Cellular multifunctional fish reef with nutritional base nest

Abstract

The invention discloses a cellular multifunctional fish reef. The cellular multifunctional fish reef comprises a framework mechanism, a light-supplementing system, a nutritional base pond, a feeding mechanism and anchoring mechanisms, wherein the framework mechanism adopts a plurality of bamboo brackets arrayed in an equal interval manner as a skeleton, and an outer frame of the skeleton is packaged with concrete; and the nutritional base pond is distributed in the framework mechanism, the feeding mechanism is arranged right above the framework mechanism, and the anchoring mechanisms are symmetrically arranged right below the framework mechanism. The cellular multifunctional fish reef with a nutritional base nest adopts a composite process technique, natural logs with corrosion resistanceat the water bottom and a phyllostachys edulis sectional material are combined as the framework, and the area of a surface layer of the fish reef is increased by skilling utilizing manners of bamboo drilling, slotting, splicing, pre-burying and the like; and by utilizing biological phototaxis, the light-supplementing system is arranged in an inner space to attract fishes to gather together, and anutritional base bed can be further formed, so that the primary productivity of an marine environment is rapidly improved, and nutritional bases depositing in the bottom of sea can be agitated by virtue of eddies and upwelling.

Description

technical field [0001] The invention relates to the technical field of fish farming, in particular to a honeycomb-type multifunctional fish reef with nutrient nests. Background technique [0002] Artificial reefs can improve the ecology of sea areas, create a good environment for marine organisms to inhabit, and provide a place for growth, reproduction, bait and shelter for various fish. It is an effective technical measure to protect and multiply offshore fishery resources. [0003] Artificial reef technology has a long history and has been developing rapidly in recent years. However, due to problems such as insufficient attachment area on the surface of the reef, insufficient internal space for avoiding hazards, slow ecological restoration, submerged mud on the bottom of the reef, and lack of dynamic movement of the reef, fish The ecological function value of the reef is less than half, so it is urgent to design an innovative multifunctional fish reef. [0004] This schem...

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Problems solved by technology

[0003] Artificial reef technology has a long history and has been developing rapidly in recent years. However, due to problems such as insufficient attachment area on the surface of the reef, insufficient internal space for avoiding hazards, slow ecological restoration, submerged mud on the bottom of the reef, and lack of dynamic movement of the reef, fish The ecological function value of the reef is less than half, so there is an urgent need to design an innovative multifunctional reef

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