Breeding method for enhancing fore limb power of tiger frog and breeding equipment

Abstract

The invention discloses a breeding method for enhancing the fore limb power of a tiger frog and breeding equipment. The breeding method comprises the following steps: 1) constructing a frog breeding pond, namely selecting a water field which is far away from a residential area, convenient in water discharge and supply, clean in water quality and free of pollution as a breeding land, and dividing the breeding land into a variant pond, a froglet pond and an adult frog pond in an area ratio of 1 to 1 to 2; 2) breeding tadpoles, namely putting tadpoles 4-5 days after hatching into the variant pond, feeding twice with a fine feed every day, and after 20 days, feeding together with a plant feed; 3) breeding froglets, namely moving the completely developed varients in the step 2) into the frogletpond, feeding twice with a fine feed every day, putting a live bait feed into the feed, and putting the feeds into a feeding device of the froglet pond at regular time; 4) breeding adult frogs, namely separately breeding adult frogs in the step 3) 30-40 days later in the adult frog pond, feeding twice with an adult frog feed every day, putting live baits into the adult frog feed, and breeding a small amount of little fishes and loaches in the adult frog pond.

Description

technical field [0001] The invention relates to the technical field of frog cultivation, in particular to a cultivation method and cultivation equipment for enhancing the forelimb arm strength of tiger frogs. Background technique [0002] The tiger frog, native to Asia, got its name because its stripes look slightly like tiger skin. Due to the special structure of the eyes, tiger frogs can not only prey on moving food, but also directly find and ingest static food, such as dead fish, dead snails and other aquatic organisms. With the sense of smell and taste, farming is mainly concentrated in Hainan Province and western Guangdong. However, in recent years, due to factors such as human overhunting, habitat destruction, habitat degradation, and the abuse of pesticides, the wild resources of tiger frogs have been severely reduced, and the population has declined sharply, and they are in an endangered state. Wild tiger frogs have disappeared in some areas trail. Due to the dra...

AI Technical Summary

Problems solved by technology

However, in recent years, due to factors such as human overhunting, habitat destruction, habitat degradation, and the abuse of pesticides, the wild resources of tiger frogs have been severely reduced, and the population has declined sharply, and they are in an endangered state. Wild tiger frogs have disappeared in some areas trace

Due to the drastic reduction of the wild population of tiger frogs, which can no longer meet the needs of the consumer market, artificial breeding technology of tiger frogs was born, but in the process of artificial breeding, tiger frogs have less activity time and tiger frogs are not like ordinary frog Like humans, they can only see moving objects, so they can only prey on moving food. It can directly find and ingest static food without domestication. Therefore, most farmers breed by feeding feed, which reduces the number of tiger frogs. This reduces the opportunity for activities to catch food, and indirectly reduces the opportunity for tiger frogs to move, so that the time for the farmed frogs to move is shorter, the strength of their limbs is much smaller than that of normal wild frogs, and their physique is weak. Among them, the arm strength of the frog plays an important role, and the forelimb arm strength of the tiger frog will directly determine the fertilization rate of frog eggs

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