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克力玛猫尾草新品种引育
引用本文:穆春生,李南洙,刘自学,金成吉,王德利. 克力玛猫尾草新品种引育[J]. 吉林农业大学学报, 2012, 34(5): 498-502
作者姓名:穆春生  李南洙  刘自学  金成吉  王德利
作者单位:1. 东北师范大学草地科学研究所,长春,130024
2. 延边朝鲜族自治州草原管理站,延吉,133001
3. 北京克劳沃草业技术开发中心,北京,100029
基金项目:科技部农业科技成果转化资金项目(2010GB23600674)
摘    要:
猫尾草是适应冷凉潮湿环境栽培的优良多年生禾草之一,但我国审定的猫尾草品种以及研究报道却很少,选育适宜我国北方种植的猫尾草新品种对草业生产具有重要意义.猫尾草新品种“克力玛”于2002年从加拿大引进,在吉林省延边州经过多年的试种、区域试验和生产试验,2009年通过全国草品种审定委员会审定.该品种干草产量为5 442.5 ~5 860.0 kg/hm2,抽穗期粗蛋白含量为7.73%,具有高产、优质的特点.该品种适于吉林省东部地区或中国的中温带冷凉地区种植.

关 键 词:克力玛猫尾草  引育  产量  品质  栽培技术  适应区域

Introduction and Breeding of a New Forage Variety in Phleum pratense L.cv. Climax
MU Chun-sheng,LI Nan-zhu,LIU Zi-xue,JIN Cheng-ji,WANG De-li. Introduction and Breeding of a New Forage Variety in Phleum pratense L.cv. Climax[J]. Journal of Jilin Agricultural University, 2012, 34(5): 498-502
Authors:MU Chun-sheng  LI Nan-zhu  LIU Zi-xue  JIN Cheng-ji  WANG De-li
Affiliation:1.Institute of Grassland Science,Northeast Normal University,Changchun 130024,China;2.Grassland Management Station of Korean Autonomous Prefecture of Yanbian,Yanji 133001,China;3.Beijing Clover Group Technological Development Centre,Beijing 100029,China
Abstract:
Phleum pratense L. is a most important perennial grass suitable for cool and moist environment;however,varieties examined and approved and reports on them are few in China.Therefore,breeding new variety of it will be of great significance in developing grass science.Several years of experimental planting,regional test and production test of Phleum pratense L.cv. Climax introduced from Canada have been conducted in Yanbian of Jilin province since 2002.In 2009,it was examined and approved as a new variety by the National Grass Variety Approval Committee.The variety is of high yield and quality,its hay yield is 5 442.5—5 860.0 kg/hm2,and its crude protein content is 7.73% in heading stage.It is suitable for planting in eastern part of Jilin province,and cool or cold regions in temperate of China.
Keywords:Phleum pratense L.cv. Climax  introduction and breeding  yield  quality  cultivation technique  adaptation region
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