福建农业科技2024，Vol.55Issue(7)：44-51,8.DOI:10.13651/j.cnki.fjnykj.2024.07.008
基于AHP的姜荷花盆栽种质资源综合评价
Comprehensive Evaluation of Potted Curcuma alismatifolia Germplasm Resources Based on AHP
摘要
Abstract
The establishment of the comprehensive evaluation system for the potted Curcuma alismatifolia varieties could provide a basis for screening excellent varieties which were suitable for the large-scale facility cultivation.The main quality characteristics of 20 germplasms of Curcuma alismatifolia were observed and counted through the pot experiment.The comprehensive evaluation system of potted Curcuma alismatifolia germplasm resources was established from the three aspects of ornamental value,resource value and adaptability by using the analytical hierarchy process and fuzzy analysis method.The results showed that the index values of 18 evaluation factors for the potted Curcuma alismatifolia germplasm resources were determined,among which,the rarity of germplasm,flowering viewing period,bract color and the relationship between bract and leaf position accounted for a large proportion,with the weights of 0.1820,0.1467,0.1178 and 0.0893,respectively.The cluster analysis was carried out according to the comprehensive evaluation score,and 20 germplasms of Curcuma alismatifolia could be divided into four grades:excellent,good,general and poor.Finally,six varieties,such as Xiaoxuanfeng,Yingtao gongzhu,Jingying,Helanhong,Hongyun and Lvse qiaokeli,were selected,which could be used as the recommended potted varieties with priority for the industrial application.The comprehensive evaluation results were consistent with the actual production,which indicated that the evaluation system could screen and grade the varieties of potted Curcuma alismatifolia well.关键词
AHP/模糊分析法/姜荷花/盆栽种质/综合评价Key words
AHP/Fuzzy analysis method/Curcuma alismatifolia/Potted germplasm/Comprehensive evaluation分类
农业科技引用本文复制引用
何雪娇,余智城,史国强,张天翔,谢南松,林明睿,林金水..基于AHP的姜荷花盆栽种质资源综合评价[J].福建农业科技,2024,55(7):44-51,8.基金项目
福建省科技计划省属公益类项目(2021R1011003、2019R1010-2). （2021R1011003、2019R1010-2）
