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不同燕麦品种在三江源区的引种适应性评价

蔡宗程 吕亮雨 刘青青 王琛 雷莎清 施建军

饲料研究2024,Vol.47Issue(20):135-139,5.
饲料研究2024,Vol.47Issue(20):135-139,5.DOI:10.13557/j.cnki.issn1002-2813.2024.20.025

不同燕麦品种在三江源区的引种适应性评价

Evaluation of adaptation of different oat varieties to introduced in Sanjiangyuan region

蔡宗程 1吕亮雨 1刘青青 1王琛 2雷莎清 2施建军1

作者信息

  • 1. 青海大学畜牧兽医科学院,青海西宁 810016
  • 2. 青海大学昆仑学院,青海西宁 810016
  • 折叠

摘要

Abstract

The experiment aimed to screen out oat forage varieties suitable for planting in Sanjiangyuan region.The experiment measured the agronomic traits,hay yield and nutrient content of eight oat varieties introduced for cultivation in Sanjiangyuan region,and carried out a comprehensive evaluation of the affiliation function.The results showed that the plant height and hay yield of Qingyin No.2 and sweet oat were significantly higher than those of other oat varieties.The hay yield of sweet oat was 7 380.00 kg/hm2,which was significantly increased by 50.6%compared with Qingtian No.2(P<0.05).Baiyan No.7,Qingyin No.2,and sweet oat have relatively low stem-to-leaf ratios,which were 2.83,3.33,and 3.48 respectively.The contents of crude protein and crude fat of Qingyin No.2 and sweet oat were significantly higher than those of other oat varieties(P<0.05).The crude protein content of Qingyin No.2 and crude fat content of sweet oat were 14.96%and 8.94%respectively.The membership function values of Qingyin No.2 and sweet oat were 0.81 and 0.95,respectively,which were excellent and graded Ⅰ.The study indicates that the Qingyin No.2 and sweet oat have superior performance in various metrics compared to other varieties,making them more suitable for promotion and cultivation in the Guoluo area of the Sanjiangyuan region.

关键词

饲用燕麦/品种/生产性能/营养价值

Key words

feed oats/variety/production performance/nutritional value

分类

农业科技

引用本文复制引用

蔡宗程,吕亮雨,刘青青,王琛,雷莎清,施建军..不同燕麦品种在三江源区的引种适应性评价[J].饲料研究,2024,47(20):135-139,5.

基金项目

青海省科技特派员专项(项目编号:2023-NK-P56)" (项目编号:2023-NK-P56)

国家重大标志性科学工程科技部"第二次青藏高原综合科学考察研究(项目编号:2019QZKK1002)" (项目编号:2019QZKK1002)

饲料研究

OA北大核心CSTPCD

1002-2813

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