Traditional Culture Encyclopedia - Weather forecast - Which city does Xing 'an belong to?

Which city does Xing 'an belong to?

Xing 'an, which belongs to Guilin City, Guangxi Zhuang Autonomous Region, is located in the northeast of Guangxi, with a latitude of114'-10 56' and a latitude of 2517'-25 55'.

Xing 'an is the birthplace of Xiangjiang River and Lijiang River. The terrain of the territory is complex and diverse. The northwest and southeast are mountainous areas with overlapping mountains, criss-crossing valleys and streams, and the northwest is Yuechengling Mountain System, which gradually inclines to the southwest.

Located near the Tropic of Cancer, it belongs to the subtropical humid monsoon climate zone, with abundant rainfall, long sunshine time, more accumulated temperature and short frost period.

Extended data:

In spring (March-May), cold and warm air frequently crosses the spike, which often causes long-term low temperature and rainy weather. During the season, southwest winds and northeast winds appear alternately, convective weather is strengthened, and there are many hail and heavy rain in some areas.

In summer (June-August), rainfall is concentrated in the first ten days of June to the first ten days of July, with heavy rain increasing and floods occurring from time to time. At the same time, the temperature and humidity increase, and the summer is from mid-July to early August, which is often controlled by subtropical high, sunny and hot, and there are thunderstorms in some areas.

The temperature is high, the sunshine is sufficient, and the evaporation is large, which is a dry and hot period in a year. Around the autumn equinox (September ~165438+1October), affected by the cold air from the north to the south, the temperature drops slowly, with little rain and a large temperature difference between day and night, which is beneficial to the fruiting and maturity of warm crops and late autumn crops. Winter (65438+February ~ February of the following year) is often affected by Mongolian cold high pressure, and the temperature drops suddenly.