The Caribbean Regional Climate Centre
Caribbean Institute for Meteorology and Hydrology
Husbands
St. James
Barbados BB23006
CONTACT US
P.O. Box 130
Bridgetown
Barbados
Tel : +1 (246) 425 1362/3
Fax: +1 (246) 424 4733
Email: rcc@cimh.edu.bb
Wet Days and Wet Spells Outlooks May to July 2017
/in CariCOF Climate Outlooks, Long Range Forecasts, Wet Days and Wet Spells /by Wayne DepradineMean Temperature Anomalies March 2017
/in Climate Monitoring, Mean Temperature Anomalies /by Wayne DepradineMean Temperature Anomalies February 2017
/in Climate Monitoring, Mean Temperature Anomalies /by Wayne DepradineCaribbean Drought Bulletin Vol 3 Issue 11 April 2017
/in Climate Bulletins, Drought /by Wayne DepradineSPI Monitor March 2017
/in SPI Monitor /by Wayne DepradineMarch 2017
Normal to above normal conditions dominated the islands of the eastern Caribbean during March. Trinidad was normal to moderately wet; Tobago moderate to exceptionally wet; Grenada, Barbados, St. Lucia, Antigua, St. Kitts, St. Maarten and Anguilla normal; St. Vincent and Martinique moderately wet; Dominica extremely wet; St. Thomas and St. Croix exceptionally wet. Conditions ranged from slight to extremely wet in Guyana and Suriname. Aruba was normal, but Curacao was slight to moderately wet. Conditions in Puerto Rico ranged from moderately dry in the south west to exceptionally wet in the northeast, while the Dominican Republic ranged from slightly wet in the south to exceptionally wet in the north. In Jamaica, conditions ranged from extremely wet in the southwest to normal in the east, but Grand Cayman was normal. The eastern half of Cuba ranged from slightly dry to moderately wet, while the western half ranged from normal to severely dry. In Belize, conditions ranged from moderately dry in the west to normal in the north and extremely wet in the south.
January to March 2017
October 2016 to March 2017
April 2016 to March 2017
April 2015 to March 2017
Disclaimer
The information contained herein is provided with the understanding that The Caribbean Institute for Meteorology and Hydrology makes no warranties, either expressed or implied, concerning the accuracy, completeness, reliability, or suitability of the Outlook. The information may be used freely by the public with appropriate acknowledgement of its source, but shall not be modified in content and then presented as original material.
The maps produced used SPI values calculated from monthly rainfall totals from land stations and NCEP/NCAR reanalysis data. Only land station data is used for the eastern Caribbean, described here as from Georgetown, Guyana in the south to Anguilla in the north. The Greater (and Western) Antilles is less represented by land stations. However efforts are being made to include more land stations from that part of the region. Note that the severity implied by the index is relative to what is normal for that period of consideration. Normal in the drier season reflects less rainfall than in the wetter season.
CariCOF Drought Outlook by the End of June 2017
/in CariCOF Climate Outlooks, Drought Outlook, Long Range Forecasts /by Wayne DepradineNovember-December 2016 January 2017 Temperature Verification
/in Forecast Quality Verifications, Long Range Forecasts /by Wayne DepradineMean Temperature Outlook November-December 2016-January 2017
Observed Mean Temperature Categories for ND 2016-J 2017
Minimum Temperature Outlook November-December 2016-J 2017
Observed Minimum Temperature Categories for ND 2016-J 2017
Maximum Temperature Outlook November-December 2016-J 2017
Observed Maximum Temperature Categories for ND 2016-J 2017
November-December 2016 January 2017 Rainfall Verification
/in Forecast Quality Verifications, Long Range Forecasts /by Wayne DepradinePrecipitation Outlook November-December 2016-January 2017
Observed Precipitation Categories for ND 2016-J 2017
Observed Precipitation Percentages of 1981-2010 Averages for ND 2016-J 2017
Caribbean Climate Outlook Newsletter April to June 2017
/in CariCOF Climate Outlooks, Climate Outlook Newsletter, Long Range Forecasts /by Wayne Depradine