湖北林业科技
湖北林業科技
호북임업과기
HUBEI FORESTRY SCIENCE AND TECHNOLOGY
2012年
4期
8-10
,共3页
杨树新无性系%物侯期%生物学特性
楊樹新無性繫%物侯期%生物學特性
양수신무성계%물후기%생물학특성
new clones of poplar%phenophase%biological characteristics
对黑杨派杨树Ⅰ-63杨和Ⅰ-69杨人工杂交获得的优良单株LH04-13,以Ⅰ-69杨、Ⅰ-63杨、南林895、中石7号杨等为对照营建试验林,观测研究各无性系萌芽展叶、生长、封顶落叶、开花结实等物侯期及生物学特性适应性、抗逆性等,以期为杨树无性系的选育及造林推广提供理论依据。
對黑楊派楊樹Ⅰ-63楊和Ⅰ-69楊人工雜交穫得的優良單株LH04-13,以Ⅰ-69楊、Ⅰ-63楊、南林895、中石7號楊等為對照營建試驗林,觀測研究各無性繫萌芽展葉、生長、封頂落葉、開花結實等物侯期及生物學特性適應性、抗逆性等,以期為楊樹無性繫的選育及造林推廣提供理論依據。
대흑양파양수Ⅰ-63양화Ⅰ-69양인공잡교획득적우량단주LH04-13,이Ⅰ-69양、Ⅰ-63양、남림895、중석7호양등위대조영건시험림,관측연구각무성계맹아전협、생장、봉정락협、개화결실등물후기급생물학특성괄응성、항역성등,이기위양수무성계적선육급조림추엄제공이론의거。
LH04-13 was a superior individual acquired through artificial hybridization between black poplar clone I-63 and I-69.In order to observe the phenophase and biological characteristics of LH04-13,experimental forest was established with black poplar clone I-69,I-63,Nanlin895,Zhongshi7 etc as control.The period of bud exhibition leaf,growth,capping,defoliation,flowering and seeding of all poplar clones were monitored and compared.With the purpose of providing theoretical basis for poplar clones breeding and planting,the adaptability and adversity resistance of all clones were also analyzed.