1.
The Stand Spatial Structure of Pinus Sylvestris Var. Mongolica and Its Regeneration Succession Rules in HongHuaerji
红花尔基天然樟子松林分空间结构及其更新演替规律研究
2.
Study on the Forest 3D Visualization of Mongolian Scots Pine in Plantation;
樟子松人工林林分三维可视化的研究
3.
Foliage Vertical Distribution of Mongolian Pine Plantations
樟子松人工林单木叶量垂直分布规律
4.
Predicting Models of Knot Distribution and Properties for Mongolian Scots Pine Plantation;
樟子松人工林节子分布和大小预测模型
5.
DECOMPOSING DYNAMICS OF SEVERAL CONIFEROUS AND BROADLEAVED LITTERS IN MONGOLIAN SCOTS PINE PLANTATION
樟子松人工林下针阔叶凋落物分解动态
6.
Measure of survive of Pinus korainese and Pinus sylvestnis of grafting
保障樟子松嫁接红松果林成活的措施
7.
Seed zones of Chinese forest trees--Seed zones of Pinus sylvestris var.mongolica Litvin.
GB/T8822.5-1988中国林木种子区樟子松种子区
8.
Studies on Fire History and Effects of Fire on Mongolian Scotch Pine Stand in Daxinganling Mountain,China
大兴安岭樟子松林火历史及火烧对林分结构的影响(英文)
9.
Studies on the Stand Structure and Growing Roles of Pinus Sylvestris L. Var. Mongolica Litv. s Forest in Inner Mongolia;
内蒙古山地樟子松人工林林分结构及生长规律的研究
10.
Regeneration of the Natural Mongolian Pine Forest in Hulun Buir Sandland
呼伦贝尔沙地天然樟子松林更新研究
11.
Responses of Mongolian Pine Forest to Wildland Fire in the Hulun Buir Sandland, Inner Mongolia, China
呼伦贝尔沙地樟子松林对林火干扰的响应
12.
Studies on the Respond of Height Growth to the Climate Factors in Pinus sylvestris Plantation
樟子松人工林树高生长对气候因子的响应研究
13.
The Research on Ecological Adaptability to Water Stress of Pinus sylvestris var.Mongolica;
樟子松对水分胁迫生态适应性的研究
14.
Study on Stand Structure Dynamic and Biomass for Mongolian Scots Pine in Plantation;
樟子松人工林结构动态及生物量的研究
15.
A Study on the Control and Cause of the Withering Ofpinus Sylverstris Var. Mongolica in Yulin Sandy Area;
榆林风沙区樟子松枯死的原因及防治研究
16.
Relationships between Silvicutural Practices and Wood Quality of Scots Pine Plantation;
樟子松人工林培育措施和木材品质的关系
17.
Study on single tree volume equations of Pinus sylvestris var. mongolica
樟子松人工针叶林一元立木材积方程的研究
18.
Key Technologies of Drought-resistant Afforestation with Pinus sylvestris var.mongolica in Maowusu Sandland
毛乌素沙地樟子松抗旱造林关键技术研究