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gao, hengshuai zhang, sheng wenbao, li tao, yulong
The water level of Lake Hulun has changed dramatically in recent years. The interannual interaction between groundwater and lake water is an important factor affecting Lake Hulun’s water level. Vertical recharge between groundwater and the lake is particularly important. Based on an analysis of differences between the hydrogeochemical and water qua...
Wang, Li (author) Schuster, Mathieu (author) Xin, Shi Wei (author) Zainescu, Florin (author) Xue, X. (author) Storms, J.E.A. (author) May, Jan Hendrik (author) Nutz, Alexis (author) van der Vegt, Helena (author) Bozetti, Guilherme (author)
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Two rectangular-shaped lakes, Lake Hulun and Lake Buir, located at the boundary between China and Mongolia, only c. 75 km apart and therefore experiencing similar wind fields, have been studied based on satellite images and field surveys in order to compare their geomorphological and sedimentological characteristics. The wind-driven hydrodynamics, ...
liu, bo zhang, xiaofei tong, yi wen, ao wang, zenglong zhu, senlin wang, yanping
Dramatic changes in lake water conditions may induce sensitive feedback in sediments, such as the release of phosphate and ammonia. There is a lack of the understanding of sediment nutrient release fluxes and their responses to various environmental factors in plateau lakes. In this study, nutrient contents in the water and sediment, sediment nutri...
wang, wenwen zheng, binghui jiang, xia chen, junyi wang, shuhang
Lake Hulun, the fifth largest lake in China, is a typical eutrophic steppe lake located in the Hulun Buir Prairie. The dissolved organic matter (DOM) in the water of Lake Hulun has a high concentration. However, little is known about the occurrence characteristics and source of the DOM in Lake Hulun. The spatial and temporal distribution characteri...
Hu, Shouyun Wang, Sumin Appel, Erwin Ji, Lei
Published in
Science in China Series D: Earth Sciences
The changes of magnetic susceptibility(κ) are correlated with those of corresponding sedimentological, geochemical, mineralogical and biological results, which verifies thatκ can be taken as one of the environmental proxies. However, usually the exact origin of magnetic signal is poorly understood, and is difficult to relate with the environmental ...
