浅海悬浮沉积物浓度:方法比较研究

Xiao Wei, Ya Wang, Yang Yang, Jian Chen, J. Gao, Aijun Wang, Dong-yi Li, G. Hu
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引用次数: 4

摘要

采用多种方法分别于2010年3月和2011年2月对九龙口和长江口北支的悬沙浓度进行了测量。通过剖面和海底三脚架测量,获得了OBS、list - 100x、ADCP、ADP和ADV等同步声学和光学数据。在这些调查中,从海面到底部的水柱收集水样,然后在实验室通过过滤回收SSC。上述方法之间的区别是显而易见的。首先,海水过滤是一种基准方法。其次,通过安装在海床上相同高度的声学和光学仪器,可以成功准确地估算出ssc,测量误差很小。因此,它们可以相互替换,作为互补测量的一种情况。最后,与过滤法相比,沉降法可能会高估ssc,因为沉淀物中残留有盐水。因此,为了更好地估计SSC,需要根据研究目的和当地SSC背景选择合适的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Suspended Sediment Concentrations in Shallow Sea: Comparative Study of Methods
Various methods were used to measure the suspended sediment concentrations(SSCs) in the Jiulong Estuary in March,2010 and in the North Branch of Yangtze Estuary in February,2011.The synchronous acoustics and optical data including OBS,LISST-100X,ADCP,ADP and ADV were obtained by profiling and seabed tripod measurements.During these surveys,water samples were collected from the water columns form the sea surface down to the bottom,and then the SSC was retrieved by filtration in the lab.Distinctions were discerned among the above methods.Firstly,the seawater filtration is a benchmark method.Secondly,SSCs could be successfully and accurately estimated from acoustic and optical instruments installed at the same height above the seabed,with small measurement errors.Hence,they can be replaced each other,as a case of complementary measurement.Finally,the settling method may overestimate the SSCs,comparing to the filtration method due to the saline substance remained in the sediments.Thus,in order to estimate better SSCs,a suitable method should be selected according to the study purpose and local SSC background.
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来源期刊
CiteScore
0.10
自引率
0.00%
发文量
4176
期刊介绍: Marine Geology and Quaternary Geology launched in 1981 is a bimonthly academic journal sponsored by Qingdao Institute of Marine Geology, China Geological Survey, and published by the Science Press, China.The journal aims to publish original, cutting-edge, and explorative scientific results in the field of marine geology and sea-land Quaternary geology. The journal focus on reporting the latest research achievements supported by National Natural Science Foundation Project, National Key Project and International Cooperation Project, with priority to the results in China seas, global ocean and three poles, and the comparative study results between offshore and land, regional and global scientific issues.
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