首页> 外国专利> METHOD OF NEGATIVE IMPACT ASSESSMENT ON MARINE ENVIRONMENT USING SYSTEM OF STATIONARY BIO-STATIONS WITHIN PRODUCTION ENVIRONMENTAL MONITORING

METHOD OF NEGATIVE IMPACT ASSESSMENT ON MARINE ENVIRONMENT USING SYSTEM OF STATIONARY BIO-STATIONS WITHIN PRODUCTION ENVIRONMENTAL MONITORING

机译:生产环境监测中利用静止生物站系统对海洋环境进行负面影响评估的方法

摘要

FIELD: environmental protection.;SUBSTANCE: invention relates to the field of ecology and environmental protection with reference to the assessment of the environmental situation in the marine environment by analyzing its state. Disclosed is a method of assessing the negative effect on the state of the marine environment using a system of stationary bio-stations within the scope of industrial environmental monitoring, consisting of artificial biotopes or artificial reefs. At the same time to assess the negative effect on the state of the marine environment within the environmental monitoring of a given area of the sea, a system of stationary bio-stations for industrial environmental monitoring is created, wherein a network of artificial reefs / biotopes having a bottom and pelagic portion in their structure for directional formation of local concentrations of marine organisms which are formed on substrates of artificial reefs / biotopes is exposed to the investigated zone. Qualitative and quantitative composition of communities that are test objects, accumulates information on availability, spatial distribution, origin, composition of any contamination, analyzing the state of which is a source of information for evaluating environmental quality and for research within the scope of industrial environmental monitoring.;EFFECT: higher accuracy and reliability of evaluation.;1 cl
机译:技术领域本发明涉及生态和环境保护领域,其通过分析其状态来评估海洋环境中的环境状况。公开了一种在工业环境监测范围内使用固定的生物站系统评估海洋环境状况的负面影响的方法,该系统包括人工生物群落或人工礁石。同时在给定区域的海洋环境监测中评估对海洋环境状况的负面影响,建立了一个用于工业环境监测的固定生物站系统,其中一个人工礁石/生物群落网络在其结构中具有底部和远洋部分以定向形成局部浓度的人工礁/生物群落底物上的海洋生物的暴露于研究区域。作为测试对象的社区的定性和定量组成,积累有关可用性,空间分布,起源,任何污染物组成的信息,分析其状态是评估环境质量和在工业环境监控范围内进行研究的信息来源。;效果:评估的更高准确性和可靠性。; 1 cl

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