Traditional Culture Encyclopedia - Weather inquiry - Which city in Shandong does Kenli belong to?

Which city in Shandong does Kenli belong to?

Kenli District is under the jurisdiction of Dongying City, Shandong Province. It was named because the area was once called Ken District and Lijin Swamp. It is located at the mouth of the Yellow River and in the hinterland of Shengli Oilfield. Dongying City is a prefecture-level city in Shandong Province. It was established in October 1983 and is the central city of the Yellow River Delta. It is located in the delta zone at the mouth of the Yellow River in the northeastern part of Shandong Province, with 118°5° east longitude and 38°15° north latitude.

Climate and precipitation:

Dongying City is located in mid-latitudes, with its back to the land and the sea. It is affected by the Eurasian continent and the western Pacific. It has a warm temperate continental monsoon climate, basically The climate is characterized by cold winters and hot summers, with four distinct seasons. Spring is dry and windy, and early spring is unstable, with late-spring cold often occurring. Late spring warms up quickly, and spring drought often occurs. Summer is hot and rainy, with high temperatures and humidity, and is sometimes invaded by typhoons. In autumn, the temperature drops, the rain drops sharply, and the sky is high. The air is refreshing; in winter, the weather is dry and cold, with frequent cold winds, mostly northerly and northwesterly winds, and little rain or snow.

Main meteorological disasters include frost, hot and dry winds, strong winds, hail, drought, waterlogging, storm surges, etc. There is no obvious climate difference between the north and south of the territory. The annual average temperature is 12.8°C, the frost-free period is 206 days, and the accumulated temperature is not less than 10°C, about 4300°C, which can meet the three crops of crops in two years. The average annual precipitation is 555.9 mm, mostly concentrated in summer, accounting for 65% of the annual precipitation. Interannual precipitation changes greatly, easily causing droughts and floods.