12 Dec Wed 2018

Weather in Cayman

SYNOPSIS

Isolated showers along with fresh east to northeast winds and rough seas are expected across the Cayman area for the next 24 hours as a stationary front lingers over our area and its associated high pressure system builds over the southeast US. The front is expected to retrogress north of the Cayman area this evening. Radar images show scattered showers in and around the Cayman area moving to the southwest.

Humidity: 79%  (DOWN from yesterday)

UV: 7.0   HIGH  (Same as yesterday)

Temperature: Today’s current temperature –   See weather forecast top right of website.  Yesterday: H 80.6°F  L 73.1°F

Wind direction TODAY: ENE 20-30 mph GC

Wind direction TONIGHT: ENE 10-20 mph GC

Barometer: 1018.40 mb Steady   Rain:   Last month: 2.88 in    Last 24 hrs 0.17  This month:  0.20 in   0 days since rain  3 rain days in December

2017 Season Total:  62.94 in      2018 Season Total: 41.66 in

Average Yearly Rainfall 56.20 in (Note: National Weather Service 2017  Season Total – measured at Owen Roberts Airport GT – was 59.32 in)

All readings are from SOUTH SOUND.

Average rainfall in December 2.2 in.  Average temperature in December: 73°F to 84°F

Sea Temperature in December: 82°F

MOON:

24% Waxing Crescent

TIDES, SUNRISE, SUNSET, MOON RISE, MOON SET AND MOON PHASE

GRAND CAYMAN December 2018 – Click to enlarge

LOCAL 4 DAY FORECAST

FOR RADAR IMAGE GO TO:  http://www.weather.gov.ky/portal/page/portal/nwshome/forecasthome/radar

Also see Weather In Cayman: http://www.weatherincayman.com/

Moon info and graphic:

Atlantic satellite image: http://www.intellicast.com/global/satellite/infrared.aspx?region=hiatlsat

Description:
The Global Infrared Satellite image shows clouds by their temperature. Red and blue areas indicate cold (high) cloud tops. Infrared (IR) radiation is electromagnetic radiation whose wavelength is longer than that of visible light, but shorter than that of terahertz radiation and microwaves. Weather satellites equipped with scanning radiometers produce thermal or infrared images which can then enable a trained analyst to determine cloud heights and types, to calculate land and surface water temperatures, and to locate ocean surface features