Dynamic experiment research simulation device for aquatic flora and fauna

Abstract

The invention discloses a dynamic experiment research simulation device for aquatic flora and fauna, and the device comprises a support, a water pump, a plurality of planting pipes, a water tank, supporting clamping hooks, right-angle U-shaped pipes, a water inflowing pipe, and a water outflowing pipe. The support is symmetrically provided with a plurality of supporting clamping hooks from the top to the bottom, and the plurality of planting pipes are laterally disposed among the symmetric supporting clamping hooks. The plurality of planting pipes are sequentially communicated with each other in an end-to-end manner through the right-angle U-shaped pipes. The head end of the uppermost planting pipe is connected with the water inflowing pipe, and the tail end of the water inflowing pipe is provided with the water pump which is disposed at the bottom of the water tank. The tail end of the lowermost planting pipe is connected with the water outflowing pipe, and the outlet of the water outflowing pipe is disposed in the water tank. The planting pipes are provided with a plurality of planting holes. The device provided by the invention achieves the research of the impact on flora and fauna from different factors through the independent cultivation of flora or fauna, and enables the plantation, cultivation, the water tank and planting pipes to form a small-size plantation-cultivation integrated system.

Description

technical field [0001] The invention relates to a simulation device for dynamic experimental research of aquatic animals and plants, which belongs to the technical field of green environmental protection. Background technique [0002] With the rapid development of economy and society, the demand for industrial products in social life has increased sharply, followed by environmental pollution and ecological damage. Pollutants enter the atmosphere, soil, and water, destroying the harmony of the ecosystem. In addition, pollutants Under the enrichment of animals and plants, they accumulate and pass through the food chain and finally enter the human body. Therefore, it is necessary to study the enrichment effect of pollutants in animals and plants. The current research method is to obtain animal and plant samples in the wild and bring them back to the laboratory for research, or raise domesticated animals and plants in the wild to study the physiological changes of animals and pl...

AI Technical Summary

Problems solved by technology

The current research method is to obtain animal and plant samples in the wild and bring them back to the laboratory for research, or raise domesticated animals and plants in the wild to study the physiological changes of animals and plants and the accumulation of pollutants. However, experimental research operations are carried out in the wild. It is more difficult and there are many interference factors. It is difficult to study the enrichment and toxicity of various pollutants in a directional way. Simulation research in the laboratory can just make up for this deficiency.

In addition, there are few experimental devices for the enrichment and toxicity of pollutants by aquatic animals and plants, and there are no special experimental simulation devices. For simulating water in its natural state, the impact on animals and plants is even less

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