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作 者:何佳蕾 白史且 孙林 吕杰 李达旭[1] 鄢家俊 常丹[1] 谢彩云 左相兵 张建波[1] HE Jialei;BAI ShiQie;SUN Lin;LV Jie;LI Daxu;YAN Jiajun;CHANG Dan;XIE Caiyun;ZUO Xiangbing;ZHANG Jianbo;无(Sichuan Academy of Grassland Sciences,Hongyuan 624400,China;South University of Science and Teohnology,Mianyang 621010,China;Guizhou Pratacultural Research Institute,Guiyang 550006,China)
机构地区:[1]四川省草原科学研究院,四川红原624400 [2]西南科技大学,四川绵阳621010 [3]贵州省草业研究所,贵州贵阳550006
出 处:《草学》2024年第3期17-33,48,共18页Journal of Grassland and Forage Science
基 金:四川饲草创新团队建设项目;财政部和农业农村部:国家现代农业产业技术体系(CARS-34);四川省牧草育种攻关(2021YFYZ0013)共同资助。
摘 要:试验以不同地区的10种沿阶草种质资源为研究对象,通过不同的遮阴程度处理,研究遮阴对叶片解剖结构指标的影响,采用隶属函数方法比较了种质材料间的耐阴性差异,筛选出了适合成都地区种植的耐阴性较好的沿阶草资源材料。结果如下:随着遮阴程度的加强,试验材料的栅栏组织会随着遮阴时间的增加而减少,其海绵组织会随着时间的增加而增加,下表皮厚度也会随着时间的增加逐渐变厚,叶片厚度变化与不同品种有关;采用隶属函数分析,试验材料的耐阴性排序是:SAG-BJ-19006>SAG-SY-19005>SAG-OJ-19004>SAG-DT-19009>SAG-OJ-19002=SAG-OJ-19003>SAG-LM-19001>SAG-DZ-19007>SAG-BQ-19010>SAG-XJ-19008;结合隶属函数以及田间试验,本研究初步筛选出了适宜在成都地区栽培的耐阴型沿阶草3份,分别为SAG-OJ-19004(山麦冬)、SAG-SY-19005(细叶麦冬)、SAG-BJ-19006(中叶麦冬)。The effects of shade on leaf anatomical structure index of 10 germplasm resources of Lepidoptera Japonicum from different regions were studied through different shade degree of processing,and suitable materials with better shade tolerance for planting in Chengdu region were selected using the membership function method.The results were as follows:With the increase of shading degree,the palisade tissue decreased with the increase of shading time,the sponge tissue increased with the increase of shading time,and the thickness of the lower epidermis gradually became thicker with the increase of shading time.The change of leaf thickness was related to different varieties.Using membership function analysis,the order of shade tolerance of test materials is:SAG-BJ-19006>SAG-SY-19005>SAG-OJ-19004>SAG-DT-19009>SAG-OJ-19002=SAG-OJ-19003>SAG-LM-19001>SAG-DZ-19007>SAG-BQ-19010>SAG-XJ-19008;Based on the membership function and field experiment,three shade tolerant plants were selected as sag-OJ-19004,SAG-SY-19005 and SAG-BJ-19006,which were suitable for cultivation in Chengdu area.
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