Star-like radial allocation method for artificial reefs

Abstract

The invention discloses a star-like radial allocation method for artificial reefs, which is characterized in that a cubic reef form with the side length of 1 to 2 meters is used as a main reef, 3 to 8 auxiliary reefs with the height of 80 to 120 centimeters are uniformly distributed on the circumference which uses the main reef as the central point, the main reef and each auxiliary reef are connected through a stone connection bridge with the length of 3 to 6 meters, and the categories of the adjacent auxiliary reefs are diverse. The artificial reefs are closer to the reality and are favorable for the balance of the ecological system, and the stone connection bridge serving as a radiation belt provides a bridge for the movement of rare seafood among the reefs and plays a role in sheltering. Through on-site sea area tests, the rare seafood such as sea cucumber, sea hedgehog, abalone and the like can rest in gaps among the main reef, the auxiliary reefs and the stone connection bridges or on the surfaces; the good growth condition of algae on the reefs provides baits for the rare seafood, so the proliferation effect of the rare seafood is obvious; and reef-associated fishes such as hexagrammos otakii, sebastes schlegeli and the like rest in the main reef and the auxiliary reefs, so the whole reef group structure is stable and forms a good small ecosystem.

Description

Technical field: [0001] The invention relates to a configuration method of artificial fish reefs, in particular to a star-shaped radial configuration method of artificial fish reefs which is beneficial to the habitat and growth of sea treasures (sea cucumbers, sea urchins, abalones) and rocky fishes and has good multiplication effect. Background technique: [0002] With the continuous development of sea urchin, sea cucumber, abalone and other sea treasure fisheries, their natural resources have declined significantly. Therefore, people adopt the following two methods in order to increase and restore their resources: one is to develop large-scale artificial breeding, but due to artificial breeding The quality degradation, frequent occurrence of diseases caused by high-density breeding, serious self-pollution and food safety issues all restrict the development of artificial breeding. The second is artificial proliferation and release. Artificial value-added release is to buil...

AI Technical Summary

Problems solved by technology

Due to the single type of fish reef, and different types of seafood have different preferences for the type of reefs, the proliferation effect will be affected to a certain extent; in addition, because the grid-like layout is usually used, there is no connection between individual reefs and they are relatively isolated. It is not conducive to the movement of seafood between reefs, and relatively limits its growth space

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