Case studies Imagery and case studies of weather phenomena and environmental events observed by EUMETSAT's fleet of weather satellites. Sort Refine results Categories Satellites Atmospheric Composition Land Weather Meteosat Metop Tags AVHRR SEVIRI MODIS ASCAT Meteosat Second Generation (MSG) Meteosat Third Generation (MTG) Africa NOAA Metop-A EPS Europe Asia SW Pacific S America Himawari GOES Terra/Aqua Date 2019 2011 2010 2009 2008 SHOW ALL Sort by Start Date Order Ascending Descending 8 results Case study 24 March 2019 00:00 UTC–25 March 00:00 UTC, 31 March 03:00–08:00 UTC, 8 April 2019 04:00–13:00 UTC EUMETSAT Science Blog Widespread flooding in the Middle East Parts of the Middle East were left devastated after severe floods in late March and early April 2019. Case study 4 June 2011 00:00 UTC EUMETSAT Science Blog Chilean volcanic eruption Meteosat-9 observes Chilean volcanic eruption. Case study 21 January 2011 00:00 UTC EUMETSAT Science Blog Pollution causes cloud-free gaps in clouds Elongated cloud-free gaps in stratus clouds caused by industrial air pollution. Case study 24 December 2010 00:00 UTC EUMETSAT Science Blog Haze veil on the Pakistani coast The lower part of the Indus River (severely flooded during the last monsoon season) and the adjacent Rann of Kutch (seasonal salt marsh) have dried out after the monsoon, forming potential source of dust. Case study 23 August 2010 00:00 UTC EUMETSAT Science Blog Large smoke plumes from fires over Bolivia Large smoke plumes from fires over Bolivia. Case study 9 January 2009 00:00 UTC EUMETSAT Science Blog Very low temperatures & snow across parts of Europe Freezing temperatures, combined with heavy snow in the first 10 days of January 2009. Case study 7 March 2008 00:00 UTC EUMETSAT Science Blog Von Kármán vortices to the lee of Madeira This is a good example of Von Kármán vortices that developed to the lee of the island of Madeira. Case study 27 January 2008 00:00 UTC EUMETSAT Science Blog Waves in lee of Ore mountains On 27 January 2008, a strong northwesterly flow formed well-developed, low-level waves to the lee of the Ore mountains