克鲁格拉亚湾(塞瓦斯托波尔)的水物理研究

A. Latushkin, A. I. Chepyzhenko, A. V. Prazukin, A. Chepyzhenko, Yury K. Firsov
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引用次数: 0

摘要

在2019年8月28日和11月14日两次水物理调查的基础上,研究了克鲁格拉亚湾水域温度、盐度、总悬浮物、溶解有机质特征和总悬浮物动力学活动的空间分布。考虑了这些特征的水平和垂直分布。利用Kondor测深系统在锚定站的一艘小船上测量了水物理参数。对所得分布的分析表明,海湾顶端的海水含盐量较低,浑浊度较高。悬浮物和溶解性有机物在该水域的含量最高。在整个海湾水域的垂直分布上,水文参数和总悬浮物浓度几乎呈均匀的分层分布。在垂直分布上,8月和11月水体表层下~ 1 ~ 5 m的溶解有机质均呈增加趋势。这一层在11月更为明显。2019年8月地表水层总悬浮物含量平均是同年11月的2倍,溶解有机质浓度较低。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hydrophysical research in the Kruglaya Bay (Sevastopol)
On the basis of two hydrophysical surveys (August 28 and November 14, 2019), the spatial distribution was investigated of temperature, salinity, total suspended matter, dissolved organic matter features, and total suspended matter dynamic activity in the waters of the Kruglaya Bay. The horizontal and vertical distributions of these characteristics were considered. The hydrophysical parameters were measured from a small vessel at anchored stations using Kondor Sounding Complex. The analysis of obtained distributions showed that less saline and more turbid waters were observed in the apex of the bay. The highest content of suspended particles and dissolved organic matter were detected in this water area. An almost uniform stratification of hydrological parameters and total suspended matter concentration were observed in the vertical distribution over the entire water area of the bay. In the vertical dissolved organic matter distribution, an increase under the water surface layer of ~ 1–5 m was observed both in August and in November. This layer was more pronounced in November. The total suspended matter content in the surface water layer in August 2019 was on average twice as high as in November of the same year, and the dissolved organic matter concentration was lower.
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