河北农业科学
河北農業科學
하북농업과학
JOURNAL OF HEBEI AGRICULTURAL SCIENCES
2015年
3期
12-17,65
,共7页
韩玉翠%朱学海%相金英%李海权%王永芳%程汝宏%刘国庆
韓玉翠%硃學海%相金英%李海權%王永芳%程汝宏%劉國慶
한옥취%주학해%상금영%리해권%왕영방%정여굉%류국경
糜子(Panicum mliaceum L.)%农艺性状%遗传多样性%聚类分析
糜子(Panicum mliaceum L.)%農藝性狀%遺傳多樣性%聚類分析
미자(Panicum mliaceum L.)%농예성상%유전다양성%취류분석
Proso millet (Panicum miliaecum L.)%Agronomic traits%Genetic diversity%Cluster analysis
糜子( Panicum miliaceum L.)起源于中国,种质资源丰富,类型繁多,近年来培育出了适应不同生态条件和需求的新品种。对收集到的44个糜子新品种进行了主要农艺性状的鉴定与分析,并根据其形态指标分别对糯性和粳性品种进行了聚类分析。结果表明:各品种间农艺性状表现差异较大,糯性糜子品种中晋黍8号产量(5766.9 kg/hm 2)最高且抗倒伏,粳性品种中陇糜7号产量(5733.6 kg/hm 2)最高、内糜1号表现为极早熟(生育期最短);农艺性状变异丰富,其中糯性和粳性糜子品种农艺性状的变异系数均以分蘖数最高,生育期最低;糯性和粳性糜子品种农艺性状的多样性指数均>1.3;基于农艺性状的聚类分析和主成分分析,结果显示,在卡方距离2.75处将20份糯性糜子材料分为3大组群,在卡方距离1.5处将24份粳性糜子材料分为3大组群,而粳性糜子宁糜11号、内糜1号和内糜6号没有被分到任何组群。
糜子( Panicum miliaceum L.)起源于中國,種質資源豐富,類型繁多,近年來培育齣瞭適應不同生態條件和需求的新品種。對收集到的44箇糜子新品種進行瞭主要農藝性狀的鑒定與分析,併根據其形態指標分彆對糯性和粳性品種進行瞭聚類分析。結果錶明:各品種間農藝性狀錶現差異較大,糯性糜子品種中晉黍8號產量(5766.9 kg/hm 2)最高且抗倒伏,粳性品種中隴糜7號產量(5733.6 kg/hm 2)最高、內糜1號錶現為極早熟(生育期最短);農藝性狀變異豐富,其中糯性和粳性糜子品種農藝性狀的變異繫數均以分蘗數最高,生育期最低;糯性和粳性糜子品種農藝性狀的多樣性指數均>1.3;基于農藝性狀的聚類分析和主成分分析,結果顯示,在卡方距離2.75處將20份糯性糜子材料分為3大組群,在卡方距離1.5處將24份粳性糜子材料分為3大組群,而粳性糜子寧糜11號、內糜1號和內糜6號沒有被分到任何組群。
미자( Panicum miliaceum L.)기원우중국,충질자원봉부,류형번다,근년래배육출료괄응불동생태조건화수구적신품충。대수집도적44개미자신품충진행료주요농예성상적감정여분석,병근거기형태지표분별대나성화갱성품충진행료취류분석。결과표명:각품충간농예성상표현차이교대,나성미자품충중진서8호산량(5766.9 kg/hm 2)최고차항도복,갱성품충중롱미7호산량(5733.6 kg/hm 2)최고、내미1호표현위겁조숙(생육기최단);농예성상변이봉부,기중나성화갱성미자품충농예성상적변이계수균이분얼수최고,생육기최저;나성화갱성미자품충농예성상적다양성지수균>1.3;기우농예성상적취류분석화주성분분석,결과현시,재잡방거리2.75처장20빈나성미자재료분위3대조군,재잡방거리1.5처장24빈갱성미자재료분위3대조군,이갱성미자저미11호、내미1호화내미6호몰유피분도임하조군。
Proso millet ( Panicum miliaceumL.) originated from China.The germplasm resources of proso millet are rich.Researchers have bred many new varieties adapted to different ecological conditions and requirements in recent years.The main agronomic traits of forty four new proso millet varieties were identified and analyzed in this study, the cluster analysis of glutinous and japonica varieties were conducted according to the morphological indexes.The results showed that agronomic traits very much varied among the varieties which could meet the needs for different ecological environments and production targets.Jinshu No.8with the highest yield (5 766.9 kg/hm 2) and lodging resistance among the glutinous varieties , the yield of Longmi No.7was the highest (5 733.6 kg/hm 2) and the growth period of Neimi No.1 was the shortest among the japonica varieties .The diversity index of agronomic traits were all greater than1.3.The cluster and principal component analysis based on agronomic traits showed that 20 glutinous materials were divided into 3 groups in 2.75 of chi square distance and 24 japonica materials were also divided into 3 groups in the chi square distance 1.5, the three japonica materials Ningmi No.11, Neimi No.1 and Neimi No.6 were not assigned to any group.