Breeding method for improving honey yield of apis cerana

Abstract

The invention relates to a breeding method for improving honey yield of apis cerana. The breeding method utilizes beehives to breed two queen bees in a bee colony, realizes the purpose of strong colony honey production through the propagation of the two queen bees, and mainly comprises the steps of hive separating, queen cell breeding, putting of the queen bees into the bee colony, overwintering management and brood comb exchanging. By the adoption of the breeding method, two swarms with different colony odors can be effectively prevented from killing each other in the hive to reduce repulsionof the swarms, and when the swarms in the hive are crowded, a honeycomb frame is added in the hive, a brood comb and a honey comb are placed in the honeycomb frame, therefore the enthusiasm of comb making, insect breeding and collecting of worker bees is facilitated, swarming is not liable to generate, the apis cerana can reproduce quickly, especially when the pollen-shedding nectar-secreting period of nectar and pollen plants comes, field bees of the right age are multiple, nectar collection is facilitated, the honey yield is increased, double harvest of honey and pollen can be obtained, andcomprehensive economic benefits of the apis cerana can be improved.

Description

technical field [0001] The invention belongs to the technical field of bee breeding, and in particular relates to a breeding method for improving honey production of Apis cerana. Background technique [0002] Beekeeping occupies a very important position in the modern agricultural system. Beekeeping does not occupy arable land, has low investment, high returns, no pollution, no three wastes, and can improve the ecological environment. With the rapid development of social economy, people's demand for nutritious food, health food and natural medicine is constantly increasing, so the demand for peak products is also increasing. The purpose of developing beekeeping is to be able to harvest more honey products. Apis cerana, also known as Apis chinensis, Chinese bee, and bumble bee, is a subspecies of Apis mellifera, a unique bee-headed species in China. Apis chinensis mainly collects sporadic nectar sources such as wild flowers, medicinal materials, and fruit trees in mountain...

AI Technical Summary

Problems solved by technology

[0005] The technical problem to be solved in the present invention is aimed at the deficiencies in the prior art. In order to avoid the bee colony becoming smaller due to the separation of the queen bee, a convenient breeding method is provided, by cultivating two queen bees in the bee colony, so that Accelerate the reproduction speed of bee colonies, thereby increasing the number of bee colonies, and increasing the honey production through a large number of bee colonies, specifically a breeding method to increase the honey production of Chinese bees