Semi-captive goat breeding method

Abstract

The invention relates to a semi-captive goat breeding method. The problem of low survival rate of lambs in the prior art is solved. The semi-captive goat breeding method includes the steps of zoned rotation grazing, goat grazing, goat mating, goat reproduction, lamb breeding and disease prevention and treatment, and includes the following specific steps that goat grazing is carried out, specifically, goats go out for herding at 12 o'clock in noon and go back at 5 o'clock in the afternoon, the goats are not be grazed on rainy days, and the goats stay in goat houses; and goat reproduction is carried out, specifically, the dietary intake of ewes is controlled before ewes are pregnant, the ewes are gradually added with nutritions after pregnancy, during pregnancy, feed of the ewes is added with carotene in addition to the main ingredients, the ewes are fed with soybean curb residue, corn flour and hay after grazing during pregnancy, when the ewes during pregnancy return to a barn at night,the barn must be dry and ventilated, and the temperature and humidity of the barn are controlled through fan dredging, water curtain spraying and direct sunlight. The semi-captive goat breeding method can ensure that the goats get sufficient nutrition and exercise, the meat quality is good, the survival rate of lambs is high, and the economic benefits are good.

Description

technical field [0001] The invention relates to a cultivation and breeding method, in particular to a cultivation and cultivation method of semi-captive goats. Background technique [0002] The existing goat breeding is generally carried out in the sheep house, but the goats stay in the sheep house for a long time, which is not conducive to the growth of the goats, and the lack of exercise of the goats reduces the quality of the goat meat, and the cleaning of the sheep house is not comprehensive. The growth rate of goats is reduced, and goats are prone to diseases. Moreover, the existing breeding process is also prone to lamb death. Generally speaking, ewes are pregnant with about 3 litters every two years, and each litter has 2-3 lambs, but the average number of lambs that can be raised is only 1-2 per litter. The mortality rate of lambs is relatively high; the main reasons for the death of lambs are firstly insufficient goat milk and insufficient nutrition, and secondly, ...

AI Technical Summary

Problems solved by technology

[0002] The existing goat breeding is generally carried out in the sheep house, but the goats stay in the sheep house for a long time, which is not conducive to the growth of the goats, and the lack of exercise of the goats reduces the quality of the goat meat, and the cleaning of the sheep house is not comprehensive. Goats grow slower and goats are prone to diseases

Moreover, the existing breeding process is also prone to lamb death. Generally speaking, ewes are pregnant with about 3 litters every two years, and each litter has 2-3 lambs, but the average number of lambs that can be raised is only 1-2 per litter. The mortality rate of lambs is relatively high; the main reasons for the death of lambs are firstly insufficient goat milk and insufficient nutrition, and secondly, they died of diseases, the most common being dysentery

For example, the publication date is 20150610, and the Chinese patent with the publication number CN104686447A discloses a breeding and breeding method for goats. In this invention, the ewes only increase the feeding amount during pregnancy and do not supplement other nutrients required during pregnancy, and do not prevent the birth of goats. The measures of lamb blight can easily lead to low survival rate of lambs