1.
A study on biomass equations for Metasequoia glyptostroboides shelterbelt in the coastal agroforestry
海岸带复合农林业水杉林带生物量估测模型的研究
2.
Differentiation Characteristics of a 50-year-established Metasequoia glyptostroboides Plantation
水杉人工林建植50年后的分化特征
3.
Study on Hydrological Effect of Picea Schrenkiana var.tianschanica Forest in the Middle Location of Tianshan Mountain;
天山中段天山云杉林森林水文效应研究
4.
Reserves and Water Capacity Characteristics of Litter in Taiwania flousiana Plantation at Different Stand Ages
不同林龄秃杉人工林凋落物储量及其持水特性
5.
Health Evaluation of Spruce Forest and Fir Forest Community in Level of Forest Subcompartment in Miyaluo West Sichuan
森林小班水平的川西米亚罗林区云冷杉林群落健康评价
6.
The Biossay of Allelopathy of Metasequoia glyptostroboides in Agroforesty System
复合农林系统中水杉他感作用的生物测定
7.
On Dong & Miao Nationalities Forestation of China Fir at Qingshuijiang River Basin in Qing Dynasty;
清代清水江流域侗、苗族杉木造林方法初探
8.
Research on the Physical and Chemical Properties of Soil under the Forest of Cunninghamia Lanceolata (Lamb.) Hook in the Early Period of For-grass Intercropping and Soil and Water Conservation;
杉木林草间作初期林下土壤理化性质及水土保持研究
9.
Study on Water Conservation Benefit and Protective Maturity of Spruce Plantations in Area of Miyaluo
米亚罗林区云杉人工林水源涵养效益及防护成熟研究
10.
July 25, Mr. Dai Baiyang adopted one of the Metasequoia glyptostroboides (Hu et Cheng) at CCRCGP.
2005年7月25日，来自四川省林业厅的戴柏阳先生爱心认养“水杉一号”。
11.
The maximal water holding rates (MWHR) of moss and litters in spruce plantations are lower than those in natural secondary series.
人工云杉林苔藓和枯落物的最大持水率均低于自然恢复演替系列。
12.
Model Test Study on Alleviation of Effect of Nutritional Stress on the Regeneration of Chinese Fir Plantation in Solution Culture;
水培模拟营养胁迫对杉木人工林更新影响的调控研究
13.
Occurrence and Control of Adelges laricis potaninilarcis in Baishuijiang Forestry Area of Gansu
甘肃白水江林区落叶松球蚜红杉亚种发生及防治
14.
Research on Soil Water Dynamics along an Elevation Gradient in Picea crassifolia Forestry Lands in Qilian Mountains
祁连山青海云杉林不同海拔梯度土壤水分动态变化
15.
Spatial structure of mixed larch-spruce-fir stands
长白落叶松-云杉-冷杉混交林林分空间结构分析
16.
Picea and Abies pollen percentages are more than 20[WTB3]%[WTBZ] in Picea or Abies forest and less than 5[WTB3]%[WTBZ] where Picea or Abies trees absent.
云、冷杉林中云杉、冷杉花粉高于20%,无云杉植物存在时云、冷杉花粉低于5%;
17.
The Examples of picea and Abies Forest Structure in Taohe County,Gansu Province
甘肃省洮河林区云、冷杉林分结构实例
18.
Study on the Gap Disturbance Mechanism of Picea Schrenkiana-Dryopteris Filix-mas Stand;
鳞毛蕨天山云杉林林冠干扰机制研究