1) Artificial broad-leaved Korean pine forest
人工阔叶红松林
1.
Higher plants species diversity in different types of artificial broad-leaved Korean pine forests.;
不同类型人工阔叶红松林高等植物物种多样性
2) Broad-leaved Korean pine artificial forests
阔叶红松人工林
3) broad-leaved Korean pine forest
阔叶红松林
1.
Variation characteristics of soil N_2O emission flux in broad-leaved Korean pine forest of Changbai Mountain.;
长白山阔叶红松林土壤N_2O排放通量的变化特征
2.
Eco-value level assessment of broad-leaved Korean pine forest in Changbai Mountain;
长白山阔叶红松林的生态价位
3.
Species diversity and its seasonal dynamics or herbs in a broad-leaved korean pine forest on the northernslope of the Changbai Mountain;
长白山北坡阔叶红松林草本植物物种多样性及其季节动态
4) Korean pine broad-leaved forest
红松阔叶林
1.
Landscape diversity and stability of Korean pine broad-leaved forest in Xiaoxing anling forest region.;
小兴安岭带岭林区红松阔叶林景观多样性与稳定性研究
2.
Storage dynamics of fallen trees in Korean pine broad-leaved forest.;
红松阔叶林倒木贮量动态的研究
3.
Early-spring herbs are central synusia to the plant community in Korean pine broad-leaved forest.
通过调查研究,在红松阔叶林、近熟林和中龄林内调查到的早春植物分别为34,43,50种。
5) broadleaved-Korean pine mixed forest
阔叶红松林
1.
Community type and species diversity of broadleaved-Korean pine mixed forest in Northeast China;
东北阔叶红松林群落类型划分及物种多样性
2.
To study the dynamics of soil animals during the decomposition of Korea pine stump, a broadleaved-Korean pine mixed forest after selective cutting was selected, and soil samples were collected in a 14-year span, with different size soil animals identified and counted.
为了分析在红松伐根分解的过程中土壤动物的动态变化,以阔叶红松林建群树种红松的伐根为研究对象,选取14a跨度的红松伐根分解的残留物,分离出其中的大型土壤动物、中小型土壤动物,鉴定种类,统计计数。
6) broad-leaved Pinus koraiensis forest
阔叶红松林
1.
Microenvironmental heterogeneity of near surface layer illumination in the broad-leaved Pinus koraiensis forest gap;
阔叶红松林林隙近地层光照微环境异质性分析
2.
Micro-environmental variation feature of soil surface temperature in a broad-leaved Pinus koraiensis forest gap;
阔叶红松林林隙地面温度微环境变异特征
3.
Based on broad-leaved Pinus koraiensis forest gap in Xiao Xing an Mountains,microenvironmental heterogeneity of soil physical properties in 0-20 cm and 20-40 cm soil layers in the gap were analyzed by geographical statistics method.
以小兴安岭阔叶红松林林隙为研究对象,采用地统计学方法对林隙0~20 cm和20~40 cm土层土壤物理性质的微环境异质性进行分析。
补充资料:红松
红松介绍 红松 (Pinus koraiensis Sieb. et Zucc.) 科属:
松科 松属
别名:
果松
形态特征:
松科,松属。常绿针叶乔木。幼树树皮灰褐色,近平滑,大树树干上部常分杈。枝近平展,树冠圆锥形,冬芽淡红褐色,圆柱状卵形。针叶5针一束,长6-12cm,粗硬,树脂道3个,叶鞘早落,球果圆锥状卵形,长9-14cm,径6-8cm,种子大,倒卵状三角形:花期6月,球果翌年9-10月成熟。该树种喜光性强,随树龄增长需光量逐渐增大。要求温和凉爽的气候,在土壤PH值5.5-6.5山坡地带生长好。
分布与习性:
分布于东北地区,弱阳性,喜冷凉湿润气候及酸性土
繁殖与栽培:
一般采用二年生苗木,上山造林栽植前实行穴状或台田整地,按1.5×1.5m或1.5×2.0m株行距栽植,初植密度宜大,可采用林冠下混交造林,待红松长到1.0至1.5m高时,逐步去掉影响红松生长的阔叶树种,形成针阔混交林,栽植三年内进行抚育,割除影响红松生长的杂草,灌木,防治松毛虫危害,主要采取绑扎毒条的方法进行防治。用种子繁殖,对其种子要在播种前进行催芽处理后育苗。造林时应采用2年生苗木,选择土层深厚、排水良好的山坡中下腹为宜。
应用:
庭荫树,行道树,风景林
图片:
松科 松属
别名:
果松
形态特征:
松科,松属。常绿针叶乔木。幼树树皮灰褐色,近平滑,大树树干上部常分杈。枝近平展,树冠圆锥形,冬芽淡红褐色,圆柱状卵形。针叶5针一束,长6-12cm,粗硬,树脂道3个,叶鞘早落,球果圆锥状卵形,长9-14cm,径6-8cm,种子大,倒卵状三角形:花期6月,球果翌年9-10月成熟。该树种喜光性强,随树龄增长需光量逐渐增大。要求温和凉爽的气候,在土壤PH值5.5-6.5山坡地带生长好。
分布与习性:
分布于东北地区,弱阳性,喜冷凉湿润气候及酸性土
繁殖与栽培:
一般采用二年生苗木,上山造林栽植前实行穴状或台田整地,按1.5×1.5m或1.5×2.0m株行距栽植,初植密度宜大,可采用林冠下混交造林,待红松长到1.0至1.5m高时,逐步去掉影响红松生长的阔叶树种,形成针阔混交林,栽植三年内进行抚育,割除影响红松生长的杂草,灌木,防治松毛虫危害,主要采取绑扎毒条的方法进行防治。用种子繁殖,对其种子要在播种前进行催芽处理后育苗。造林时应采用2年生苗木,选择土层深厚、排水良好的山坡中下腹为宜。
应用:
庭荫树,行道树,风景林
图片:
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参考词条