农业科学与技术(英文版)
農業科學與技術(英文版)
농업과학여기술(영문판)
AGRICULTURAL SCIENCE & TECHNOLOGY
2014年
11期
1953-1956,1959
,共5页
薛晓敏%王翠玲%王金政%孟海凤%聂佩显
薛曉敏%王翠玲%王金政%孟海鳳%聶珮顯
설효민%왕취령%왕금정%맹해봉%섭패현
优质高产%苹果园%结构参数%生理指标
優質高產%蘋果園%結構參數%生理指標
우질고산%평과완%결구삼수%생리지표
High-quality and high-yield%Apple orchard%Structure parameters%Physio-logical index
为了研究优质高产苹果树的环境参数和生理指标,以幼龄和成龄2个果园为研究对象,采用田间系统调查和室内测定分析的方法对优质高产苹果园树体结构参数、群体结构参数及一些生理指标进行了研究。结果表明:优质高产园树高在260~290 cm之间,主枝角度70°~75°,枝类比例顺序为叶丛枝>短枝>中枝>长枝>发育枝,且叶丛枝比例在50%以上;果园覆盖率75%~94%,行间和株间的交接率较小;成龄高产园总枝量达到1.04×106条/hm2,幼龄果园枝量在8.79×105条/hm2;其叶片较厚,叶绿素含量较高,SPAD值达58.22;光合作用较强,净光合速率17.48~21.8μmolCO2/(m2·s);抽生果苔副梢比例高,分别为81%和75%。
為瞭研究優質高產蘋果樹的環境參數和生理指標,以幼齡和成齡2箇果園為研究對象,採用田間繫統調查和室內測定分析的方法對優質高產蘋果園樹體結構參數、群體結構參數及一些生理指標進行瞭研究。結果錶明:優質高產園樹高在260~290 cm之間,主枝角度70°~75°,枝類比例順序為葉叢枝>短枝>中枝>長枝>髮育枝,且葉叢枝比例在50%以上;果園覆蓋率75%~94%,行間和株間的交接率較小;成齡高產園總枝量達到1.04×106條/hm2,幼齡果園枝量在8.79×105條/hm2;其葉片較厚,葉綠素含量較高,SPAD值達58.22;光閤作用較彊,淨光閤速率17.48~21.8μmolCO2/(m2·s);抽生果苔副梢比例高,分彆為81%和75%。
위료연구우질고산평과수적배경삼수화생리지표,이유령화성령2개과완위연구대상,채용전간계통조사화실내측정분석적방법대우질고산평과완수체결구삼수、군체결구삼수급일사생리지표진행료연구。결과표명:우질고산완수고재260~290 cm지간,주지각도70°~75°,지류비례순서위협총지>단지>중지>장지>발육지,차협총지비례재50%이상;과완복개솔75%~94%,행간화주간적교접솔교소;성령고산완총지량체도1.04×106조/hm2,유령과완지량재8.79×105조/hm2;기협편교후,협록소함량교고,SPAD치체58.22;광합작용교강,정광합속솔17.48~21.8μmolCO2/(m2·s);추생과태부소비례고,분별위81%화75%。
In order to research environment parameters and physiological indices of high-quality and high-yield apple trees, two orchards with young and mature apples trees were investigated to explore structural parameter of apple tree and community, and some physiological indices in fields and by room measurements. The results showed that tree height of high-quality orchard was in the range of 260 to 290 cm, branch angle in 70°-75°, and orchard coverage rate in 75%-94%, and the connec-tion rates between rows and trees were lower. Furthermore, the total branches of mature orchard reached 1.04 ×106 per hm2, while the young orchard was 8.79 ×105 per hm2; the leaves were thick and chlorophyl content was high, with SPAD value at 58.22. Additional y, the photosynthesis of the orchard was strong, and net photo-synthetic rate was 17.48-21.8 μmolCO2/(m2·s). The proportions of lateral shoot of bearing part were 81% and 75% respectively.