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7-day Weather Forecast RSS

9-day Weather Forecast

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General Situation:

An easterly airstream will affect the coastal areas of Guangdong in the next couple of days. An intense replenishment of the northeast monsoon is expected to reach south China coast early next week, bringing appreciably cooler weather to the region. Another replenishment of the winter monsoon will affect the area midweek and later next week. Temperatures will drop further. Besides, the tropical cyclone near the Philippines will move across the southern part of the South China Sea towards Vietnam in the next couple of days.

28 Nov
(FRI)
29 Nov
(SAT)
30 Nov
(SUN)
01 Dec
(MON)
02 Dec
(TUE)
03 Dec
(WED)
04 Dec
(THU)
05 Dec
(FRI)
06 Dec
(SAT)
Mainly cloudy. One or two rain patches in the morning and at night.
Mainly cloudy. One or two rain patches in the morning and at night.
Mainly cloudy. One or two light rain patches at first.
Mainly cloudy. One or two light rain patches at first.
Mainly cloudy with sunny intervals. Visibility relatively low.
Mainly cloudy with sunny intervals. Visibility relatively low.
Cloudy with a few rain patches. Temperature falling significantly.
Cloudy with a few rain patches. Temperature falling significantly.
Cloudy with a few rain patches. It will be cool.
Cloudy with a few rain patches. It will be cool.
Mainly cloudy with one or two rain patches. It will be cool.
Mainly cloudy with one or two rain patches. It will be cool.
Cloudy to overcast with occasional rain. It will be cool.
Cloudy to overcast with occasional rain. It will be cool.
Cloudy with a few rain patches. It will be cool.
Cloudy with a few rain patches. It will be cool.
Bright periods. Cool in the morning.
Bright periods. Cool in the morning.

Forecast: maximum temperature minimum temperature

50% of the days have maximum temperatures falling within this range (based on 30-year climate data)[note 1]
50% of the days have minimum temperatures falling within this range (based on 30-year climate data)[note 1]

Forecast: maximum relative humidity minimum relative humidity

50% of the days have maximum relative humidity falling within this range (based on 30-year climate data)[note 1]
50% of the days have minimum relative humidity falling within this range (based on 30-year climate data)[note 1]
East force 4, force 5 later.
East force 4, force 5 at first.
East force 3.
North to northeast force 5, occasionally force 6 offshore.
Northeast force 4 to 5, occasionally force 6 offshore at first.
East to northeast force 4 to 5.
North to northeast force 5, occasionally force 6 offshore.
North to northeast force 4 to 5, occasionally force 6 offshore at first.
East to northeast force 4 to 5.
28 Nov
(FRI)
29 Nov
(SAT)
30 Nov
(SUN)
01 Dec
(MON)
02 Dec
(TUE)
03 Dec
(WED)
04 Dec
(THU)
05 Dec
(FRI)
06 Dec
(SAT)

Updated at 16:30 HKT 27 Nov 2014


(Next update at 11:30 HKT 28 Nov 2014)

Automatic Regional Weather Forecast in Hong Kong Digital Weather Forecast   
Climatological information for 28 Nov - 06 Dec

Sea surface temperature
2 p.m. on 27 Nov 2014 at North Point :
23 C
Soil temperatures
7 a.m. on 27 Nov 2014 at the Hong Kong Observatory:
0.5m depth:25.1C
1.0m depth:26.0C

Note:
  1. This middle 50% range (between 25th and 75th percentiles) is calculated based on the maximum/minimum temperature and relative humidity data within a 5-day period centred on that day in the 30 years from 1981 to 2010.
  2. "9-day Weather Forecast" provides general indications of the trends in weather for the coming 9 days. For detailed description of today's weather forecast, please refer to "Local Weather Forecast".
  3. The accuracy of forecast generally decreases with forecast period. The average accuracy of weather forecast for the next one to three days, four to seven days, and eight to nine days are about 90%, 85% and 80% respectively.
  4. The accuracy of forecast also varies for different weather systems in different seasons. Generally speaking, weather in spring and summer such as fog, tropical cyclone and severe convective weather is more changeable, resulting in higher uncertainty of forecast.


Last revision date: <27 Nov 2014>