1.
Modification of China-fir and Its Manufacture and Structural Design of Plywood;
速生杉木改性及其结构胶合板的设计与制造
2.
Study on the Density of the Surface Impregnating and Compressing Chinese Fir of Plantations
人工林速生杉木表面浸渍压缩密实化研究
3.
Researching on the present situation of laminated finger-jointboard in China and the development on south fast-growing Chinese fir laminated finger-joint board;
我国集成材现状和发展南方速生杉木集成材的探讨
4.
Study on Water during Compression of Fast-Growing Wood of China Fir;
杉木速生材压缩密化过程水分的研究
5.
Physiological and Biochemical Mechanism of Biochemical Substance of Schima Superba on Degrading Aluminum Toxicity to Chinese Fir;
木荷生化物质降解杉木铝毒害的生理生化机制
6.
cedar wood
雪松属木料, 杉木
7.
Growth Characteristics of the Mixed Plantation of Chinese-fir with Huangshan Mountain Pine
杉木、黄山松人工混交林的生长特性
8.
Study on Visual Simulation Technology of Cunninghamia Lanceolata Modality and Growth
杉木形态与生长可视化模拟技术研究
9.
Contrast about Good Varieties of Cunninghamia lanceolata at Early Growth Stage
杉木不同优良品种早期生长对比试验
10.
Effects of Lithological Characters on the Growth of Cunninghamia lanceolata
岩性对杉木生长的影响(摘要)(英文)
11.
Effects of Different Tending Methods on Growth of Young Cunninghamia lanceolata Plantation
不同抚育方式对杉木幼林生长的影响
12.
Ecological Response on Regeneration of Different Tree Species in the Harvest Site of Cunninghamia lanceolata
杉木林迹地不同树种更新的生态效应
13.
Evaluation of the Chinese Fir Forest Ecosystem Services Value
中国杉木林的生态系统服务价值评估
14.
Carbon Storage and Allocation in 26-Year-Old Phobe bournei and Cunninghamia lanceolata Plantations
26年生楠木人工林和杉木人工林C库及分配
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.
Fir or pine wood.
冷杉木材或松木木材
17.
Any of various trees, especially the balsam fir, yielding an aromatic resinous substance.
香脂冷杉一种能产生芳香脂类物质的树木，尤指胶杉
18.
Carbon Stock and Carbon Sequestration in Taiwania flousiana Plantation at Fast Growing Stage
秃杉人工林速生阶段的碳库与碳吸存