摘要
针对山西省籽用工业大麻栽培技术缺乏,产量低而不稳的问题,通过大田试验,设置A播期(5月3日、6月3日)、B密度(1000、2000、3000株/667m^2)、C行距(60、120cm)、D施肥量(不施肥、中施肥量-基肥施复合肥30kg/667m^2、高施肥量-基肥施复合肥60kg/667m^2+灌浆期尿素20kg/667m^2)4个因素。随机区组排列,共36个处理组合,两次重复。结果表明:夏播(6月3日)+密度(3000株/667m^2)+行距60cm+施肥量(基肥施复合肥30kg/667m2)适宜山西省的工业大麻种植模式,可获得最高产量。
In view of the shortage of cultivation techniques and the low and unstable yield of seed hemp in Shanxi Province,field experiments were carried out.Four factors were settled as following:A: sowing period( May 3,June 3 ),B:density ( 1000,2000,3000 plants /667 m^2 ),C:line distance ( 60 cm,120 cm) and D:fertilizer( 0,basal fertilizer 30 kg /667 m^2,basal fertilizer 60 kg /667 m^2, grouting period chasing urea 20 kg /667 m^2 ).All were arranged in random groups with 36 treatments repeated twice.The results showed that summer sowing ( June 3),density ( 3000 plants /667 m^2 ),line distance 60 cm and fertilizer ( basal fertilizer 30 kg /667 m^2 ) is a suitable cultivation model for industrial hemp in Shanxi Province and can obtain the highest yield.
作者
赵铭森
高金虎
冯旭平
孟晓康
康红梅
ZHAO Mingsen;GAO Jinhu;FENG Xuping;MENG Xiaokang;KANG Hongmei(Institute of Industrial Crops,Shanxi Academy of Agricultural Sciences,Taiyuan,Shanxi 030031,China)
出处
《中国麻业科学》
2019年第5期217-222,共6页
Plant Fiber Sciences in China
基金
国家麻类产业技术体系建设专项(CARS-16-S01)
山西省农科院育种工程项目(11yzgc012)
关键词
工业大麻
播种期
密度
行距
施肥量
产量
industrial hemp
sowing date
density
row spacing configuration
fertilizer applicationamount
yield