Drainage basin ecological environment monitoring system for river crossing water and electricity construction

Abstract

The invention relates to the technical field of river basin ecological environment monitoring, and discloses a river basin ecological environment monitoring system for water and electricity construction of a large river, which comprises an ecological environment monitoring module, an information processing and storage module and a monitoring result display module, the ecological environment monitoring module comprises a water environment monitoring module, an air and noise monitoring module, an ecological flow monitoring module, a water temperature monitoring module, an aquatic ecology monitoring module, a terrestrial ecology monitoring module, a fish passing facility monitoring module, a fish multiplication station monitoring module, a water and soil conservation monitoring module and a solid waste monitoring module. And data exchange with a plurality of systems is carried out through system interfaces of various specifications, so that good cross-system data exchange and combination are realized, and data are clearer and are convenient to understand and use through various matched use of pictures, statistical graphs, videos, characters and the like.

Description

technical field [0001] The invention relates to the technical field of watershed ecological environment monitoring, and more particularly to a watershed ecological environment monitoring system for Dadu River hydropower construction. Background technique [0002] Hydropower plants have many advantages such as: inexhaustible, renewable, control of flooding, supply of irrigation water, improved river navigation, related works to improve the transportation, power supply and economy of the area, especially can be developed Tourism and aquaculture; however, at the same time, it will cause damage to the ecology, intensify the erosion of water flow below the dam, change the river and affect animals and plants, etc., need to build dams for resettlement, etc. The fertile alluvial soil is reduced. In order to better protect the ecology of the watershed near the hydropower station, it is necessary to monitor and analyze the watershed to facilitate the implementation of appropriate meas...

AI Technical Summary

Problems solved by technology

[0003] At present, the regular monitoring of the ecological environment of the watershed generally adopts the method of manual sampling detection, which cannot be detected for a long time, and lacks continuous monitoring of the water quality and ecological environment in the monitoring area, which makes the detection data poor in timeliness and inconvenient for subsequent use. During the display process, data classification and comparison cannot be done very well, and it is inconvenient for users to understand specific ecological changes and plan reasonable protection measures based on data conditions

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