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  • 收录类型=SCI-EXPANDED x
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22 条 记 录,以下是 1-22

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ycf1, the most promising plastid DNA barcode of land plants被引量:335收藏 分享
作者:Dong, Wenpan[1] Xu, Chao[1] Li, Changhao[1,2] Sun, Jiahui[1,2] Zuo, Yunjuan[1]
机构:Chinese Acad Sci;Univ Chinese Acad Sci;Chinese Acad Forestry
来源:SCIENTIFIC REPORTS  2015
Branch occlusion and discoloration of Betula alnoides under artificial and natural pruning被引量:22收藏 分享
作者:Wang, Chun-Sheng[1] Hein, Sebastian[2] Zhao, Zhi-Gang[1] Guo, Jun-Jie[1] Zeng, Jie[1]
机构:Chinese Acad Forestry;Univ Appl Forest Sci
来源:FOREST ECOLOGY AND MANAGEMENT  2016
关键词:Betula alnoides   Knot attribute   Wood discoloration   Artificial pruning   Natural pruning  
Branch Development of Five-Year-Old Betula alnoides Plantations in Response to Planting Density被引量:19收藏 分享
作者:Wang, Chun-Sheng[1] Tang, Cheng[2] Hein, Sebastian[3] Guo, Jun-Jie[1] Zhao, Zhi-Gang[1]
机构:Chinese Acad Forestry;Shihezi Univ;Univ Appl Forest Sci
来源:FORESTS  2018
关键词:Betula alnoides   branch morphology   branch quantity   mixed-effects models   planting density   wood quality   young plantation  
Effect of Planting Density on Knot Attributes and Branch Occlusion of Betula alnoides under Natural Pruning in Southern China被引量:16收藏 分享
作者:Wang, Chunsheng[1] Zhao, Zhigang[1] Hein, Sebastian[2] Zeng, Ji[3] Schuler, Johanna[4]
机构:Chinese Acad Forestry;Univ Appl Forest Sci;Chinese Acad Forestry;Univ Freiburg
来源:FORESTS  2015
关键词:Defects - Wood products  
Growth and nutrient dynamics of Betula alnoides seedlings under exponential fertilization被引量:15收藏 分享
作者:Chen, Lin[1,2] Wang, Chunsheng[2] Dell, Bernard[3] Zhao, Zhigang[2] Guo, Junjie[2]
机构:Chinese Acad Forestry;Chinese Acad Forestry;Murdoch Univ
来源:JOURNAL OF FORESTRY RESEARCH  2018
关键词:Betula alnoides   Growth performance   Luxury nutrient consumption   Nitrogen requirement   Vector analysis  
MACRONUTRIENT DEFICIENCY SYMPTOMS IN BETULA ALNOIDES SEEDLINGS被引量:10收藏 分享
作者:Chen, L.[1,2] Zeng, J.[1] Xu, D. P.[1] Zhao, Z. G.[1] Guo, J. J.[1]
机构:Chinese Acad Forestry;Chinese Acad Forestry
来源:JOURNAL OF TROPICAL FOREST SCIENCE  2010
关键词:Foliar symptom   growth performance   nutrient interaction   pigment composition  
STEM TAPER EQUATIONS FOR BETULA ALNOIDES IN SOUTH CHINA被引量:10收藏 分享
作者:Tang, C.[1,2] Wang, C. S.[1] Pang, S. J.[3] Zhao, Z. G.[1] Guo, J. J.[1]
机构:Chinese Acad Forestry;Shihezi Univ;Chinese Acad Forestry;Chinese Acad Forestry
来源:JOURNAL OF TROPICAL FOREST SCIENCE  2017
关键词:Non-linear regression analysis   taper functions   variable-form model  
Crown and branch attributes of mid-aged Betula alnoides plantations in response to planting density被引量:10收藏 分享
作者:Wang, Chun-Sheng[1] Zeng, Ji[2] Hein, Sebastian[3] Zhao, Zhi-Gang[1] Guo, Jun-Jie[1]
机构:Chinese Acad Forestry;Chinese Acad Forestry;Univ Appl Forest Sci
来源:SCANDINAVIAN JOURNAL OF FOREST RESEARCH  2017
关键词:Betula alnoides   crown attributes   spacing   branchiness   mixed-effects model  
Genetic Parameter Estimates and Genotype x Environment Interactions of Growth and Quality Traits for Betula alnoides Buch.-Ham. ex D. Don in Four Provenance-Family Trials in Southern China被引量:7收藏 分享
作者:Yin, Mingyu[1] Guo, Junjie[1] Wang, Chunsheng[1] Zhao, Zhigang[1] Zeng, Jie[1]
机构:Chinese Acad Forestry
来源:FORESTS  2019
关键词:Betula alnoides   genetic variation   genotypes by environments interaction   genotypic correlation   heritability  
Foliar morphology and spatial distribution in five-year-old plantations of Betula alnoides被引量:6收藏 分享
作者:Wang, Chun-sheng[1] Guo, Jun-jie[1] Hein, Sebastian[2] Wang, Huan[1] Zhao, Zhi-gang[1]
机构:Chinese Acad Forestry;Univ Appl Forest Sci
来源:FOREST ECOLOGY AND MANAGEMENT  2019
关键词:Betula alnoides   Crown structure   Leaf morphology traits   Leaf vertical distribution   Planting density   Specific leaf area  
Next Generation Sequencing-Based Molecular Marker Development: A Case Study in Betula Alnoides被引量:5收藏 分享
作者:Tan, Jing[1] Guo, Jun-Jie[1] Yin, Ming-Yu[1] Wang, Huan[1] Dong, Wen-Pan[2]
机构:Chinese Acad Forestry;Chinese Acad Sci
来源:MOLECULES  2018
关键词:Betula alnoides   next generation sequencing (NGS)   simple sequence repeat (SSR)   polymorphism   transferability  
Genetic Diversity and Population Genetic Structure of Erythrophleum fordii Oliv., an Endangered Rosewood Species in South China被引量:5收藏 分享
作者:Tan, Jing[1] Zhao, Zhi-Gang[1] Guo, Jun-Jie[1] Wang, Chun-Sheng[1] Zeng, Jie[1]
机构:Chinese Acad Forestry
来源:FORESTS  2018
关键词:Erythrophleum fordii Oliv   microsatellite markers   genetic variation   conservation genetics   ancient tree  
Spatial patterns and seasonal dynamics of foliar nutrients in 5-year-old Betula alnoides plantations被引量:4收藏 分享
作者:Wang, Chunsheng[1] Guo, Junjie[1] Zhao, Zhigang[1] Wang, Huan[1] Zeng, Jie[1]
机构:Chinese Acad Forestry
来源:FOREST ECOLOGY AND MANAGEMENT  2021
关键词:Macronutrients   Crown layer   Nutrient dynamics   Retranslocation   Resorption   Planting density  
An efficient and cost-effective method for primer-induced nucleotide labeling for massive sequencing on next-generation sequencing platforms被引量:4收藏 分享
作者:Guo, Junjie[1,3] Cheng, Tao[2] Xu, Han[1,3] Li, Yide[1,3] Zeng, Jie[1,3]
机构:Chinese Acad Forestry;Berry Genom Corp Ltd;Jianfengling Natl Key Field Res Stn Trop Forest E
来源:SCIENTIFIC REPORTS  2019
TWENTY MICROSATELLITE MARKERS FOR THE ENDANGERED VATICA MANGACHAPOI (DIPTEROCARPACEAE)被引量:3收藏 分享
作者:Guo, Jun-Jie[1] Shang, Shuai-Bin[2] Wang, Chun-Sheng[1] Zhao, Zhi-Gang[1] Zeng, Jie[1]
机构:Chinese Acad Forestry;State Forestry Adm
来源:APPLICATIONS IN PLANT SCIENCES  2017
关键词:conservation genetics   cross-species transferability   Dipterocarpaceae   microsatellite markers   next-generation sequencing   Vatica mangachapoi  
Isolation and characterization of 19 microsatellite markers in a tropical and warm subtropical birch, Betula alnoides Buch.-Ham. ex D. Don被引量:3收藏 分享
作者:Guo, J. J.[1] Zeng, J.[1] Zhou, S. L.[2] Zhao, Z. G.[1]
机构:Chinese Acad Forestry;Chinese Acad Sci
来源:MOLECULAR ECOLOGY RESOURCES  2008
关键词:Betula alnoides   birch   microsatellite   primer development   SSR   tropics  
Complete chloroplast genome sequence of Betula alnoides (Betulaceae)被引量:1收藏 分享
作者:Yin, Mingyu[1] Guo, Junjie[1] Zeng, Jie[1]
机构:Chinese Acad Forestry
来源:MITOCHONDRIAL DNA PART B-RESOURCES  2019
关键词:Betula alnoides   chloroplast genome   Betulaceae   phylogenetic analysis  
Regulating Growth of Betula alnoides Buch. Ham. ex D. Don Seedlings with Combined Application of Paclobutrazol and Gibberellin被引量:1收藏 分享
作者:Wang, Huan[1] Shen, Wei[2] Guo, Junjie[1] Wang, Chunsheng[1] Zhao, Zhigang[1]
机构:Chinese Acad Forestry;Zhaoqing Univ
来源:FORESTS  2019
关键词:Betula alnoides Buch   Ham   ex D   Don   growth regulation   root   shoot ratio   biomass allocation   photosynthetic pigment  
SUPERIOR PROVENANCE AND PLUS TREE SELECTION FOR BETULA ALNOIDES IN SOUTHERN FUJIAN CHINA被引量:1收藏 分享
作者:Chen, Bihua[1] Fang, Bijiang[2] Chen, Qinggen[2] Lin, Yuqing[2] Lin, Yongjian[2]
机构:Fujian Acad Forestry Sci;Fujian Huaan Jinshan Natl Forest Farm;Chinese Acad Forestry
来源:PAKISTAN JOURNAL OF BOTANY  2020
关键词:Betula alnoides   Superior provenance   Plus tree   Growth traits   Genetic variation  
Phylogenetic analysis of the complete chloroplast genome of Betula hainanensis (Betulaceae)被引量:0收藏 分享
作者:Yin, Mingyu[1,2] Guo, Junjie[1] Zeng, Jie[1]
机构:Chinese Acad Forestry;Nanjing Forestry Univ
来源:MITOCHONDRIAL DNA PART B-RESOURCES  2020
关键词:Betula hainanensis   chloroplast genome   Betulaceae   phylogenetic analysis  
In vitro Competition of Betula alnoides Pollens from Two Types of Habitats in a Heterogeneous Landscape in South China被引量:0收藏 分享
作者:Guo, J. J.[1] Ou, J. L.[1] Zhao, Z. G.[1] Zeng, J.[1]
机构:Chinese Acad Forestry
来源:SILVAE GENETICA  2014
关键词:Betula alnoides   genotype   habitat   heterogeneous landscape   in vitro   pollen competition   pollen germination   pollen nutrition   pollen tube growth   soil nutrition  
Modeling and evaluating site and provenance variation in height-diameter relationships for Betula alnoides Buch.-Ham. ex D. Don in southern China被引量:0收藏 分享
作者:Yin, Mingyu[1] Wang, Chunsheng[1] Wang, Huan[1] Han, Qiang[1] Zhao, Zhigang[1]
机构:Chinese Acad Forestry;Shihezi Univ
来源:FRONTIERS IN PLANT SCIENCE  2023
关键词:Betula alnoides   dummy variable model   genetic improvement   height-diameter relationship   stem form  
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