1.
Exploitation and Utilization of Tree Species as Bio-energy Resources in Guizhou Province;
贵州生物质能源树种资源的开发利用
2.
Survey and Screening of Bioenergy Trees in Fujian Province;
福建生物能源树种的调查和筛选研究
3.
Situation and Strategy of Developing Energy Tree Resources for Fuel Oil in Henan Province;
河南省燃料油能源树木资源现状及发展策略
4.
Potential and countermeasures of the development of the raw material forest of biological energy plant in China;
我国发展生物能源树种原料林的潜力和对策
5.
Primary Studies on the Planting Density of Several Main Tree Species of Energy Plantations on Different Sites;
不同立地几种主要能源树种栽植密度的初步研究
6.
New Theory of Energy Sources;
能源新论——兼论树立科学的能源观
7.
ACQUIRING THE LARGE ENERGY SYSTEM OUTLOOK AND PROMOTING SUSTAINABLE DEVELOPMENT OF ENERGY;
树立大能源系统观,促进能源可持续发展
8.
The international community should take joint efforts to ensure global energy security.
为保障全球能源安全，我们应该树立和落实新能源安全观。
9.
The culture of bark cloth around the estuary of Pearl River might be the origin of this kind of cultures throughout the world.
环珠江口树皮布文化很可能是全球树皮布文化的源头。
10.
Preliminary Studies on Seedling Growth and Energy Characters of Poplar Clones Introduced from USA;
美国引进杨树无性系的苗期生长与能源性状
11.
Studies on Tissue Culture System of Sapium Sebiferum Roxb.;
能源林树种乌桕组织培养技术体系的研究
12.
In Vitro Shoot Culture and Rapid Propagation of Chinese Tallow Trees for Energy Forests
能源林树种乌桕茎段离体培养与快速繁殖
13.
A study on biomass production and calorific values of new poplar clone seedlings for bioenergy
杨树能源林新无性系苗期生物量及热值研究
14.
Discussion on Development of Major Oleiferous Tree Species in China and Their Energy Forest Construction;
我国主要木本油料树种资源开发与林业生物能源林建设的探讨
15.
The adaptive associated species for Chinese fir can be selected according to the functional position of different species in different resource states of different resource dimensionalities.
可以根据不同树种在不同资源维度不同资源位中的功能地位,选择杉木适宜的伴生树种。
16.
Competition in a more restricted sense, (contention for some limited resources) may occur in all developmental phases of trees.
较为狭义的竞争（争夺某些有限资源）在树木各发育阶段都可能出现。
17.
Studies on Arabidopsis Protein-Protein Interactions and the Function of Homologous Gene in Mulberry;
拟南芥蛋白质的互作机制及桑树同源基因功能的研究
18.
Molecular cloning and characterization of novel molecules derived from human dendritic cells;
人树突状细胞来源的四个新分子的克隆表达和生物学功能研究