• No results found

NO HAZARDS

N/A
N/A
Protected

Academic year: 2022

Share "NO HAZARDS"

Copied!
2
0
0

Bezig met laden.... (Bekijk nu de volledige tekst)

Hele tekst

(1)

Climate Prediction Center’s Central America Hazards Outlook For USAID / FEWS-NET

December 13 – December 19, 2012

Light showers expected across Guatemala, Honduras.

NO HAZARDS

(2)

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 outlook 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 1-301-683-3424. 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.

Seasonably light rains expected to continue during the next seven days.

Seasonably light to locally moderate amounts of rainfall were observed during the last seven days. The highest rainfall amounts (>50mm) were received in the southern Caribbean, bringing increased moisture into parts of Costa Rica and Panama. Further north, a reduction of precipitation was observed across the Gulf of Honduras region, bringing relief for many parts of northern Honduras where several consecutive weeks of heavy rainfall were recorded. In the higher elevations of Guatemala, colder than average temperatures were observed during the last week, however weekly minimum temperatures remained slightly above freezing. Over the last 30 days, below-average moisture conditions have persisted across parts of Nicaragua, Honduras and northern Guatemala. The lack of moisture was associated with an early departure of second season Postrera precipitation in the region.

For the next seven days, a return to easterly flow across the Caribbean is expected to enhance rainfall during the early portion of the outlook period.

The highest weekly rainfall accumulation are expected over the southern Caribbean (50-100mm), with more moderate amounts of rainfall further inland across portions of Nicaragua and Honduras. Weak northerly flow from the Gulf of Mexico is expected to keep minimum temperatures more seasonable.

Seven-Day Rainfall Forecast (mm) 00Z November 12 – 00Z December 17, 2012

Figure 1: Source NOAA / CPC

Referenties

GERELATEERDE DOCUMENTEN

The highest rainfall accumulations (>50mm) were received across the Quiche, Alta Verapaz, and Izabal departments of Guatemala, with more moderate rainfall amounts extending

The highest rainfall accumulations (>25mm) are expected across the Atlantic coastlines of Nicaragua, Honduras, Guatemala and Belize, with more moderate amounts forecast

The highest weekly precipitation totals were received across parts of northeastern Nicaragua and the southern Caribbean with light rainfall totals (2-25mm) near the Gulf of

According to satellite rainfall estimates and gauge reports, the highest weekly accumulations were received over the southern Caribbean and northern Honduras,

During the next week, models suggest the return of more seasonable rainfall across the southern Caribbean, with increased amounts expected for parts of eastern Honduras, Nicaragua,

The highest weekly rainfall totals (25mm) were observed along the Haiti and Dominican Republic border, with lesser amounts received across central and southern coastal areas..

In central Haiti and the Dominican Republic, weekly rainfall accumulations ranged between 50- 100mm, with considerably lesser amounts observed along the southern and northern

The highest weekly rainfall accumulations were received across the south central portions of the island, with amounts ranging between 5-20mm in the Ouest department of Haiti