Growth variation of Picea koraiensis and early selection;
红皮云杉生长变异与早期选择的研究
Reaction System Optimization and Specific Identification of Picea koraiensis and P.koraiensis var.nenjiangensis by RAPD and ISSR Marker;
红皮云杉与嫩江云杉RAPD和ISSR分子标记反应体系优化和特异性检测
Selection for Superior Half-Sib Family of Picea koraiensis;
红皮云杉半同胞优良家系初步选择
The primary research on ectomycorrhizal fungi s development characteristic and Picea koraiensis Nakai;
红皮云杉外生菌根菌培养特性及初步研究
Study on Genetic Diversity among Different Provenances of Picea Koraiensis Nakai Using RAPD Markers;
利用RAPD分子标记对红皮云杉种源遗传多样性的研究
Studies on the Meiosis of Pollen Mother Cell and Pollen Development of Picea koraiensis Nakai
红皮云杉花粉母细胞减数分裂和花粉发育的研究
800samples and 8 characters of seedling biomass in the natural populations of Korean spruce (Picea koraiensis Nakai) in different areas such as Daxinganling,Xiaoxinganling and Changbai Mountain were analyzed by statistical method.
对来自大、小兴安岭、长白山等地区的 10个红皮云杉天然群体近 80 0个样本、8个苗木生物量性状进行统计分析 。
The wood tracheid morphological features and their radial wariations of Korean spruce plantations from 3 plots on different indexes are studied.
研究三种不同立地指数下红皮云杉人工林木材的管胞形态及其径向变异规律：（１）三种立地指数下木材管胞形态特征有着相同的径向变化模式；（２）根据管胞形态的径向变异规律，三种立地指数下木材管胞达到成熟的年龄基本相同，均在１８～２０年间；（３）立地指数对木材管胞长度、管胞长宽比和壁腔比有影响，且总的趋势是其值随立地指数增大而增加。
Wood tracheid morphological features and their radial variation of Korean spruce plantations are studied and compared with those of natural forest.
研究了人工林红皮云杉木材管胞形态及其径向变异规律，并与天然林进行了比较。
The characteristics and the application of tara gum;
新型食品添加剂增稠剂-刺云实胶的特性及其在食品中的应用
Talk about kurematsu,red leather Spruces in bed naeki is now a new method
谈红松、红皮云杉在床苗木越冬新方法
Study on cycle Thinning of Picea koraiensis plantation
红皮云杉人工林抚育间伐周期的研究
Induction Technique of Picea koraiensis Nakai Embryogenic Callus
红皮云杉胚性愈伤组织诱导技术研究
Physiological Response of Nenjiang Spruce and Korean Spruce to Drought and SO_2 Stress;
嫩江云杉和红皮云杉对干旱与SO_2胁迫的生理响应
RAPD Analysis on Genetic Diversity of Picea mongolica(H.Q.Wu.) W.D.Xu and its Close Relative Species P.koraiensisNakai and P.meyeriRehd. et Wils
沙地云杉与近缘种红皮云杉和白扦遗传多样性的RAPD分析
Study on Technological System for Industry Commercial Forest Cultivating Technology of Korean Spruce;
红皮云杉工业用材林培育技术体系的研究
Infecting Micromechanism of Ectomycorrhizal Fungi to Picea Koraiensis;
外生菌根菌侵染红皮云杉微观机制的研究
The impact of Picea koraiensis plantation productivity factor analysis
影响红皮云杉人工林生产力的因素分析
A Study of Directive Breeding Technology of Short Period Industrial Timber Plantation of Picea Koraiensis Nakai;
红皮云杉短周期工业用材林定向培育技术的研究
Study on Genetic Diversity among Different Provenances of Picea Koraiensis Nakai Using RAPD Markers;
利用RAPD分子标记对红皮云杉种源遗传多样性的研究
Genetic Variation of Plant Hormone,NR and Soluble Protein Among the Provenances of Picea Koraiensis;
红皮云杉种源间植物激素、硝酸还原酶和可溶性蛋白的遗传变异
Research on the relationship between growth and illumination of Picea koraiensis Nakai plantation of young forest in Changbai Mountain region
长白山地区红皮云杉人工幼龄林生长与光照关系的研究
Studies on the Meiosis of Pollen Mother Cell and Pollen Development of Picea koraiensis Nakai
红皮云杉花粉母细胞减数分裂和花粉发育的研究
Physiological Ecology Response of the Seedling of Picea Koraiensis and Picea Meyeri to Double CO_2 and High Temperature under Different Nitrogen Levels;
红皮云杉、白扦幼苗在不同氮素水平下对CO_2倍增及高温的生理生态响应
Conifer tree style such as pine, fir, spruce, redwood, cypress, etc.
针叶类树包括松树、杉树、云杉、红木、柏树，等等。
Conifer tree style such as pine, fir, spruce, redwood, cedar, etc.
针叶类树包括松树、杉树、云杉、红木、雪松，等等。
Conifer tree style such as pine, fir, spruce, redwood, juniper, etc.
针叶类树包括松树、杉树、云杉、红木、刺柏，等等。
Gorals seldom feed on Pinus koraiensis,Picea jezoensis,Abies nephralepis(1%,0.7% and 1.7%,respectively).
斑羚在冬季食红松、云杉、冷杉较少(1%、0．7%、1．7%)。