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海洋健康与监测需求。

The health of the Oceans and the need for its monitoring.

机构信息

Institute for Physical Oceanography, University of Copenhagen, Haraldsgade 6, 2200, Copenhagen N., Denmark.

出版信息

Environ Monit Assess. 1986 Jul;7(1):47-58. doi: 10.1007/BF00398028.

Abstract

Information contained in the recent Review of the Health of the Oceans carried out by the UN Joint Group of Experts on Scientific Aspects of Marine Pollution (GESAMP) is used in formulating monitoring requirements together with different aims of monitoring defined within the framework of the International Council for the Exploration of the Sea (ICES).The development is largely based on the concept of an interfaceflux model, which defines zones of interaction between oceanic processes and human activities. This is supplemented by consideration of biogeochemical cycles which describe the cycling of substances and may help elucidate specially important processes and fluxes. A definition of specific monitoring needs is obtained. Consideration is given separately to a series of waste or contaminant categories: sewage, organochlorines, petroleum, metals and radionuclides. Implications in relation to the design of an integrated monitoring scheme include: the need to take into account interactions between land, sea, and atmosphere; the desirability to combine monitoring type observations with scientific studies, e.g. for the determination of fluxes; the necessity to take into account the frequencey of occurrence and rate of natural processes.

摘要

近期联合国海洋污染科学专家组(GESAMP)进行的《海洋健康状况综述》中所包含的信息,与国际海洋研究理事会(ICES)框架内定义的不同监测目标一起,被用于制定监测要求。这一发展主要基于界面通量模型的概念,该模型定义了海洋过程和人类活动之间相互作用的区域。此外,还考虑了描述物质循环的生物地球化学循环,这有助于阐明特别重要的过程和通量。从而获得了对具体监测需求的定义。分别考虑了一系列废物或污染物类别:污水、有机氯、石油、金属和放射性核素。与综合监测计划设计相关的考虑因素包括:需要考虑陆地、海洋和大气之间的相互作用;将监测类型观测与科学研究相结合的可取性,例如为了确定通量;考虑自然过程发生的频率和速率的必要性。

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