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This aerial photo taken on May 7, 2023 shows the Jiangdu Water Control Facility in Yangzhou, east China s Jiangsu Province. Located in the juncture of the Grand Canal, the New Tongyang Canal and the Huaihe River outfall waterway into the Yangtze River, the Jiangdu Water Control Facility acts as the source of the eastern route of the country s South-to-North Water Diversion Project. The Jiangdu Water Control Facility consists of 4 large-scale electrical pumping stations, 12 middle-large size water gates, 3 ship locks, transmission and transformation project and diversion waterways.

Wang yuewu xinhuaZhou shegen xinhuaCao qingsheng xinhuaYu xing xinhuaMeng delong xinhuaTongyang canalZhang zhuojun xinhuaPei cheng xinhuaGu jihong xinhuaJiangdu water control facilitySouth to north water diversionGrand canalNew tongyang canalHuaihe riverYangtze riverWater control facility

Jiangdu Water Control Facility in E China source of eastern route of South-to-North Water Diversion Project-Xinhua

Jiangdu Water Control Facility in E China source of eastern route of South-to-North Water Diversion Project-

Tongyang canalGu jihong xinhuaPei cheng xinhuaZhou shegen xinhuaCao qingsheng xinhuaMeng delong xinhuaZhang zhuojun xinhuaWang yuewu xinhuaYu xing xinhuaJiangdu water control facilityGrand canalNew tongyang canalHuaihe riverYangtze riverSouth to north water diversion

Canal museum reveals splendid civil engineering project connecting Silk Road and Maritime Silk Road

Through the continuous efforts of several generations of Chinese scholars, major research projects, such as the Project to Trace the Origins of Chinese Civilization, have shown that Chinese history includes 1 million years of human evolution, 10,000 years of culture and more than 5,000 years of civilization.

Great wallChina generalGrand canalHuang jieShan jixiangWorld heritage committeePalace museumYangzhou university grand canal research instituteTang dynasties grand canal cultural museumSui tang dynasties grand canal cultural museumHenan province photoChinese civilizationMilky wayGlobal timesCentral chinaHenan province

Water | Free Full-Text | Optimal Allocation of Water Resources Based on GWAS Model in Handan, China

Optimal allocation of water resources is an effective way to solve the supply and demand contradiction between water resources and water users. Recently, the rapid economic and social development of Handan has significantly increased water demand in various industries. Superimposed on the reduction of incoming water in upstream rivers and the limitation of the total amount of groundwater extraction, a large number of water sources such as South-to-North Water Diversion, Yellow River Water Diversion, and Weihe River Water Diversion are used to replace domestic and industrial water. In support of Handan’s dynamic supply and demand of water resources, the transported water was generalized as a virtual reservoir and introduced into the GWAS model. The allocation results show that the total water shortage volume and rate of Handan was 527.60 × 106 m3 and 17.92% in 2025 at a P = 50%, respectively. Water shortage was concentrated in the primary industry. The allocation res

Yellow riverChina generalYuefeng canalEnvironment instituteUnited nations world commission on environmentUnited nationsComputational unit divisionProfessor maassWater resource systemsUnited nations world commissionDanish waterSouth to north water diversionSouth to north diversion waterYellow river transferred waterWeihe river transferred waterYuefeng channel transferred water

Underground water-transfer tunnel under construction in C China s Hubei--China Economic Net

Underground water-transfer tunnel under construction in C China s Hubei--China Economic Net
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Yangtze riverChina generalXinhua xiao yijiuThree gorges reservoirZhanjiang riverSouth to north water diversionHanjiang river basinXiao yijiuHubei province