Energy flow simulation method for lake ecological capacity estimation

Abstract

The invention discloses an energy flow simulation method for lake ecological capacity estimation, and belongs to the technical field of tilting pads. A data model is established through a PC; the datamodel module comprises phytoplankton, zooplankton, small fishes, decomposer utilization, respiratory action loss in the form of heat energy and accumulation budget; drawing an energy flow direction,wherein phytoplankton energy flows to a decomposer utilization, and zooplankton and respiratory action loss in the form of heat energy, zooplankton energy flows to a decomposer utilization, respiratory action loss in the form of heat energy and small fishes; energy of the small fishes flows to decomposer utilization, respiratory action loss in the form of heat energy; a worker collects and summarizes field data and then compiles corresponding data, accumulated object budget comprises floating object clearing budget and sediment clearing budget, error values brought by external factors are estimated through the accumulated object clearing budget module, and errors are reduced by continuously reducing the error values.

Description

technical field

[0001] The invention relates to the technical field of tiltable tiles, in particular to an energy flow simulation method for estimating the ecological capacity of a lake. Background technique

[0002] The energy flow simulation models used to estimate the ecological capacity of lakes include large carp, other piscivorous fish, lake carp, common carp, crucian carp, wild fish, silver carp, herbivorous fish, large shrimp and crabs, molluscs, and other benthic fish. There are 17 functional groups including habitats, zooplankton, submerged plants, other vascular plants, phytoplankton and detritus. In the existing technology, the ecological channel model is applied to evaluate the effect of lake bioremediation, and to study the upward and downward effects of fish and shellfish that are proliferated and stocked on the water ecosystem. Judging the process of biological governance of eutrophic lakes, discussing the maturity and development of Wuli Lake's ecosystem fr...

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