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超早期蜂群繁殖技术的研究
引用本文:葛凤晨,薛运波,柏建民,陈东海,闫德斌,李志勇,宋延明.超早期蜂群繁殖技术的研究[J].中国养蜂,2007,58(2):8-10.
作者姓名:葛凤晨  薛运波  柏建民  陈东海  闫德斌  李志勇  宋延明
作者单位:吉林省养蜂科学研究所 吉林市132108
摘    要:早春以塑料大棚放飞,小棚控温繁殖等人工小气候与可利用自然气候,构建蜂群超早繁殖气候,在此基础上利用人工蜜源进行了蜂群超早繁殖试验,超早繁殖的蜂群比常规早繁殖的蜂群提前繁殖25 ̄28天,有效产卵量提高33% ̄59.9%,期末蜂数提高30% ̄61.8%,产蜜量提高41.7% ̄74.7(%不包括育王分群形成的繁殖和生产效率),饲料蜜糖消耗量增加30.8% ̄90.6%;花粉消耗量增加63.6% ̄81.8%。

关 键 词:蜂群  气候  超早繁殖
文章编号:0412-4367(2007)02-0008-03

Reproductive technology for early spring colony built-up
Ge Fengchen,Xue Yunbo,Bai Jianmin,Chen Donghai,Yan Debin,Li Zhiyong,Song Yanming.Reproductive technology for early spring colony built-up[J].Apiculture of China,2007,58(2):8-10.
Authors:Ge Fengchen  Xue Yunbo  Bai Jianmin  Chen Donghai  Yan Debin  Li Zhiyong  Song Yanming
Institution:Apieuhural Science Institute of Jilin Province ,Jilin 132108, China
Abstract:To let colony gain strength as early as possible in early spring, PVC-greenhouse, together with the warmer natural weather and th e artificial nectar, was used to create a favorable condition for colony reprodu ction. The results showed that the reproductive season began 25~28 days earlier than that control. And the effective egg-laying was increased 33~59.9 per cent. Simultaneously, the total population and honey production were up 30~61.8, 41.7~ 74.7 per cent by the end of the season, respectively. While the nectar and polle n consuming was enhanced 30.8~90.6, 63.6~81.8 per cent, respectively.
Keywords:Colony  Climate  Super early stage reproduction
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