Abstract

A system has been developed for diagnosing the biological production of lake ecosystems with input parameters: geographic latitude, specific watershed, normal annual air temperature, annual precipitation, mean and maximal depth of the water body, water residence time in it, and the values of water color index and daily assimilation number of phytoplankton chlorophyll a, averaged over vegetation season. Several lakes and reservoirs situated in different geographic zones of RF (from Northwest to the Far East) have been used to forecast the annual production of terrestrial vegetation in the drainage basin and the key groups of aquatic organisms: primary producers, bacterioplankton, and consumers, including fishes.

中文翻译：

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Lacustrine型生态系统生物生产力评估和预测系统

摘要

已经开发了一种用于诊断湖泊生态系统生物生产的系统，该系统具有以下输入参数：地理纬度，特定分水岭，正常年气温，年降水量，水体的平均和最大深度，水体在其中的停留时间以及水位值植被季节平均的浮游植物叶绿素a的水彩指数和日同化数。位于RF不同地理区域（从西北到远东）的几个湖泊和水库已用于预测流域和主要水生生物群（初级生产者，浮游植物和消费者）的陆地植被的年产量，包括鱼类。