论海洋生态系统的监测方法
On marine ecosystem monitoring
全球范围内的集约化农业,使大量的可溶性磷酸盐冲刷入海,很有可能破坏海洋的食物网结构,从而改变海洋资源的格局和对人类的食物供给。我们要把磷的迁移过程,以及磷对不同海洋生物、以及整个海洋食物网的影响作为重点监测目标。建立从陆地到海洋三级连续观测的体系(淡水-河口或海岸带-海洋 )。以淡水河流、湖泊和河口(或海岸)生态系统为"简化模型"建立的监测方法将为海洋监测提供参照系统。本文重点讨论了:(1)观测带与观测点的布置;(2)观测内容;(3)观测方法;(4)分析方法与质量控制;(5)数据交换、集成与建模。观测内容应以食物网为核心,测定食物网的功能群结构,以及各功能群的生物量,从而对各功能群之间的能量流动进行定量描述。
Soluble phosphate washed into the sea may change the ocean patterns of fishery resources and food supply for human. For future marine ecologists, they should focus to monitor the migration of phosphorus, as well as the impact of phosphorus on different marine organisms, and the marine-wide food web. One possible strategy is to set up three-staged continuous observation systems from land to sea (fresh water - estuarine or coastal - marine), which could be used as reference for the ocean monitoring system. In this paper, a number of the monitoring methodological issues are addressed, such as deployment of observation areas and sites, parameters to be monitored, methods of observation, analytical methods and quality control, and data exchange, integration and modeling. It was suggested that the observations should be centered on food webs to define the structure of functional groups in the web, determine the biomass of each functional group, and quantify the energy flow between the functional groups. It was also emphasized the importance of international cooperation for ocean monitoring.
曹志平
海洋学环境科学理论环境科学技术现状
海洋科学食物网功能群磷湖泊河口
ocean sciencefood webfunctional groupphosphoruslakeestuary
曹志平.论海洋生态系统的监测方法[EB/OL].(2015-01-27)[2025-08-02].http://www.paper.edu.cn/releasepaper/content/201501-466.点此复制
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