首页 | 本学科首页   官方微博 | 高级检索  
     检索      

南岭天蚕生态气候适应性及人工养殖技术
引用本文:陈标新,唐曼琳,刘卫平,曹成书,吴重池.南岭天蚕生态气候适应性及人工养殖技术[J].湖南农业科学,2012(15):113-115.
作者姓名:陈标新  唐曼琳  刘卫平  曹成书  吴重池
作者单位:娄底市委农村工作部;娄底职业技术学院;湖南南岭天蚕科技发展有限公司
基金项目:苏州大学现代丝绸国家实验室技术创新基金项目资助
摘    要:在海拔300、400、500、600、700、800、900 m等7个不同高度上建立气象天蚕养饲基地,研究了南岭天蚕的气候适应性。结果表明:南岭天蚕适宜的温度范围为17.0~25.0℃,最适宜温度为22℃,适宜相对湿度60%~70%;最适宜海拔高度在500~800 m之间。南岭天蚕养殖的关键技术如下:3月底4月初日平均温度稳定通过10℃初日后,栎树萌动开苞时即孵化;小蚕(1~3龄)采取人工增温至26~24℃室内养饲;大蚕(4~5龄)以野外大棚或网罩林养为佳。

关 键 词:南岭天蚕  气候适应性  关键技术

Climate Adaptability and Artificial Breeding Technology of the Nanling Antheraea yamamai
CHEN Biao-xin,TANG Man-lin,LIU Wei-ping,CAO Cheng-shu,WU Zhong-chi.Climate Adaptability and Artificial Breeding Technology of the Nanling Antheraea yamamai[J].Hunan Agricultural Sciences,2012(15):113-115.
Authors:CHEN Biao-xin  TANG Man-lin  LIU Wei-ping  CAO Cheng-shu  WU Zhong-chi
Institution:1(1.Department of Rural Affairs,Loudi Municipal Committee,Hunan 417000,PRC; 2.Hunan Nanling Antheraea yamamai Technology & Development Co.,Ltd.,Loudi 410001,PRC; 3.Loudi Vocational and Technical College,Hunan 417000,PRC)
Abstract:In order to research the climate adaptability of the Nanling Antheraea yamamai,the breeding bases of Antheraea yamamai were set at seven different altitudes(300,400,500,600,700,800 and 900 m).The results showed that the suitable conditions for breeding Antheraea yamamai were as follows: temperature was between 17.0~25.0℃,and the optimum temperature was 22℃;the suitable relative humidity was between 60%~70%;the optimum altitude was between 500~800 m.The core technologies for breeding Antheraea yamamai were as follows: when the average daily temperature is stable at 10℃ in late March and early April for a day,or when robur germination,incubation of Antheraea yamamai;when yong Antheraea yamamai at instar 1~3,breeding it indoor by artificial increasing temperature to 26~24℃;adult Antheraea yamamai is better to be bred in wild shed or in forest covered by net.
Keywords:the Nanling Antheraea yamamai  climate adaptability  core technology
本文献已被 CNKI 等数据库收录!
设为首页 | 免责声明 | 关于勤云 | 加入收藏

Copyright©北京勤云科技发展有限公司  京ICP备09084417号