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Spatial variation of basin supply as a factor of water quality in a shallow, flow-through lake

机译:流域浅水湖中流域水供应的空间变化

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Spatial variation of basin supply as a factor of water quality in a shallow, flow-through lakeLake Syczyńskie is a water body that represents a group of the smallest ??czna-W?odawa Lakes. The lake is supplied with waters from the four streams, while the outlet from the lake is directed into the ?winka River. The residence time of water is very short in Lake Syczyńskie. A role and variation of water supply from the catchment area were calculated using the mean seasonal loads transported from lakes sub-basins. A range of ionic migration into the basin of the lake was presented by means of daily and five-day radiuses. Among all inflows, C2 and C4 streams that drained Che?m Hills structure, were the most stable ones. The C3 stream that drained lake vicinity, was less important in shaping the quality of the lake water, while stream C1 was the one with a wide range of seasonal loads inconstancy. The highest fluviodynamic and matter transport occurred during the cold season. However, during the warm season in-lake processes were significant in terms of shaping the quality of lake water.
机译:浅水流经湖中流域供水的空间变化是水质的一个因素。希琴斯基湖是代表最小的czna-Wododawa湖群的水体。湖中有四股水流,而湖的出水口则通向温卡河。水在锡奇斯基湖的停留时间非常短。利用从湖泊各流域输送来的平均季节性负荷来计算集水区供水的作用和变化。通过每天和五天的半径显示了一系列离子迁移到湖盆中的情况。在所有流入中,排走了Che?m Hills结构的C2和C4流最为稳定。排泄湖附近的C3流在影响湖水水质方面不那么重要,而C1流则具有很大的季节性负荷不稳定性。最高的流体动力学和物质传输发生在寒冷季节。然而,在温暖的季节,在影响湖水质量方面,湖内过程非常重要。

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