Complex satellite monitoring of the nord stream gas pipeline construction

A. Kostianoy, P. Ermakov, D. Soloviev
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引用次数: 7

Abstract

Shipping The Nord Stream is a more than 1200-km long gas pipeline that will link Russia to Europe via the Baltic Sea from Vyborg in Russia to Greifswald in Germany. The construction process of the pipeline may cause, in particular, the following impact on the marine environment: (i) oil pollution due to the operation of ships, pipelay vessel, dredge ships and mechanisms in the sea; (ii) increase of suspended matter concentration due to dumping of sand and gravel, and dredging operations; (iii) provoking of local algal bloom events in summertime due to vertical mixing resulted from dumping and dredging works. Thus, there are two very important and interrelated tasks: (i) to monitor in the operational regime the ecological state of the sea at the site of the pipeline construction, and (ii) to discriminate between natural effects and anthropogenic impacts, related to the construction itself.
复杂的北气管道建设卫星监测
“北溪”是一条超过1200公里长的天然气管道,将从俄罗斯的维堡到德国的格赖夫斯瓦尔德,通过波罗的海将俄罗斯与欧洲连接起来。管道的建设过程尤其可能对海洋环境造成以下影响:(一)海上船舶、管道船、疏浚船和机构的作业造成的油污染;(ii)因倾倒沙砾及疏浚作业而引致悬浮物质浓度增加;(iii)由于倾倒和疏浚工程造成垂直混合,在夏季引发本地藻华事件。因此,有两项非常重要和相互关联的任务:(i)在作业制度中监测管道建设地点的海洋生态状况,以及(ii)区分与建设本身有关的自然影响和人为影响。
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