Device for in-situ biological monitoring by using mussels, clams and snails

Abstract

The invention discloses a device for in-situ biological monitoring by using mussels, clams and snails. The device comprises the following components: a computer display, a signal receiving device, an all-round camera, a floating plate, a placing cage I, a placing cage II and a placing cage III, wherein the floating plate is connected with the three placing cages through telescopic ropes; the placing cage I, the placing cage II and the placing cage III are three cages of completely identical structures; each cage structurally consists of a wide net, a camera I, a cage top cover, a bottom net, a spine, a temperature controller, a filter screen and a camera II; the mussels are placed in the placing cage I; the clams are placed in the placing cage II; the snails are placed in the placing cage III; a signal emission device I, a signal emission device II and a signal emission device III are arranged in the floating plate, and can respectively transmit signal data of the placing cage I, the placing cage II and the placing cage III to the signal receiving device; then the signal data are transmitted to a computer end again for data processing, and a data dynamic state is displayed on the computer display.

Description

technical field [0001] The invention belongs to the field of environmental protection, and in particular relates to a device for in-situ biological monitoring using mussels, clams and snails. Background technique [0002] With the acceleration of my country's modernization development process, the environmental problems it faces are becoming more and more severe. Facing the problem of population pressure in our country, water resources are already particularly scarce, and in recent years more and more water pollution problems have seriously restricted my country's development. Development threatens people's lives and safety. Although environmental problems are world problems, many studies have been done, including physical, chemical, biological and other governance methods, which have made good contributions to improving environmental problems, but the governance methods are not The fundamental way to solve environmental problems, how to comprehensively monitor environmental...

AI Technical Summary

Problems solved by technology

[0002] With the acceleration of my country's modernization development process, the environmental problems it faces are becoming more and more severe. Facing the problem of population pressure in our country, water resources are already particularly scarce, and in recent years more and more water pollution problems have seriously restricted my country's development. Development threatens people's lives and safety. Although environmental problems are world problems, many studies have been done, including physical, chemical, biological and other governance methods, which have made good contributions to improving environmental problems, but the governance methods are not The fundamental way to solve environmental problems, how to comprehensively monitor environmental changes, prevent problems before they happen, and enable environmental problems to be controlled in a timely and effective manner is the fundamental method to avoid environmental degradation

[0003] At present, traditional environmental monitoring mainly includes physical monitoring and chemical monitoring. Physical monitoring is far behind in terms of cost and monitoring efficiency. With the continuous updating of new chemical substances, chemical monitoring cannot fully meet the requirements of environmental monitoring. Moreover, there is difficulty in sampling, and the effect of timely monitoring cannot be achieved

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