National Drought Summary for April 1, 2014
Summary:
This U.S. Drought Monitor week saw an active weather pattern across much of the West coast and northern Rockies as a series of disturbances moved through the region delivering rain showers to the lower elevations and mountain snow showers to the higher elevations. Scattered snow showers were observed in higher elevations of the Intermountain West while the Southwest remained in a warm and dry pattern. Across portions of the South and Southeast, scattered rain showers were observed while locally heavy rain and snow showers fell across much of New England. In the Northern Plains and Upper Midwest, the pattern of below-normal temperatures and snow showers persisted. Across the Southern Plains and western portions of Texas, dry and windy conditions continued to deplete soil moisture levels. On this week’s map, slight improvements were made in northern California and northeastern Oregon, while conditions deteriorated in southern Colorado. Moving eastward, conditions in the southern Plains, western Texas, and the lower Midwest deteriorated while New England saw improvements.
Looking Ahead:
The NWS HPC 7-Day Quantitative Precipitation Forecast (QPF) calls for moderate-to-heavy precipitation accumulations (two-to-six inches) across the lower Midwest and moderate accumulations (two-to-three) in the South and Southeast. The Upper Midwest, New England, central Rockies, and Pacific Northwest are forecasted to receive accumulations of less than two inches. The 6-10 day outlooks call for a high probability of above-normal temperatures across the West while below-normal temperatures are forecasted across the South, Midwest, and Eastern tier. A high probability of above-normal precipitation is forecasted across portions of the Southeast, Mid-Atlantic, New England, northern Plains, and Pacific Northwest while the remainder of the West, southern Plains, and western portions of the South are expected to have below-normal precipitation.
For more information or regional drought conditions visit http://droughtmonitor.unl.edu/
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