The weather and climate in Fuzhou

Topographic features: Fuzhou landform belongs to a typical estuary basin, surrounded by mountains, and the elevation is mostly between 600 ~1000 m.

Characteristics of climatic conditions: Fuzhou is a typical subtropical monsoon climate, with moderate temperature, warm and humid, evergreen seasons, abundant sunshine and rainfall, little frost and no snow, long summer and short winter, and a frost-free period of 326 days. The annual average sunshine hours are 1700~ 1980 hours; The annual average precipitation is 900 ~ 2100 mm; The annual average temperature is 20~25℃.

There are Gushan in the east, Qishan in the west, Wuhu Mountain in the south and Lotus Peak in the north. The area slopes from west to east. The total area of the city is 12 154 square kilometers, of which the urban area is 1786 square kilometers.

Main functions:

To be responsible for the formulation of meteorological development plan and the organization and implementation of meteorological business construction within their respective administrative areas; Responsible for the review of meteorological facilities construction projects within their respective administrative areas; To guide, supervise and manage meteorological work within their respective administrative areas.

To organize and manage the collection and transmission of meteorological observation data within their respective administrative areas; Protect the meteorological observation environment according to law.

Responsible for the management of meteorological monitoring and forecasting within their respective administrative areas. Timely put forward meteorological disaster prevention measures, evaluate major meteorological disasters, and provide decision-making basis for the people's government at the same level to organize meteorological disaster prevention; To manage the release of public meteorological forecasts, severe weather warnings, agricultural meteorological forecasts, urban environmental meteorological forecasts, fire danger meteorological grade forecasts and other professional meteorological forecasts within their respective administrative areas.