吉林林业科技
吉林林業科技
길림임업과기
JILIN FORESTRY SCICNCE AND TECHNOLOGY
2014年
2期
12-14,21
,共4页
长白落叶松%不同配置%太阳光能%利用率%林地生产力
長白落葉鬆%不同配置%太暘光能%利用率%林地生產力
장백락협송%불동배치%태양광능%이용솔%임지생산력
Larix olgensis Henry%different configuration%solar energy%utilization ration%forest land productivity
以长白落叶松人工林为对象，研究不同配置对太阳光能的利用率，结果表明：矩形配置对太阳能的利用率最高，正方形次之，三角形最低。当矩形配置的行距为2．0～8．0 m、株距为1．0 m时，林分年生长量为17．4275～18.7508 m3· hm-2，分别比正方形配置和三角形配置增加1．2927～1．9132 m3· hm-2和0．3795～2．6160 m3· hm-2。矩形配置可显著提高落叶松林地的生产力。
以長白落葉鬆人工林為對象，研究不同配置對太暘光能的利用率，結果錶明：矩形配置對太暘能的利用率最高，正方形次之，三角形最低。噹矩形配置的行距為2．0～8．0 m、株距為1．0 m時，林分年生長量為17．4275～18.7508 m3· hm-2，分彆比正方形配置和三角形配置增加1．2927～1．9132 m3· hm-2和0．3795～2．6160 m3· hm-2。矩形配置可顯著提高落葉鬆林地的生產力。
이장백락협송인공림위대상，연구불동배치대태양광능적이용솔，결과표명：구형배치대태양능적이용솔최고，정방형차지，삼각형최저。당구형배치적행거위2．0～8．0 m、주거위1．0 m시，림분년생장량위17．4275～18.7508 m3· hm-2，분별비정방형배치화삼각형배치증가1．2927～1．9132 m3· hm-2화0．3795～2．6160 m3· hm-2。구형배치가현저제고락협송임지적생산력。
Larix olgensis Henry was taken as objects to reseach utilization ration of solar energy of different configuration , the results indicated that rectangular configuration had the highest utilization ration of solar energy , square took the second place, and triangle was the lowest .When array pitch of ectangular configuration was 2.0 ~8.0 m, plant spacing was 1.0 m, annual growth of forest stand was 17.427 5~18.750 8 m3 · hm-2 , which was 1.292 7~1.913 2 m3 · hm-2 and 0.379 5~2.616 0 m3· hm-2 more than square configuration and triangle configuration , respectively.Rectangular configu-ration could significantly increase the productivity of Larix olgensis Henry.
