- Southern Africa: Drought - Nov 2018
- Southern Africa: Armyworm Infestation - Jan 2017
- Southern Africa: Floods - Jan 2017
- Angola/DR Congo: Yellow Fever Outbreak - Jan 2016
- Southern Africa: Food Insecurity - 2015-2017
- Angola: Drought - 2012-2014
- Angola: Cholera Outbreak - Dec 2011
- Angola: Floods - Dec 2011
- Southern Africa: Floods - Jan 2011
- Angola: Floods - Oct 2010
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The impact of the 2015‒2016 El Niño weather phenomenon has been one of the most intense and widespread in the past one hundred years. The agriculture, food security and nutritional status of 60 million people around the globe is affected by El Niño-related droughts, floods and **extreme hot** and **cold weather**.
This website allows you to explore how different scenarios of global greenhouse gas emissions and adaptation to climate change could change the geography of food insecurity in developing and least-developed countries. By altering the levels of future global greenhouse gas emissions and/or the levels of adaptation, you can see how vulnerability to food insecurity changes over time, and compare and contrast these different future scenarios with each other and the present day.
Who Suffers Most From Extreme Weather Events? Weather-related Loss Events in 2015 and 1996 to 2015
Snapshot 13-19 August
Yemen: The 9 August Al Jawf ceasefire has been broken. Access to people affected by the conflict in Al Jawf is extremely limited due to persistent insecurity, and it is very difficult to obtain information. Almost 3,000 people have died in violence since the National Dialogue Conference took place on 25 January.
Global temperatures in 2011 have not been as warm as the record-setting values seen in 2010 but have likely been warmer than any previous strong La Niña year, based on preliminary data from data sources compiled by the World Meteorological Organisation (WMO). The global combined sea surface and land surface air temperature for 2011 (January–October) is currently estimated at 0.41°C ± 0.111°C (0.74°F ± 0.20°F) above the 1961–1990 annual average of 14.00°C/57.2°F.