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当前位置: 首页 > 文章 > 次生阔叶林不同更新方式对林分组成及土壤肥力的影响 林业科学 2001,37 (6) 113-117
Position: Home > Articles > EFFECTS OF DIFFERENT REGENERATION PATTERN OF SECONDARY BROADLEAVED FOREST ON STAND COMPOSITION AND SOIL FERTILITY Scientia Silvae Sinicae 2001,37 (6) 113-117

次生阔叶林不同更新方式对林分组成及土壤肥力的影响

作  者：
陈绍栓;陈淑容;马祥庆
单  位：
福建农林大学林学院;福建省尤溪国有林场
关键词：
更新方式;林分组成;土壤肥力
摘  要：
In this paper, the effects of three regeneration patterns, i.e. natural regeneration(N.R.), artificial measures promoting regeneration(A.M.P.R.) and artificial regeneration(A.R.) on stand structure, species composition, under~growth biomass and soil fertility of secondary broadleaved forests were studied. The results as followed: In 1200 m\+2 sample plot, there are 159 species (tree 76 species) in N.R. stand, 130 species(tree 62 species) in A.M.P.R. stand and 94 species(tree 33 species) in A.R. stand. In the arbor layer, there are 14 families 28 species in N.R. stand, 12 families 26 species and 2 families 2 species in A.M.P.R. and A.R. stands respectively. The undergrowth biomass, in N.R. stand, A.M.P.R. stand and A.R.stand are 10\^903 t\5hm\+\{-2\}, 13\^893 t\5hm\+\{-2\} and 6\^018 t\5hm\+\{-2\} respectively. Compared with the A.R. stand, the changes in N.R. and A.M.P.R.stand are showed respectively as followed: the soil bulk density of 0～20cm soil layer decreased by 12\^44% and 7\^89%,the capillary pore increased by 18\^5% and 15\^7%, the total soil porosity increased by 7\^57% and 12\^79%, the organic matter are increased by 4\^03% and 1\^50%, the total N increased by 19\^02% and 29\^30%, the total P(P\-2O\-5) increased by 63\^4% and 29\^2%.
译  名：
EFFECTS OF DIFFERENT REGENERATION PATTERN OF SECONDARY BROADLEAVED FOREST ON STAND COMPOSITION AND SOIL FERTILITY

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