1.
Comparative Study on Wood Properities of Alnus Cremastogyne Burkill and Aluns Formosana Makino;
桤木与台湾桤木人工林木材性质比较研究
2.
Water Holding Characteristics of Litter in Two Types of Alnus cremastogyne burk Plantation
对四川桤木和台湾桤木人工林枯落物持水特性研究
3.
The Accumulation and Distribution of Nutrients of Artificial Alnus cremastogyne Forests
四川桤木人工林生态系统养分的积累与分布
4.
Hydro-Ecological Effects of Alnus Cremastogyne Burli Plantations in Hilly Red Soil Regions of Northern Hunan Province
湘北红壤丘陵区四川桤木人工林水文生态效应
5.
The accumulation and distribution of nutrients in ecosystem of plantation of Alnus cremastogyne with different ages
不同林龄的四川桤木人工林生态系统中养分的积累
6.
TIME-SPACE VARIATION OF NODULATION AND NITROGEN FIXATION IN ALDER PLANTATION AND ITS AFTER-EFFECT ON PLANT GROWTH (Ⅱ)
桤木人工林结瘤固氮的时空变化及其对后续植物的效应(Ⅱ)
7.
Change of Nutrient Content in Alnus cremastogyne Plantation Root System and Soil
桤木人工林根系—土壤复合系统养分含量的变化规律
8.
A study of ecological geochemical warning of the forest soil in an alder plantation
人工桤木林林地生态地球化学预警评价研究
9.
Comparative Analysis on Growth Volumes between Alnus sp. and Cupressus torulosa Plantation Stand
川滇桤木与藏柏人工林分生长量对比分析
10.
A Preliminary Discussion on Effect of Artificial Inoculation on the Nodule Formation and Nitrogen Fixation of Alder
人工接种对桤木结瘤固氮的效应初探
11.
Energy characteristics of alder cypress mixed plantation ecosystem.
人工桤柏混交林生态系统的能量特征
12.
Study on the Nodule Nitrogen Fixation Ability of Alnus nepalensis Secondary Forest in Ailao Mountain
哀牢山桤木次生林根瘤固氮能力研究
13.
STUDY ON DENSITY CHANGE LAW IN ALDER AND CYPRESS MIXED FOREST BY ARTIFICIAL NEURAL NETWORK
桤柏混交林密度变化规律的人工神经网络模型研究
14.
Contribution of Root Respiration to Soil Respiration in a Alder and Cypress Mixed Plantation in Hilly Areas of Sichuan Basin
川中丘陵区人工桤柏混交林根呼吸对土壤总呼吸的贡献
15.
Stand Biomass and Its Distribution of Mixed Forests of Alnus cremastogyne and Cunninghamia lanceolata
桤木×杉木混交林生物量及分布格局研究
16.
Study on Fine Root Growth and Soil Anti-erodibility in Young Alnus Formosana Forest Land;
台湾桤木幼林地细根生长与土壤抗蚀能力研究
17.
Study on Prepare Process for Alder Wood Polymer Composite
西南桤木木塑复合材料处理工艺的研究
18.
The alder nitrogen fixation promoted growth of the after crop.
十年生桤木林采伐迹地上,桤木固氮改良土壤,并促进后续植物的生长.