponds to the complement to unity of the gap fraction at nadir direction, accounting for the amount of vegetation distributed in a horizontal perspective. FVC is related with the partition between soil and vegetation contribution for emissivity and temperature. This property is necessary for describing land surface processes and surface parameterisation schemes used for climate and weather forecasting. Besides, the FVC is relevant for a wide range of Land Biosphere Applications such us agriculture and forestry, environmental management and land use, hydrology, natural hazards monitoring and management, vegetation-soil dynamics monitoring, drought conditions and fire scar extent.";
data[inc]['benefit'] = "Agriculture, Biodiversity";
data[inc]['coverage']    = "Europe, North Africa, South Africa, South America, Global";
data[inc]['resolution']    = "All MSG pixels";
data[inc]['formats']     = "HDF5";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="1";
data[inc]['channel']    = "SAF-Europe, SAF-Africa, SAF-Americas";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, FTP";
data[inc]['namingconvention']  = "S-LSA_-HDF5_LSASAF_MSG_FVC_Euro_200806240000.bz2, S-LSA_-HDF5_LSASAF_MSG_FVC_NAfr_200806240000.bz2,  S-LSA_-HDF5_LSASAF_MSG_FVC_SAfr_200806240000.bz2, S-LSA_-HDF5_LSASAF_MSG_FVC_SAme_200806240000.bz2";
data[inc]['resources_1']      = LINKS_EUMLSASAF;
data[inc]['resources_2']      = LINKS_LSASAF;
data[inc]['resources_3']      = Array("FVC Product Description","http://landsaf.meteo.pt/algorithms.jsp?seltab=5&starttab=2");
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_LSASAF;
data[inc]['thumbpath'] = "";
data[inc]['parameter']    = "Vegetation";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, FTP";

/**/

data[++inc] = new Array();
data[inc]['title']  = "Fraction of Absorbed Photosynthetic Active Radiation (FAPAR)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "LSA SAF Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "LSA SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "The Fraction of Absorbed Photosynthetically Active Radiation (faPAR, The Fraction of Absorbed Photosynthetically Active Radiation) is an indicator of the state and productivity of vegetation and has been recognized as a fundamental surface parameter for environmental studies by international organizations. This quantity represents the fraction of the solar energy  which is absorbed by vegetation and therefore plays the role of a battery during the plant photosynthetic process.";
data[inc]['benefit'] = "Agriculture, Biodiversity";
data[inc]['coverage']    = "Europe, North Africa, South Africa, South America, Global";
data[inc]['resolution']    = "All MSG pixels";
data[inc]['formats']     = "HDF5";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="1";
data[inc]['channel']    = "SAF-Europe, SAF-Africa, SAF-Americas";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, FTP";
data[inc]['namingconvention']  = "S-LSA_-HDF5_LSASAF_MSG_FAPAR_Euro_200806240000.bz2, S-LSA_-HDF5_LSASAF_MSG_FAPAR_NAfr_200806240000.bz2, S-LSA_-HDF5_LSASAF_MSG_FAPAR_SAfr_200806240000.bz, S-LSA_-HDF5_LSASAF_MSG_FAPAR_SAme_200806240000.bz2";
data[inc]['resources_1']      = LINKS_EUMLSASAF;
data[inc]['resources_2']      = LINKS_LSASAF;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_LSASAF;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Vegetation";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, FTP";


/**/
/*
data[++inc] = new Array();
data[inc]['title']  = "Fire Detection and Monitoring (FD&M)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "LSA SAF Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "LSA SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "EUMETSAT’s Satellite Application Facility for Land Surface Analysis (LSA SAF) is currently committed to develop an algorithm capable of detecting and monitoring active fires, particularly over Africa, that will lead to the operational generation, archiving and dissemination of the so-called Fire Detection and Monitoring (FD&M) product. A further description will be provided at a later stage of development.";
data[inc]['benefit'] = "Disasters, Agriculture";
data[inc]['coverage']    = "Europe, North Africa, South Africa, South America";
data[inc]['resolution']    = "All MSG pixels";
data[inc]['formats']     = "HDF5";
data[inc]['frequency'] ="1";
data[inc]['channel']    = "SAF-Europe, SAF-Americas, SAF-Africa";
data[inc]['availability']    = "EUMETCast: Europe, Africa, Americas";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMLSASAF;
data[inc]['resources_2']      = LINKS_LSASAF;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_LSASAF;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Fire";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
*/

data[++inc] = new Array();
data[inc]['title']  = "Risk of Fire Map (RFM)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "LSA SAF Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "LSA SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "The LSA SAF will explore the capability of Meteosat/SEVIRI to detect and monitor active fires (especially in Africa). New products will be derived in the domains of Fire Detection and Monitoring (FD&M) and the Mapping of Fire Risk (MFR). ";
data[inc]['benefit'] = "Disasters, Agriculture";
data[inc]['coverage']    = "Europe";
data[inc]['resolution']    = "All MSG pixels";
data[inc]['formats']     = "HDF5";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="1";
data[inc]['channel']    = "SAF-Europe";
data[inc]['availability']    = "EUMETCast-Europe, FTP";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMLSASAF;
data[inc]['resources_2']      = LINKS_LSASAF;
//data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_LSASAF;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Fire";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, FTP";

data[++inc] = new Array();
data[inc]['title']  = "Evapotranspiration (ET)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "LSA SAF Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "LSA SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "Evapotranspiration (ET) accounts for the flux of water evaporated at the Earth-atmosphere interface (from soil, water bodies and interception) and transpired by vegetation through stomata in its leaves as a consequence of photosynthetic processes. ET is an important component of the water cycle and it is associated with the latent heat flux (LE), a key link between the energy and water cycles. In other words, LE represents the energy needed for the ET process. Evaluating energy fluxes at the Earth surface is of great importance in many disciplines like weather forecasting, global climate monitoring, water management, agriculture and ecology. The ET product contains instantaneous values of evapotranspiration (in mm/h) plus an associated quality flag. ET output is generated in HDF5 format and relevant information for data processing is included in the HDF5 file attributes. Currently ET maps are generated every 30 minutes for the European window with the MSG spatial resolution.";
data[inc]['benefit'] = "Agriculture, Biodiversity";
data[inc]['coverage']    = "Europe, North Africa, South Africa, South America";
data[inc]['resolution']    = "All MSG pixels";
data[inc]['formats']     = "HDF5";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="48 (plus once a day)";
data[inc]['channel']    = "SAF-Europe, SAF-Africa, SAF-Americas";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, FTP";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMLSASAF;
data[inc]['resources_2']      = LINKS_LSASAF;
data[inc]['link_1']      = LINKS_EUMETCAST_NOT_AVAILABLE;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_LSASAF;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Soil Moisture";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, FTP";

data[++inc] = new Array();
data[inc]['title']  = "Leaf Area Index (LAI)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "LSA SAF Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "LSA SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "Leaf Area Index (LAI) is defined as one half the total leaf area per unit ground area. It defines the area of green vegetation that interacts with solar radiation determining the remote sensing signal, and represents the size of the interface between the vegetation canopy and the atmosphere for energy and mass exchanges. LAI is thus a necessary input for Numerical Weather Prediction (NWP), regional and global climate modelling, weather forecasting and global change monitoring. Besides, the LAI is relevant for Land Biosphere Applications such us agriculture and forestry, environmental management and land use.";
data[inc]['benefit'] = "Agriculture, Biodiversity";
data[inc]['coverage']    = "Europe, North Africa, South Africa, South America, Global";
data[inc]['resolution']    = "All MSG pixels";
data[inc]['formats']     = "HDF5";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="1 (plus every 10 days)";
data[inc]['channel']    = "SAF-Europe, SAF-Africa, SAF-Americas";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, FTP";
data[inc]['namingconvention']  = "S-LSA_-HDF5_LSASAF_MSG_LAI_Euro_200806240000.bz2, S-LSA_-HDF5_LSASAF_MSG_LAI_NAfr_200806240000.bz2, S-LSA_-HDF5_LSASAF_MSG_LAI_SAfr_200806240000.bz2, S-LSA_-HDF5_LSASAF_MSG_LAI_SAme_200806240000.bz2";
data[inc]['resources_1']      = LINKS_EUMLSASAF;
data[inc]['resources_2']      = LINKS_LSASAF; 
data[inc]['resources_3']      = Array("LAI Product Description","http://landsaf.meteo.pt/algorithms.jsp?seltab=6&starttab=2");
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_LSASAF;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Vegetation";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, FTP";


data[++inc] = new Array();
data[inc]['title']  = "Fire Radiative Power (FRP)";
data[inc]['category'] = "Land";
//data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['subcategory'] = "LSA SAF Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "LSA SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "The Fire Radiative Power product (FRP, in megawatts) provides information on the measured radiant heat output of detected fires. It has been demonstrated in small-scale experimental fires that the amount of radiant heat energy liberated per unit time (the Fire Radiative Power) is related to the rate at which fuel is being consumed. This is a direct result of the combustion process, whereby carbon-based fuel is oxidised to CO2 with the release of a certain heat yield. Therefore, measuring this FRP and integrating it over the lifetime of the fire provides an estimate of the total Fire Radiative Energy (FRE), which for wildfires should be proportional to the total mass of fuel biomass combusted. Geostationary observations allow high temporal frequency FRP measurements, and thus a much-improved ability to estimate FRE via temporal integration when compared to the far less-frequent observations made from systems in low-Earth orbit.  The FRP product is derived every 15 min at the native SEVIRI pixel resolution. The disseminated product includes for each processed pixel, the FRP (MW), the corresponding uncertainty in the FRP retrieval based on the variability of the background radiance estimation, and a confidence measure (representing the level of confidence that the observation is indeed a true fire). Applications: The FRP product is intended to support emerging operational atmosphere and climate-related applications, such as Air quality forecasting, Carbon cycle assessment and modelling, and Fire activity models.";
data[inc]['benefit'] = "Climate, Disasters";
data[inc]['coverage']    = "Full Disk from 0°";
//data[inc]['coverage']    = "Europe, North Africa, South Africa, South America, Global";
data[inc]['resolution']    = "All MSG pixels";
data[inc]['formats']     = "HDF5";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="96";
data[inc]['channel']    = "SAF-Europe, SAF-Africa, SAF-Americas";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, FTP ";
data[inc]['namingconvention']  = "S-LSA_-HDF5_LSASAF_MSG_FRP-PIXEL-ListProduct_Euro_200808270015.bz2, S-LSA_-HDF5_LSASAF_MSG_FRP-PIXEL-ListProduct_SAme_200808270015.bz2, S-LSA_-HDF5_LSASAF_MSG_FRP-PIXEL-ListProduct_SAfr_200808270015.bz2, S-LSA_-HDF5_LSASAF_MSG_FRP-PIXEL-ListProduct_NAfr_200808270015.bz2, S-LSA_-HDF5_LSASAF_MSG_FRP-PIXEL-QualityProduct_Euro_200808270015.bz2, S-LSA_-HDF5_LSASAF_MSG_FRP-PIXEL-QualityProduct_SAme_200808270015.bz2, S-LSA_-HDF5_LSASAF_MSG_FRP-PIXEL-QualityProduct_SAfr_200808270015.bz2, S-LSA_-HDF5_LSASAF_MSG_FRP-PIXEL-QualityProduct_NAfr_200808270015.bz2";
//data[inc]['filesize'] = "n/a";
data[inc]['resources_1']      = LINKS_EUMLSASAF;
data[inc]['resources_2']      = LINKS_LSASAF; 
//data[inc]['resources_3']      = LINKS_METPROD;
//data[inc]['resources_4']      = DOCLINKS_METPROD;
//data[inc]['resources_5']      = DOCLINKS_MSG;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_LSASAF;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Fire";
data[inc]['dissemination'] = " ";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";


//// GRAS-SAF

data[++inc] = new Array();
data[inc]['title']  = "Refractivity Profile (NRP)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "GRAS SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "GRAS SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "The refractive index of the atmosphere as function of height at tangent point. Given in refractivity units (N)";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "150 - 250 m";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR, NetCDF";
data[inc]['frequency'] ="290";
data[inc]['channel']    = "SAF-Europe";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMGRASSAF;
data[inc]['resources_2']      = LINKS_GRASSAF;
data[inc]['resources_3']      = LINKS_GRAS_NRT;
//data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Refractivity";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe";

data[++inc] = new Array();
data[inc]['title']  = "Temperature Profile (NTP)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "GRAS SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "GRAS SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "Temperature as function of height at tangent point. Given in Kelvin (K).";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "250 - 500 m";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR, NetCDF";
data[inc]['frequency'] ="290";
data[inc]['channel']    = "SAF-Europe";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMGRASSAF;
data[inc]['resources_2']      = LINKS_GRASSAF;
data[inc]['resources_3']      = LINKS_GRAS_NRT;
//data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Temperature";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe";

data[++inc] = new Array();
data[inc]['title']  = "Pressure Profile (NPP)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "GRAS SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "GRAS SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "Pressure as function of height at tangent point. Given in hectopascals (hPa)";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "250 - 500 m";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR, NetCDF";
data[inc]['frequency'] ="290";
data[inc]['channel']    = "SAF-Europe";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMGRASSAF;
data[inc]['resources_2']      = LINKS_GRASSAF;
data[inc]['resources_3']      = LINKS_GRAS_NRT;
//data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Pressure";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe";

data[++inc] = new Array();
data[inc]['title']  = "Specific Humidity Profile (NHP)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "GRAS SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "GRAS SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "Specific humidity as function of height at tangent point. Unit kg/kg";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "250 - 500 m";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR, NetCDF";
data[inc]['frequency'] ="290";
data[inc]['channel']    = "SAF-Europe";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMGRASSAF;
data[inc]['resources_2']      = LINKS_GRASSAF;
data[inc]['resources_3']      = LINKS_GRAS_NRT;
//data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Temperature";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe";

/**/

data[++inc] = new Array();
data[inc]['title']  = "Error Covariance Matrix (NEM)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "GRAS SAF Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "GRAS SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "The error covariance matrix is a data product that specifies the correlations in the observation errors between all possible pairs of vertical levels. It is given as a two-dimensional array, of size NxN , where N is the number of vertical levels in the sounding data products. Each matrix is provided in several versions reflecting variations with geographical areas (e.g. latitude) and with season.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "GRAS instrument";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "NetCDF";
data[inc]['frequency'] ="290";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['channel']    = "SAF-Europe";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMGRASSAF;
data[inc]['resources_2']      = LINKS_GRASSAF;
data[inc]['resources_3']      = LINKS_GRAS_NRT;
//data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Covariance Matrix";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe";


data[++inc] = new Array();
data[inc]['title']  = "Surface Pressure (NSP)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "GRAS SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "GRAS SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "Pressure as function of height at tangent point. Given in hectopascals (hPa).";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "GRAS instrument";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "BUFR, NetCDF";
data[inc]['frequency'] ="290";
data[inc]['channel']    = "SAF-Europe";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMGRASSAF;
data[inc]['resources_2']      = LINKS_GRASSAF;
data[inc]['resources_3']      = LINKS_GRAS_NRT;
//data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Pressure";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe";

data[++inc] = new Array();
data[inc]['title']  = "Validation Product (NVP)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "GRAS SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "GRAS SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "Validation products consist of summary statistical information on the reliability and quality of the sounding products. There are separate validation products for NRT and off-line sounding data products. Validation products are not actively disseminated, but are updated and posted on a regular basis (daily for NRT, monthly for offline) on the GRAS SAF website.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "GRAS instrument";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "NetCDF";
data[inc]['frequency'] ="1";
data[inc]['channel']    = "SAF-Europe";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMGRASSAF;
data[inc]['resources_2']      = LINKS_GRASSAF;
data[inc]['resources_3']      = LINKS_GRAS_NRT;
//data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Validation";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe";

data[++inc] = new Array();
data[inc]['title']  = "Bending Angle (OBA)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "GRAS SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "GRAS SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "Bending angle as function of impact parameter.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "150 - 250 m";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "NetCDF";
data[inc]['frequency'] ="Monthly";
data[inc]['channel']    = " ";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMGRASSAF;
data[inc]['resources_2']      = LINKS_GRASSAF;
data[inc]['resources_3']      = LINKS_GRAS_OFFLINE;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Bending Angle";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Refractivity Profile (ORP)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "GRAS SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "GRAS SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "The refractive index of the atmosphere as function of height at tangent point. Given in refractivity units (N)";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "250 - 500 m";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "NetCDF";
data[inc]['frequency'] ="Monthly";
data[inc]['channel']    = " ";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMGRASSAF;
data[inc]['resources_2']      = LINKS_GRASSAF;
data[inc]['resources_3']      = LINKS_GRAS_OFFLINE;
//data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Refractivity";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Temperature Profile (OTP)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "GRAS SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "GRAS SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "Temperature as function of height at tangent point. Given in units Kelvin (K).";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "250 - 500 m";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "NetCDF";
data[inc]['frequency'] ="Monthly";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMGRASSAF;
data[inc]['resources_2']      = LINKS_GRASSAF;
data[inc]['resources_3']      = LINKS_GRAS_OFFLINE;
//data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Temperature";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Pressure Profile (OPP)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "GRAS SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "GRAS SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "Pressure as function of height at tangent point. Given in units hectoPascal (hPa).";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "GRAS instrument";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "NetCDF";
data[inc]['frequency'] ="Monthly";
data[inc]['channel']    = " ";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMGRASSAF;
data[inc]['resources_2']      = LINKS_GRASSAF;
data[inc]['resources_3']      = LINKS_GRAS_OFFLINE;
//data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Pressure";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Specific Humidity Profile (OHP)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "GRAS SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "GRAS SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "Specific humidity as function of height at tangent point. Units kg/kg.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "250 - 500 m";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "NetCDF";
data[inc]['frequency'] ="Monthly";
data[inc]['channel']    = " ";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMGRASSAF;
data[inc]['resources_2']      = LINKS_GRASSAF;
data[inc]['resources_3']      = LINKS_GRAS_OFFLINE;
//data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Specific Humidity";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Surface Pressure (OSP)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "GRAS SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "GRAS SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "Given in units hectoPascal (hPa).";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "GRAS instrument";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "NetCDF";
data[inc]['frequency'] ="Monthly";
data[inc]['channel']    = " ";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMGRASSAF;
data[inc]['resources_2']      = LINKS_GRASSAF;
data[inc]['resources_3']      = LINKS_GRAS_OFFLINE;
//data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Pressure";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Validation Product (OVP)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "GRAS SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "GRAS SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "This product is under development. A description will be provided at a later stage of development.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "GRAS instrument";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "BUFR, NetCDF";
data[inc]['frequency'] ="Monthly";
data[inc]['channel']    = " ";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMGRASSAF;
data[inc]['resources_2']      = LINKS_GRASSAF;
data[inc]['resources_3']      = LINKS_GRAS_OFFLINE;
//data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Validation";
data[inc]['dissemination'] = "Via SAF";

/**/

data[++inc] = new Array();
data[inc]['title']  = "Error Covariance Matrix (OEM)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "GRAS SAF Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "GRAS SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "The error covariance matrix is a data product that specifies the correlations in the observation errors between all possible pairs of vertical levels. It is given as a two-dimensional array, of size NxN , where N is the number of vertical levels in the sounding data products. Each matrix is provided in several versions reflecting variations with geographical areas (e.g. latitude) and with season.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "GRAS instrument";
data[inc]['formats']     = "BUFR, NetCDF";
data[inc]['frequency'] ="n/a";
data[inc]['channel']    = " ";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
//data[inc]['resources_1']      = LINKS_EUMGRASSAF;
data[inc]['resources_2']      = LINKS_GRASSAF;
data[inc]['resources_3']      = LINKS_GRAS_OFFLINE;
//data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Covariance Matrix";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Radio Occultation Processing Package (ROPP)";
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "GRAS SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "GRAS SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "The GRAS SAF distributes the Radio Occultation Processing Package (ROPP) containing modules to assist the assimilation of Radio Occultation data into NWP models. The package consists of: a 1D-var RO processing module; 3D/4D-var forward operators for NWP assimilation of RO bending angles and refractivities;  Pre-processing tools, quality controls; File interface support (incl. NetCDF and BUFR); 2D bending angle forward operators";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "n/a";
data[inc]['resolution']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['frequency'] ="n/a";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMGRASSAF;
data[inc]['resources_2']      = LINKS_GRASSAF;
//data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Software";
data[inc]['dissemination'] = "Via SAF";

// Ozone Monitoring SAF, O3M SAF
data[++inc] = new Array();
data[inc]['title']  = "Near Real Time Total Column Ozone GOME-2 (NTO/O3)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Ozone Monitoring SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "O3M SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "The Near Real Time Total Column (NTO) product provides information about columns of two trace gases in the atmosphere: O3 (ozone) and NO2 (nitrogen dioxide).";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "GOME-2 instrument";
data[inc]['formats']     = "HDF5, BUFR (pre-operational)";
data[inc]['frequency'] ="2 x 250 (daylight PDUs only)";
data[inc]['channel']    = "SAF-Europe";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "S-O3M_GOME_O3-NO2_L2_20070630222957_003_METOPA_03611_DLR_00.BUFR, S-O3M_GOME_O3-NO2_L2_20070630222957_003_METOPA_03611_DLR_00.HDF5";
data[inc]['filesize']  = "45 KB (BUFR), 450 KB (HDF5)";
data[inc]['resources_1']      = LINKS_EUMOZONESAF;
data[inc]['resources_2']      = LINKS_OZONESAF;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "NRT Total Ozone";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe";

data[++inc] = new Array();
data[inc]['title']  = "Off-line Total Column Ozone GOME-2 (OTO/O3)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Ozone Monitoring SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "O3M SAF";
data[inc]['status'] = "Demonstration";
data[inc]['text'] = "The Off-line Total Column (OTO) product provides information about columns of four trace gases in the atmosphere: O3 (ozone), NO2 (nitrogen dioxide), BrO (bromine oxide) and H2O (water vapour).";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "GOME-2 instrument";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Orbit cycle";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "GOME_O3-NO2-BrO_L2_20070302111155_047_METOPA_01900_DLR_00.HDF5";
data[inc]['resources_1']      = LINKS_EUMOZONESAF;
data[inc]['resources_2']      = LINKS_OZONESAF;
data[inc]['archive_1']   = ARCHIVELINKS_EUMETSAT;
data[inc]['link_1']      = LINKS_OZONESAF;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Off-line Total Ozone";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Off-line Total Ozone/Ozone Profile (OTO/OOP)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Ozone Monitoring SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "O3M SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "The Off-line Ozone Profile product (OOP) provides ozone profile (in HDF5 format), the full error covariance matrix, the retrieval noise covariance matrix, the a-priori profile of the averaging kernels and the retrieved auxiliary parameters, like surface or cloud albedo. Also included are: geolocation, spectral windows used and retrieval diagnostics, like number of iterations, spectral fit indicators. The ozone profile is reported as partial columns, in Dobson Units, between 41 pressure levels logarithmically spaced between and including surface pressure and 0.1 hPa. For cloudy and partially cloudy scenes, the cloud-top pressure replaces the nearest pressure level.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "GOME-2 instrument";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Orbit cycle";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOZONESAF;
data[inc]['resources_2']      = LINKS_OZONESAF;
data[inc]['archive_1']   = ARCHIVELINKS_EUMETSAT;
data[inc]['link_1']      = LINKS_OZONESAF;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Off-line Total Ozone";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Near Real Time Ozone Profiles (NOP)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Ozone Monitoring SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "O3M SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "NRT Ozone Profile (NOP) product provides ozone profile reported as partial columns, in Dobson Units, between 41 pressure levels logarithmically spaced between and including surface pressure and 0.1 hPa. For cloudy and partially cloudy scenes, the cloud-top pressure replaces the nearest pressure level. Geographical coverage, spatial resolution and temporal frequencies of the GOME-2 Ozone Profile Product are determined by the instrument. ";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "GOME-2 instrument resolution";
data[inc]['formats']     = "HDF5, BUFR (pre-operational)";
data[inc]['frequency'] ="2 x 250 (daylight PDUs only)";
data[inc]['channel']    = "SAF-Europe";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "S-O3M_GOME_NOP_02_M02_20080227060858Z_20080227061158Z_N_P_20080227080410Z.hdf5";
data[inc]['resources_1']      = LINKS_EUMOZONESAF;
data[inc]['resources_2']      = LINKS_OZONESAF;
//data[inc]['link_1']      = LINKS_OZONESAF;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Ozone";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe";

data[++inc] = new Array();
data[inc]['title']  = "Near Real Time Total Column NO2 (NTO/NO2)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Ozone Monitoring SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "O3M SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "The Near Real Time Total Column (NTO) product provides information about columns of two trace gases in the atmosphere: O3 (ozone) and NO2 (nitrogen dioxide).";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "GOME-2 instrument resolution";
data[inc]['formats']     = "HDF5, BUFR";
data[inc]['frequency'] ="2 x 250 (daylight PDUs only)";
data[inc]['channel']    = "SAF-Europe";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "S-O3M_GOME_O3-NO2_L2_20070630222957_003_METOPA_03611_DLR_00.BUFR, S-O3M_GOME_O3-NO2_L2_20070630222957_003_METOPA_03611_DLR_00.HDF5";
data[inc]['filesize']  = "45 KB (BUFR), 450 KB (HDF5)";
data[inc]['resources_1']      = LINKS_EUMOZONESAF;
data[inc]['resources_2']      = LINKS_OZONESAF;
//data[inc]['link_1']      = LINKS_OZONESAF;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "NRT Total Ozone, NO2, Trace Gas";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe";

data[++inc] = new Array();
data[inc]['title']  = "Off-line Total NO2 (OTO/NO2)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Ozone Monitoring SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "O3M SAF";
data[inc]['status'] = "Demonstration";
data[inc]['text'] = "The offline Total Column (OTO) product provides information about columns of four trace gases in the atmosphere: O3 (ozone), NO2 (nitrogen dioxide), BrO (bromine oxide) and H2O (water vapour). The GOME-2/Metop Offline products are available two weeks after sensing.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "GOME-2 instrument";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Orbit cycle";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "GOME_O3-NO2-BrO_L2_20070302111155_047_METOPA_01900_DLR_00.HDF5";
data[inc]['resources_1']      = LINKS_EUMOZONESAF;
data[inc]['resources_2']      = LINKS_OZONESAF;
data[inc]['archive_1']   = ARCHIVELINKS_EUMETSAT;
data[inc]['link_1']      = LINKS_OZONESAF;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Off-line Total Ozone, NO2, Trace Gas";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Near Real Time UV Index and Cloud Corrected (Web based products) (NRT/UV, NRT/Cloud)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Ozone Monitoring SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "O3M SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "The NRT UV index product consists of colour-coded contour maps of UV index (22 regional maps and a global map), a web page for quick access to the maps and two ASCII files describing the processing and the estimated accuracy. The NRT/Cloud product is under development. A description of this product will be provided at a later stage.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "0.25 x 0.25 degree grid";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "GIF";
data[inc]['frequency'] ="Orbit cycle";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOZONESAF;
data[inc]['resources_2']      = LINKS_OZONESAF;
//data[inc]['link_1']      = LINKS_OZONESAF;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "UV, UV Index";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Off-line Total Column BrO (OTO/BrO)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Ozone Monitoring SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "O3M SAF";
data[inc]['status'] = "Demonstration";
data[inc]['text'] = "This product is under development. A description will be provided at a later stage in development.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "GOME-2 instrument";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Orbit cycle";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "GOME_O3-NO2-BrO_L2_20070302111155_047_METOPA_01900_DLR_00.HDF5";
data[inc]['resources_1']      = LINKS_EUMOZONESAF;
data[inc]['resources_2']      = LINKS_OZONESAF;
data[inc]['archive_1']   = ARCHIVELINKS_EUMETSAT;
data[inc]['link_1']      = LINKS_OZONESAF;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Off-line Total Ozone, Trace Gas";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Off-line Total SO2 (OTO/SO2)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Ozone Monitoring SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "O3M SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "This product is under development. A description will be provided at a later stage in development.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "GOME-2 instrument";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Orbit cycle";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOZONESAF;
data[inc]['resources_2']      = LINKS_OZONESAF;
data[inc]['archive_1']   = ARCHIVELINKS_EUMETSAT;
data[inc]['link_1']      = LINKS_OZONESAF;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Off-line Total Ozone, Trace Gas";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Off-line Total Ozone/HCHO (OTO/HCHO)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Ozone Monitoring SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "O3M SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "This product is under development. A description will be provided at a later stage in development.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "GOME-2 instrument";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Orbit cycle";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOZONESAF;
data[inc]['resources_2']      = LINKS_OZONESAF;
data[inc]['archive_1']   = ARCHIVELINKS_EUMETSAT;
data[inc]['link_1']      = LINKS_OZONESAF;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Off-line Total Ozone, Trace Gas";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Off-line Total Ozone/OClO (OTO/OClO)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Ozone Monitoring SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "O3M SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "This product is under development. A description will be provided at a later stage in development.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Regional";
data[inc]['resolution']    = "GOME-2 instrument";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Orbit cycle";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOZONESAF;
data[inc]['resources_2']      = LINKS_OZONESAF;
data[inc]['archive_1']   = ARCHIVELINKS_EUMETSAT;
data[inc]['link_1']      = LINKS_OZONESAF;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Off-line Total Ozone, Trace Gas";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Off-line Total Ozone/Water Vapour (OTO/H2O)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Ozone Monitoring SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "O3M SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "This product is under development. A description will be provided at a later stage in development.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "GOME-2 instrument";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Orbit cycle";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOZONESAF;
data[inc]['resources_2']      = LINKS_OZONESAF;
data[inc]['archive_1']   = ARCHIVELINKS_EUMETSAT;
data[inc]['link_1']      = LINKS_OZONESAF;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Off-line Total Ozone, Water Vapour";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Off-line Absorbing Aerosol Indicator (ARS/AAI)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Ozone Monitoring SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "O3M SAF";
data[inc]['status'] = "Demonstration";
data[inc]['text'] = "The Aerosols product (ARS) indicates the presence of elevated absorbing aerosols in the Earth's atmosphere. Since it distinguishes between scattering and absorbing effects, it does not suffer much from cloud contamination. The aerosol types that are mostly seen are desert dust and biomass burning aerosols.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "GOME-2 instrument";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Orbit cycle";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOZONESAF;
data[inc]['resources_2']      = LINKS_OZONESAF;
data[inc]['archive_1']   = ARCHIVELINKS_EUMETSAT;
data[inc]['link_1']      = LINKS_OZONESAF;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Aerosol";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Off-line Aerosol Optical Depth (ARS/AOD)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Ozone Monitoring SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "O3M SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "This product is under development. A description will be provided at a later stage in development.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "GOME-2 instrument";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Orbit cycle";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOZONESAF;
data[inc]['resources_2']      = LINKS_OZONESAF;
data[inc]['archive_1']   = ARCHIVELINKS_EUMETSAT;
data[inc]['link_1']      = LINKS_OZONESAF;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Aerosol";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Off-line Aerosol Single Scattering Albedo (ARS/SSA)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Ozone Monitoring SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "O3M SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "This product is under development. A description will be provided at a later stage in development.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "GOME-2 instrument";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Orbit cycle";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOZONESAF;
data[inc]['resources_2']      = LINKS_OZONESAF;
data[inc]['archive_1']   = ARCHIVELINKS_EUMETSAT;
data[inc]['link_1']      = LINKS_OZONESAF;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Aerosol";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Off-line UV Daily (OUV/DOSE_CIE, OUV/DD_PLANT, OUV/DD_DNA, OUV/DD_SCUPH, OUV/DD_UVA, OUV/UVB, OUV/DSR_CIE, OUV/DSR_DNA, OUV/DSR_SCUPH, OUV/DSR_UVA, OUV/DSR_UVB, OUV/UVI)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Ozone Monitoring SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "O3M SAF";
data[inc]['status'] = "Demonstration";
data[inc]['text'] = "The offline UV product (OUV) contains the most important quantities of the Sun’s radiation that can be harmful to life and materials on the Earth. These quantities include daily doses and maximum dose rates of integrated UV-B and UV-A radiation together with values obtained by different biological weighting functions, solar noon UV index and quality control flags. The product is calculated in a 0.5 degree regular grid and stored in a HDF5 file. The user requirement for the product accuracy is 20%.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "0.5 * 0.5 degree grid";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Daily";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOZONESAF;
data[inc]['resources_2']      = LINKS_OZONESAF;
data[inc]['archive_1']   = ARCHIVELINKS_EUMETSAT;
data[inc]['link_1']      = LINKS_OZONESAF;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "UV";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Off-line O3 Photolysis Rate (OUV/JO3, OUV/JNO2)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Ozone Monitoring SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "O3M SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "This product is under development. A description will be provided at a later stage in development.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "0.5 * 0.5 degree grid";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Daily";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOZONESAF;
data[inc]['resources_2']      = LINKS_OZONESAF;
data[inc]['archive_1']   = ARCHIVELINKS_EUMETSAT;
data[inc]['link_1']      = LINKS_OZONESAF;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Ozone Photolysis";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Off-line HIRS Total Ozone (HTO/TOTAL, HTO/PARTIAL)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Ozone Monitoring SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "O3M SAF";
data[inc]['status'] = "Development, Demonstration";
data[inc]['text'] = "HIRS Total Ozone (HTO) product provides total and partial ozone columns (in Dobson units) in the atmosphere. The status of HTO/TOTAL is Demonstrational, whereas the HTO/PARTIAL is under Development.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "HIRS/4 instrument resolution";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Orbit cycle";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOZONESAF;
data[inc]['resources_2']      = LINKS_OZONESAF;
data[inc]['archive_1']   = ARCHIVELINKS_EUMETSAT;
data[inc]['link_1']      = LINKS_OZONESAF;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Ozone";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Off-line Ozone Profile from Joint IASI and GOME-2 (OOP/GI)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Ozone Monitoring SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "O3M SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "This product is under development. A description will be provided at a later stage in development.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "TBD";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Orbit cycle";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOZONESAF;
data[inc]['resources_2']      = LINKS_OZONESAF;
data[inc]['archive_1']   = ARCHIVELINKS_EUMETSAT;
data[inc]['link_1']      = LINKS_OZONESAF;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Ozone";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Off-line Tropospheric Ozone (OTR/O3)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Ozone Monitoring SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "O3M SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "This product is under development. A description will be provided at a later stage in development.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "GOME-2 instrument resolution";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Orbit cycle";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOZONESAF;
data[inc]['resources_2']      = LINKS_OZONESAF;
data[inc]['archive_1']   = ARCHIVELINKS_EUMETSAT;
data[inc]['link_1']      = LINKS_OZONESAF;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Ozone";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Off-line Tropospheric NO2 (OTR/NO2)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Ozone Monitoring SAF Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "O3M SAF";
data[inc]['status'] = "Demonstration";
data[inc]['text'] = "This product is under development. A description will be provided at a later stage in development.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "GOME-2 instrument resolution";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Orbit cycle";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMOZONESAF;
data[inc]['resources_2']      = LINKS_OZONESAF;
data[inc]['archive_1']   = ARCHIVELINKS_EUMETSAT;
data[inc]['link_1']      = LINKS_OZONESAF;
//data[inc]['link_2']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "NO2, Trace Gas";
data[inc]['dissemination'] = "Via SAF";

// Climate SAF

data[++inc] = new Array();
data[inc]['title']  = "Cloud Fractional Cover (CFC)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Derived directly from the results of the CM-SAF Cloud Mask (CM) product, the fractional cloud cover (FCC) is defined as the fraction of cloudy pixels per sub-region compared to the total number of analysed pixels in the sub-region. In this case it means that the fractional cloud cover is computed as the fraction of all pixels within a 15x15 km grid square that has been classified as either cloud-filled or cloud contaminated. Fractional cloud cover is expressed in percent.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°, Northern Europe, Arctic, Global";
data[inc]['resolution']    = "15 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Daily, Monthly";
data[inc]['availability']    = "FTP";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Cloud, Cloud Cover";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Cloud Type (CTY)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The CT product is based on results from the SAF NWC Cloud Type algorithms for both polar and geostationary satellite data. The following five cloud classes are defined: Low clouds; Mid clouds; Opaque high clouds; Thin high clouds and Fractional clouds. Thus, the CT results are given as five individual components. The resulting average value denotes the percentage of pixels of the appropriate class relative to all cloudy pixels in each 15x15 grid.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°, Northern Europe, Arctic, Global";
data[inc]['resolution']    = "15 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Daily, Monthly";
data[inc]['availability']    = "FTP";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Cloud, Cloud Type";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Cloud Top Temperature, Height, Pressure (CTT, CTH, CTP)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The Cloud Top Temperature (CTT) is expressed in Kelvin, the Cloud Top Height (CTH) is expressed as altitude (m). The altitude is defined as the mean cloud altitude relative to the topography.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°, Northern Europe, Arctic, Global";
data[inc]['resolution']    = "15 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Daily, Monthly";
data[inc]['availability']    = "FTP";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Cloud, Cloud Top Temperature, Cloud Top Height";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Cloud Optical Thickness (COT)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "This product provides information on the Cloud Optical Thickness (COT) for pixels that are flagged cloudy by the cloud detection test. The retrieval algorithm is based on 0.6 and 1.6 micron channel radiances of NOAA AVHRR and Meteosat SEVIRI. As an intermediate product the algorithm retrieves cloud droplet effective radius as well. However, since the droplet effective radius is not validated it will not be provided as an output product in the CMSAF. The final daily and monthly average product is calculated by logarithmic averaging of the original algorithm output in one kilometre resolution over 15 × 15 km2 sub-areas. Such pixels where the retrieval failed for any reason are excluded from averaging.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°, Northern Europe, Arctic, Global";
data[inc]['resolution']    = "15 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['availability']    = "FTP";
data[inc]['frequency'] ="Daily, Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Cloud, Cloud Optical Thickness";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Cloud Phase (CPH)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "The Cloud Phase product gives the thermodynamic cloud phase at the cloud top level and it provides the following possible output categories: Water, Ice or Mixed. Thus the product has three individual components. For each component the corresponding contribution is given in percent (%). Currently, the product exists in two versions, one all-day algorithm for AVHRR data and one day-time only algorithm for SEVIRI.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°, Northern Europe, Arctic, Global";
data[inc]['resolution']    = "15 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Daily, Monthly";
data[inc]['availability']    = "FTP";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Cloud, Cloud Phase";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Cloud Water Path (CWP)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "This product provides information on the Cloud Liquid Water Path (CWP) given in kg/m2. The CWP is calculated as a function of the Cloud Optical Thickness and the estimated droplet effective radius. Note that for the current version of the product the CWP product does not include contributions from ice water or water vapour.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°, Northern Europe, Arctic, Global";
data[inc]['resolution']    = "15 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['availability']    = "FTP";
data[inc]['frequency'] ="Daily, Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Cloud, Cloud Water Path";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";

/*
data[++inc] = new Array();
data[inc]['title']  = "Ice Water Path (IWP)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "The product is under development. A description will be provided at a later stage of development ";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°, Northern Europe, Arctic, Global";
data[inc]['resolution']    = "15 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['availability']    = "FTP";
data[inc]['frequency'] ="Daily, Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Cloud, Ice Water Path";
data[inc]['dissemination'] = "Climate SAF Archive, EUMETSAT Archive";
*/

data[++inc] = new Array();
data[inc]['title']  = "Surface Incoming Short-Wave Radiation (SIS)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The shortwave solar radiation is the flux reaching a horizontal unit earth surface in the 0.2-4 µm wavelength band. It is expressed in Wm-2.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°, Northern Europe, Arctic, Global";
data[inc]['resolution']    = "15 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['availability']    = "FTP";
data[inc]['frequency'] ="Daily, Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Radiative Flux Surface";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Surface Albedo (SAL)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "SA is the hemispherical broadband surface albedo and is expressed in percent.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°, Northern Europe, Arctic, Global";
data[inc]['resolution']    = "15 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Weekly, Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Albedo";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Surface Net Shortwave Radiation (SNS)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The surface net shortwave flux is defined as the part of the surface incoming solar flux which is absorbed by the earth’s surface and converted into thermal energy. It is expressed in Wm-2.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°, Northern Europe, Arctic, Global";
data[inc]['resolution']    = "15 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Daily, Monthly";
data[inc]['namingconvention']  = "";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Radiative Flux Surface";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Surface Outgoing Longwave Radiation (SOL)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The SOLR is defined as the longwave terrestrial radiative flux emitted by the earth’s surface in the 4-100 µm wavelength band. It is expressed in Wm-2.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°, Northern Europe, Arctic, Global";
data[inc]['resolution']    = "15 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Radiative Flux Surface";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Surface Downward Longwave Radiation (SDL)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The SDL is defined as the thermal radiance from the atmosphere and the clouds reaching the ground beyond 4µm. It is expressed in Wm-2.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°, Northern Europe, Arctic, Global";
data[inc]['resolution']    = "15 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Radiative Flux Surface";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";

/*
data[++inc] = new Array();
data[inc]['title']  = "Cloud Forcing (CF)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "n/a";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°, Northern Europe, Arctic, Global";
data[inc]['resolution']    = "15 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Daily, Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Cloud Forcing";
data[inc]['dissemination'] = "Climate SAF Archive, EUMETSAT Archive";
*/

data[++inc] = new Array();
data[inc]['title']  = "Surface Net Longwave Radiation (SNL)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The surface net longwave radiation is defined as the net longwave radiation flux from the earth in the spectral range 5 to 200 µm which causes a loss of thermal energy for the earth’s surface. It is expressed in Wm-2.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°, Northern Europe, Arctic, Global";
data[inc]['resolution']    = "15 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Radiative Flux Surface";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Surface Radiation Budget (SRB)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The SRB is defined as the sum of all incoming and outgoing shortwave and longwave radiation fluxes at the earth’s surface. It is expressed in Wm-2.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°, Northern Europe, Arctic, Global";
data[inc]['resolution']    = "15 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Radiative Flux Surface";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";

/*
data[++inc] = new Array();
data[inc]['title']  = "Direct Irradiance at the Surface (DIS)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "The product is under development. A description will be provided at a later stage in development.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['resolution']    = "15 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Daily, Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Irradiance";
data[inc]['dissemination'] = "Climate SAF Archive, EUMETSAT Archive";
*/
/*
data[++inc] = new Array();
data[inc]['title']  = "Spectrally Resolved Irradiance (SRI)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "The product is under development. A description will be provided at a later stage in development.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['resolution']    = "15 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Daily, Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Irradiance";
data[inc]['dissemination'] = "Climate SAF Archive, EUMETSAT Archive";
*/
/*
data[++inc] = new Array();
data[inc]['title']  = "Daylight (DL)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "The product is under development. A description will be provided at a later stage in development.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['resolution']    = "15 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Daily, Monthly";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Radiative Flux Surface";
data[inc]['dissemination'] = "Climate SAF Archive, EUMETSAT Archive";
*/

data[++inc] = new Array();
data[inc]['title']  = "Incoming Solar Radiative flux at the top of the atmosphere (TIS)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "TIS is the incoming solar radiative flux per unit area at the top of the atmosphere. It is expressed in Wm-2.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['resolution']    = "45 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Daily, Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Radiative Flux TOA";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Reflected Solar Radiative Flux at the Top of the atmosphere (TRS)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "TRS is the reflected solar radiative flux per unit area at the top of the atmosphere. It is expressed in Wm-2.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['resolution']    = "45 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Daily, Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Radiative Flux TOA";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Emitted Thermal radiative flux at the Top of the atmosphere (TET)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "TET is the emitted thermal radiative flux per unit area at the top of the atmosphere. It is expressed in Wm-2.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['resolution']    = "45 km";
data[inc]['availability']    = "FTP";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Daily, Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Radiative Flux TOA";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";

/*
data[++inc] = new Array();
data[inc]['title']  = "Aerosol optical depth (AOD)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "The product is under development. A description will be provided at a later stage in development.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['resolution']    = "15 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Daily, Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Aerosol";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";
*/
/*
data[++inc] = new Array();
data[inc]['title']  = "Aerosol Forcing (AF)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "The product is under development. A description will be provided at a later stage in development.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['resolution']    = "15 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Daily, Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Aerosol";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";
*/

data[++inc] = new Array();
data[inc]['title']  = "Vertical Integrated Water Vapour Information (HTW)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Vertically integrated water vapour in kg/m^2.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global Ice-Free Ocean";
data[inc]['resolution']    = "ATOVS: 45 km in V2, 90 km in V3, IASI: 90 km , GOME 300km, SSMI 45 km and Merged 3 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['formats']     = "HDF5";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Daily, Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Water Vapour";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Layered water vapour in 5 layers (HLW)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Layered vertically integrated water vapour (in kg/m^2), layer mean temperature (in degrees Kelvin) and relative humidity (in %) (for 5 layers).";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "ATOVS: 45 km in V2, 90 km in V3; IASI: 90 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['formats']     = "HDF5";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Daily, Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Water Vapour, Temperature";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['title']  = "Specific Humidity and Temperature at pressure levels (HSH)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "Temperature (in degrees Kelvin) and mixing ratio (in g/kg) at 6 pressure levels.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "45 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['formats']     = "HDF5";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Specific Humidity, Temperature";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";

/*
data[++inc] = new Array();
data[inc]['title']  = "Free Tropospheric Humidity (FTH)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "The product is under development. A description will be provided at a later stage in development. ";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['resolution']    = "0.625 degrees";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Humidity";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";
*/
/*
data[++inc] = new Array();
data[inc]['title']  = "Sea-Surface Specific Saturation Humidity (SSSH/AVHRR-SST)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "The product is under development. A description will be provided at a later stage in development.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global Ice-Free Ocean";
data[inc]['resolution']    = "0.5 degrees";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Weekly, Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Humidity, Specific Humidity";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";
*/
/*
data[++inc] = new Array();
data[inc]['title']  = "Near Surface Specific Humidity (NSSH/SSMI-SSMIS)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "The product is under development. A description will be provided at a later stage in development.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global Ice-Free Ocean";
data[inc]['resolution']    = "0.5 degrees";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Weekly, Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Humidity, Specific Humidity";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";
*/
/*
data[++inc] = new Array();
data[inc]['title']  = "Near Surface Wind Speed (NSWS/SSMI-SSMIS)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "The product is under development. A description will be provided at a later stage in development.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global Ice-Free Ocean";
data[inc]['resolution']    = "0.5 degrees";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Weekly, Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Wind";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";
*/
/*
data[++inc] = new Array();
data[inc]['title']  = "Turbulent Heat Fluxes (THF/SSMI-SSMIS)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "The product is under development. A description will be provided at a later stage in development. ";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global Ice-Free Ocean";
data[inc]['resolution']    = "0.5 degrees";
data[inc]['availability']    = "FTP";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Every 2 weeks, Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Heat Flux";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";
*/
/*
data[++inc] = new Array();
data[inc]['title']  = "Precipitation (EVA/SSMI-SSMIS)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "The product is under development. A description will be provided at a later stage in development. ";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global Ice-Free Ocean";
data[inc]['resolution']    = "0.5 degrees";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Every 3 weeks, Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Precipitation";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";
*/
/*
data[++inc] = new Array();
data[inc]['title']  = "Evaporation (EP/SSMI-SSMIS)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "The product is under development. A description will be provided at a later stage in development. ";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global Ice-Free Ocean";
data[inc]['resolution']    = "0.5 degrees";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Every 4 weeks, Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Evaporation";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";
*/
/*
data[++inc] = new Array();
data[inc]['title']  = "Evaporation-Precipitation (EVA-EP)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "The product is under development. A description will be provided at a later stage in development. ";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global Ice-Free Ocean";
data[inc]['resolution']    = "0.5 degrees";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['archiveformats']     = "HDF5";
data[inc]['frequency'] ="Every 5 weeks, Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Evaporation, Precipitation";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";
*/
/*
data[++inc] = new Array();
data[inc]['title']  = "Scatterometer Ocean Stress (SOS)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Climate SAF Product";
data[inc]['sat'] = "Metop, NOAA";
data[inc]['provider']    = "Climate SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "The product is under development. A description will be provided at a later stage in development. ";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "0.5 degrees";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']    = "FTP";
data[inc]['archiveformats']     = "NetCDF";
data[inc]['frequency'] ="Monthly";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_EUMCLIMATESAF;
data[inc]['resources_2']      = LINKS_CLIMATESAF;
data[inc]['resources_3']      = LINKS_CLIMATESAF_PRODS;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['archive_2']      = ARCHIVELINKS_CLIMATESAFARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Ocean Stress";
data[inc]['dissemination'] = "Climate SAF Archive, FTP, EUMETSAT Archive";
*/
// Nowcasting SAF

data[++inc] = new Array();
data[inc]['title']  = "PGE01: Cloud Mask and Cloud Amount (CMa)";
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "Nowcasting SAF Product";
data[inc]['sat'] = "Meteosat";
data[inc]['provider']    = "NWC SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "This is a Product Generation Element (PGE), and is part of the NWC SAF/MSG software package. This PGE is used to generate a cloud mask (CMa). The CMa developed within the SAF NWC context, aims to support nowcasting applications, and additionally the remote-sensing of continental and oceanic surfaces. The CMa allows identifying cloud free areas where other products (total or layer precipitable water, land or sea surface temperatures, snow/ice cover delineation) may be computed. It also allows identifying cloudy areas where other products (cloud types and cloud top temperature/height) may be derived. The central aim of the CMa is therefore to delineate all cloud-free pixels in a satellite scene with a high confidence. In addition, the product provides information on the presence of snow/sea ice, dust clouds and volcanic plumes. The processing area could be any rectangular area inside MSG full disk for the MSG package. However, the quality of the products is not guaranteed outside of the MSG 'N' area (Europe, North Africa and adjacent seas). The frequency will also be selected by the user (default every repeat cycle)";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "User-defined";
data[inc]['resolution']    = "SEVIRI pixel resolution";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "Via SAF";
data[inc]['frequency'] ="Various";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_NWCSAF;
//data[inc]['resources_1']      = LINKS_NWCSAF;
////data[inc]['archive_1']      = ARCHIVELINKS_NOWCASTINGARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Software, Cloud Mask";
data[inc]['dissemination'] = "Via SAF"; 

data[++inc] = new Array();
data[inc]['title']  = "PGE01b: Cloud Mask (CM)";
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "Nowcasting SAF Product";
data[inc]['sat'] = "Metop, NOAA";
data[inc]['provider']    = "NWC SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "This is a Product Generation Element (PGE), and is part of the NWC SAF/PPS software package. This PGE is used to generate a Cloud Mask (CM), which provides information on the presence of clouds. This product attempts to delineate all absolutely cloud-free pixels in a satellite scene with a high confidence. In addition, it will identify cloud free snow or ice contaminated pixels when illumination allows. The coverage area is North of the 50N parallel - depending on local radio horizon. Although the product quality cannot be guaranteed below 50N, the algorithm will work anywhere. The frequency will depend on the latitude of the receiving station: in Northern Europe and Scandinavia about 10-15 scenes per day.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "User-defined";
data[inc]['resolution']    = "Full AVHRR resolution";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "Via SAF";
data[inc]['frequency'] ="Various";
data[inc]['namingconvention']  = "n/a";
//data[inc]['link_1']      = LINKS_NWCSAF;
data[inc]['resources_1']      = LINKS_NWCSAF;
////data[inc]['archive_1']      = ARCHIVELINKS_NOWCASTINGARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Software, Cloud Mask, Cloud Amount";
data[inc]['dissemination'] = "Via SAF"; 

data[++inc] = new Array();
data[inc]['title']  = "PGE02: Cloud Type (CT)";
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "Nowcasting SAF Product";
data[inc]['sat'] = "Meteosat";
data[inc]['provider']    = "NWC SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "This is a Product Generation Element (PGE), and is part of the NWC SAF/MSG software package. This PGE is used to generate Cloud Type (CT). The CT provides information on major cloud types, fractional clouds, semi-transparency, fog & stratus identification, snow or sea ice occurrence. The processing area could be any rectangular area inside MSG full disk for the MSG package. However, the quality of the products is not guaranteed outside of the MSG 'N' area (Europe, North Africa and adjacent seas). The frequency will depend on the latitude of the receiving station: in Northern Europe and Scandinavia about 10-15 scenes per day.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Various";
data[inc]['resolution']    = "SEVIRI pixel resolution";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "Via SAF";
data[inc]['frequency'] ="Various";
data[inc]['namingconvention']  = "n/a";
//data[inc]['link_1']      = LINKS_NWCSAF;
data[inc]['resources_1']      = LINKS_NWCSAF;
////data[inc]['archive_1']      = ARCHIVELINKS_NOWCASTINGARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Software, Cloud Type";
data[inc]['dissemination'] = "Via SAF"; 

data[++inc] = new Array();
data[inc]['title']  = "PGE02b: Cloud Type (CT)";
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "Nowcasting SAF Product";
data[inc]['sat'] = "Metep, NOAA";
data[inc]['provider']    = "NWC SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "This is a Product Generation Element (PGE), and is part of the NWC SAF/PPS software package. This PGE is used to generate Cloud Type (CT). The CT provides information on major cloud types, fractional clouds, semi-transparency, fog & stratus identification, snow or sea ice occurrence. The main objective of the Cloud Type product is to distinguish between thin and opaque clouds and provide a rough estimate of the cloud top height, and try to distinguish between water particle clouds and ice particle clouds. In addition to this the aim is to be able to delineate stratiform and cumuliform clouds. The highest priority is given to the reliable identification of the major cloud categories: low, medium, high, and semi-transparent cirrus. The coverage will be a rectangular area (in satellite projection) to be selected by the user. The coverage area is North of the 50N parallel - depending on local radio horizon. Although the product quality cannot be guaranteed below 50N, the algorithm will work anywhere. The frequency will depend on the latitude of the receiving station: in Northern Europe and Scandinavia about 10-15 scenes per day.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Various";
data[inc]['resolution']    = "Full AVHRR resolution";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "Via SAF";
data[inc]['frequency'] ="Various";
data[inc]['namingconvention']  = "n/a";
//data[inc]['link_1']      = LINKS_NWCSAF;
data[inc]['resources_1']      = LINKS_NWCSAF;
////data[inc]['archive_1']      = ARCHIVELINKS_NOWCASTINGARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Software, Cloud Type";
data[inc]['dissemination'] = "Via SAF"; 

data[++inc] = new Array();
data[inc]['title']  = "PGE03: Cloud Top Temperature/Height (CTTH)";
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "Nowcasting SAF Product";
data[inc]['sat'] = "Meteosat";
data[inc]['provider']    = "NWC SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "This is a Product Generation Element (PGE), and is part of the NWC SAF/MSG software package. This PGE is used to generate the cloud top temperature and height (CTTH) product. The CTTH product aims to support nowcasting applications. This product contributes to the analysis and early warning of thunderstorm development. Other applications include the cloud top height assignment for aviation forecast activities. The product may also serve as input to mesoscale models or to other SAF NWC product generation elements. The CTTH product contains information on the cloud top temperature and height for all pixels identified as cloudy in the satellite scene. The processing area could be any rectangular area inside MSG full disk for the MSG package. However, the quality of the products is not guaranteed outside of the MSG 'N' area (Europe, North Africa and adjacent seas). The frequency will depend on the latitude of the receiving station: in Northern Europe and Scandinavia about 10-15 scenes per day.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Various";
data[inc]['resolution']    = "SEVIRI pixel resolution";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "Via SAF";
data[inc]['frequency'] ="Various";
data[inc]['namingconvention']  = "n/a";
//data[inc]['link_1']      = LINKS_NWCSAF;
data[inc]['resources_1']      = LINKS_NWCSAF;
////data[inc]['archive_1']      = ARCHIVELINKS_NOWCASTINGARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Software, Cloud Top Temperature, Cloud Top Height";
data[inc]['dissemination'] = "Via SAF"; 

data[++inc] = new Array();
data[inc]['title']  = "PGE03b: Cloud Top Temperature/Height (CTTH)";
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "Nowcasting SAF Product";
data[inc]['sat'] = "Metop, NOAA";
data[inc]['provider']    = "NWC SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "This is a Product Generation Element (PGE), and is part of the NWC SAF/PPS software package. This PGE is used to generate the Cloud Top Temperature/Height (CTTH) product. The output will provide information on the temperature and height (in meters or hPa) of opaque, and depending on the validation results, possibly also semi-transparent and sub-pixel cloud tops. The coverage area is North of the 50N parallel - depending on local radio horizon. Although the product quality cannot be guaranteed below 50N, the algorithm will work anywhere. The frequency will depend on the latitude of the receiving station: in Northern Europe and Scandinavia about 10-15 scenes per day.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Various";
data[inc]['resolution']    = "Full AVHRR resolution";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "Via SAF";
data[inc]['frequency'] ="Various";
data[inc]['namingconvention']  = "n/a";
//data[inc]['link_1']      = LINKS_NWCSAF;
data[inc]['resources_1']      = LINKS_NWCSAF;
////data[inc]['archive_1']      = ARCHIVELINKS_NOWCASTINGARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Software, Cloud Top Temperature, Cloud Top Height";
data[inc]['dissemination'] = "Via SAF"; 

data[++inc] = new Array();
data[inc]['title']  = "PGE04: Precipitating Clouds (PC)";
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "Nowcasting SAF Product";
data[inc]['sat'] = "Meteosat";
data[inc]['provider']    = "NWC SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "This is a Product Generation Element (PGE), and is part of the NWC SAF/MSG software package. This PGE is used to generate the Precipitating Clouds (PC) product. The objective of the PC product is to support detailed precipitation analysis for nowcasting purposes. The focus is on the delineation of non-precipitating and precipitating clouds for light and heavy precipitation, rather than quantifying the precipitation rate. Particular attention will be given to the identification of areas of light frontal precipitation. The product provides probability results, i.e. probabilities of precipitation intensities in pre-defined intensity intervals. From the probabilities a categorical estimate of precipitation intensity may be derived. It is not intended to provide information on the type of precipitation. The processing area could be any rectangular area inside MSG full disk for the MSG package. However, the quality of the products is not guaranteed outside of the MSG 'N' area (Europe, North Africa and adjacent seas).";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Various";
data[inc]['resolution']    = "SEVIRI pixel resolution";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "Via SAF";
data[inc]['frequency'] ="Various";
data[inc]['namingconvention']  = "n/a";
//data[inc]['link_1']      = LINKS_NWCSAF;
data[inc]['resources_1']      = LINKS_NWCSAF;
////data[inc]['archive_1']      = ARCHIVELINKS_NOWCASTINGARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Software, Precipitation";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "PGE04b: Precipitating Clouds (PC)";
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "Nowcasting SAF Product";
data[inc]['sat'] = "Metop, NOAA";
data[inc]['provider']    = "NWC SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "This is a Product Generation Element (PGE), and is part of the NWC SAF/PPS software package. This PGE is used to generate the Precipitating Clouds (PC) product. The PC identifies clouds likely to produce precipitation within predefined precipitation intensity classes. The objective of the PC product is to support detailed precipitation analysis for nowcasting purposes. The focus will be on the delineation of non-precipitating and precipitating clouds for light and heavy precipitation, rather than quantifying the precipitation rate. Particular attention will be given to the identification of areas of light frontal precipitation. The coverage area is North of the 50N parallel - depending on local radio horizon. Although the product quality cannot be guaranteed below 50N, the algorithm will work anywhere. The frequency will depend on the latitude of the receiving station: in Northern Europe and Scandinavia about 10-15 scenes per day. Resolution using AVHRR data alone: Full AVHRR (1 km) resolution. Using AVHRR and AMSU data together: The horizontal resolution shall at least be comparable to the smallest AMSU footprint of 15 km. Exact resolution is TBD";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Various";
data[inc]['resolution']    = "Full AVHRR resolution";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "Via SAF";
data[inc]['frequency'] ="Various";
data[inc]['namingconvention']  = "n/a";
//data[inc]['link_1']      = LINKS_NWCSAF;
data[inc]['resources_1']      = LINKS_NWCSAF;
////data[inc]['archive_1']      = ARCHIVELINKS_NOWCASTINGARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Software, Precipitation";
data[inc]['dissemination'] = "Via SAF"; 

data[++inc] = new Array();
data[inc]['title']  = "PGE05: Convective Rainfall Rate (CRR)";
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "Nowcasting SAF Product";
data[inc]['sat'] = "Meteosat";
data[inc]['provider']    = "NWC SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "This is a Product Generation Element (PGE), and is part of the NWC SAF/MSG software package. This PGE is used to generate the Convective Rainfall Rate product. The objective of the CRR product is to estimate the precipitation rate associated to convective clouds. The final output is a numerical calibrated product (in mm/hr) divided into classes in an image format. This product provides to forecasters complementary information to other SAF NWC products related to rain and convection monitoring as PGE04 (Precipitating clouds) and PGE02 (Cloud type). The processing area could be any rectangular area inside MSG full disk for the MSG package. However, the quality of the products is not guaranteed outside of the MSG 'N' area (Europe, North Africa and adjacent seas). The frequency will be selected by the user (default every repeat cycle)";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "SEVIRI pixel resolution";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "Via SAF";
data[inc]['frequency'] ="Various";
data[inc]['namingconvention']  = "n/a";
//data[inc]['link_1']      = LINKS_NWCSAF;
data[inc]['resources_1']      = LINKS_NWCSAF;
////data[inc]['archive_1']      = ARCHIVELINKS_NOWCASTINGARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Software, Precipitation";
data[inc]['dissemination'] = "Via SAF"; 


data[++inc] = new Array();
data[inc]['title']  = "PGE06: Total Precipitable Water (TPW)";
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "Nowcasting SAF Product";
data[inc]['sat'] = "Meteosat";
data[inc]['provider']    = "NWC SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "This is a Product Generation Element (PGE), and is part of the NWC SAF/MSG software package. This PGE is used to generate the Total Precipitable Water (TPW) product. Total Precipitable Water (TPW) is the amount of liquid water, in mm, if all the atmospheric water vapour in the column were condensed. High values of TPW in clear air often become antecedent conditions prior to the development of heavy precipitation and flash floods. When high TPW values areas present a lifting mechanism and warm advection in low levels, heavy precipitation often occurs. These data can provide to forecasters an important tool for very short range forecasting. Within the SAF NWC context, the main goal is to provide TPW data in clear air pixel by pixel in image format for Nowcasting purposes.The processing area could be any rectangular area inside MSG full disk for the MSG package. However, the quality of the products is not guaranteed outside of the MSG 'N' area (Europe, North Africa and adjacent seas). The frequency will be selected by the user (default every repeat cycle)";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "SEVIRI pixel resolution";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "Via SAF";
data[inc]['frequency'] ="Various";
data[inc]['namingconvention']  = "n/a";
//data[inc]['link_1']      = LINKS_NWCSAF;
data[inc]['resources_1']      = LINKS_NWCSAF;
////data[inc]['archive_1']      = ARCHIVELINKS_NOWCASTINGARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Software, Precipitation, Water Vapour";
data[inc]['dissemination'] = "Via SAF"; 

data[++inc] = new Array();
data[inc]['title']  = "PGE07: Layer Precipitable Water (LPW)";
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "Nowcasting SAF Product";
data[inc]['sat'] = "Meteosat";
data[inc]['provider']    = "NWC SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "This is a Product Generation Element (PGE), and is part of the NWC SAF/MSG software package. This PGE is used to generate the Layer Precipitable Water (LPW) product. This product contains the distribution of liquid water and relative humidity per layer. The processing area could be any rectangular area inside MSG full disk for the MSG package. However, the quality of the products is not guaranteed outside of the MSG 'N' area (Europe, North Africa and adjacent seas). The frequency will be selected by the user (default every repeat cycle)";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "SEVIRI pixel resolution";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "Via SAF";
data[inc]['frequency'] ="Various";
data[inc]['namingconvention']  = "n/a";
//data[inc]['link_1']      = LINKS_NWCSAF;
data[inc]['resources_1']      = LINKS_NWCSAF;
////data[inc]['archive_1']      = ARCHIVELINKS_NOWCASTINGARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Software, Precipitation, Water Vapour";
data[inc]['dissemination'] = "Via SAF"; 

data[++inc] = new Array();
data[inc]['title']  = "PGE08: Stability Analysis Imagery (SAI)";
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "Nowcasting SAF Product";
data[inc]['sat'] = "Meteosat";
data[inc]['provider']    = "NWC SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "This is a Product Generation Element (PGE), and is part of the NWC SAF/MSG software package. This PGE is used to generate the Stability Analysis Imagery (SAI) product. This product contains stability classes in clear air (Lifting Index). The processing area could be any rectangular area inside MSG full disk for the MSG package. However, the quality of the products is not guaranteed outside of the MSG 'N' area (Europe, North Africa and adjacent seas). The frequency will be selected by the user (default every repeat cycle)";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "SEVIRI pixel resolution";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "Via SAF";
data[inc]['frequency'] ="Various";
data[inc]['namingconvention']  = "n/a";
//data[inc]['link_1']      = LINKS_NWCSAF;
data[inc]['resources_1']      = LINKS_NWCSAF;
////data[inc]['archive_1']      = ARCHIVELINKS_NOWCASTINGARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Software, Stability, Lifting index";
data[inc]['dissemination'] = "Via SAF"; 

data[++inc] = new Array();
data[inc]['title']  = "PGE09: High Resolution Winds from HRV (HRW)";
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "Nowcasting SAF Product";
data[inc]['sat'] = "Meteosat";
data[inc]['provider']    = "NWC SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "This is a Product Generation Element (PGE), and is part of the NWC SAF/MSG software package. This PGE is used to generate the High Resolution Winds from HRV (HRW) product. The HRW product aims to provide detailed and frequently updated sets of winds, daytime from SEVIRI HRV-channel data (1km nominal horizontal resolution), as one dynamical information in the NWC SAF/MSG. The product includes wind pressure-level information, and wind quality-control flagging giving some indication of its error in probabilistic terms. This product should be useful in near-real time applications as nowcasting (used in synergy with the diverse other data available to the forecaster) and maybe in mesoscale analysis. The processing area could be any rectangular area inside MSG full disk for the MSG package. However, the quality of the products is not guaranteed outside of the MSG 'N' area (Europe, North Africa and adjacent seas).";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "MSG format 'B' area";
data[inc]['resolution']    = "Basic product: 20-25 km. Fine-scale product: 10 km.";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "Via SAF";
data[inc]['frequency'] ="15 minutes (during daylight)";
data[inc]['namingconvention']  = "n/a";
//data[inc]['link_1']      = LINKS_NWCSAF;
data[inc]['resources_1']      = LINKS_NWCSAF;
////data[inc]['archive_1']      = ARCHIVELINKS_NOWCASTINGARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Software, Wind";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "PGE10: Automatic Satellite Image Interpretation (ASII)";
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "Nowcasting SAF Product";
data[inc]['sat'] = "Meteosat";
data[inc]['provider']    = "NWC SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "This is a Product Generation Element (PGE), and is part of the NWC SAF/MSG software package. This PGE is used to generate an Automatic Satellite Image Interpretation (ASII). This consists of cloud images with text and objective attributes overlays. The processing area could be any rectangular area inside MSG full disk for the MSG package. However, the quality of the products is not guaranteed outside of the MSG 'N' area (Europe, North Africa and adjacent seas).";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "MSG format 'N' area";
data[inc]['resolution']    = "Segments of 11x10 pixels";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "Via SAF";
data[inc]['frequency'] ="15 minutes";
data[inc]['namingconvention']  = "n/a";
//data[inc]['link_1']      = LINKS_NWCSAF;
data[inc]['resources_1']      = LINKS_NWCSAF;
////data[inc]['archive_1']      = ARCHIVELINKS_NOWCASTINGARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Software, Cloud";
data[inc]['dissemination'] = "Via SAF"; 

data[++inc] = new Array();
data[inc]['title']  = "PGE11: Rapidly Developing Thunderstorm (RDT)";
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "Nowcasting SAF Product";
data[inc]['sat'] = "Meteosat";
data[inc]['provider']    = "NWC SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "This is a Product Generation Element (PGE), and is part of the NWC SAF/MSG software package. This PGE is used to generate the Rapidly Developing Thunderstorm (RDT) product. This is a semi-quantitative image product showing features related to the evolution of convective systems. The coverage will be a rectangular area (in satellite projection) to be selected by the user. The processing area could be any rectangular area inside MSG full disk for the MSG package. However, the quality of the products is not guaranteed outside of the MSG 'N' area (Europe, North Africa and adjacent seas). The frequency will be selected by the user (default every repeat cycle)";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Various";
data[inc]['resolution']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "Via SAF";
data[inc]['frequency'] ="Various";
data[inc]['namingconvention']  = "n/a";
//data[inc]['link_1']      = LINKS_NWCSAF;
data[inc]['resources_1']      = LINKS_NWCSAF;
////data[inc]['archive_1']      = ARCHIVELINKS_NOWCASTINGARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Software, Convection";
data[inc]['dissemination'] = "Via SAF"; 

data[++inc] = new Array();
data[inc]['title']  = "PGE12: Air Mass Analysis (AMA)";
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "Nowcasting SAF Product";
data[inc]['sat'] = "Meteosat";
data[inc]['provider']    = "NWC SAF";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "This is a Product Generation Element (PGE), and is part of the NWC SAF/MSG software package. This PGE is used to generate the Air Mass Analysis (AMA) product. This is a combination of basic quantities that describe air masses into one integrated classification of the air mass. Detection of air mass boundaries. The processing area could be any rectangular area inside MSG full disk for the MSG package. However, the quality of the products is not guaranteed outside of the MSG 'N' area (Europe, North Africa and adjacent seas).";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Various";
data[inc]['resolution']    = "Segments of 11x10 pixels";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "Via SAF";
data[inc]['frequency'] ="15 minutes";
data[inc]['namingconvention']  = "n/a";
//data[inc]['link_1']      = LINKS_NWCSAF;
data[inc]['resources_1']      = LINKS_NWCSAF;
////data[inc]['archive_1']      = ARCHIVELINKS_NOWCASTINGARCHIVE;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Software, Air Mass";
data[inc]['dissemination'] = "Via SAF"; 


// Hydrology SAF
/*
data[++inc] = new Array();
data[inc]['title']  = "Precipitation Rate from microwave (MW) ";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Hydrology SAF Product";
data[inc]['sat'] = "Metop, NOAA";
data[inc]['provider']    = "H-SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "n/a";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['resolution']    = "30 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "n/a";
data[inc]['frequency'] ="4";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_HYDSAF;
data[inc]['archive_1']      = ARCHIVELINKS_ ;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Precipitation";
data[inc]['dissemination'] = "n/a"; //???

data[++inc] = new Array();
data[inc]['title']  = "Precipitation Rate from microwave (MW)  and infrared (IR)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Hydrology SAF Product";
data[inc]['sat'] = "Metop, NOAA";
data[inc]['provider']    = "H-SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "n/a";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['resolution']    = "10 km over Central Europe";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "n/a";
data[inc]['frequency'] ="96";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_HYDSAF;
data[inc]['archive_1']      = ARCHIVELINKS_ ;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Precipitation";
data[inc]['dissemination'] = "n/a"; //???

data[++inc] = new Array();
data[inc]['title']  = "Precipitation Rate computed by assimlation in an NWP model";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Hydrology SAF Product";
data[inc]['sat'] = "Metop, NOAA";
data[inc]['provider']    = "H-SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "n/a";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['resolution']    = "10 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "n/a";
data[inc]['frequency'] ="24";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_HYDSAF;
data[inc]['archive_1']      = ARCHIVELINKS_ ;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Precipitation";
data[inc]['dissemination'] = "n/a"; //???

data[++inc] = new Array();
data[inc]['title']  = "Cumulative Precipitation microwave and infrared";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Hydrology SAF Product";
data[inc]['sat'] = "Metop, NOAA";
data[inc]['provider']    = "H-SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "n/a";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['resolution']    = "10 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "n/a";
data[inc]['frequency'] ="each 3 h, integrated over 3,6,9,12 hours";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_HYDSAF;
data[inc]['archive_1']      = ARCHIVELINKS_ ;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Precipitation";
data[inc]['dissemination'] = "n/a"; //???

data[++inc] = new Array();
data[inc]['title']  = "Cumulative Precipitation computed fields, plus derived soil moisture & snow water equivalent (SWE)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Hydrology SAF Product";
data[inc]['sat'] = "Metop, NOAA";
data[inc]['provider']    = "H-SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "n/a";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['resolution']    = "30 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "n/a";
data[inc]['frequency'] ="each 3 h, integrated over 3,6,9,12 hours";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_HYDSAF;
data[inc]['archive_1']      = ARCHIVELINKS_ ;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Precipitation";
data[inc]['dissemination'] = "n/a"; //???

data[++inc] = new Array();
data[inc]['title']  = "Soil moisture radar scatterometer";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "Hydrology SAF Product";
data[inc]['sat'] = "Metop, NOAA";
data[inc]['provider']    = "H-SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "n/a";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['resolution']    = "25 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "n/a";
data[inc]['frequency'] ="Every 36 hours (over Europe)";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_HYDSAF;
data[inc]['archive_1']      = ARCHIVELINKS_ ;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Soil moisture";
data[inc]['dissemination'] = "n/a"; //???

data[++inc] = new Array();
data[inc]['title']  = "Soil moisture assimilation in ECMWF model";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "Hydrology SAF Product";
data[inc]['sat'] = "Metop, NOAA";
data[inc]['provider']    = "H-SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "n/a";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['resolution']    = "25 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "n/a";
data[inc]['frequency'] ="Every 12 hours";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_HYDSAF;
data[inc]['archive_1']      = ARCHIVELINKS_ ;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Soil moisture";
data[inc]['dissemination'] = "n/a"; //???

data[++inc] = new Array();
data[inc]['title']  = "Snow detection optical bands";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "Hydrology SAF Product";
data[inc]['sat'] = "Metop, NOAA";
data[inc]['provider']    = "H-SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "n/a";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['resolution']    = "2 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "n/a";
data[inc]['frequency'] ="Every 24 hours";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_HYDSAF;
data[inc]['archive_1']      = ARCHIVELINKS_ ;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Snow";
data[inc]['dissemination'] = "n/a"; //???

data[++inc] = new Array();
data[inc]['title']  = "Snow cover microwave + optical bands";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "Hydrology SAF Product";
data[inc]['sat'] = "Metop, NOAA";
data[inc]['provider']    = "H-SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "n/a";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['resolution']    = "5 - 10 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "n/a";
data[inc]['frequency'] ="Every 24 hours";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_HYDSAF;
data[inc]['archive_1']      = ARCHIVELINKS_ ;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Snow";
data[inc]['dissemination'] = "n/a"; //???

data[++inc] = new Array();
data[inc]['title']  = "Snow water equivalent microwave plus radar scatterometer";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "Hydrology SAF Product";
data[inc]['sat'] = "Metop, NOAA";
data[inc]['provider']    = "H-SAF";
data[inc]['status'] = "Development";
data[inc]['text'] = "n/a";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['resolution']    = "10 km";
data[inc]['formats']     = "n/a";
data[inc]['channel']     = "n/a";
data[inc]['availability']     = "n/a";
data[inc]['frequency'] ="Every 24 hours";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_HYDSAF;
data[inc]['archive_1']      = ARCHIVELINKS_ ;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Snow";
data[inc]['dissemination'] = "n/a"; //???
*/

// Numerical Weather Prediction SAF

data[++inc] = new Array();
data[inc]['title']  = "Generic Fast Radiative Transfer Model ";
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "NWP SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "NWP SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "This model is RTTOV, extended to hyper-spectral sounders like AIRS and IASI as well as other new instruments. RTTOV stands for Radiative Transfer for TOVS and is a very fast radiative transfer model for nadir viewing passive infrared and microwave satellite radiometers, spectrometers and interferometers. It is a FORTRAN-90 code for simulating satellite radiances, designed to be incorporated within users’ applications.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['availability']     = "Via SAF";
data[inc]['frequency'] ="n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_NWPSAF;
////data[inc]['archive_1']      = ARCHIVELINKS_NOWCASTINGARCHIVE;
data[inc]['link_1']      = DISSLINKS_NWPSAF;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Software";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "1D-Var retrieval packages";
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "NWP SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "NWP SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The NWP SAF has developed three One-Dimensional Variational Analysis (1D-Var) packages: Met Office 1D-Var, ECMWF 1D-Var, SSMIS 1D-Var. These software packages retrieve physical parameters from satellite instrument data by using a first guess taken from an NWP model.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['frequency'] ="n/a";
data[inc]['channel']    = "n/a";
data[inc]['availability']     = "Via SAF";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_NWPSAF;
////data[inc]['archive_1']      = ARCHIVELINKS_NOWCASTINGARCHIVE;
data[inc]['link_1']      = DISSLINKS_NWPSAF;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Software";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "ATOVS and AVHRR Pre-processing Package (AAPP)";
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "NWP SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "NWP SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "This package processes data from instruments on board the NOAA polar orbiting satellites - namely HIRS, AVHRR, AMSU and MHS on the current generation of satellites. It also processes data from HIRS, AVHRR, AMSU, MHS and IASI on the European METOP satellites. As its main output, AAPP produces files of quality-controlled brightness temperature or radiance data for each instrument - either separately or mapped to a common field of view. ";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['frequency'] ="n/a";
data[inc]['availability']     = "Via SAF";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_NWPSAF;
////data[inc]['archive_1']      = ARCHIVELINKS_NOWCASTINGARCHIVE;
data[inc]['link_1']      = DISSLINKS_NWPSAF;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Software";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "Scatterometer Processing Packages";
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "NWP SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "NWP SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Observation operators for SCAT, ASCAT, and SeaWinds. Scatterometer data processors for SeaWinds (SDP) and ASCAT (AWDP) are supplied and maintained by the NWP SAF. These packages process radar backscatter data to wind vector field solutions featuring: *Local representation of the full wind vector PDF based on the radar backscatter measurement input (Multiple Solution Scheme),* State of the art quality control procedures,*Two-dimensional variational ambiguity removal.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['availability']     = "Via SAF";
data[inc]['frequency'] ="n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_NWPSAF;
////data[inc]['archive_1']      = ARCHIVELINKS_NOWCASTINGARCHIVE;
data[inc]['link_1']      = DISSLINKS_NWPSAF;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Software";
data[inc]['dissemination'] = "Via SAF";

data[++inc] = new Array();
data[inc]['title']  = "SSMIS Pre-processing Package (SSMIS_PP)";
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "NWP SAF Product";
data[inc]['sat'] = "Metop, NOAA, Meteosat";
data[inc]['provider']    = "NWP SAF";
data[inc]['status'] = "Operational";
data[inc]['text'] = "This package processes data from the SSMIS instrument on board the US Defense Meteorological Satellite Program (DMSP) series of satellites. The first SSMIS was launched in October 2003. As its main output, SSMIS_PP produces BUFR files of brightness temperature from the SSMIS instrument. These brightness temperatures are corrected for a number of systematic effects in the SSMIS data stream. The primary application foreseen for this data is direct assimilation in NWP assimilation systems.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['frequency'] ="n/a";
data[inc]['availability']     = "Via SAF";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_NWPSAF;
////data[inc]['archive_1']      = ARCHIVELINKS_NOWCASTINGARCHIVE;
data[inc]['link_1']      = DISSLINKS_NWPSAF;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Software";
data[inc]['dissemination'] = "Via SAF";


// VITO
data[++inc] = new Array();
data[inc]['title']  = "Normalised Vegetation Index (S10 NDVI)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "VITO Product";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "VITO";
data[inc]['status'] = "Operational";
data[inc]['text'] = "A ratio of the intensity of light reflected off the Earth’s surface in the visible and near-infrared spectral wavelengths, which quantifies the photosynthetic capacity of the vegetation in a given pixel of land surface. The maximum value for each pixel of a composite period is used as the value for that pixel. Since cloud and other atmospheric perturbations reduce NDVI values, these are eliminated from the final composite product.";
data[inc]['benefit'] = "Agriculture, Biodiversity";
data[inc]['coverage']    = "Africa";
data[inc]['resolution']    = "1 km";
data[inc]['formats']     = "HDF, TIFF, TXT, XML";
data[inc]['frequency'] ="Every 10 days";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Africa";
data[inc]['namingconvention']  = "V2KRNS10__20061101_NDVI__Africa.ZIP";
data[inc]['filesize']  = "30 MB per product";
data[inc]['resources_1']      = LINKS_EUMENV;
data[inc]['resources_2']      = LINKS_VGT4AFR;
data[inc]['resources_3']      = LINKS_VITO;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Vegetation";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Africa";

data[++inc] = new Array();
data[inc]['title']  = "Normalised Difference Water Index (S10 NDWI)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "VITO Product";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "VITO";
data[inc]['status'] = "Operational";
data[inc]['text'] = "It is a wellknown fact that the shortwave infrared (SWIR) is absorbed by water, being it free water bodies or the water contained in plant cells. To assess water content in a normalised way, the NDWI (normalised difference water index) was introduced. This index increases with vegetation water content or from dry soil to free water. Application of the product: NDWI can be used to detect drought stress.";
data[inc]['benefit'] = "Agriculture, Biodiversity";
data[inc]['coverage']    = "Africa";
data[inc]['resolution']    = "1 km";
data[inc]['formats']     = "HDF, TIFF, TXT, XML";
data[inc]['frequency'] ="Every 10 days";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Africa";
data[inc]['namingconvention']  = "VGT4AFRICA_NDWI_20061101_Africa.ZIP";
data[inc]['filesize']  = "22 MB per product";
data[inc]['resources_1']      = LINKS_EUMENV;
data[inc]['resources_2']      = LINKS_VGT4AFR;
data[inc]['resources_3']      = LINKS_VITO;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Vegetation";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Africa";

data[++inc] = new Array();
data[inc]['title']  = "Small Water Bodies (SWB)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "VITO Product";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "VITO";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Small Water Bodies describes the state of small ponds in dry regions. The Global Vegetation Monitoring Unit of JRC has developed a method to map and monitor small water bodies in arid regions using low resolution satellite imagery from the VEGETATION instrument. Although this instrument provides images of the Earth with a 1-km resolution, it was demonstrated that it is sufficient to accurately map and monitor the presence of water in natural and artificial ponds and swamps of about 1 km² in size. The accuracy obtained is in the order of 90%, i. e. 90% of the water bodies detected with the method over an area of 1 million 1 km² were found to be correct.";
data[inc]['benefit'] = "Agriculture, Biodiversity";
data[inc]['coverage']    = "Africa";
data[inc]['resolution']    = "1 km";
data[inc]['formats']     = "HDF, TIFF, TXT, XML";
data[inc]['frequency'] ="Every 10 days";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Africa";
data[inc]['namingconvention']  = "VGT4AFRICA_SWB_20061101_Africa.ZIP";
data[inc]['filesize']  = "12 MB per product";
data[inc]['resources_1']      = LINKS_EUMENV;
data[inc]['resources_2']      = LINKS_VGT4AFR;
data[inc]['resources_3']      = LINKS_VITO;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Vegetation";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Africa";

data[++inc] = new Array();
data[inc]['title']  = "Vegetation Productivity Indicator (VPI)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "VITO Product";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "VITO";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The Vegetation Productivity Indicator (VPI) is used to assess the overall vegetation condition and is a categorical type of difference vegetation index, whereby the actual NDVI is referenced against the NDVI percentiles of the historical year.";
data[inc]['benefit'] = "Agriculture, Biodiversity";
data[inc]['coverage']    = "Africa";
data[inc]['resolution']    = "1 km";
data[inc]['formats']     = "HDF, TIFF, TXT, XML";
data[inc]['frequency'] ="Every 10 days";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Africa";
data[inc]['namingconvention']  = "VGT4AFRICA_VPI_20061101_Africa.ZIP";
data[inc]['filesize']  = "22 MB per product";
data[inc]['resources_1']      = LINKS_EUMENV;
data[inc]['resources_2']      = LINKS_VGT4AFR;
data[inc]['resources_3']      = LINKS_VITO;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Vegetation";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Africa";

data[++inc] = new Array();
data[inc]['title']  = "Dry Matter Productivity (DMP)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "VITO Product";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "VITO";
data[inc]['status'] = "Operational";
data[inc]['text'] = "Dry Matter Productivity or DMP products are 10-daily images representing estimates of dry matter, oriented towards agricultural crop monitoring and yield estimation.";
data[inc]['benefit'] = "Agriculture, Biodiversity";
data[inc]['coverage']    = "Africa";
data[inc]['resolution']    = "1 km";
data[inc]['formats']     = "HDF, TIFF, TXT, XML";
data[inc]['frequency'] ="Every 10 days";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Africa";
data[inc]['namingconvention']  = "VGT4AFRICA_DMP_20061101_Africa.ZIP";
data[inc]['filesize']  = "40 MB per product";
data[inc]['resources_1']      = LINKS_EUMENV;
data[inc]['resources_2']      = LINKS_VGT4AFR;
data[inc]['resources_3']      = LINKS_VITO;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Vegetation";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Africa";

data[++inc] = new Array();
data[inc]['title']  = "Phenology (PHENO)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "VITO Product";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "VITO";
data[inc]['status'] = "Operational, Development (SA)";
data[inc]['text'] = "The phenology products correspond to the assessment, from time series of NDVI, of dates at which specific curve features appear, that can be associated by empirical correlation to phenological stages. These phenological stages are:start of growing season; maximum of growing season; half senescence; end of growing season. Phenology stage dates are used to drive crop growth models, to assess deviations in the vegetation calendar, as indicator of interannual variation of vegetation status (crop production, grass production), to forecast the development of climate driven diseases and to support long term analysis in terms of land cover change (e. g. change in vegetation type associated with permanent change in vegetation calendar)";
data[inc]['benefit'] = "Agriculture, Biodiversity";
data[inc]['coverage']    = "Africa, South America";
data[inc]['resolution']    = "1 km";
data[inc]['formats']     = "HDF, TIFF, TXT, XML";
data[inc]['frequency'] ="Every 10 days";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Africa";
data[inc]['namingconvention']  = "VGT4AFRICA_PHENOKS_20080201_Africa.ZIP, VGT4AFRICA_PHENOMAX_20080201_Africa.ZIP";
data[inc]['filesize']  = "130 MB per product";
data[inc]['resources_1']      = LINKS_EUMENV;
data[inc]['resources_2']      = LINKS_VGT4AFR;
data[inc]['resources_3']      = LINKS_VITO;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Vegetation";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Africa";


data[++inc] = new Array();
data[inc]['title']  = "SSM/IS EDR: Ocean Surface Wind Speed, Rain Rate, Cloud Water Over Ocean, Soil Moisture , Ice Concentration, Ice Age, Ice/Snow Edge, Water Vapor Over Ocean, Land Surface Type, Snow Depth, Surface Temperature Over land, Snow Water Content";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "NOAA/NESDIS Product";
data[inc]['sat'] = "DMSP SSM/I";
data[inc]['provider']    = "NOAA/NESDIS";
data[inc]['status'] = "Operational";
data[inc]['text'] = "SSM/I ocean surface winds depict wind speeds (no direction) at an elevation of 19.5 m. ";
data[inc]['benefit'] = "Water, Weather";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "n/a";
data[inc]['formats']     = "BUFR";
data[inc]['frequency'] ="14";
data[inc]['channel']    = "Americas-CH1";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Americas";
data[inc]['namingconvention']  = "NPR.EDEB.SA.D07182.S2148.E2324.B1910102.NS";
data[inc]['filesize'] = "2.4 MB per product";
data[inc]['resources_1']      = LINKS_NESDIS;
data[inc]['resources_2'] = DOCLINKS_NOAA;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Wind, Soil Moisture, Ice, Snow, Precipitation";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Americas";

data[++inc] = new Array();
data[inc]['title']  = "Total Precipitable Water Mapped (MSPPS TPW)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "NOAA/NESDIS Product";
data[inc]['sat'] = "SSM/I";
data[inc]['provider']    = "NOAA/NESDIS";
data[inc]['status'] = "Operational";
data[inc]['text'] = "AMSU-A Total Precipitable Water Map. The Microwave Surface and Precipitation Products System (MSPPS) project is dedicated to the retrieval of near-real-time operational surface and precipitation products using antenna temperatures from the AMSU-A and AMSU-B/MHS instruments on board of NOAA's KLMNN' series and the EUMETSAT Polar System's (EPS) Metop series of polar-orbiting satellites.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "n/a";
data[inc]['formats']     = "HDF EOS";
data[inc]['frequency'] ="1/Satellite";
data[inc]['channel']    = "Americas-CH1";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Americas, GEONETCast-Americas";
data[inc]['namingconvention']  = "PRD.AADM.NM.D07182";
data[inc]['filesize'] = "10 MB per product";
data[inc]['resources_1']      = LINKS_NESDIS;
data[inc]['resources_2']      = LINKS_MSPPS;
data[inc]['resources_3']      = DOCLINKS_MSPPS;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_GEONETCAST_AMERICAS;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Precipitation";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Americas, GEONETCast-Americas";

data[++inc] = new Array();
data[inc]['title']  = "Snow Cover Mapped (MSPPS Snow Cover)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "NOAA/NESDIS Product";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "NOAA/NESDIS";
data[inc]['status'] = "Operational";
data[inc]['text'] = "AMSU-B Snow Cover Map; MHS Snow Cover Map. The Microwave Surface and Precipitation Products System (MSPPS) project is dedicated to the retrieval of near-real-time operational surface and precipitation products using antenna temperatures from the AMSU-A and AMSU-B/MHS instruments on board of NOAA's KLMNN' series and the EUMETSAT Polar System's (EPS) Metop series of polar-orbiting satellites.";
data[inc]['benefit'] = "Agriculture, Biodiversity";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "n/a";
data[inc]['formats']     = "HDF EOS";
data[inc]['frequency'] ="1/Satellite";
data[inc]['channel']    = "Americas-CH1";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Americas, GEONETCast-Americas";
data[inc]['namingconvention']  = "PRD.ABDM.NM.D07175, PRD.MHDM.NN.D07175";
data[inc]['filesize'] = "30 MB per product";
data[inc]['resources_1']      = LINKS_NESDIS;
data[inc]['resources_2']      = LINKS_MSPPS;
data[inc]['resources_3']      = DOCLINKS_MSPPS;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_GEONETCAST_AMERICAS;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Snow";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Americas, GEONETCast-Americas";

data[++inc] = new Array();
data[inc]['title']  = "Mapped NDVI; Vegetation Health: Global, North America, South America ";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "NOAA/NESDIS Product";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "NOAA/NESDIS";
data[inc]['status'] = "Operational";
data[inc]['text'] = "A description will be provided. ";
data[inc]['benefit'] = "Agriculture, Biodiversity";
data[inc]['coverage']    = "Global";
data[inc]['resolution']    = "n/a";
data[inc]['formats']     = "Native Binary";
data[inc]['frequency'] ="1/Week/Satellite";
data[inc]['channel']    = "Americas-CH1";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Americas, GEONETCast-Americas";
data[inc]['namingconvention']  = "NPR.VACC.NM.D07176.PCWD";
data[inc]['filesize']  = "2.2 MB per product";
data[inc]['resources_1']      = LINKS_NESDIS;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_GEONETCAST_AMERICAS;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Vegetation";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Americas, GEONETCast-Americas";

data[++inc] = new Array();
data[inc]['title']  = "AFWA Snow Depth (SNWS)";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "NOAA/NESDIS Product";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "NOAA/NESDIS";
data[inc]['status'] = "Operational";
data[inc]['text'] = "The Meteorological Satellite Applications Branch of the Air Force Weather Agency (AFWA) exploits satellite imagery worldwide, mainly focusing on data-sparse areas. Snow depth analyses are provided for many remote desert and mountain regions.";
data[inc]['benefit'] = "Agriculture, Biodiversity";
data[inc]['coverage']    = "Southern Hemisphere";
data[inc]['resolution']    = "n/a";
data[inc]['formats']     = "Native Binary";
data[inc]['frequency'] ="1";
data[inc]['channel']    = "Americas-CH1";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Americas";
data[inc]['namingconvention']  = "NPR.SNWS.SP.Dyyddd.Shhmm";
data[inc]['filesize']	= "700 KB";
data[inc]['resources_1']      = LINKS_NESDIS;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_GEONETCAST_AMERICAS;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Snow";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Americas, GEONETCast-Americas";


data[++inc] = new Array();
data[inc]['title']  = "MODIS Chlorophyll Alpha";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "NASA Product";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "NASA";
data[inc]['status'] = "Development";
data[inc]['text'] = "MODIS provides the unprecedented ability to measure chlorophyll fluorescence, which gives insight into the health of phytoplankton in the ocean. When phytoplankton are under stress, they no longer photosynthesize and begin to emit absorbed sunlight as fluorescence. Measurements of the chlorophyll fluorescence can be used to describe the physiological state of the phytoplankton, help to determine the cause of phytoplankton bloom collapses and help to make more robust estimates of primary productivity on a global scale";
data[inc]['benefit'] = "Water, Biodiversity";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "HDF";
data[inc]['frequency'] ="1";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = " ";
data[inc]['filesize'] = "1.1 MB per product";
data[inc]['resources_1']      = LINKS_MODIS;
data[inc]['resources_2'] = Array("MODIS ocean color", "http://oceancolor.gsfc.nasa.gov/");
data[inc]['link_1']      = LINKS_EUMETCAST_NOT_AVAILABLE;
data[inc]['thumbpath'] = "img_epsprod_amsuradch1_thmb.gif";
data[inc]['resolution']    = " ";
data[inc]['parameter']    = "Chlorophyll";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";

data[++inc] = new Array();
data[inc]['title']  = "Pilot MODIS DB Winds";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "NOAA Product";
data[inc]['sat'] = "MODIS";
data[inc]['provider']    = "NOAA/CIMSS";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "A description will be provided. ";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Polar Caps";
data[inc]['formats']     = "BUFR";
data[inc]['frequency'] ="~46";
data[inc]['channel']    = "EUMETSAT Data Channel 4";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "satwnd.bufrcdft.TERRA.D2006318.T2025Z.MCMR, satwnd.bufrwvap.TERRA.D2006318.T2025Z.MCMR, satwnd.bufrcdft.AQUA.D2006318.T1737Z.MCMR, satwnd.bufrwvap.TERRA.D2006318.T2252Z.ENTC";
data[inc]['filesize'] = "10-90 KB per file";
data[inc]['resources_1']      = LINKS_MODIS;
data[inc]['resources_2']      = Array("MODIS Winds Product Description","http://stratus.ssec.wisc.edu/projects/polarwinds/polarwinds.html");
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "img_epsprod_amsuradch1_thmb.gif";
data[inc]['resolution']    = "n/a";
data[inc]['parameter']    = "Wind";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe";


data[++inc] = new Array();
data[inc]['title']  = "MODIS Fire Products";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "NOAA Product";
data[inc]['sat'] = "MODIS";
data[inc]['provider']    = "NOAA/NESDIS";
data[inc]['status'] = "Operational";
data[inc]['text'] = "This is the most basic fire product in which active fires and other thermal anomalies, such as volcanoes, are identified. The Level 2 product is defined in the MODIS orbit geometry covering an area of approximately 2340 by 2030 km in the across- and along-track directions, respectively. It is used to generate all of the higher-level fire products, and contains the following components: An active fire mask that flags fires and other relevant pixels (e.g. cloud); - a pixel-level quality assurance (QA) image that includes 19 bits of QA information about each pixel; - a fire-pixel table which provides 19 separate pieces of radiometric and internal-algorithm information about each fire pixel detected within a granule; - extensive mandatory and product-specific metadata; - a grid-related data layer to simplify production of the Climate Modeling Grid (CMG) fire product. Product-specific metadata within the Level 2 fire product includes the number of cloud, water, non-fire, fire, unknown, and other pixels occurring within a granule to simplify identification of granules containing fire activity.";
data[inc]['benefit'] = "Disasters, Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "HDF4";
data[inc]['frequency'] ="270";
data[inc]['channel']    = "EUMETSAT Data Channel 12";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa";
data[inc]['namingconvention']  = "MOD14.P2008181.2210.hdf.gz";
data[inc]['filesize'] = " ";
data[inc]['resources_1']      = LINKS_MODIS;
data[inc]['resources_2']      = Array("MODIS Fire Product Description","http://modis-fire.umd.edu/products.asp");
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = "img_epsprod_amsuradch1_thmb.gif";
data[inc]['resolution']    = "n/a";
data[inc]['parameter']    = "Fire";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa";

/* NEW */
data[++inc] = new Array();
data[inc]['title']  = "MODIS Active Fires - Southern Africa";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "NOAA Product";
data[inc]['sat'] = "MODIS";
data[inc]['provider']    = "CSIR";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "The MODIS active fire products form part of the Advanced Fire Information System (AFIS) that provides fire relation information to people in Southern Africa. The CSIR (South Africa) produce MODIS active fire products from two MODIS direct readout receiving stations located in Pretoria and Hartbeeshoek. The MODIS active fire products consist of the following parameters: Latitude, Longitude, Brightness temperature, Fire Radiative Power, Scan, Date, Time, Satellite and Confidence.";
data[inc]['benefit'] = "Disasters, Weather";
data[inc]['coverage']    = "Africa";
data[inc]['formats']     = "ASCII";
data[inc]['frequency'] ="6";
data[inc]['channel']    = "AIDA-1";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa";
data[inc]['namingconvention']  = "MODIST_FIRE.2008001.0830.txt";
data[inc]['filesize'] = " ";
//data[inc]['resources_1']      = LINKS_MODIS;
data[inc]['resources_1']      = LINKS_MODIS_ACTIVE_FIRE;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['thumbpath'] = " ";
data[inc]['resolution']    = "n/a";
data[inc]['parameter']    = "Fire";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa";
/*END NEW*/

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Climate Data Set (CDS)";
data[inc]['text'] = "Reduced resolution scene identification information, e.g. temperature calibration data, cloud amount, sun and satellite position angles. Applications: Climate research and monitoring, research in agrometeorology, research in hydrology.";
data[inc]['benefit'] = "Climate";
data[inc]['thumbpath'] = "/groups/ops/documents/image/metprod_image_thumb_cds.gif";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['formats']     = "n/a";
data[inc]['archiveformats']     = "BUFR, OpenMTP";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_METPROD;
data[inc]['resources_2']      = DOCLINKS_METPROD;
data[inc]['resources_3']      = DOCLINKS_MSG;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['resolution']    = "32 x 32 pixels";
data[inc]['parameter']    = "Climate Data Set";
data[inc]['dissemination'] = "EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Forecasts";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "RTH Offenbach";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Meteorological Data Dissemination (MDD)";
data[inc]['text'] = "The Meteorological Data Dissemination (MDD) is a service primarily for the African members of the World Meteorological Organization (WMO). It comprises observations, analyses and forecasts from major meteorological centres, including the Africa Limited Area model Output (Africa LAM).";
data[inc]['benefit'] = "Weather";
data[inc]['thumbpath'] = "/groups/ops/documents/image/metprod_image_thumb_cds.gif";
data[inc]['coverage']    = "WMO RA I";
data[inc]['formats']     = "GRIB, BUFR";
data[inc]['frequency'] ="Daily";
data[inc]['channel']    = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa";
data[inc]['namingconvention']  = "L-000-MSG2__-GTS_________-MDD_1____-000071___-200707041000-__, L-000-MSG2__-GTS_________-MDD_2____-000027___-200707041000-__, L-000-MSG2__-GTS_________-MDD_3____-000034___-200707041000-__, L-000-MSG2__-GTS_________-MDD_4____-000056___-200707041000-__, L-000-MSG2__-GTS_________-MDD_5____-000062___-200707041000-__  ";
data[inc]['filesize']   = "Variable";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['link_2']      = DISSLINKS_MSG_LRIT_DIRECT;
data[inc]['link_3']      = DISSLINKS_RTH_OFFENBACH;
data[inc]['resources_1']      = LINKS_MDD;
data[inc]['resolution']    = "Various";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, Direct";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Forecasts";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "DWD, ECMWF, RTH Offenbach";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Basic Meteorological Data (BMD)";
data[inc]['text'] = "The Basic Meteorological Data (BMD) Service within the WMO Regional Association VI contains a set of data specific for this region which is multicast via the EUMETCast system. The data contains data such as SYNOP, TEMP, PILOT, Warnings and Tropical Cyclone data as well as forecast data in GRIB format from the European Centre for Medium-Range Weather Forecasting (ECMWF) and Deutscher Wetterdienst (DWD). In addition, charts of WAFS, Aerological Diagrams, basic meteorological field parameters and observations are disseminated in graphical representation.";
data[inc]['benefit'] = "Weather";
data[inc]['thumbpath'] = "/groups/ops/documents/image/metprod_image_thumb_cds.gif";
data[inc]['coverage']    = "WMO RA VI";
data[inc]['formats']     = "GRIB, BUFR, TXT, other";
data[inc]['frequency'] ="Daily";
data[inc]['channel']    = "BMD-RA-VI";
data[inc]['availability']    = "EUMETCast-Europe, GTS";
data[inc]['namingconvention']  = "Various";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['link_3']      = LINKS_DELIVERY_MECH;
data[inc]['link_4']      = DISSLINKS_RTH_OFFENBACH;
data[inc]['resources_1']      = LINKS_ECMWF_GTS;
data[inc]['resources_2']      = LINKS_ECMWF_GTS_HEAD;
data[inc]['resolution']    = "Various";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, GTS";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "DWDSAT";
data[inc]['parameter']    = "Forecasts, Analyses, Observations, Diagnoses, Meteograms, Satellite Product";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "DWD";
data[inc]['status'] = "Operational";
data[inc]['title']  = "DWDSAT";
data[inc]['text'] = "DWDSAT is a satellite-based system (Linux-(/Windows-)PC, DVB) for the distribution of meteorological data by the use of standard DVB-technology. The DWD data are transferred via FTP to T-SYSTEMS / Usingen, converted into a DVB (DigitalVideoBroadcast)-Multicast data stream and transmitted via the satellite Hotbird 6. This is done in cooperation with EUMETSAT/EUMETCast.";
data[inc]['benefit'] = "Weather";
data[inc]['thumbpath'] = "/groups/ops/documents/image/metprod_image_thumb_cds.gif";
data[inc]['coverage']    = "Europe";
data[inc]['formats']     = "Various";
data[inc]['frequency'] ="Daily";
data[inc]['channel']    = "DWDSAT";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_DWDSAT;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "DCP";
data[inc]['parameter']    = "In-Situ";
data[inc]['sat'] = "Meteosat";
data[inc]['provider']    = "DCP Operators";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Data Collection and Retransmission (DCP)";
data[inc]['text'] = "One of the functions of the system of geostationary meteorological satellites is the collection of environmental data from Data Collection Platforms (DCP). The Data Collection and Retransmission service enables DCP Operators to use the Meteosat system to retransmit those DCP data collected from their DCP platforms to their own reception stations and to the Global Telecommunication System (GTS) community.";
data[inc]['benefit'] = "Disasters, Water, Weather";
data[inc]['thumbpath'] = "/groups/ops/documents/image/metprod_image_thumb_cds.gif";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "WMO GTS in LRIT";
data[inc]['frequency'] ="Continuously every 1 - 10 min";
data[inc]['channel']    = "EUMETSAT Data Channel 9";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, FTP, GTS";
data[inc]['namingconvention']  = "L-000-MSG2__-DCP_________-WMO______-000046___-200707040149-__, L-000-MSG2__-DCP_________-DCP______-000055___ 200707040150-__, L-000-MSG2__-DCP_________-DCP_IODC_-000037___-200707040149-__";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['link_2']      = DISSLINKS_MSG_LRIT_DIRECT;
data[inc]['link_3']      = LINKS_DELIVERY_MECH;
data[inc]['link_4']      = Array("Internet", "http://oiswww.eumetsat.org/SDDI/webapps/publicdcp/introduction.jsp");
data[inc]['resources_1'] = DOCLINKS_TD;
data[inc]['resources_2'] = DOCLINKS_MSG;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, GTS, Direct, FTP, EUMETSAT Website";

/*
data[++inc] = new Array();
data[inc]['category'] = "Satellite Data";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "In-Situ";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Development";
data[inc]['title']  = "Metop A-DCS GDS";
data[inc]['text'] = "The Argos Advanced Data Collection System (A-DCS) is a data collection relay system. The primary objective is the collection and dissemination of data for the scientific community, through measurement of temperature, pressure, humidity, sea levels and location. The data are then transmitted to the user community through the Argos network. Flying the Argos system aboard polar-orbiting satellites provides worldwide coverage. Additionally, incorporating the A-DCS instrument on a moving satellite allows for locating an in-situ platform using Doppler shift calculations. This positioning capability permits applications such as monitoring drifting ocean buoys and studying wildlife migration paths.";
data[inc]['benefit'] = "Disasters, Ecosystems, Health, Water, Weather";
data[inc]['thumbpath'] = "/groups/ops/documents/image/metprod_image_thumb_cds.gif";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "PFS";
data[inc]['frequency'] = "480";
data[inc]['channel']    = "EPS-1";
data[inc]['availability']    = "EUMETCast: Europe";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['resources_1'] = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe";
*/

// Direct A-DCS

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "In-Situ";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Development";
data[inc]['title']  = "Metop A-DCS AHRPT";
data[inc]['text'] = "The Argos Advanced Data Collection System (A-DCS) is a data collection relay system. The primary objective is the collection and dissemination of data for the scientific community, through measurement of temperature, pressure, humidity, sea levels and location. The data are then transmitted to the user community through the Argos network. Flying the Argos system aboard polar-orbiting satellites provides worldwide coverage. Additionally, incorporating the A-DCS instrument on a moving satellite allows for locating an in-situ platform using Doppler shift calculations. This positioning capability permits applications such as monitoring drifting ocean buoys and studying wildlife migration paths.";
data[inc]['benefit'] = "Disasters, Ecosystems, Health, Water, Weather";
data[inc]['thumbpath'] = "/groups/ops/documents/image/metprod_image_thumb_cds.gif";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "n/a";
data[inc]['frequency'] = "n/a";
data[inc]['channel']    = "n/a";
data[inc]['availability']    = "Satellite footprint";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = DISSLINKS_METOP_DIRECT;
data[inc]['resources_1'] = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "Direct";


//GEONETCAST Satellite Products 
data[++inc] = new Array();
data[inc]['category'] = "Satellite Data";
data[inc]['subcategory'] = "SEVIRI Image";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Meteosat";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Meteosat High Rate SEVIRI Image Data - 0° (HR-SEVIRI)";
data[inc]['text'] = "Rectified (level 1.5) Meteosat SEVIRI image data. The data is transmitted as High Rate transmissions in 12 spectral channels. Level 1.5 image data corresponds to the geolocated and radiometrically pre-processed image data, ready for further processing, e.g. the extraction of meteorological products. Any spacecraft specific effects have been removed, and in particular, linearisation and equalisation of the image radiometry has been performed for all SEVIRI channels. The on-board blackbody data has been processed. Both radiometric and geometric quality control information is included.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['formats']     = "HRIT (lossless wavelet compressed)";
data[inc]['archiveformats']     = "BSQ, HRIT, JPG, McIdas, Native, OpenMTP, PNG, TIFF";
data[inc]['frequency'] = "96";
data[inc]['channel'] = "EUMETSAT Data Channel 2";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "H-000-MSG2__-MSG2________-IR_120___-000005___-200710311445-C_, H-000-MSG2__-MSG2________-VIS006___-000005___-200710311445-C_, H-000-MSG2__-MSG2________-IR_039___-000005___-200710311445-C_, H-000-MSG2__-MSG2________-VIS008___-000005___-200710311445-C_, H-000-MSG2__-MSG2________-IR_087___-000005___-200710311445-C_, H-000-MSG2__-MSG2________-IR_097___-000004___-200710311445-C_, H-000-MSG2__-MSG2________-WV_062___-000004___-200710311445-C_, H-000-MSG2__-MSG2________-WV_073___-000004___-200710311445-C_, H-000-MSG2__-MSG2________-HRV______-000013___-200710311445-C_, H-000-MSG2__-MSG2________-IR_134___-000004___-200710311445-C_, H-000-MSG2__-MSG2________-IR_108___-000005___-200710311445-C_, H-000-MSG2__-MSG2________-IR_016___-000005___-200710311445-C_, H-000-MSG2__-MSG2________-_________-PRO______-200710311500-__, H-000-MSG2__-MSG2________-_________-EPI______-200710311445-__";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['resources_1']      = DOCLINKS_MSG;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['resolution']    = "12 spectral channels (3 km,1 km for HRV)";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data";
data[inc]['subcategory'] = "SEVIRI Image";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Meteosat";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Meteosat Rapid Scan SEVIRI Image Data - 0° (RSS)";
data[inc]['text'] = "Rectified (level 1.5) Meteosat SEVIRI Rapid Scan image data. The baseline scan region is a reduced area of the top 1/3 of a nominal repeat cycle, covering a latitude range from approximately 15° to 70°. The service generates repeat cycles at 5-minute intervals (the same as currently used for weather radars).  The dissemination of RSS data is similar to the normal dissemination, with image segments based on 464 lines and compatible with the full disk level 1.5 data scans. Epilogue and prologue (L1.5 Header and L1.5 Trailer) have the same structure. Calibration is as in Full Earth Scan. Image rectification is to 9.5°E. The scans start at 00:00, 00:05, 00:10, 00:15 ... etc. (5 min scan). The differences from the nominal Full Earth scan are that for channels 1 - 11, only segments 6 - 8 are disseminated and for the High Resolution Visible Channel only segments 16 - 24 are disseminated.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Partial Disk (15° to 70°)";
data[inc]['formats']     = "HRIT (lossless wavelet compressed)";
data[inc]['archiveformats']     = "BSQ, HRIT, HDF5, ISCCP B1 - B2 - AC, JPG, McIdas, Native, PNG, TIFF";
data[inc]['frequency'] = "288";
data[inc]['channel'] = "EUMETSAT Data Channel 5";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "H-000-MSG1__-MSG1_RSS____-HRV______-000016___-200707180555-C_";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['resources_1']      = Array("Meteosat Rapid Scan service", "http://www.eumetsat.int/Home/Main/Access_to_Data/Meteosat_Image_Services/SP_1119363991859?l=en");
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['resolution']    = "12 spectral channels (3 km, 1 km for HRV)";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data";
data[inc]['subcategory'] = "SEVIRI Image";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Meteosat";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Meteosat Low Rate SEVIRI Image Data - 0° (LR-SEVIRI)";
data[inc]['text'] = "Rectified (Level 1.5) Meteosat SEVIRI image data transmitted as Low Rate transmissions, in 5 spectral channels. Level 1.5 image data corresponds to the geolocated and radiometrically pre-processed image data, ready for further processing, e.g. the extraction of meteorological products. Any spacecraft specific effects have been removed, and in particular, linearisation and equalisation of the image radiometry has been performed for all SEVIRI channels. The on-board blackbody data has been processed. Both radiometric and geometric quality control information is included. The Low Rate data are sub-sets of data or data sets compressed by higher factors.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['formats']     = "Lossy JPEG";
data[inc]['frequency'] ="48";
data[inc]['channel'] = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, FTP";
data[inc]['namingconvention']  = "L-000-MSG2__-MSG2________-VIS006___-000005___-200710311445-C_, L-000-MSG2__-MSG2________-IR_016___-000005___-200710311445-C_, L-000-MSG2__-MSG2________-IR_039___-000005___-200710311445-C_, L-000-MSG2__-MSG2________-WV_062___-000005___-200710311445-C_, L-000-MSG2__-MSG2________-IR_108___-000005___-200710311445-C_, L-000-MSG2__-MSG2________-_________-EPI______-200710311445-__ , L-000-MSG2__-MSG2________-_________-PRO______-200710311445-__ ";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['link_2']      = DISSLINKS_DIRECT;
data[inc]['resources_1']      = DOCLINKS_MSG;
data[inc]['resolution']    = "5 spectral channels (3 km)";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, FTP, Direct";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data";
data[inc]['subcategory'] = "MVIRI Image";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Meteosat-7";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Meteosat HRI Image Data - Indian Ocean Coverage (HRI)";
data[inc]['text'] = "Image data in the form of High Rate transmissions in 3 spectral channels available at 30-minute intervals with coverage over the Indian Ocean.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Full Disk from 57.5°E, Indian Ocean";
data[inc]['formats']     = "LRIT (OpenMTP), GIF";
data[inc]['archiveformats']     = "BSQ, JPG, McIdas, OpenMTP, PNG, TIFF";
data[inc]['frequency'] ="48";
data[inc]['channel'] = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['link_2']      = DISSLINKS_DIRECT;
data[inc]['resources_1']      = LINKS_IODC;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['resolution']    = "3 spectral channels (5 km, 2.5 km VIS)";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, Direct, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data";
data[inc]['subcategory'] = "GOES Image";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "GOES";
data[inc]['provider']    = "NOAA";
data[inc]['status'] = "Operational";
data[inc]['title']  = "GOES East (3-hourly) (GOES-E)";
data[inc]['text'] = "Image data in the form of Low Rate transmissions, in 4 spectral channels: IR3.9, IR10.7, VIS_00, WV_06.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Full Disk from 75°W";
data[inc]['formats']     = "LRIT (Wavelet compressed)";
data[inc]['frequency'] ="8";
data[inc]['channel'] = "EUMETSAT Data Channel 3, EUMETSAT Data Channel 7";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "VIS: L-000-MSG2__-GOES12______-00_7_075W-000002___-200706281200-C_, WV: L-000-MSG2__-GOES12______-06_6_075W-000002___-200706281200-C_, IR3.9: L-000-MSG2__-GOES12______-03_9_075W-000003___-200707171500-C_, IR10.7: L-000-MSG2__-GOES12______-10_7_075W-000001___-200706281200-C_";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['link_3']      = DISSLINKS_MSG_LRIT_DIRECT;
data[inc]['resources_1']      = LINKS_GOES;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, Direct";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data";
data[inc]['subcategory'] = "GOES Image";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "GOES";
data[inc]['provider']    = "NOAA";
data[inc]['status'] = "Operational";
data[inc]['title']  = "GOES West (3-hourly) (GOES-W)";
data[inc]['text'] = "Image data in the form of Low Rate transmissions, in 4 spectral channels: IR3.9, IR10.7, VIS_00, WV_06";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Full Disk from 135°W";
data[inc]['formats']     = "LRIT (Wavelet compressed)";
data[inc]['frequency'] ="8";
data[inc]['channel'] = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "VIS: L-000-MSG2__-GOES11______-00_7_135W-000007___-200706281200-C_, WV: L-000-MSG2__-GOES11______-06_8_135W-000001___-200706281200-C_, IR3.9: L-000-MSG2__-GOES11______-03_9_135W-000003___-200707171500-C_, IR10.7: L-000-MSG2__-GOES11______-10_7_135W-000005___-200706281200-C_";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['link_3']      = DISSLINKS_MSG_LRIT_DIRECT;
data[inc]['resources_1']      = LINKS_GOES;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas, Direct";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data";
data[inc]['subcategory'] = "GOES Image";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "GOES";
data[inc]['provider']    = "NOAA";
data[inc]['status'] = "Operational";
data[inc]['title']  = "GOES East (hourly) (GOES-E)";
data[inc]['text'] = "Image data in the form of Low Rate transmissions, in 4 spectral channels: IR3.9, IR10.7, VIS_00, WV_06.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Full Disk from 75°W";
data[inc]['formats']     = "LRIT (Wavelet compressed)";
data[inc]['frequency'] ="16";
data[inc]['channel'] = "EUMETSAT Data Channel 4";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "VIS: L-000-MSG2__-GOES12______-00_7_075W-000002___-200706281300-C_, WV: L-000-MSG2__-GOES12______-06_6_075W-000002___-200706281300-C_, IR3.9: L-000-MSG2__-GOES12______-03_9_075W-000003___-200707171500-C_, IR10.7: L-000-MSG2__-GOES12______-10_7_075W-000001___-200706281300-C_";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['link_3']      = DISSLINKS_DIRECT;
data[inc]['resources_1']      = LINKS_GOES;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data";
data[inc]['subcategory'] = "GOES Image";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "GOES";
data[inc]['provider']    = "NOAA";
data[inc]['status'] = "Operational";
data[inc]['title']  = "GOES West (hourly) (GOES-W)";
data[inc]['text'] = "Image data in the form of Low Rate transmissions, in 4 spectral channels: IR3.9, IR10.7, VIS_00, WV_06.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Full Disk from 135°W";
data[inc]['formats']     = "LRIT (Wavelet compressed)";
data[inc]['frequency'] ="16";
data[inc]['channel'] = "EUMETSAT Data Channel 4";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "VIS: L-000-MSG2__-GOES11______-00_7_135W-000007___-200706281300-C_, WV: L-000-MSG2__-GOES11______-06_8_135W-000001___-200706281300-C_, IR3.9: L-000-MSG2__-GOES11______-03_9_135W-000003___-200707171500-C_, IR10.7: L-000-MSG2__-GOES11______-10_7_135W-000005___-200706281300-C_";
//data[inc]['filesize'] = "";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['link_3']      = DISSLINKS_DIRECT;
data[inc]['resources_1']      = LINKS_GOES;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe";


data[++inc] = new Array();
data[inc]['category'] = "Satellite Data";
data[inc]['subcategory'] = "MTSAT Image";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "MTSAT-1R";
data[inc]['provider']    = "JMA";
data[inc]['status'] = "Operational";
data[inc]['title']  = "MTSAT-1R (3-hourly) (MTSAT)";
data[inc]['text'] = "Image data in the form of Low Rate transmissions, in 4 spectral channels: Visible (VIS) 0.55 - 0.90, Infrared 1 (IR1) 10.3 - 11.3, Infrared 2 (IR2) 11.5 - 12.5, Infrared 3  (IR3)  6.5 - 7.0, Infrared 4 (IR4) 3.5 - 4.0.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Full Disk from 140°E";
data[inc]['formats']     = "LRIT (Wavelet compressed)";
data[inc]['frequency'] ="8";
data[inc]['channel'] = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa";
data[inc]['namingconvention']  = "VIS: L-000-MSG2__-MTSAT1R_____-00_7_140E-000001___-200707041200-C_, WV: L-000-MSG2__-MTSAT1R_____-06_8_140E-000003___-200707041200-C_, IR: L-000-MSG2__-MTSAT1R_____-10_8_140E-000006___-200707041200-C_";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['link_2']      = DISSLINKS_MSG_LRIT_DIRECT;
data[inc]['resources_1']      = LINKS_MTSAT;
data[inc]['resources_2']      = LINKS_MTSAT2;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, Direct";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data";
data[inc]['subcategory'] = "MTSAT Image";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "MTSAT-1R";
data[inc]['provider']    = "JMA";
data[inc]['status'] = "Operational";
data[inc]['title']  = "MTSAT-1R (hourly) (MTSAT)";
data[inc]['text'] = "Image data in the form of Low Rate transmissions, in 4 spectral channels: Visible (VIS) 0.55 - 0.90, Infrared 1 (IR1) 10.3 - 11.3, Infrared 2 (IR2) 11.5 - 12.5, Infrared 3 (IR3) 6.5 - 7.0, Infrared 4 (IR4) 3.5 - 4.0.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Full Disk from 140°E";
data[inc]['formats']     = "LRIT (Wavelet compressed)";
data[inc]['frequency'] ="16";
data[inc]['channel'] = "EUMETSAT Data Channel 4";
data[inc]['availability']    = "FENGYUNCast, EUMETCast-Europe";
data[inc]['namingconvention']  = "VIS: L-000-MSG2__-MTSAT1R_____-00_7_140E-000001___-200707040200-C_, WV: L-000-MSG2__-MTSAT1R_____-06_8_140E-000003___-200707040200-C_, IR: L-000-MSG2__-MTSAT1R_____-10_8_140E-000006___-200707040200-C_";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = DISSLINKS_GEONETCAST;
data[inc]['resources_1']      = LINKS_MTSAT;
data[inc]['resources_2']      = LINKS_MTSAT2;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, FENGYUNCast, EUMETCast-Europe";

//Metop Products
data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Metop AMSU GDS (AMSU)";
data[inc]['text'] = "The Advanced Microwave Sounding Unit-A (AMSU-A) is a multi-channel microwave radiometer that will be used for measuring global atmospheric temperature profiles and will provide information on atmospheric water in all of its forms (with the exception of small ice particles, which are transparent at microwave frequencies). AMSU-A will provide information even in cloudy conditions.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "BUFR";
data[inc]['frequency'] ="480";
data[inc]['channel'] = "EPS-2";
data[inc]['availability']    = "EUMETCast-Europe, GTS";
data[inc]['namingconvention']  = "amsua_20070630_223121_metopa_03612_eps_o.l1_bufr";
data[inc]['filesize']   = "26 KB";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = LINKS_DELIVERY_MECH;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, GTS, EUMETSAT Archive";

//Direct AMSU AHRPT

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Metop AMSU AHRPT (AMSU)";
data[inc]['text'] = "The Advanced Microwave Sounding Unit-A (AMSU-A) is a multi-channel microwave radiometer that will be used for measuring global atmospheric temperature profiles and will provide information on atmospheric water in all of its forms (with the exception of small ice particles, which are transparent at microwave frequencies). AMSU-A will provide information even in cloudy conditions.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "  ";
data[inc]['frequency'] = " ";
data[inc]['channel'] = "n/a";
data[inc]['availability']    = "Satellite footprint";
data[inc]['namingconvention']  = " ";
data[inc]['link_1']      = DISSLINKS_METOP_DIRECT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "Direct";


data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Marine";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Metop ASCAT GDS Level 1 (ASCAT L1)";
data[inc]['text'] = "The prime objective of the Advanced SCATterometer (ASCAT) is to measure wind speed and direction over the oceans, and the main operational application is the assimilation of ocean winds in NWP models. Other operational applications, based on the use of measurements of the backscattering coefficient, are sea ice edge detection and monitoring, monitoring sea ice, snow cover and land surface parameters. ";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "BUFR, PFS";
data[inc]['frequency'] ="480";
data[inc]['channel'] = "EPS-3";
data[inc]['availability']    = "EUMETCast-Europe, GTS";
data[inc]['namingconvention']  = "ASCA_SZO_1B_M02_20070630222400Z_20070630222656Z_N_O_20070701001421Z, ASCA_SZR_1B_M02_20070630222400Z_20070630222658Z_N_O_20070701001421Z, ascat_20070630_222400_metopa_03612_eps_o_250.l1_bufr, ascat_20070630_222400_metopa_03612_eps_o_125.l1_bufr";
data[inc]['filesize']   = "0.9 MB (PFS SZO); 1.4 MB (PFS SZR); 60 KB (250); 220 KB (125)";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = LINKS_DELIVERY_MECH;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "50km for products named ASCA_SZO... or ..._250, 30km for products named ASCA_SZR... or ..._125";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, GTS, EUMETSAT Archive";

//Direct
data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Marine";
data[inc]['subcategory'] = "Metop Direct Readout";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Metop ASCAT AHRPT (ASCAT)";
data[inc]['text'] = "The prime objective of the Advanced SCATterometer (ASCAT) is to measure wind speed and direction over the oceans, and the main operational application is the assimilation of ocean winds in NWP models. Other operational applications, based on the use of measurements of the backscattering coefficient, are sea ice edge detection and monitoring, monitoring sea ice, snow cover and land surface parameters.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "n/a";
data[inc]['frequency'] ="n/a";
data[inc]['channel'] = "n/a";
data[inc]['availability']    = "Satellite footprint";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = DISSLINKS_METOP_DIRECT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "Direct";

data[++inc] = new Array();
data[inc]['title']  = "ASCAT L2 Surface Soil Moisture";
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "The Surface Soil Moisture L2 product is derived from the Advanced SCATterometer (ASCAT) data and given in swath geometry. This product provides an estimation of the water saturation of the 0-2 cm topsoil layer, in relative units between 0 and 100 [%]. The algorithm used to derive this parameter is based on a linear relationship of soil moisture and scatterometer backscatter and uses change detection techniques to eliminate the contributions of vegetation, land cover and surface topography, considered invariant from year to year. Seasonal vegetation effects are modelled by exploiting the multiple viewing capabilities of ASCAT. The processor has been developed by the Institute of Photogrammetry and Remote Sensing of the Vienna University of Technology.";
data[inc]['benefit'] = "Agriculture, Biodiversity";
data[inc]['coverage']    = "Europe, North Africa, South Africa, South America";
data[inc]['resolution']    = " ";
data[inc]['formats']     = "BUFR";
data[inc]['archiveformats']     = "EPS Native";
data[inc]['frequency'] ="480";
data[inc]['filesize']   = "90000 bytes (12.5 km), 350000 bytes (25 km)";
data[inc]['channel']    = "EPS-3";
data[inc]['availability']    = "EUMETCast-Europe, FTP";
data[inc]['namingconvention']  = "ascat_20080516_045101_metopa_08162_eps_o_125_ssm.l2_bufr, ascat_20080516_045101_metopa_08162_eps_o_250_ssm.l2_bufr";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = Array("FTP: Sample files and BUFR template information", "ftp://ftp.eumetsat.int/pub/OPS/out/user/ASCAT_Soil_Moisture/");
data[inc]['resources_1']      = Array("ASCAT products guide","http://oiswww.eumetsat.org/WEBOPS/eps-pg/ASCAT/ASCAT-PG-index.htm");
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['thumbpath'] = "n/a";
data[inc]['parameter']    = "Soil Moisture";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, FTP";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Metop ATOVS GDS Level 2 (ATOVS L2) ";
data[inc]['text'] = "The Advanced TIROS Operational Sounder (ATOVS), in combination with the Advanced Very High Resolution Radiometer (AVHRR), covers the visible, infrared and microwave spectral regions and thus has a wide range of applications: cloud and precipitation monitoring, sea ice and snow cover detection and surface temperature determination, as well as supplementing the retrieval of vertical temperature and humidity profiles. ATOVS is composed of the Advanced Microwave Sounding Unit A, the Microwave Humidity Sounder (MHS) and the High Resolution Infrared Radiation Sounder (HIRS/4).";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "BUFR";
data[inc]['frequency'] ="480";
data[inc]['channel'] = "EPS-4";
data[inc]['availability']    = "EUMETCast-Europe, GTS";
data[inc]['namingconvention']  = "atovs_20080109_111214_metopa_06347_eps_o.l2_bufr";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = LINKS_DELIVERY_MECH;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, GTS";

/*
data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Demonstration";
data[inc]['title']  = "Metop ATOVS GDS Level 2 (ATOVS L2) ";
data[inc]['text'] = "The Advanced TIROS Operational Sounder (ATOVS), in combination with the Advanced Very High Resolution Radiometer (AVHRR), covers the visible, infrared and microwave spectral regions and thus has a wide range of applications: cloud and precipitation monitoring, sea ice and snow cover detection and surface temperature determination, as well as supplementing the retrieval of vertical temperature and humidity profiles. ATOVS is composed of the Advanced Microwave Sounding Unit A, the Microwave Humidity Sounder (MHS) and the High Resolution Infrared Radiation Sounder (HIRS/4).";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "BUFR";
data[inc]['frequency'] ="480";
data[inc]['channel'] = " ";
data[inc]['availability']    = "EUMETCast-Europe, GTS";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = LINKS_DELIVERY_MECH;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, GTS";
*/

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "Metop GOME GDS Level 1 (GOME L1)";
data[inc]['text'] = "The Global Ozone Monitoring Experiment-2 (GOME-2)  spectrometer measures profiles and total columns of ozone and of other atmospheric constituents that are related to the depletion of ozone in the stratosphere and its production in the troposphere, as well as to natural and anthropogenic sources of pollution. ";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "PFS";
data[inc]['frequency'] ="480";
data[inc]['channel'] = "EPS-5";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "GOME_xxx_1B_M02_20070630222957Z_20070630223257Z_N_O_20070701001351Z";
data[inc]['filesize']  = "47 MB";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETSAT Archive";

// Direct
data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Metop GOME AHRPT (GOME)";
data[inc]['text'] = "The Global Ozone Monitoring Experiment-2 (GOME-2)  spectrometer measures profiles and total columns of ozone and of other atmospheric constituents that are related to the depletion of ozone in the stratosphere and its production in the troposphere, as well as to natural and anthropogenic sources of pollution.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "n/a";
data[inc]['frequency'] ="n/a";
data[inc]['channel'] = "n/a";
data[inc]['availability']    = "Satellite footprint";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = DISSLINKS_METOP_DIRECT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "Direct";


data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Metop GRAS GDS Level 1 (GRAS L1)";
data[inc]['text'] = "The GNSS (Global Navigation Satellite System) Receiver for Atmospheric Sounding (GRAS) uses a new method for providing temperature and humidity profiles for assimilation in NWP models. It is a GPS (Global Positioning Satellite) receiver that operates as an atmospheric-sounding instrument. GRAS provides a minimum of 500 stratospheric and tropospheric temperature and humidity profiles per day by a process of GPS radio occultation, as well as the ionosphere total electron content.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "BUFR, PFS";
data[inc]['frequency'] ="480";
data[inc]['channel'] = "EPS-6";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "GRAS_xxx_1B_M02_20070704074132Z_20070704074313Z_N_O_20070704090825Z; gras_20070704_074452_metopa_03660_eps_o.l1_bufr";
data[inc]['filesize']   = "7 MB (PFS); 500 KB (BUFR)";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = LINKS_DELIVERY_MECH;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, GTS";

//Direct
data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Metop GRAS AHRPT (GRAS)";
data[inc]['text'] = "The GNSS (Global Navigation Satellite System) Receiver for Atmospheric Sounding (GRAS) uses a new method for providing temperature and humidity profiles for assimilation in NWP models. It is a GPS (Global Positioning Satellite) receiver that operates as an atmospheric-sounding instrument. GRAS provides a minimum of 500 stratospheric and tropospheric temperature and humidity profiles per day by a process of GPS radio occultation, as well as the ionosphere total electron content.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "n/a";
data[inc]['frequency'] ="n/a";
data[inc]['channel'] = "n/a";
data[inc]['availability']    = "Satellite footprint";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = DISSLINKS_METOP_DIRECT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "Direct";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Metop HIRS GDS (HIRS)";
data[inc]['text'] = "The High Resolution Infrared Sounder (HIRS) operates at 20 channels (19 channels in the infrared and one in the visible). Its main purpose is to provide input for the vertical temperature and humidity profile retrievals. In addition, the HIRS pixel resolution serves as the standard grid resolution for all ATOVS level 2 products.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "BUFR";
data[inc]['frequency'] ="14";
data[inc]['channel'] = "EPS-7";
data[inc]['availability']    = "EUMETCast-Europe, GTS";
data[inc]['namingconvention']  = "hirs_20070630_222754_metopa_03612_eps_o.l1_bufr";
data[inc]['filesize']   = "75 KB";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = LINKS_DELIVERY_MECH;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "20 spectral channels (10 km)";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, GTS, EUMETSAT Archive";

//Direct HIRS AHRPT
data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Metop HIRS AHRPT (HIRS)";
data[inc]['text'] = "The High Resolution Infrared Sounder (HIRS) operates at 20 channels (19 channels in the infrared and one in the visible). Its main purpose is to provide input for the vertical temperature and humidity profile retrievals. In addition, the HIRS pixel resolution serves as the standard grid resolution for all ATOVS level 2 products.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "n/a";
data[inc]['frequency'] ="n/a";
data[inc]['channel'] = "n/a";
data[inc]['availability']    = "Satellite footprint";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = DISSLINKS_METOP_DIRECT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "Direct";


data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Metop MHS GDS (MHS)";
data[inc]['text'] = "The Microwave Humidity Sounder (MHS) is a 5 channel instrument used to provide input to the retrieval of surface temperatures, emissivities, and atmospheric humidity. In combination with AMSU-A information it can also be used to process precipitation rates and related cloud properties, as well as to detect sea ice and snow coverage.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "BUFR";
data[inc]['frequency'] ="480";
data[inc]['channel'] = "EPS-8";
data[inc]['availability']    = "EUMETCast-Europe, GTS";
data[inc]['namingconvention']  = "mhs_20070630_223049_metopa_03612_eps_o.l1_bufr";
data[inc]['filesize']  =  "145 KB";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = LINKS_DELIVERY_MECH;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "5 spectral channels (16 km)";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, GTS, EUMETSAT Archive";

//Direct
data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Metop MHS AHRPT (MHS)";
data[inc]['text'] = "The Microwave Humidity Sounder (MHS) is a 5 channel instrument used to provide input to the retrieval of surface temperatures, emissivities, and atmospheric humidity. In combination with AMSU-A information it can also be used to process precipitation rates and related cloud properties, as well as to detect sea ice and snow coverage.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "n/a";
data[inc]['frequency'] ="n/a";
data[inc]['channel'] = "n/a";
data[inc]['availability']    = "Satellite footprint";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = DISSLINKS_METOP_DIRECT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "Direct";


data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "Metop SEM GDS (SEM)";
data[inc]['text'] = "The Space Environmental Monitor (SEM-2) is a multi-channel, charged-particle spectrometer that provides measurements to determine the intensity of the Earth's radiation belts and the flux of charged particles at the satellite altitude. It provides knowledge of solar terrestrial phenomena and also provides warnings of solar wind occurrences that may impair long-range communication, high-altitude operations, damage to satellite circuits and solar panels, or cause changes in drag and magnetic torque on satellites. ";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "PFS";
data[inc]['frequency'] ="480";
data[inc]['channel'] = "EPS-9";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "SEMx_xxx_00_M02_20070630223009Z_20070630223250Z_N_O_20070701001150Z";
data[inc]['filesize']  =  "7.5 KB";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETSAT Archive";


data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Marine, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Metop AVHRR GDS Level 1 (AVHRR L1)";
data[inc]['text'] = "The Advanced Very High Resolution Radiometer (AVHRR) operates at 5 different channels simultaneously. As a high-resolution imager (about 1.1 km near nadir) its main purpose is to provide cloud and surface information such as cloud coverage, cloud top temperature, surface temperature over land and sea, and vegetation or snow/ice. In addition, AVHRR products serve as input for the level 2 processing of IASI and ATOVS. ";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "PFS";
data[inc]['frequency'] ="480";
data[inc]['channel'] = "EPS-10";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "AVHR_xxx_1B_M02_20070630223103Z_20070630223403Z_N_O_20070701001451Z";
data[inc]['filesize'] =  "27.5 MB";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "5 spectral channels (1.1 km)";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETSAT Archive";

//Direct AVHRR AHRPT
data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Marine, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Metop AVHRR AHRPT (AVHRR)";
data[inc]['text'] = "The Advanced Very High Resolution Radiometer (AVHRR) operates at 5 different channels simultaneously. As a high-resolution imager (about 1.1 km near nadir) its main purpose is to provide cloud and surface information such as cloud coverage, cloud top temperature, surface temperature over land and sea, and vegetation or snow/ice. In addition, AVHRR products serve as input for the level 2 processing of IASI and ATOVS.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "n/a";
data[inc]['frequency'] ="n/a";
data[inc]['channel'] = "n/a";
data[inc]['availability']    = "Satellite footprint";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = DISSLINKS_METOP_DIRECT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "Direct";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Metop IASI GDS Level 1c (IASI L1c)";
data[inc]['text'] = "The main objective of the Infrared Atmospheric Sounding Interferometer (IASI) is to provide high resolution atmospheric emission spectra to derive temperature and humidity profiles with high spectral and vertical resolution and accuracy. Additionally it is used for the determination of trace gases such as ozone, nitrous oxide, carbon dioxide and methane, as well as land and sea surface temperature, emissivity and cloud properties. The IASI L1c product contains infra-red radiance spectra at 0.5cm-1 resolution. The EUMETCast product has for each sounder pixel 8461 spectral samples covering the range between 645.0 cm-1 and 2760 cm-1. The GTS product has a selection of 300 channels.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "BUFR";
data[inc]['frequency'] ="480";
data[inc]['channel'] = "EPS-11";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "iasi_20070630_222352_metopa_03612_eps_o.l1_bufr";
data[inc]['filesize']  =  "35 MB";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = LINKS_DELIVERY_MECH;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, GTS, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Temperature, Humidity";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Metop IASI Atmospheric Temperature Water Vapour and Surface Skin Temperature";
data[inc]['acr'] ="IASI TWT";
data[inc]['text'] = "The main objective of the Infrared Atmospheric Sounding Interferometer (IASI) is to provide high resolution atmospheric emission spectra to derive temperature and humidity profiles with high spectral and vertical resolution and accuracy. Additionally it is used for the determination of trace gases, as well as land and sea surface temperature, emissivity and cloud properties.  The  Atmospheric Water Vapour and Surface Skin Temperature ( TWT) product contains the vertical profiles of atmospheric temperature and humidity, with a vertical sampling at 90 pressure levels, and surface skin temperature. The vertical profiles are retrieved from the IASI sounder measurements (of IASI L1C product), which has a spatial sampling of about 25 km at nadir. The quality of the vertical profiles is strongly related to the cloud properties available in the IASI CLP product.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "BUFR";
data[inc]['frequency'] ="480";
data[inc]['channel'] = "EPS-11";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "iasi_20070927_064152_metopa_04867_eps_o_twt.l2_bufr";
data[inc]['filesize']  =  "32 MB";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = LINKS_DELIVERY_MECH;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Cloud";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Metop IASI Cloud Parameters";
data[inc]['acr'] ="IASI CLP";
data[inc]['text'] = "The main objective of the Infrared Atmospheric Sounding Interferometer (IASI) is to provide high resolution atmospheric emission spectra to derive temperature and humidity profiles with high spectral and vertical resolution and accuracy. Additionally it is used for the determination of trace gases, as well as land and sea surface temperature, emissivity and cloud properties. The Cloud Parameters (CLP) product contains fractional cloud cover, cloud top pressure and temperature and cloud phase, retrieved from the IASI sounder measurements. The spatial sampling is ca. 25 km at nadir.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "BUFR";
data[inc]['frequency'] ="480";
data[inc]['channel'] = "EPS-11";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "asi_20070928_065352_metopa_04881_eps_o_clp.l2_bufr";
data[inc]['filesize']  =  "45 KB";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = LINKS_DELIVERY_MECH;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Aerosol";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Demonstration";
data[inc]['title']  = "Metop IASI Ozone";
data[inc]['acr'] ="IASI OZO";
data[inc]['text'] = "The main objective of the Infrared Atmospheric Sounding Interferometer (IASI) is to provide high resolution atmospheric emission spectra to derive temperature and humidity profiles with high spectral and vertical resolution and accuracy. Additionally it is used for the determination of trace gases, as well as land and sea surface temperature, emissivity and cloud properties. The  Ozone (OZO) product contains total column ozone and a vertical profile of ozone retrieved from IASI sounder measurements. The spatial sampling is ca. 25 km at nadir.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "BUFR";
data[inc]['frequency'] ="480";
data[inc]['channel'] = "EPS-11";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "iasi_20080228_123900_metopa_07058_eps_o_ozo.l2_bufr";
data[inc]['filesize']  =  "15 MB";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = LINKS_DELIVERY_MECH;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Aerosol";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Demonstration";
data[inc]['title']  = "Metop IASI Trace Gases";
data[inc]['acr'] ="IASI TRG";
data[inc]['text'] = "The main objective of the Infrared Atmospheric Sounding Interferometer (IASI) is to provide high resolution atmospheric emission spectra to derive temperature and humidity profiles with high spectral and vertical resolution and accuracy. Additionally it is used for the determination of trace gases, as well as land and sea surface temperature, emissivity and cloud properties. The Trace Gases (TRG) product contains the total column amounts of atmospheric trace gases: N2O, CO, CH4, CO2, retrieved from IASI sounder measurements. The spatial sampling is ca. 25 km at nadir.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "BUFR";
data[inc]['frequency'] ="480";
data[inc]['channel'] = "EPS-11";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "iasi_20080228_123900_metopa_07058_eps_o_trg.l2_bufr";
data[inc]['filesize']  =  "15 MB";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
//data[inc]['link_2']      = LINKS_DELIVERY_MECH;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETSAT Archive";

// Direct IASI AHRPT
data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Metop IASI AHRPT (IASI)";
data[inc]['text'] = "The main objective of the Infrared Atmospheric Sounding Interferometer (IASI) is to provide high resolution atmospheric emission spectra to derive temperature and humidity profiles with high spectral and vertical resolution and accuracy. Additionally it is used for the determination of trace gases such as ozone, nitrous oxide, carbon dioxide and methane, as well as land and sea surface temperature, emissivity and cloud properties.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "n/a";
data[inc]['frequency'] ="n/a";
data[inc]['channel'] = "n/a";
data[inc]['availability']    = "Satellite footprint";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = DISSLINKS_METOP_DIRECT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "Direct";

/*
data[++inc] = new Array();
data[inc]['category'] = "Satellite Data";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "Metop HKTM GDS (HKTM)";
data[inc]['text'] = "HouseKeeping TeleMetry (HKTM).";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "PFS";
data[inc]['frequency'] ="480";
data[inc]['channel'] = "EPS-12";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "HKTM_xxx_00_M02_20070630223300Z_20070630223600Z_N_O_20070701001215Z";
data[inc]['filesize']  = "155 KB";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe";
*/
// Direct HKTM AHRPT
/*
data[++inc] = new Array();
data[inc]['category'] = "Satellite Data";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "Metop HKTM AHRPT (HKTM)";
data[inc]['text'] = "HouseKeeping TeleMetry (HKTM).";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "n/a";
data[inc]['frequency'] = "n/a";
data[inc]['channel'] = "n/a";
data[inc]['availability']    = "Satellite footprint";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = DISSLINKS_METOP_DIRECT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "Direct";
*/

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "NOAA Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "NOAA-18";
data[inc]['provider']    = "NOAA";
data[inc]['status'] = "Operational";
data[inc]['title']  = "NOAA-18 AMSU (AMSU)";
data[inc]['text'] = "The Advanced Microwave Sounding Unit-A (AMSU-A) is a multi-channel microwave radiometer that will be used for measuring global atmospheric temperature profiles and will provide information on atmospheric water in all of its forms (with the exception of small ice particles, which are transparent at microwave frequencies). AMSU-A will provide information even in cloudy conditions.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "BUFR";
data[inc]['frequency'] ="480";
data[inc]['channel'] = "EPS-13";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "amsua_20080109_112820_noaa18_13594_eps_o.l1_bufr";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['resources_1']      = DOCLINKS_NOAA_POLAR;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe";

/*
data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "NOAA Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "NOAA-18";
data[inc]['provider']    = "NOAA";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "NOAA-18 ATOVS Level 2 (ATOVS L2)";
data[inc]['text'] = "The Advanced TIROS Operational Sounder (ATOVS), in combination with the Advanced Very High Resolution Radiometer (AVHRR), covers the visible, infrared and microwave spectral regions and thus has a wide range of applications: cloud and precipitation monitoring, sea ice and snow cover detection and surface temperature determination, as well as supplementing the retrieval of vertical temperature and humidity profiles. ATOVS is composed of the Advanced Microwave Sounding Unit A, the Microwave Humidity Sounder (MHS) and the High Resolution Infrared Radiation Sounder (HIRS/4).";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "BUFR";
data[inc]['frequency'] ="480";
data[inc]['channel'] = "EPS-14";
data[inc]['availability']    = "EUMETCast Europe";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = LINKS_DELIVERY_MECH;
data[inc]['resources_1']      = DOCLINKS_NOAA_POLAR;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, GTS";
*/

/*
data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "NOAA Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "NOAA-18";
data[inc]['provider']    = "NOAA";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "NOAA-18 ATOVS Level 2 (ATOVS L2)";
data[inc]['text'] = "The Advanced TIROS Operational Sounder (ATOVS), in combination with the Advanced Very High Resolution Radiometer (AVHRR), covers the visible, infrared and microwave spectral regions and thus has a wide range of applications: cloud and precipitation monitoring, sea ice and snow cover detection and surface temperature determination, as well as supplementing the retrieval of vertical temperature and humidity profiles. ATOVS is composed of the Advanced Microwave Sounding Unit A, the Microwave Humidity Sounder (MHS) and the High Resolution Infrared Radiation Sounder (HIRS/4).";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "BUFR";
data[inc]['frequency'] ="480";
data[inc]['channel'] = "EPS-14";
data[inc]['availability']    = "EUMETCast Europe";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = LINKS_DELIVERY_MECH;
data[inc]['resources_1']      = DOCLINKS_NOAA_POLAR;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, GTS";
*/

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere, Marine";
data[inc]['subcategory'] = "NOAA Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "NOAA-18";
data[inc]['provider']    = "NOAA";
data[inc]['status'] = "Operational";
data[inc]['title']  = "NOAA-18 AVHRR (AVHRR)";
data[inc]['text'] = "The Advanced Very High Resolution Radiometer (AVHRR) operates at 5 different channels simultaneously. As a high-resolution imager (about 1.1 km near nadir) its main purpose is to provide cloud and surface information such as cloud coverage, cloud top temperature, surface temperature over land and sea, and vegetation or snow/ice. In addition, AVHRR products serve as input for the level 2 processing of IASI and ATOVS.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "PFS";
data[inc]['frequency'] ="480";
data[inc]['channel'] = "EPS-15";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "AVHR_GAC_1B_N18_20080109092203Z_20080109110703Z_N_O_20080109113424Z";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['resources_1']      = DOCLINKS_NOAA_POLAR;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "NOAA Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "NOAA-18";
data[inc]['provider']    = "NOAA";
data[inc]['status'] = "Operational";
data[inc]['title']  = "NOAA-18 HIRS (HIRS)";
data[inc]['text'] = "The High Resolution Infrared Sounder (HIRS) operates at 20 channels (19 channels in the infrared and one in the visible). Its main purpose is to provide input for the vertical temperature and humidity profile retrievals. In addition, the HIRS pixel resolution serves as the standard grid resolution for all ATOVS level 2 products.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "BUFR";
data[inc]['frequency'] ="480";
data[inc]['channel'] = "EPS-16";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "hirs_20080109_112458_noaa18_13594_eps_o.l1_bufr";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = LINKS_DELIVERY_MECH;
data[inc]['resources_1']      = DOCLINKS_NOAA_POLAR;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, GTS";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "NOAA Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "NOAA-18";
data[inc]['provider']    = "NOAA";
data[inc]['status'] = "Operational";
data[inc]['title']  = "NOAA-18 MHS (MHS)";
data[inc]['text'] = "The Microwave Humidity Sounder (MHS) is a 5 channel instrument used to provide input to the retrieval of surface temperatures, emissivities, and atmospheric humidity. In combination with AMSU-A information it can also be used to process precipitation rates and related cloud properties, as well as to detect sea ice and snow coverage.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "BUFR";
data[inc]['frequency'] ="480";
data[inc]['channel'] = "EPS-17";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "mhs_20080109_113049_noaa18_13594_eps_o.l1_bufr";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = LINKS_DELIVERY_MECH;
data[inc]['resources_1']      = DOCLINKS_NOAA_POLAR;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, GTS";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "NOAA Regional Data, Metop Regional Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "NOAA-18, Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "NOAA-15,16,17,18, Metop ATOVS Regional Data Service (EARS-ATOVS)";
data[inc]['text'] = "Sounder data is produced by a set of the instruments making up the Advanced TIROS Operational Vertical Sounder (ATOVS) and is used to obtain information about the vertical profile of temperature and humidity in the atmosphere. The radiation measurements from the ATOVS instruments can be assimilated directly into numerical models of the atmosphere. The EUMETSAT Advanced Retransmission Service (EARS) collects instrument data from the Metop and NOAA satellites via a network of HRPT stations.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Europe, North Atlantic";
data[inc]['formats']     = "AAPP bzip2 compressed, BUFR";
data[inc]['frequency'] ="200 passes x 6 - 7 products";
data[inc]['channel'] = "EUMETSAT Data Channel 1";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "amsua_20020827_1106_noaa16_09959_sva.l1a.bz2, amsua_20020827_1106_noaa16_09959_sva.l1c_bufr";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = LINKS_DELIVERY_MECH;
data[inc]['link_3']      = DISSLINKS_METOP_DIRECT;
data[inc]['resources_1']      = LINKS_EARS;
data[inc]['resources_2']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, GTS";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere, Marine";
data[inc]['subcategory'] = "NOAA Regional Data, Metop Regional Data ";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "NOAA-17, NOAA-18, Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "NOAA-17,18, Metop AVHRR Regional Data Service (EARS-AVHRR)";
data[inc]['text'] = "The Advanced Very High Resolution Radiometer (AVHRR) is a multi-purpose imaging instrument used for the global monitoring of cloud cover, sea surface temperature, ice, snow and vegetation characteristics. The EUMETSAT Advanced Retransmission Service (EARS) collects AVHRR instrument data from the Metop and NOAA satellites via a network of HRPT stations. The stations acquire data as station segments of three-minute duration from the satellite as it passes over the station locations. These segments are sent to the EUMETSAT computers. These computers then create user segments of one-minute duration, which are disseminated to users via EUMETCast. These segments can be concatenated together by users to construct a regional pass.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Europe, North Atlantic";
data[inc]['formats']     = "Raw HRPT bzip2 compressed";
data[inc]['archiveformats']     = "Zip file containing regional pass of Raw HRPT bzip2 compressed";
data[inc]['frequency'] ="500 - 600 (1 minute segments)";
data[inc]['channel'] = "EUMETSAT Data Channel 1";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "avhrr_20060209_120600_noaa17.hrp.bz2";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_METOP_DIRECT;
data[inc]['archive_1']      = ARCHIVELINKS_EUMETSAT;
data[inc]['resources_1']      = LINKS_EARS;
data[inc]['resources_2']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETSAT Archive";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Marine";
data[inc]['subcategory'] = "Metop Regional Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Development";
data[inc]['title']  = "Metop ASCAT Regional Data Service (EARS-ASCAT)";
data[inc]['text'] = "The primary purpose of the Advanced SCATterometer (ASCAT) instrument is to measure wind velocity over the world's oceans using radar. The EARS-ASCAT collects ASCAT instrument data from Metop satellites passes via a network of HRPT stations and retransmits Level 2 products via EUMETCast.";
data[inc]['benefit'] = "Water, Weather";
data[inc]['coverage']    = "Europe, North Atlantic";
data[inc]['formats']     = "BUFR";
data[inc]['frequency'] ="n/a";
data[inc]['channel'] = "EUMETSAT Data Channel 1";
data[inc]['availability']    = "EUMETCast-Europe";
data[inc]['namingconvention']  = "ascat_20070115_071325_metopa_00129_ear_o_250_ovw.l2_bufr";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_METOP_DIRECT;
data[inc]['resources_1']      = LINKS_EARS;
data[inc]['resources_2']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe";

data[++inc] = new Array();
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "Jason-1 data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Jason-1";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = " Jason-1 Operational Sensor Data Record (OSDR)";
data[inc]['text'] = "The Operational Sensor Data Record (OSDR) comprises: wind speed data, significant wave height data, surface backscatter  data, range data and brightness temperature data. Applications: marine meteorology, operational wave forecasting.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "BUFR, Native";
data[inc]['frequency'] ="12";
data[inc]['channel'] = "EUMETSAT Data Channel 10";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "JA1_OSD_2PbS20070809_174038_05315.NASA, gts_JA1_LFPW_20070809_091740_098.b";
data[inc]['filesize'] = "500 KB NetCDF, 250 KB BUFR";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['resources_1']      = LINKS_JASON;
data[inc]['resources_2']      = LINKS_AVISO;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";


data[++inc] = new Array();
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "Jason-1 data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Jason-1";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = " Jason-1 Interim Geophysical Data Records (IGDR)";
data[inc]['text'] = "The applied NetCDF format and filename convention are exact look-a-likes of the those upcoming for the Jason-2 Operational Geophysical Data Record (OGDR), the Jason-2 Interim Geophysical  Data Record (IGDR), and the Jason-2 Geophysical Data Record (GDR) products.  In addition, the format is fully compliant with NetCDF Climate and Forecast (CF) Metadata Convention providing a definitive description of each variable and enabling users to easily compare data of different sources. The disseminated Jason-1 IGDR NetCDF product is originally generated by CNES. It basically comprises the same data content as the native Jason-1 IGDR product. Hence, besides wind speed, wave height and brightness temperature data, it will contain the full set of the sea level height measurements and corrections (surface backscatter, sea level height, sea level height correction).";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "NetCDF";
data[inc]['frequency'] ="25";
data[inc]['channel'] = "EUMETSAT Data Channel 10";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "JA1_IPN_2PbP236_099_20080606_051406_20080606_061017.nc";
data[inc]['filesize'] = " ";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['resources_1']      = LINKS_JASON;
data[inc]['resources_2']      = LINKS_AVISO;
data[inc]['resources_3']      = Array("NetCDF","http://www.unidata.ucar.edu/software/netcdf/");
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";


/*
data[++inc] = new Array();
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Jason-2";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Development";
data[inc]['title']  = " OSTM from Jason-2 (J-2)";
data[inc]['text'] = "A description will be provided. ";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "n/a";
data[inc]['frequency'] ="10";
data[inc]['channel'] = "SAF-Europe";
data[inc]['availability']    = "EUMETCast: Europe";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['resources_1']      = LINKS_JASON;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe";
*/

// CMA

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "FengYun";
data[inc]['provider']    = "CMA";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "Normalized Geostationary Projection Dataset";
data[inc]['text'] = "Full disk images from the Chinese satellite FengYun 2C. ";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Asia";
data[inc]['formats']     = "HDF5";
data[inc]['frequency'] ="24";
data[inc]['channel'] = "EUMETSAT Data Channel 11";
data[inc]['availability']    = "FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "Z_SATE_C_BABJ_20071219140000_O_FY2C_FDI_IR1_001_NOM.HDF.Z, Z_SATE_C_BABJ_20071219140000_O_FY2C_FDI_IR2_001_NOM.HDF.Z, Z_SATE_C_BABJ_20071219140000_O_FY2C_FDI_IR3_001_NOM.HDF.Z, Z_SATE_C_BABJ_20071219140000_O_FY2C_FDI_IR4_001_NOM.HDF.Z, Z_SATE_C_BABJ_20071219140000_O_FY2C_FDI_VIS_001_NOM.HDF.Z, Z_SATE_C_BABJ_20071219140000_O_FY2C_FDI_VIS1KM_001_NOM.HDF.Z";
data[inc]['filesize'] = "215 MB/hr";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['resources_1']      = LINKS_CMA;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "FengYun";
data[inc]['provider']    = "CMA";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "Precipitation Estimation Product (PRE)";
data[inc]['text'] = "A description will be provided.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Asia";
data[inc]['formats']     = "AWX";
data[inc]['frequency'] ="6-hourly, daily";
data[inc]['channel'] = "EUMETSAT Data Channel 11";
data[inc]['availability']    = "FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "Z_SATE_C_BABJ_20080115000000_O_FY2C_PRE_006_NOM.AWX.Z,  Z_SATE_C_BABJ_20071209000000_O_FY2C_PRE_024_NOM.AWX.Z";
data[inc]['filesize'] = "1 MB/product";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['resources_1']      = LINKS_CMA;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Brightness temperature";
data[inc]['sat'] = "FengYun";
data[inc]['provider']    = "CMA";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "Black body brightness temperature (TBB)";
data[inc]['text'] = "A description will be provided.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Asia";
data[inc]['formats']     = " AWX";
data[inc]['frequency'] =" hourly, daily, 5-daily, 10-daily, monthly";
data[inc]['channel'] = "EUMETSAT Data Channel 11";
data[inc]['availability']    = "FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention'] = "Z_SATE_C_BABJ_20071130230000_O_FY2C_TBB_IR1_001_NOM.AWX.Z, Z_SATE_C_BABJ_20071130230000_O_FY2C_TBB_IR1_024_NOM.AWX.Z, Z_SATE_C_BABJ_20071201010000_O_FY2C_TBB_IR1_120_NOM.AWX.Z, Z_SATE_C_BABJ_20071201010000_O_FY2C_TBB_IR1_240_NOM.AWX.Z, Z_SATE_C_BABJ_20071201010000_O_FY2C_TBB_IR1_720_NOM.AWX.Z";
data[inc]['filesize'] = "1 MB/product";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['resources_1']      = LINKS_CMA;
data[inc]['resources_2']      = DISSLINKS_GEONETCAST;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Cloud";
data[inc]['sat'] = "FengYun";
data[inc]['provider']    = "CMA";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "Total Cloud Amount Product (CTA)";
data[inc]['text'] = "A description will be provided.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Asia";
data[inc]['formats']     = "AWX";
data[inc]['frequency'] ="hourly";
data[inc]['channel'] = "EUMETSAT Data Channel 11";
data[inc]['availability']    = "FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "Z_SATE_C_BABJ_20071209060000_O_FY2C_CTA_MLT_001_NOM.AWX.Z";
data[inc]['filesize'] = "1 MB/hr";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['resources_1']      = LINKS_CMA;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";


data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Precipitation";
data[inc]['sat'] = "FengYun";
data[inc]['provider']    = "CMA";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "Total Precipitable Water Product (TPW)";
data[inc]['text'] = "A description will be provided.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = " ";
data[inc]['formats']     = "AWX";
data[inc]['frequency'] ="daily";
data[inc]['channel'] = "EUMETSAT Data Channel 11";
data[inc]['availability']    = "FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "Z_SATE_C_BABJ_20071208210000_O_FY2C_TPW_MLT_001_NOM.AWX.Z";
data[inc]['filesize'] = " ";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['resources_4']      = DISSLINKS_GEONETCAST;
data[inc]['resources_1']      = LINKS_CMA;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Irradiance";
data[inc]['sat'] = "FengYun";
data[inc]['provider']    = "CMA";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "Surface Solar Irradiance Product (SSI)";
data[inc]['text'] = "A description will be provided.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Asia";
data[inc]['formats']     = "AWX";
data[inc]['frequency'] ="daily";
data[inc]['channel'] = "EUMETSAT Data Channel 11";
data[inc]['availability']    = "FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "Z_SATE_C_BABJ_20071206230000_O_FY2C_SSI_MLT_024_OTG.AWX.Z";
data[inc]['filesize'] = " ";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['resources_4']      = DISSLINKS_GEONETCAST;
data[inc]['resources_1']      = LINKS_CMA;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Humidity";
data[inc]['sat'] = "FengYun";
data[inc]['provider']    = "CMA";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "Humidity product analysed by cloud information Product (HPF)";
data[inc]['text'] = "A description will be provided.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Asia";
data[inc]['formats']     = "AWX";
data[inc]['frequency'] ="3-hourly";
data[inc]['channel'] = "EUMETSAT Data Channel 11";
data[inc]['availability']    = "FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "Z_SATE_C_BABJ_20071208060000_O_FY2C_HPF_MLT_003_NOM_300hPa.AWX.Z, Z_SATE_C_BABJ_20071208060000_O_FY2C_HPF_MLT_003_NOM_400hPa.AWX.Z, Z_SATE_C_BABJ_20071208060000_O_FY2C_HPF_MLT_003_NOM_500hPa.AWX.Z, Z_SATE_C_BABJ_20071208060000_O_FY2C_HPF_MLT_003_NOM_700hPa.AWX.Z, Z_SATE_C_BABJ_20071208060000_O_FY2C_HPF_MLT_003_NOM_850hPa.AWX.Z, Z_SATE_C_BABJ_20071208060000_O_FY2C_HPF_MLT_003_NOM_925hPa.AWX.Z, Z_SATE_C_BABJ_20071208060000_O_FY2C_HPF_MLT_003_NOM_1000hPa.AWX.Z";
data[inc]['filesize'] = " ";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['resources_4']      = DISSLINKS_GEONETCAST;
data[inc]['resources_1']      = LINKS_CMA;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Cloud";
data[inc]['sat'] = "FengYun";
data[inc]['provider']    = "CMA";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "Cloud Classification Product (CLT)";
data[inc]['text'] = "A description will be provided.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Asia";
data[inc]['formats']     = "AWX";
data[inc]['frequency'] ="hourly";
data[inc]['channel'] = "EUMETSAT Data Channel 11";
data[inc]['availability']    = "FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "Z_SATE_C_BABJ_20071206160000_O_FY2C_CLT_MLT_001_NOM.AWX.Z";
data[inc]['filesize'] = "3 ";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['resources_4']      = DISSLINKS_GEONETCAST;
data[inc]['resources_1']      = LINKS_CMA;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Snow";
data[inc]['sat'] = "FengYun";
data[inc]['provider']    = "CMA";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "Snow Fraction Product (TSG)";
data[inc]['text'] = "A description will be provided.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Asia";
data[inc]['formats']     = "AWX";
data[inc]['frequency'] ="daily";
data[inc]['channel'] = "EUMETSAT Data Channel 11";
data[inc]['availability']    = "FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "Z_SATE_C_BABJ_20071206150000_O_FY2C_TSG_MLT_024_OTG.AWX.Z";
data[inc]['filesize'] = "33 KB/day";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['resources_4']      = DISSLINKS_GEONETCAST;
data[inc]['resources_1']      = LINKS_CMA;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Radiation";
data[inc]['sat'] = "FengYun";
data[inc]['provider']    = "CMA";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "Outgoing Long wave Radiation Product (OLR)";
data[inc]['text'] = "A description will be provided.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Asia";
data[inc]['formats']     = "AWX";
data[inc]['frequency'] ="daily, 5-daily, 10-daily, monthly";
data[inc]['channel'] = "EUMETSAT Data Channel 11";
data[inc]['availability']    = "FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "Z_SATE_C_BABJ_20071207210000_O_FY2C_OLR_MLT_003_NOM.AWX.Z, Z_SATE_C_BABJ_20071207230000_O_FY2C_OLR_MLT_024_NOM.AWX.Z, Z_SATE_C_BABJ_20071211010000_O_FY2C_OLR_MLT_120_NOM.AWX.Z, Z_SATE_C_BABJ_20071211010000_O_FY2C_OLR_MLT_240_NOM.AWX.Z, Z_SATE_C_BABJ_20071201010000_O_FY2C_OLR_MLT_720_NOM.AWX.Z";
data[inc]['filesize'] = "2 MB/product";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['resources_4']      = DISSLINKS_GEONETCAST;
data[inc]['resources_1']      = LINKS_CMA;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Wind";
data[inc]['sat'] = "FengYun";
data[inc]['provider']    = "CMA";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "Atmospheric Motion Vectors (AMV)";
data[inc]['text'] = "A description will be provided. ";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Asia";
data[inc]['formats']     = "AWX";
data[inc]['frequency'] ="6-hourly";
data[inc]['channel'] = "EUMETSAT Data Channel 11";
data[inc]['availability']    = "FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "Z_SATE_C_BABJ_20071210050000_O_FY2C_AMV_IR1_006_OTG.AWX.Z, Z_SATE_C_BABJ_20071210110000_O_FY2C_AMV_IR3_006_OTG.AWX.Z";
data[inc]['filesize'] = "600 KB/6hr";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['resources_1']      = LINKS_CMA;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, FENGYUNCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";

/*
// DMI YEOS
data[++inc] = new Array();
data[inc]['title']  = "DMI Yellow Sea Sea Surface Temperature";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "YEOS Product";
data[inc]['sat'] = "";
data[inc]['provider']    = "DMI";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "The YEllow sea Observations, forecasting and information System (YEOS) Sea Surface Temperature is calculated and interpolated based on satellite measurements from OSISAF in the infrared spectrum. Missing observations due to cloud cover are filled out by a 3-dimentional optimal interpolation technique. Area coverage: 15.0 degrees N to 45.0 degrees N and 100.0 degrees E to 150.0 degrees E.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "";
data[inc]['formats']     = "ASCII";
data[inc]['frequency'] = "1 per day";
data[inc]['channel']    = "";
data[inc]['availability']    = "FENGYUNCast";
data[inc]['namingconvention']  = "oi_YYYYMMDD00.asc.bz2";
data[inc]['filesize'] = "0.3 MB";
data[inc]['resources_1']      = LINKS_YEOS_SATOBS_SST;
data[inc]['resources_2']      = LINKS_YEOS_SATOBS_OBS;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "";
data[inc]['resolution']    = "";
data[inc]['parameter']    = "Temperature";
data[inc]['dissemination'] = "GEONETCast, FENGYUNCast";

data[++inc] = new Array();
data[inc]['title']  = "DMI Yellow Sea Weather Forecast";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "YEOS Product";
data[inc]['sat'] = "";
data[inc]['provider']    = "DMI";
data[inc]['status'] = "Pre-operational";
data[inc]['text'] = "The YEOS Weather Forcing product contains hourly weather forecasts. The GRIB files contain several parameters: Mean sea level pressure, 10 meter zonal wind, 10 meter meridional wind, Latent heat flux, Sensible heatflux. The product covers an area from 29.225 degrees N to 45.5  degrees N and 108.65 degrees E to 131.525 degrees E.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "";
data[inc]['formats']     = "GRIB";
data[inc]['frequency'] = "2 x 73 per day";
data[inc]['channel']    = "";
data[inc]['availability']    = "FENGYUNCast";
data[inc]['namingconvention']  = "YEOS_YYYYMMDD06_072.grib.bz2";
data[inc]['filesize'] = "";
data[inc]['resources_1']      = LINKS_YEOS_WEATHER;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "";
data[inc]['resolution']    = "";
data[inc]['parameter']    = "Temperature";
data[inc]['dissemination'] = "GEONETCast, FENGYUNCast";
*/

/*
data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Forecasts";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "U.K. Met. Office";
data[inc]['status'] = "Development";
data[inc]['title']  = "Africa Limited Area model Output (Africa LAM)";
data[inc]['text'] = "The United Kingdom Meteorological Office (UKMO) have developed a 20 km resolution Limited Area Model over Africa (Africa LAM) available for use by the National Meteorological and Hydrological Services (NMHS's) in Africa for operational weather forecasting and research. The dissemination of Africa LAM products is part of EUMETSAT's Meteorological Data Dissemination (MDD) service.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Africa";
data[inc]['formats']     = "GRIB2";
data[inc]['frequency'] ="24";
data[inc]['channel'] = "EUMETSAT Data Channel 3";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Africa";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['resources_1']      = LINKS_MDD;
data[inc]['resources_2']      = LINKS_UKMETOFFICE;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Africa";
*/





/*
//INPE

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Precipitation";
data[inc]['sat'] = " ";
data[inc]['provider']    = "INPE";
data[inc]['status'] = "Demonstration";
data[inc]['title']  = "Rainfall (RFS)";
data[inc]['text'] = "A description will be provided.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Americas";
data[inc]['formats']     = "JPEG";
data[inc]['frequency'] ="96";
data[inc]['channel'] = "EUMETSAT Data Channel 8";
data[inc]['availability']    = "GEONETCast-Americas, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "INPE_RFS_200711051500.jpg";
data[inc]['filesize'] = "200 KB";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_GEONETCAST_AMERICAS;
data[inc]['resources_4']      = DISSLINKS_GEONETCAST;
data[inc]['resources_1']      = LINKS_INPE;
data[inc]['resolution']    = "1280 x 800 screen res";
data[inc]['dissemination'] = "GEONETCast, GEONETCast-Americas, EUMETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Cloud";
data[inc]['sat'] = " ";
data[inc]['provider']    = "INPE";
data[inc]['status'] = "Demonstration";
data[inc]['title']  = "Fortracc NWC (12-min) (FTC)";
data[inc]['text'] = "FORTRACC (FORecasting and TRAcking of the evolution of Cloud Clusters) is an algorithm for tracking and forecasting the physical characteristics of mesoscale convective systems (MCSs) using the thermal channel information (10.8 µm) of GOES 12. The cloud cluster detection method is based on a threshold temperature; the morphological and radiative parameters of each MCS are evaluated and tracking trough the life cycle based on overlapping areas of MCSs in successive images.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Americas";
data[inc]['formats']     = "JPEG";
data[inc]['frequency'] ="96";
data[inc]['channel'] = "EUMETSAT Data Channel 8";
data[inc]['availability']    = "GEONETCast-Americas, EUMETCast-Europe, Europe-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "INPE_FTC_200711051030.jpg";
data[inc]['filesize'] = "100 KB";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_GEONETCAST_AMERICAS;
data[inc]['resources_4']      = DISSLINKS_GEONETCAST;
data[inc]['resources_1']      = LINKS_INPE;
data[inc]['resolution']    = "1280 x 800 screen res";
data[inc]['dissemination'] = "GEONETCast, GEONETCast-Americas, EUMETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Lightning";
data[inc]['sat'] = " ";
data[inc]['provider']    = "INPE";
data[inc]['status'] = "Demonstration";
data[inc]['title']  = "Lightning Discharge (LDI)";
data[inc]['text'] = "A description will be provided.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Americas";
data[inc]['formats']     = "JPEG";
data[inc]['frequency'] ="96";
data[inc]['channel'] = "EUMETSAT Data Channel 8";
data[inc]['availability']    = "GEONETCast-Americas, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "INPE_LDI_200711051015.jpg";
data[inc]['filesize'] = "80 KB";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_GEONETCAST_AMERICAS;
data[inc]['resources_4']      = DISSLINKS_GEONETCAST;
data[inc]['resources_1']      = LINKS_INPE;
data[inc]['resolution']    = "1280 x 800 screen res";
data[inc]['dissemination'] = "GEONETCast, GEONETCast-Americas, EUMETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = " ";
data[inc]['provider']    = "INPE";
data[inc]['status'] = "Demonstration";
data[inc]['title']  = "GOES 10 MSG Composite (GMC)";
data[inc]['text'] = "A description will be provided.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "JPEG";
data[inc]['frequency'] ="96";
data[inc]['channel'] = "EUMETSAT Data Channel 8";
data[inc]['availability']    = "GEONETCast-Americas, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "INPE_GMC_200711050815.jpg";
data[inc]['filesize'] = "80 KB";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_GEONETCAST_AMERICAS;
data[inc]['resources_4']      = DISSLINKS_GEONETCAST;
data[inc]['resources_1']      = LINKS_INPE;
data[inc]['resolution']    = "1280 x 800 screen res";
data[inc]['dissemination'] = "GEONETCast, GEONETCast-Americas, EUMETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = " ";
data[inc]['provider']    = "INPE";
data[inc]['status'] = "Demonstration";
data[inc]['title']  = "Radar & Satellite (RSI)";
data[inc]['text'] = "A description will be provided.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Americas";
data[inc]['formats']     = "JPEG";
data[inc]['frequency'] ="96";
data[inc]['channel'] = "EUMETSAT Data Channel 8";
data[inc]['availability']    = "GEONETCast-Americas, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "INPE_RSI_200711050200.jpg";
data[inc]['filesize'] = "80 KB";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_GEONETCAST_AMERICAS;
data[inc]['resources_4']      = DISSLINKS_GEONETCAST;
data[inc]['resources_1']      = LINKS_INPE;
data[inc]['resolution']    = "1280 x 800 screen res";
data[inc]['dissemination'] = "GEONETCast, GEONETCast-Americas, EUMETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";

data[++inc] = new Array();
data[inc]['category'] = "Satellite Data";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Precipitation";
data[inc]['sat'] = " ";
data[inc]['provider']    = "INPE";
data[inc]['status'] = "Demonstration";
data[inc]['title']  = "Number of Days without Rain (NDR)";
data[inc]['text'] = "A description will be provided.";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Americas";
data[inc]['formats']     = "JPEG";
data[inc]['frequency'] ="1";
data[inc]['channel'] = "EUMETSAT Data Channel 8";
data[inc]['availability']    = "GEONETCast-Americas, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
data[inc]['namingconvention']  = "INPE_NDR_200710302300.jpg, INPE_NDR_200710302300.kmz";
data[inc]['filesize'] = "1 MB";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_GEONETCAST_AMERICAS;
data[inc]['resources_4']      = DISSLINKS_GEONETCAST;
data[inc]['resources_1']      = LINKS_INPE;
data[inc]['resolution']    = "1280 x 800 screen res";
data[inc]['dissemination'] = "GEONETCast, GEONETCast-Americas, EUMETCast, EUMETCast-Europe, EUMETCast-Africa, EUMETCast-Americas";
*/

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Ozone";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "USEPA";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Animated Ozone Contour Map";
data[inc]['text'] = "The animated contour maps, much like radar images showing precipitation, display the hourly formation and movement of ground-level ozone pollution.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Continental USA, Southern Canada";
data[inc]['formats']     = "GIF";
data[inc]['frequency'] ="24";
data[inc]['channel'] = "Americas-CH1";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Americas, GEONETCast-Americas";
data[inc]['namingconvention']  = "8a-super.gif";
data[inc]['filesize']  = "1 MB per file";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_GEONETCAST_AMERICAS;
data[inc]['resources_1']      = LINKS_USEPA;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Americas, GEONETCast-Americas";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Particulate Matter";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "USEPA";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Animated PM2.5 Point Map";
data[inc]['text'] = "Particulate matter (PM) is the general term used for a mixture of solid particles and liquid droplets found in the air. Some particles are large or dark enough to be seen as soot or smoke. Others are so small they can be detected only with an electron microscope. PM2.5 describes the 'fine' particles that are less than or equal to 2.5 micrometers in diameter.";
data[inc]['benefit'] = "Weather, Agriculture, Ecosystems, Health";
data[inc]['coverage']    = "Continental USA, Southern Canada";
data[inc]['formats']     = "GIF";
data[inc]['frequency'] ="24";
data[inc]['channel'] = "Americas-CH1";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Americas, GEONETCast-Americas";
data[inc]['namingconvention']  = "pm25-24a-super.gif";
data[inc]['filesize']  = "500 KB per file";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_GEONETCAST_AMERICAS;
data[inc]['resources_1']      = LINKS_USEPA;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Americas, GEONETCast-Americas";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Forecasts";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "NASA SERVIR";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Short Term Precipitation Forecasting (WRF) For Central America";
data[inc]['text'] = "Short-term regional weather forecasts produced by the SERVIR project, in collaboration with the NASA Short-term Prediction Research and Transition (SpoRT) Center, using the Weather Research and Forecast Model (WRF). The SpoRT/WRF model generates 24 hour-forecasts twice a day. Temperature, precipitation, wind, and other variables are forecast 3-hourly in 10km and 30km grids in an area covering the Yucatan Peninsula to Northern Colombia. SERVIR is a regional visualization and monitoring system for Mesoamerica that integrates satellite and other geospatial data for improved scientific knowledge and decision making by managers, researchers, students, and the general public. SERVIR addresses the nine societal benefit areas of the Global Earth Observation System of Systems (GEOSS): disasters, ecosystems, biodiversity, weather, water, climate, oceans, health, agriculture, and energy. ";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Central America";
data[inc]['formats']     = "GIF";
data[inc]['frequency'] ="2 x 8";
data[inc]['channel'] = "Americas-CH1";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Americas, GEONETCast-Americas";
data[inc]['namingconvention']  = "2007.07.04.12.ma.10km_3hr_rain.gif";
data[inc]['filesize']  = "360 KB per product";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_GEONETCAST_AMERICAS;
data[inc]['resources_1']      = LINKS_SERVIR;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Americas, GEONETCast-Americas";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Forecasts";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "NASA SERVIR";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Short Term Precipitation Forecasting (MM5) For Central America";
data[inc]['text'] = "Short-term regional weather forecasts, produced by SERVIR, using the PSU/NCAR Mesoscale Model, known as MM5 in the atmospheric sciences community. The MM5 model generates 48 hour-forecasts once a day. Soil temperature, 2 m surface temperature, 3 hour accumulated precipitation as an early warning, wind in different heights, and other variables are forecast hourly in 9 km grids covering the Yucatan Peninsula to northwest Panama. SERVIR is a regional visualization and monitoring system for Mesoamerica that integrates satellite and other geospatial data for improved scientific knowledge and decision making by managers, researchers, students, and the general public. SERVIR addresses the nine societal benefit areas of the Global Earth Observation System of Systems (GEOSS): disasters, ecosystems, biodiversity, weather, water, climate, oceans, health, agriculture, and energy. ";
data[inc]['benefit'] = "Weather, Climate";
data[inc]['coverage']    = "Central America";
data[inc]['formats']     = "GIF";
data[inc]['frequency'] ="45 - 48";
data[inc]['channel'] = "Americas-CH1";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Americas, GEONETCast-Americas";
data[inc]['namingconvention']  = "2007.07.04.10.mm5.9km_accum_pcp.gif";
data[inc]['filesize']  = "1.9 MB per product";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_GEONETCAST_AMERICAS;
data[inc]['resources_1']      = LINKS_SERVIR;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Americas, GEONETCast-Americas";

data[++inc] = new Array();
data[inc]['category'] = "Land";
data[inc]['subcategory'] = "n/a";
data[inc]['parameter']    = "Fire";
data[inc]['sat'] = "modis, aqua, terra";
data[inc]['provider']    = "NASA SERVIR";
data[inc]['status'] = "Operational";
data[inc]['title']  = "MODIS Aqua/Terra 1km, 250m True Color Daily Fire Image on Guatemala";
data[inc]['text'] = "The Daily Fire Image is a product used to monitor the location and extent of fires and their potential impact in the region. The images are based on MODIS data taken from on board the Terra and Aqua satellites. The data are processed within the SERVIR Fire Rapid Response System into fire products within 3-4 hours after acquisition. SERVIR is a regional visualization and monitoring system for Mesoamerica that integrates satellite and other geospatial data for improved scientific knowledge and decision making by managers, researchers, students, and the general public. SERVIR addresses the nine societal benefit areas of the Global Earth Observation System of Systems (GEOSS): disasters, ecosystems, biodiversity, weather, water, climate, oceans, health, agriculture, and energy.";
data[inc]['benefit'] = "Disasters, Agriculture";
data[inc]['coverage']    = "Guatemala";
data[inc]['formats']     = "JPEG";
data[inc]['frequency'] ="4";
data[inc]['channel'] = "Americas-CH1";
data[inc]['availability']    = "EUMETCast-Europe, EUMETCast-Americas, GEONETCast-Americas";
data[inc]['namingconvention']  = "2007.07.03.00.ma.guatemala_aqua_1km_fire.jpg, 2007.07.03.00.ma.guatemala_terra_1km_fire.jpg, 2007.07.03.00.ma.guatemala_aqua_250m_fire.jpg, 2007.07.03.00.ma.guatemala_terra_250m_fire.jpg";
data[inc]['filesize']  = "147 KB (1km); 459 KB (500m); 1.1 MB (250m) per file";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['link_2']      = DISSLINKS_GEONETCAST_AMERICAS;
data[inc]['resources_1']      = LINKS_SERVIR_FIRE;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Americas, GEONETCast-Americas";

// RGB composites

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "RGB Composite";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Meteosat";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Fog/Low Clouds RGB";
data[inc]['text'] = "The Fog / Low Clouds product is an RGB composite based upon infrared channel data from the Meteosat Second Generation satellite. It is designed and tuned to monitor the evolution of night-time fog / low stratus. Other (secondary) applications are the detection of fires, low-level moisture boundaries and cloud classification in general. It should be noted that as the product is tuned for night-time conditions, its use during day-time is very limited. The Fog / Low Clouds RGB is composed from data from a combination of the SEVIRI IR3.9, IR10.8 and IR12.0 channels";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['formats']     = "JPG";
data[inc]['frequency'] ="24";
data[inc]['channel'] = "";
data[inc]['availability']    = "Global";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_RGB;
data[inc]['resources_1']      = LINKS_MSG_INTERP;
data[inc]['resolution']    = "SEVIRI pixel resolution";
data[inc]['dissemination'] = "EUMETSAT Website";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "RGB Composite";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Meteosat";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Dust RGB";
data[inc]['text'] = "The Dust product is an RGB composite based upon infrared channel data from the Meteosat Second Generation satellite. It is designed to monitor the evolution of dust storms during both day and night. The Dust RGB is composed from data from a combination of the SEVIRI IR8.7, IR10.8 and IR12.0 channels.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['formats']     = "JPG";
data[inc]['frequency'] ="24";
data[inc]['channel'] = "n/a";
data[inc]['availability']    = "Global";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_RGB;
data[inc]['resources_1']      = LINKS_MSG_INTERP;
data[inc]['resolution']    = "SEVIRI pixel resolution";
data[inc]['dissemination'] = "EUMETSAT Website";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "RGB Composite";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Meteosat";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Airmass RGB";
data[inc]['text'] = "The Airmass product is an RGB composite based upon data from infrared and water vapour channels from Meteosat Second Generation. It is designed and tuned to monitor the evolution of cyclones, in particular rapid cyclogenesis, jet streaks and PV (potential vorticity) anomalies. Due to the incorporation of the water vapour and ozone channels, its usage at high satellite viewing angles is limited. The Airmass RGB is composed from data from a combination of the SEVIRI WV6.2, WV7.3, IR9.7 and IR10.8 channels.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['formats']     = "JPG";
data[inc]['frequency'] ="24";
data[inc]['channel'] = "n/a";
data[inc]['availability']    = "Global";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_RGB;
data[inc]['resources_1']      = LINKS_MSG_INTERP;
data[inc]['resolution']    = "SEVIRI pixel resolution";
data[inc]['dissemination'] = "EUMETSAT Website";


data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "RGB Composite";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Meteosat";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "Volcanic Ash RGB";
data[inc]['text'] = "The Ash product is an RGB composite based upon infrared channel data from the Meteosat Second Generation satellite. It is designed to detect ash and sulphur dioxide (SO2) from volcanic eruptions which can be used for the provision of warnings to aviation authorities. The Ash RGB is composed from data from a combination of the SEVIRI IR8.7, IR10.8 and IR12.0 channels.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Full Disk from 0°";
data[inc]['formats']     = "JPG";
data[inc]['frequency'] ="24";
data[inc]['channel'] = "n/a";
data[inc]['availability']    = "Global";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_RGB;
data[inc]['resources_1']      = LINKS_MSG_INTERP;
data[inc]['resolution']    = "SEVIRI pixel resolution";
data[inc]['dissemination'] = "EUMETSAT Website";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "RGB Composite";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Meteosat";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "E-View";
data[inc]['text'] = "The E-View product is an RGB composite based upon data from the Meteosat Second Generation satellite. It is dedicated to detailed cloud monitoring of the European region. It is based on data from the SEVIRI High Resolution Visible channel combined with data from the IR10.8 channel.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Europe";
data[inc]['formats']     = "JPG";
data[inc]['frequency'] ="24";
data[inc]['channel'] = "n/a";
data[inc]['availability']    = "Global";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_RGB;
data[inc]['resources_1']      = LINKS_MSG_INTERP;
data[inc]['resolution']    = "SEVIRI pixel resolution";
data[inc]['dissemination'] = "EUMETSAT Website";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "RGB Composite";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "OrbitView";
data[inc]['text'] = "OrbitView is an RGB composite based on Metop AVHRR channels 1, 2 and 4. It is a concatenation of sequential images.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Europe";
data[inc]['formats']     = "JPG";
data[inc]['frequency'] ="480";
data[inc]['channel'] = "n/a";
data[inc]['availability']    = "Global";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_RGB;
data[inc]['resolution']    = "AVHRR pixel resolution";
data[inc]['dissemination'] = "EUMETSAT Website";

data[++inc] = new Array();
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "RGB Composite";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Operational";
data[inc]['title']  = "EPSFlight";
data[inc]['text'] = "The EPSFlight product displays two AVHRR PDUs with orbit information attached. It is an RGB composite based on data from the AVHRR channels 1, 2 and 4.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Europe";
data[inc]['formats']     = "JPG";
data[inc]['frequency'] ="480";
data[inc]['channel'] = "n/a";
data[inc]['availability']    = "Global";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_RGB;
data[inc]['resolution']    = "AVHRR pixel resolution";
data[inc]['dissemination'] = "EUMETSAT Website";

/* Need to add real-time imagery available on the web as well */

/**/

data[++inc] = new Array();
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Licensed";
data[inc]['title']  = "Public Wavelet Transform Decompression";
data[inc]['text'] = "The WaveLet Transform Software is the decompression software used to decompress SEVIRI HRIT and Foreign Satellite data files. The software is compilable on both Microsoft Windows and Linux Operating Systems with Visual C++ installed. It is a licensed software.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['frequency'] ="24";
data[inc]['channel'] = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_USEFULTOOLS;
data[inc]['resources_1']      = Array("Register for license","http://oiswww.eumetsat.int/WEBOPS-cgi/wavelet/register");
data[inc]['resolution']    = "n/a ";
data[inc]['parameter']    = "Software";
data[inc]['dissemination'] = "EUMETSAT Website";

data[++inc] = new Array();
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Freeware";
data[inc]['title']  = "Antenna Pointing/Coordinate Determination Tool";
data[inc]['text'] = "The antenna pointing/coordinate determination tool helps those who wish to point their antennas at the Meteosat satellites determine the azimuth and elevation coordinates given their latitude/longitude position. It also allows approximate determination of coordinates such as latitude/longitude, line/pixel and pixel width/height.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_USEFULTOOLS;
data[inc]['link_1']      = Array("Antenna Pointing tool","http://oiswww.eumetsat.org/antennaPointing/cgi/antennaPointing.pl");
data[inc]['resolution']    = "n/a ";
data[inc]['parameter']    = "Software";
data[inc]['dissemination'] = "EUMETSAT Website";

data[++inc] = new Array();
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Freeware";
data[inc]['title']  = "Coastline Program";
data[inc]['text'] = "This program is designed to overlay coastlines onto VIS/IR/WV channel JPEG or GIF files. Although EUMETSAT used the PV-WAVE software to achieve this, coastline image files (in GIF format), as well as PV-WAVE source code, are made available as part of the packages, in order that other software may be used/created to achieve similar results.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_USEFULTOOLS;
data[inc]['resolution']    = "n/a";
data[inc]['parameter']    = "Software";
data[inc]['dissemination'] = "EUMETSAT Website";

data[++inc] = new Array();
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Freeware";
data[inc]['title']  = "OpenMTP Image Reader";
data[inc]['text'] = "The OpenMTP Image Reader is designed to give the user an inside look into the ascii and binary headers of OpenMTP Imagefiles and also enable the user to extract the pixel data from the OpenMTP Image files. The reader was written with Java 2 v1.3.1 and can therefore be used on any platform that supports Java 2 V1.3 or higher. It has been tested on Windows NT, Linux and Solaris 2.8.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_USEFULTOOLS;
data[inc]['resolution']    = "n/a ";
data[inc]['parameter']    = " Software";
data[inc]['dissemination'] = "EUMETSAT Website";

data[++inc] = new Array();
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Freeware";
data[inc]['title']  = "MSG Native Image Reader";
data[inc]['text'] = "The MSG Native image reader allows visualisation of MSG native images and works under Windows.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_USEFULTOOLS;
data[inc]['resolution']    = "n/a ";
data[inc]['parameter']    = " Software";
data[inc]['dissemination'] = "EUMETSAT Website";

/*
data[++inc] = new Array();
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Freeware";
data[inc]['title']  = "SEVIRI Pre-processing Toolbox";
data[inc]['text'] = "The SEVIRI Pre-processing Toolbox(SPT) software is a simple set of IDL routines to read the SEVIRI Level 1.5 data in the non-graphics file formats distributed by the EUMETSAT Archived Data Retrieval Service. SPT has been primarily developed to support the processing of SEVIRI data by the scientific community.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_USEFULTOOLS;
data[inc]['resolution']    = "n/a ";
data[inc]['parameter']    = " Software";
data[inc]['dissemination'] = "EUMETSAT Website";
*/

data[++inc] = new Array();
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Freeware";
data[inc]['title']  = "Navigation Software for Meteosat-9 (MSG) Level 1.5 VIS/IR data";
data[inc]['text'] = "The navigation software incorporates source code written in FORTRAN90 and C for the conversion of image coordinates (pixel column and row) into the corresponding geographical coordinates (Latitude and Longitude) of Meteosat-9(MSG) Level 1.5 VIS/IR data.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_USEFULTOOLS;
data[inc]['resolution']    = "n/a ";
data[inc]['parameter']    = " Software";
data[inc]['dissemination'] = "EUMETSAT Website";

data[++inc] = new Array();
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "MSG, Meteosat-9";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Freeware";
data[inc]['title']  = "EFTS Agents Software";
data[inc]['text'] = "The Extended File Transfer Software (EFTS) Agents is a collection of processes that do local or remote file transfer, copying, and manipulation. It can be used to: Transfer files to or from a remote server using various transfer protocols; Pre-process files before physically copying or (hard or symbolically) linking them into one or more other directories; Check remote connections regularly";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_USEFULTOOLS;
data[inc]['resolution']    = "n/a ";
data[inc]['parameter']    = " Software";
data[inc]['dissemination'] = "EUMETSAT Website";

data[++inc] = new Array();
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Licensed";
data[inc]['title']  = "EPS Tool - Metopizer";
data[inc]['text'] = "The Metopizer is a collection of tools for manipulating Metop CCSDS, CADU and t-VCDU packets and for generating EPS L0 products. Also included are viewers to display text dumps of all packets, and for extracting images from ATOVS, AVHRR and IASI source packets. The latest version of the Metopizer includes a Python module for reading sensor data from EPS L0 ATOVS and AVHRR products into Python scripts.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_USEFULTOOLS;
data[inc]['resolution']    = "n/a ";
data[inc]['parameter']    = " Software";
data[inc]['dissemination'] = "EUMETSAT Website";

data[++inc] = new Array();
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Licensed";
data[inc]['title']  = "EPS Tool - Eugene";
data[inc]['text'] = "Eugene allows data files to be converted between various formats in a configurable way. The input and output formats can be graphics files, EPS and NOAA products or text files via filter scripts.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_USEFULTOOLS;
data[inc]['resolution']    = "n/a";
data[inc]['parameter']    = " Software";
data[inc]['dissemination'] = "EUMETSAT Website";

data[++inc] = new Array();
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Licensed";
data[inc]['title']  = "EPS Tool - EPS Product IDL Readers";
data[inc]['text'] = "IDL, the Interactive Data Language software is ideal for data analysis, visualisation, and cross-platform application development. Many of the built in features of IDL are designed specifically for remote sensing applications. IDL has been selected to read, process, and analyse the EPS products. The EPS Product IDL Readers are able to process multiple versions of the product format, and due to its object-oriented design makes them ideal for application development.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_USEFULTOOLS;
data[inc]['resolution']    = "n/a";
data[inc]['parameter']    = " Software";
data[inc]['dissemination'] = "EUMETSAT Website";

data[++inc] = new Array();
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Licensed";
data[inc]['title']  = "EPS Tool - EPS Format Fortran 90 Readers";
data[inc]['text'] = "This is a set of Fortran 90 routines that can be used in other programs to read the contents of various EPS products formatted according to the EPS Native format. These routines will currently read data from the following EPS products: ATOVS L1B (MHS, HIRS, AMSU), AVHRR L1B, GRAS L1B, IASI L1C, ATOVS L2, IASI L2.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_USEFULTOOLS;
data[inc]['resolution']    = "n/a";
data[inc]['parameter']    = " Software";
data[inc]['dissemination'] = "EUMETSAT Website";

data[++inc] = new Array();
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Licensed";
data[inc]['title']  = "EPS Tool - Kai";
data[inc]['text'] = "Kai is a tool for processing EPS PFS format products. It has several functions: To split a full sized product into non-overlapping 3-minute chunks, simulating the PDUs produced in the EPS Ground Segment; To combine PDUs or other fragments of products together into a large product; To manipulate products at the record level by selectively adding or removing records; To repair certain format errors in existing products; As a basic viewer to display the complete MPHR, SPHR, IPR, GEADR, VEADR and VIADR-L0-OBT2UTC records, and the generic record headers for all other records.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_USEFULTOOLS;
data[inc]['resolution']    = "n/a";
data[inc]['parameter']    = " Software";
data[inc]['dissemination'] = "EUMETSAT Website";

data[++inc] = new Array();
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Freeware";
data[inc]['title']  = "EPS Tool - ASCAT Level 1B Reader";
data[inc]['text'] = "This is a software package developed within EUMETSAT to read data from ASCAT level 1b products. The package contains C, C++, Fortran 90 and IDL versions of the software.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_USEFULTOOLS;
data[inc]['resolution']    = "n/a";
data[inc]['parameter']    = " Software";
data[inc]['dissemination'] = "EUMETSAT Website";

data[++inc] = new Array();
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Freeware";
data[inc]['title']  = "EPS Tool - EPSView";
data[inc]['text'] = "The EPSView software enables a user to decode and display data from Earth observation products, to display the contents as images or graphs and to export the data to a number of alternative formats. It is intended in particular for the following purposes: Browse through data files, display their content, down to bit level, in ASCII/HEX and allow selected data structures to be exported; Provide a simple plotting capability of user selected parameters; Display multi-channel colour image data, provide basic image manipulation, image projection and image export capability.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_USEFULTOOLS;
data[inc]['resolution']    = "n/a";
data[inc]['parameter']    = " Software";
data[inc]['dissemination'] = "EUMETSAT Website";

data[++inc] = new Array();
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Licensed";
data[inc]['title']  = "EPS Tool - NOAA2EPSL1B";
data[inc]['text'] = "The NOAA2EPSL1B set of tools is a collection of programs that can be used to generate and verify simulated EPS ATOVS level 1b products using NOAA K, L and M level 1b products as input.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_USEFULTOOLS;
data[inc]['resolution']    = "n/a";
data[inc]['parameter']    = " Software";
data[inc]['dissemination'] = "EUMETSAT Website";

data[++inc] = new Array();
data[inc]['category'] = "Software";
data[inc]['subcategory'] = "EUMETSAT Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Licensed";
data[inc]['title']  = "EPS Tool - pfs2xml";
data[inc]['text'] = "The pfs2xml tool, written in Visual Basic, has been developed to convert EPS Product Format Specifications (RD1 – RD11) from Microsoft Excel tables into XML (RD12) descriptions. The XML descriptions have the advantage of being highly consistent and can be easily used by tools such as Eugene to read and manipulate EPS products.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = LINKS_USEFULTOOLS;
data[inc]['resolution']    = "n/a";
data[inc]['parameter']    = " Software";
data[inc]['dissemination'] = "EUMETSAT Website";


// BELOW. PRODUCTS NOT DISSEMINATED VIA EUMETCAST OR NOT YET
/*

data[++inc] = new Array();
data[inc]['title']  = "Chlorophyll Concentration Caribbean";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "NOAA/NESDIS Product";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "NOAA/NESDIS";
data[inc]['status'] = "Development";
data[inc]['text'] = "A description will be provided. ";
data[inc]['benefit'] = "Water, Biodiversity";
data[inc]['coverage']    = "Caribbean";
data[inc]['formats']     = "PNG";
data[inc]['frequency'] ="2";
data[inc]['channel']    = "Americas-CH1";
data[inc]['availability']    = "EUMETCast: Europe, Americas";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_NESDIS;
data[inc]['thumbpath'] = "img_epsprod_amsuradch1_thmb.gif";
data[inc]['resolution']    = "n/a";
data[inc]['parameter']    = "Chlorophyll";
data[inc]['dissemination'] = " ";

data[++inc] = new Array();
data[inc]['title']  = "GOES Aerosol Smoke Product (GASP)";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "NOAA/NESDIS Product";
data[inc]['sat'] = "GOES";
data[inc]['provider']    = "NOAA/NESDIS";
data[inc]['status'] = "Development";
data[inc]['text'] = "A description will be provided. ";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "North America";
data[inc]['formats']     = "JPG";
data[inc]['frequency'] ="24";
data[inc]['channel']    = "Americas-CH1";
data[inc]['availability']    = "EUMETCast: Europe, Americas";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_NESDIS;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "n/a";
data[inc]['resolution']    = "n/a";
data[inc]['parameter']    = "Aerosol";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Americas";

data[++inc] = new Array();
data[inc]['title']  = "High Density Visible Winds";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "NOAA/NESDIS Product";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "NOAA/NESDIS";
data[inc]['status'] = "Development";
data[inc]['text'] = "High density winds are produced at six hourly intervals from both the GOES-East (75°W) and GOES-West (135°W) satellites, operated by the National Oceanic and Atmospheric Administration (NOAA). Wind estimates are produced by tracking features in the GOES water vapour and infrared window channel data, (clouds) and are designated as 'water vapor' and 'cloud drift' winds. Automated pattern recognition software is used to detect and track features in three successive images, each 30 minutes apart. Each wind vector, consisting of speed and direction, is assigned a height above the earth's surface based on the infrared energy signatures and guidance from corresponding numerical weather forecast parameters.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Western Hemisphere";
data[inc]['formats']     = "BUFR";
data[inc]['frequency'] ="8";
data[inc]['channel']    = "Americas-CH1";
data[inc]['availability']    = "EUMETCast: Europe, Americas";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_NESDIS;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "img_epsprod_amsuradch1_thmb.gif";
data[inc]['resolution']    = "n/a";
data[inc]['parameter']    = "Wind";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Americas";

data[++inc] = new Array();
data[inc]['title']  = "High Density Water Vapour Winds";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "NOAA/NESDIS Product";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "NOAA/NESDIS";
data[inc]['status'] = "Development";
data[inc]['text'] = "A description will be provided. ";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Western Hemisphere";
data[inc]['formats']     = "BUFR";
data[inc]['frequency'] ="8";
data[inc]['channel']    = "Americas-CH1";
data[inc]['availability']    = "EUMETCast: Europe, Americas";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_NESDIS;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "img_epsprod_amsuradch1_thmb.gif";
data[inc]['resolution']    = "n/a";
data[inc]['parameter']    = "Wind";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Americas";
*/
// Direct HKTM LRPT
/*
data[++inc] = new Array();
data[inc]['category'] = "Satellite Data";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "Metop HKTM LRPT (HKTM)";
data[inc]['text'] = "HouseKeeping TeleMetry (HKTM).";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['frequency'] ="n/a";
data[inc]['channel'] = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "Direct";
*/
//Not disseminated
/*
data[++inc] = new Array();
data[inc]['title']  = " Volcanic Ash Imagery - Visible ";
data[inc]['category'] = "Atmosphere";
data[inc]['subcategory'] = "NOAA/NESDIS Product";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "NOAA/NESDIS";
data[inc]['status'] = "Development";
data[inc]['text'] = "Multichannel color composite imagery showing ash clouds from volcanoes.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "Western Hemisphere";
data[inc]['formats']     = "JPG";
data[inc]['frequency'] ="24/Volcano";
data[inc]['channel']    = "Americas-CH1";
data[inc]['availability']    = "EUMETCast: Europe, Americas";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_NESDIS;
data[inc]['resources_2']      = Array("NOAA Volcano Products","http://www.ssd.noaa.gov/VAAC/");
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "img_epsprod_amsuradch1_thmb.gif";
data[inc]['resolution']    = "n/a";
data[inc]['parameter']    = "Ash";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Americas";
*/
//Direct HIRS LRPT
/*
data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "Metop HIRS LRPT (HIRS)";
data[inc]['text'] = "The High Resolution Infrared Sounder (HIRS) operates at 20 channels (19 channels in the infrared and one in the visible). Its main purpose is to provide input for the vertical temperature and humidity profile retrievals. In addition, the HIRS pixel resolution serves as the standard grid resolution for all ATOVS level 2 products.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['frequency'] ="n/a";
data[inc]['channel'] = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = DISSLINKS_METOP_DIRECT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "Direct";
*/
/*
data[++inc] = new Array();
data[inc]['title']  = "SST Anomalies Daily";
data[inc]['category'] = "Marine";
data[inc]['subcategory'] = "NOAA/NESDIS Product";
data[inc]['sat'] = "POES";
data[inc]['provider']    = "NOAA/NESDIS";
data[inc]['status'] = "Development";
data[inc]['text'] = "A description will be provided. ";
data[inc]['benefit'] = "Water, Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "GIF";
data[inc]['frequency'] ="1";
data[inc]['channel']    = "Americas-CH1";
data[inc]['availability']    = "EUMETCast: Europe, Americas";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_NESDIS;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "img_epsprod_amsuradch1_thmb.gif";
data[inc]['resolution']    = "n/a";
data[inc]['parameter']    = "Sea Surface Temperature";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Americas";
*/
/*
data[++inc] = new Array();
data[inc]['title']  = "SST Global Observations";
data[inc]['category'] = "Land, Atmosphere";
data[inc]['subcategory'] = "NOAA/NESDIS Product";
data[inc]['sat'] = "n/a";
data[inc]['provider']    = "NOAA/NESDIS";
data[inc]['status'] = "Development";
data[inc]['text'] = "A description will be provided. ";
data[inc]['benefit'] = "Water, Weather";
data[inc]['coverage']    = "Global";
data[inc]['formats']     = "GIF";
data[inc]['frequency'] ="1";
data[inc]['channel']    = "Americas-CH1";
data[inc]['availability']    = "EUMETCast: Europe, Americas";
data[inc]['namingconvention']  = "n/a";
data[inc]['resources_1']      = LINKS_NESDIS;
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['thumbpath'] = "img_epsprod_amsuradch1_thmb.gif";
data[inc]['resolution']    = "n/a";
data[inc]['parameter']    = "Sea Surface Temperature";
data[inc]['dissemination'] = "GEONETCast, EUMETCast-Europe, EUMETCast-Americas";
*/
/*
data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "Metop AMSU LRPT (AMSU)";
data[inc]['text'] = "The Advanced Microwave Sounding Unit-A (AMSU-A) is a multi-channel microwave radiometer that will be used for measuring global atmospheric temperature profiles and will provide information on atmospheric water in all of its forms (with the exception of small ice particles, which are transparent at microwave frequencies). AMSU-A will provide information even in cloudy conditions.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['frequency'] ="n/a";
data[inc]['channel'] = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = DISSLINKS_METOP_DIRECT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "Direct";
*/

/*
data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "Metop MHS LRPT (MHS)";
data[inc]['text'] = "The Microwave Humidity Sounder (MHS) is a 5 channel instrument used to provide input to the retrieval of surface temperatures, emissivities, and atmospheric humidity. In combination with AMSU-A information it can also be used to process precipitation rates and related cloud properties, as well as to detect sea ice and snow coverage.";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['frequency'] ="n/a";
data[inc]['channel'] = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = DISSLINKS_METOP_DIRECT;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "Direct";
*/
//Direct AVHRR LRPT
/*
data[++inc] = new Array();
data[inc]['category'] = "Satellite Data, Marine, Atmosphere";
data[inc]['subcategory'] = "Metop Global Data";
data[inc]['parameter']    = "Satellite Product";
data[inc]['sat'] = "Metop";
data[inc]['provider']    = "EUMETSAT";
data[inc]['status'] = "Pre-operational";
data[inc]['title']  = "Metop AVHRR LRPT (AVHRR)";
data[inc]['text'] = "The Advanced Very High Resolution Radiometer (AVHRR) operates at 5 different channels simultaneously. As a high-resolution imager (about 1.1 km near nadir) its main purpose is to provide cloud and surface information such as cloud coverage, cloud top temperature, surface temperature over land and sea, and vegetation or snow/ice. In addition, AVHRR products serve as input for the level 2 processing of IASI and ATOVS. ";
data[inc]['benefit'] = "Weather";
data[inc]['coverage']    = "n/a";
data[inc]['formats']     = "n/a";
data[inc]['frequency'] ="n/a";
data[inc]['channel'] = "n/a";
data[inc]['availability']    = "n/a";
data[inc]['namingconvention']  = "n/a";
data[inc]['link_1']      = DISSLINKS_EUMETCAST;
data[inc]['resources_1']      = DOCLINKS_EPS;
data[inc]['resolution']    = "n/a";
data[inc]['dissemination'] = "Direct";
*/