CN205143238U - Multi -functional foster frog pond - Google Patents

Abstract

The utility model provides a multi -functional foster frog pond, foster frog pond include that one long is 20 - 100 meters, the wide pond that is 4 - 8 meters, the pond set up land district, phytal zone and a middle profundal zone by the both sides pool wall respectively to the centre, wherein phytal zone ground and land district ground surface drop are 0.2 - 0.3 meter, the profundal zone ground surface is 0.4 - 0.5 meter with phytal zone ground drop, the culture of frog method include: A, ) the cultivation of tadpole: directly put into the tadpole seedling and breed the pond, utilize proper amount fertilizer to bank up water with earth after the tadpole goes into the pond and breed, the tadpole seedling becomes abnormal tadpole and becomes the froglet by the phytal zone disembarkation after cultivating, B, ) the froglet is tamed and dociled and eats: the froglet is in abnormal froglet disembarkation back, and the manual work is thrown something and fed like the little size live body food of fly maggot, C, ) become the cultivation of frog phase: mainly breed in the land district according to conventional method, D, ) catch the frog phase: catch up with the commodity frog to online pull -up and catch through spreading nylon wire segmentation.

Description

A multifunctional frog pond

technical field

The utility model relates to a multifunctional frog breeding pond, in particular to a one-stop full-range frog raising pond for cultivating black-spotted frogs, which belongs to the technical field of frog breeding.

Background technique

Existing frog ponds are composed of multi-plate frog ponds, including special tadpole ponds and frog ponds, etc. Large and small frogs need to be raised in separate ponds to solve the problem of big frogs eating small frogs, but this leads to the construction of breeding ponds. In addition, the intensive feeding of frogs of different sizes in tadpole ponds will easily increase the risk of disease and reduce the efficiency of frog breeding; therefore, the construction of frog ponds is related to the quality and output of frog breeding. .

Contents of the invention

The purpose of the utility model is to overcome the deficiencies of the existing technology, and provide a reasonable structure, easy to use, can save labor costs, improve land utilization, promote the growth of frogs, improve the quality and output of frog breeding, increase the A multifunctional frog breeding pond and a breeding method with similar breeding efficiency.

The purpose of this utility model is accomplished through the following technical solutions, a multi-functional frog pond, which includes a pool with a length of 20-100 meters and a width of 4-8 meters. Set up land area, shallow water area and a deep water area in the middle respectively. The drop between the shallow water area and the land area is 0.2-0.3 meters, and the drop between the deep water area and the shallow water area is 0.4-0.5 meters.

The utility model is preferably: the width of the land areas on both sides of the pool is 1.3-1.6 meters, the width of the shallow water area is 0.6-0.8 meters, and the width of the deep water area is 1.1-1.3 meters; the deep water area It is formed as a deep ditch excavated in the middle of the shallow water area, and the junction of the deep water area and the shallow water area forms a step state.

Preferably in the present utility model: the land areas on both sides of the pool are provided with a plurality of food tables made of rectangular wooden frames made of square wooden strips, and the distance between each food table is 1-1.m; Surround it with nylon mesh, and fix it with wooden piles or cement piles at intervals of 2.5 meters. Above the fence formed by nylon mesh, a 0.15-0.2m wide mesh edge is reserved above the wooden piles or cement piles as anti-escape side, and in a 7-shape to the opposite side of the pool.

A method for raising frogs by using the multifunctional frog breeding pond, the method for raising frogs comprises the following steps:

a) Cultivation of tadpoles: Put the tadpole seedlings directly into the breeding pond, and use an appropriate amount of organic fertilizer for water culture after the tadpoles enter the pond. After the tadpole seedlings are cultivated, they become metamorphic tadpoles and come ashore from the shallow water area to become young frogs;

b) Young frog taming: After the metamorphic young frogs come ashore, the young frogs are artificially fed with small living food such as fly maggots;

c) Cultivation of adult frogs: mainly in land areas according to conventional methods;

d) Frog catching period: The commercial frogs are driven to the net by laying nylon nets in segments and pulled up for fishing.

The utility model is preferably: in the described step:

In step a), in the process of tadpole metamorphosis, the water level in the shallow water area is adjusted to allow the metamorphic tadpoles to go ashore easily;

In step b), in the early stage after the metamorphosis young frogs come ashore, generally small-sized living food is fed on the land in the shallow water area where the water level drops, so as to facilitate the young frogs to eat; after three days, the water level in the shallow water area is increased by two-thirds of the normal water level ; 5-8 days to raise the water level in the shallow water area to the normal water level, and carry out domestication of granular feed on the special food table in the land area;

In step c), the sunshade body is specially set up in the land area, and the water level of the frog pond is increased, so that the soil in the land area is kept in a moist state for a long time;

In step d), the water source in the frog pond is first drained, and the work of laying a net to catch frogs is carried out.

After the step d), the utility model can also breed frogs in the frog pond, which is specifically: water 0.1-0.15 meters in the shallow water area, so that the remaining frogs can be kept at a suitable temperature Hold pair mating, and lay eggs in flat shallow water area, then by artificial collection frog eggs.

The utility model has the characteristics of reasonable structure and composition, convenient use, saving labor costs, improving land utilization, promoting the growth of frogs, improving the quality and output of frog breeding, and improving the efficiency of frog breeding.

Description of drawings

Fig. 1 is the structural representation of raising frog pond described in the utility model.

detailed description

The utility model will be described in detail below in conjunction with the accompanying drawings: shown in Fig. 1, a kind of multifunctional raising frog pond described in the utility model, it comprises a length and is 20-100 meters, the wide is the pond of 4-8 meters , the pool is provided with a land area 1, a shallow water area 2, and a deep water area 3 in the middle from the walls on both sides of the pool, wherein the ground in the shallow water area 2 and the surface of the land area 1 have a drop of 0.2-0.3 meters, and the ground in the deep water area 3 The drop between the surface and the shallow water area 2 is 0.4-0.5 meters.

A preferred embodiment of the utility model is: the width of the land areas on both sides of the pool is 1.3-1.6 meters, the width of the shallow water area is 0.6-0.8 meters, and the width of the deep water area is 1.1-1.3 meters; The deep water area is formed by a deep ditch excavated in the middle of the shallow water area, and a step is formed at the junction of the deep water area and the shallow water area.

A further preferred embodiment of the present utility model is: the land areas on both sides of the pond are provided with a plurality of food tables made of rectangular wooden frames made of square wooden strips, and the distance between each food table is 1-1.0 meters; The pool is surrounded by nylon mesh cloth, and the surroundings are fixed with wooden stakes or cement piles at intervals of 2.5 meters. Above the fence formed by nylon mesh cloth, a 0.15-0.2m wide mesh edge is reserved above the wooden piles or cement piles as Avoid escaping from the opposite side, and turn to the inside of the pool in a figure 7.

A method for cultivating frogs utilizing the multifunctional frog pond, the method for cultivating frogs comprises the steps of:

a) Cultivation of tadpoles: Put the tadpole seedlings directly into the breeding pond, and use an appropriate amount of organic fertilizer for water culture after the tadpoles enter the pond. After the tadpole seedlings are cultivated, they become metamorphic tadpoles and come ashore from the shallow water area to become young frogs;

b) Young frog taming: After the metamorphic young frogs come ashore, the young frogs are artificially fed with small living food such as fly maggots;

c) Cultivation of adult frogs: mainly in land areas according to conventional methods;

d) Frog catching period: The commercial frogs are driven to the net by laying nylon nets in segments and pulled up for fishing.

The preferred embodiment of the utility model is: in the described steps:

In step a), in the process of tadpole metamorphosis, the water level in the shallow water area is adjusted to allow the metamorphic tadpoles to go ashore easily;

In step b), in the early stage after the metamorphosis young frogs come ashore, generally small-sized living food is fed on the land in the shallow water area where the water level drops, so as to facilitate the young frogs to eat; after three days, the water level in the shallow water area is increased by two-thirds of the normal water level ; 5-8 days to raise the water level in the shallow water area to the normal water level, and carry out domestication of granular feed on the special food table in the land area;

In step c), the sunshade body is specially set up in the land area, and the water level of the frog pond is increased, so that the soil in the land area is kept in a moist state for a long time;

In step d), the water source in the frog pond is first drained, and the work of laying a net to catch frogs is carried out.

After the step d), the utility model can also breed frogs in the frog pond, which is specifically: water 0.1-0.15 meters in the shallow water area, so that the remaining frogs can be kept at a suitable temperature Hold pair mating, and lay eggs in flat shallow water area, then by artificial collection frog eggs.

The multi-functional frog breeding pond described in the utility model is easy and convenient in temperature control, disease prevention and control, pesticide application, disinfection, inspection, feeding, fishing and other breeding processes, which is very beneficial to the development of large-scale farming models; Frog ponds are used to raise frogs artificially, without the need to build tadpole ponds, and the land utilization rate can be increased by 15%. There is no need to manually feed a large amount of feed, and the cost of feed can be saved by 200 yuan per mu. The survival rate and metamorphosis rate of tadpoles can be improved by using multi-functional frog ponds. 25%; because there is no need for manual fishing and rearing in separate ponds, the size and specifications are neat, which can save 50% of the cost of human feeding.

Claims (3)

1. a multi-functional foster frog pond, it comprise a length be 20-100 meters, wide be the pond of 4-8 meters, it is characterized in that described pond arranges land district, phytal zone and a middle profundal zone by both sides pool wall respectively to centre, wherein ground, phytal zone and land district ground surface drop are at 0.2-0.3 meter, and profundal zone ground surface and ground, phytal zone drop are 0.4-0.5 meter.

2. multi-functional foster frog pond according to claim 1, it is characterized in that the width in the land district, both sides in described pond is respectively 1.3-1.6 meters, the width of phytal zone is respectively 0.6-0.8 meter, and the width of profundal zone is 1.1-1.3 meters; Described profundal zone is that a deep water ditch of excavation in the middle of described phytal zone is formed, and this profundal zone and phytal zone intersection forming station scalariform state.

3. multi-functional foster frog pond according to claim 1 and 2, it is characterized in that the food platform of the rectangle wooden frame formation that multiple square wood strip is made is laid in the land district of both sides, described pond, each food platform spacing distance is at 1-1. meters; Described pond nylon net cloth is placed, the length at surrounding timber or 2.5 meters, concrete stake interval is fixed, above timber or concrete stake, 0.15-0.2m wide screen limit is reserved as anti-limit of fleing from war or banditry above the purse seine formed by nylon net cloth, and with 7 fonts to anti-limit, direction in pond.