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Animation of US drought map 2006-2008. The 2006–08 Southeastern United States drought was a crippling drought that struck the southeast of the U.S. Several reasons, including an unusually strong Bermuda high pressure and La Niña in the eastern Pacific Ocean (which causes dry conditions across the southern U.S.) were responsible for the drought. 2007 was particularly dry across the region ...
Wildfires, forest fires, and brush fires were very prevalent in association with the 2000s (decade) drought in the Southeastern United States. The 2006-2008 Southeast U.S. drought caused over $1 billion in damage. [77] The drought of 2006–2007 in California contributed to the extreme severity of the 2007 California wildfires.
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 ...
The southeastern United States will be stuck in a weather pattern that not only brings lower-than-average temperatures but also the likelihood of torrential downpours and gusty thunderstorms ...
A large portion of southeastern and south-central Ohio is currently in extreme drought conditions after an unusually hot and dry summer, according to the U.S. Drought Monitor.. The band of extreme ...
1950s–1960s North American 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; 2011–2017 California drought; 2012–2013 North American drought; 2015 Caribbean drought; 2016 New ...
A front that dipped into the Southeastern states last week will remain stuck in the region from near the up. Drought-quenching showers, flooding downpours and gusty thunderstorms will continue to ...
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.