热带亚热带植物学报
熱帶亞熱帶植物學報
열대아열대식물학보
JOURNAL OF TROPICAL AND SUBTROPICAL BOTANY
2014年
6期
590-600
,共11页
桃联安%安汝东%杨李和%经艳芬%董立华%周清明%朱建荣%边芯
桃聯安%安汝東%楊李和%經豔芬%董立華%週清明%硃建榮%邊芯
도련안%안여동%양리화%경염분%동립화%주청명%주건영%변심
割手密种%同异分析法%同一度%分类
割手密種%同異分析法%同一度%分類
할수밀충%동이분석법%동일도%분류
Saccharum spontaneum%Similarity-difference analysis%Similarity degree%Classify
为综合评价甘蔗属割手密种(Saccharum spontaneum)‘云南82-114’的F2(BC1)代亲本材料,采用基于集对论的同异分析法,对65份亲本材料进行了分析。结果表明,同异联系度排名前10位的材料是:云瑞09-23、云瑞09-44、云瑞09-36、云瑞09-74、云瑞09-65、云瑞09-35、云瑞09-14、云瑞09-58、云瑞09-51、云瑞09-67。超过对照新台糖22号(ROC22)的材料有33份,超过对照粤糖93-159(YT93-159)的材料有36份。在等价矩阵中取截距λ=0.910,65份‘云南82-114’的F2(BC1)代亲本材料可分为26个类型。同异联系度排名靠前、又聚为不同类型的亲本材料,通常是某些优良性状表现突出的亲本材料,这为亲本材料的进一步筛选和利用提供了依据。
為綜閤評價甘蔗屬割手密種(Saccharum spontaneum)‘雲南82-114’的F2(BC1)代親本材料,採用基于集對論的同異分析法,對65份親本材料進行瞭分析。結果錶明,同異聯繫度排名前10位的材料是:雲瑞09-23、雲瑞09-44、雲瑞09-36、雲瑞09-74、雲瑞09-65、雲瑞09-35、雲瑞09-14、雲瑞09-58、雲瑞09-51、雲瑞09-67。超過對照新檯糖22號(ROC22)的材料有33份,超過對照粵糖93-159(YT93-159)的材料有36份。在等價矩陣中取截距λ=0.910,65份‘雲南82-114’的F2(BC1)代親本材料可分為26箇類型。同異聯繫度排名靠前、又聚為不同類型的親本材料,通常是某些優良性狀錶現突齣的親本材料,這為親本材料的進一步篩選和利用提供瞭依據。
위종합평개감자속할수밀충(Saccharum spontaneum)‘운남82-114’적F2(BC1)대친본재료,채용기우집대론적동이분석법,대65빈친본재료진행료분석。결과표명,동이련계도배명전10위적재료시:운서09-23、운서09-44、운서09-36、운서09-74、운서09-65、운서09-35、운서09-14、운서09-58、운서09-51、운서09-67。초과대조신태당22호(ROC22)적재료유33빈,초과대조월당93-159(YT93-159)적재료유36빈。재등개구진중취절거λ=0.910,65빈‘운남82-114’적F2(BC1)대친본재료가분위26개류형。동이련계도배명고전、우취위불동류형적친본재료,통상시모사우량성상표현돌출적친본재료,저위친본재료적진일보사선화이용제공료의거。
The aim was to comprehensive evaluate the parents of F2 (BC1) generation fromSaccharum spontaneum‘Yunnan 82-114’, sixty-ifve parent materials were screened by similarity-difference analysis based on conjugated aggregation theory. The results showed that the materials occupied top 10 similarity-difference correlation degree were Yunrui09-23 (YR09-23), Yunrui09-44, Yunrui09-36, Yunrui09-74, Yunrui09-65, Yunrui09-35, Yunrui09-14, Yunrui09-58, Yunrui09-51 and Yunrui09-67. There were thirty-three and thirty-six materials exceeding control variety Xintaitang22 (ROC22) and Yuetang93-159 (YT93-159), respectively. The 65 parent materials could be classiifed twenty-six clusters in equivalence matrix (λ=0.910). The parents with front rank of similarity-difference correlation degree and different clusters usually have some outstanding characters. These would provide the basis for selecting and utilizing parent materials.