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打顶和喷施乙烯利对工业大麻籽粒和麻糠产量的影响

欧阳文静 杨阳 蒋伟志 杜光辉 刘飞虎 汤开磊

中国麻业科学2024,Vol.46Issue(2):90-96,118,8.
中国麻业科学2024,Vol.46Issue(2):90-96,118,8.

打顶和喷施乙烯利对工业大麻籽粒和麻糠产量的影响

Effects of Top Pruning and Ethephon Spraying Treatment on the Seed and Chaff Yields of Industrial Hemp

欧阳文静 1杨阳 1蒋伟志 1杜光辉 1刘飞虎 1汤开磊1

作者信息

  • 1. 云南大学农学院,云南 昆明 650500
  • 折叠

摘要

Abstract

In order to explore the agronomic measures to improve the seed and chaff yields of indus-trial hemp(Cannabis Sativa L.),field trial was carried out by using cv.Yunma 8 to study the effects of top pruning and ethephon treatments(0,100,200 and 400 mg/L)on seed and chaff yields.The results showed that top pruning treatment decreased the yield of seeds and chaff of female plant.Ethephon treat-ment significantly increased the number of female plants,as the sex ratio(female plants/male plants)raised from 1.04 to 1.60.With the increase of ethephon concentration,seed and chaff yields of female plants increased first and then decreased.The highest seed and chaff yields were obtained when the con-centration of ethephon treatment was 200 mg/L,i.e.2158.4 kg/hm2 and 1978.4 kg/hm2,respectively,which were higher than these of 0 mg/L treatment by 50.8% and 28.5%,respectively,and higher than these of 400 mg/L treatment by 283.5 kg/hm2and 549.0 kg/hm2,respectively.In addition,ethephon treat-ment showed feminization effect on male plant by inducing differentiate on female flowers and later seeds.The highest seed yield of male plants was obtained at 400 mg/L ethephon(910.5 kg/hm2)while the height chaff yield of male plants was obtained at 200 mg/L(427.5 kg/hm2).Combining the total yields of female and male plants,the highest seed yields were obtained at 400 mg/L ethephon treatment,while the highest chaff yields were obtained at 200 mg/L.

关键词

工业大麻/打顶/乙烯利/籽粒产量/麻糠产量

Key words

industrial hemp/top pruning/ethephon/seed yield/chaff yield

分类

农业科技

引用本文复制引用

欧阳文静,杨阳,蒋伟志,杜光辉,刘飞虎,汤开磊..打顶和喷施乙烯利对工业大麻籽粒和麻糠产量的影响[J].中国麻业科学,2024,46(2):90-96,118,8.

基金项目

财政部和农业农村部:国家麻类产业技术体系工业大麻生理与栽培岗位(CARS-16-E15) (CARS-16-E15)

中国麻业科学

OACSTPCD

1671-3532

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