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DETERMINATION OF HYDRO-ECOLOGICAL FACTORS OF THE VOLGA-CASPIAN AQUATIC ECOSYSTEMS STABILITY IN DESIGNING THEIR PROTECTION

机译:确定保护设计中伏尔加-卡巴斯邦水生生态系统稳定性的水生态因子

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This paper discusses possible consequences of changes in the Volga-Caspian aquatic ecosystems resulting from climate change according to the data scenarios of the Worldwide Meteorological Organization. Main hydro-ecological factors of stability of the Northern Caspian Sea ecosystems have been determined. It appears that ecosystem stability in the Northern Caspian Sea is primarily affected by natural conditions. It is essential to model riparian ecosystem processes and winter regime of reservoirs to develop strategies for mitigation of negative impacts of climate change. Such measures may include improvement of existing dams in the Volga region.
机译:本文根据世界气象组织的数据情景,讨论了气候变化导致的伏尔加里海水生生态系统变化的可能后果。确定了北里海生态系统稳定性的主要水生态因素。看来北里海的生态系统稳定性主要受到自然条件的影响。必须对河岸生态系统过程和水库的冬季状况进行建模,以制定缓解气候变化负面影响的策略。这些措施可能包括改善伏尔加河地区的现有水坝。

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