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The 2018–2021 Southern Africa drought was a period of drought that took place in Southern Africa. The drought began in late October 2018, and negatively affected food security in the region. In mid-August 2019, the drought was classified as a level 2 Red-Class event by the Global Disaster Alert and Coordination System . [ 1 ]
1934–35 North American drought; 1950s Texas drought; 1983–1985 North American drought; 1988–1990 North American drought; 2002 North American drought; 2006–2008 Southeastern United States drought; 2010–2013 Southern United States and Mexico drought. 2012–2013 North American drought; 2011–2017 California drought; 2012–2013 North ...
These droughts continued from the 1940s drought in the Southwestern United States, New Mexico and Texas during 1950 and 1951; the drought was widespread through the Central Plains, Midwest and certain Rocky Mountain States, particularly between the years 1953 and 1957, and by 1956 parts of central Nebraska reached a drought index of −7, three ...
Drought conditions have gripped nearly the entire country, with only one state spared as a bone-dry autumn left most states parched. In November, Kentucky became the 49th state to cross into ...
Since 2000, high evaporative demand alone can now trigger drought conditions in 66% of the historically drought-prone regions, even without decreased rainfall. Before 2000, this was true for only ...
That was far less area than the Dust Bowl, which covered 70% of the United States, but the drought of 1988–1990 not only ranks as the costliest drought in United States history, it was one of the costliest natural disasters in United States history. In Canada, drought-related losses added to $1.8 billion (1988 Canadian dollars).
European Commission map of drought conditions across South America from February 2023 to January 2024.. The 2023–2024 South American drought refers to an ongoing drought across several states of Brazil in addition to Peru, Bolivia, and Colombia, which has led to several significant impacts including record low water levels, significant water shortages, sweeping crop failures, and widespread ...
The drought is largely driven by temperature, which increases the rate of evaporation, with some contribution from the lack of precipitation. The several wet years since 2000 were not sufficient to end the drought. Researchers calculated that without climate change-induced evaporation, the precipitation in 2005 would have broken the drought.