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The USAID MFEWS Weather

Hazards Impacts Assessment for Central America November 12 – November 18, 2009

ƒ Tropical activity in the Atlantic and Pacific basins have caused localized floods, landslides and damages to infrastructure across Nicaragua, Honduras, El Salvador, and Guatemala in the last seven days.

1) Precipitation deficits have resulted in poor crop conditions and local crop failures for a number of departments across central Guatemala.

2) Inconsistent and below-average rainfall throughout the primera season and into postrera season have led to insufficient soil moisture in central Honduras. Low rainfall totals are expected to continue through November.

3) Since August, poor rainfall

accumulations have led to insufficient soil moisture and reduced water availability along the Pacific coast of Nicaragua.

4) In addition to enhanced rains in southern Guatemala in the past two weeks, the

development of tropical low in the Pacific brought heavy rainfall affecting parts of Guatemala, El Salvador and western Honduras. These rains have caused numerous floods, landslides, damages to infrastructure, fatalities, and

thousands of displaced people across central El Salvador.

5) Tropical storm Ida brought significantly heavy rains during the last 7 days. This has resulted localized flooding, landslides, and some damages to infrastructure for many local areas in coastal Nicaragua and Honduras. Additionally moderate to heavy precipitation is expected to continue for parts of northeastern Honduras in the next seven days.

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MFEWS is a USAID-funded activity whose purpose is to provide objective information about food security conditions. Its views are not necessarily reflective of those of USAID or the U.S. Government. The MFEWS weather hazards assessment process and products include participation by MFEWS field and home offices, NOAA-CPC, USGS, USDA, NASA, and a number of other national and regional organizations in the countries such as, INETER of Nicaragua, Meteorological Service of Honduras, IMN of Costa Rica, INSIVUMEH of Guatemala, ETESA of Panama, NMS of Belize and SNET of El Salvador. Questions or comments about this product may be directed to Wassila.Thiaw@noaa.gov or 1-301-763-8000 x7566. Questions about the USAID MFEWS activity may be directed to Gary Eilerts, USAID Program Manager for MFEWS, 1-202-219-0500 or geilerts@usaid.gov.

A late emergence of tropical activity causes localized floods, landslides, damages to infrastructure in the last week.

In the last seven days, significant amounts of precipitation were received throughout many parts of Central America. In Guatemala and El Salvador, increased moisture associated with Tropical Storm Ida in the Caribbean, and the development of a tropical low in the Pacific resulted in significantly heavy amounts of rain over many parts southern Guatemala, western Honduras and El Salvador. In El Salvador, precipitation totals in excess of 200mm have caused localized flooding, landslides, infrastructure damages, fatalities, and thousands of displaced people in the departments of San Salvador, La Libertad, San Vicente, and La Paz. In Guatemala, the persistence of high rainfall totals have also caused inundation along the Coyolate River, producing flooding and damages to roadway, bridges and houses in the municipalities of Escuintla and Santa Lucia Cotzumalguapa. Further east, the slow progression of Tropical Storm Ida also brought heavy rains and high winds which led to localized flooding, landslides and some damages to infrastructure across many local areas in the Atlantic departments of Nicaragua and western Honduras.

Precipitation forecasts suggest a break to the above-average rainfall observed over portions of Guatemala, Honduras and El Salvador in the last two weeks. Rainfall accumulations between 15-40 mm are expected over parts of southwestern Guatemala, with higher totals (> 40mm) expected over parts of northern Honduras and eastern Nicaragua during the next observation period.

Seven-Day Precipitation Forecast (mm) November 10th – November 17th, 2009

Figure 1: Source NOAA / CPC

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