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机译:挪威云杉(Picea Anamies)和Lodgepole Pine中微纤维角度从青少年到成熟木材过渡的遗传控制(Pinus Contorta)
Department of Forest Genetics and Plant Physiology SLU Ume? Sweden;
Department of Forest Genetics and Plant Physiology SLU Ume? Sweden;
IIC Stockholm Sweden;
Department of Forest Ecology and Management SLU Ume? Sweden;
Department of Forest Genetics and Plant Physiology SLU Ume? Sweden;
Ekebo 268 90 Sval?v;
Department of Forest Genetics and Plant Physiology SLU Ume? Sweden;
Department of Forest Genetics and Plant Physiology SLU Ume? Sweden;
lodgepole pine; Norway spruce; transition wood; microfibril angle; genetic variation; early selection;
机译:挪威云杉(Picea Anamies)和Lodgepole Pine中微纤维角度从青少年到成熟木材过渡的遗传控制(Pinus Contorta)
机译:确定黑松中从幼木到成熟木微纤丝角的过渡:六个不同的两段模型的比较。
机译:确定黑松中从幼木到成熟木微纤丝角的过渡:六个不同的两段模型的比较
机译:挪威云杉(Picea Andea)和苏格兰松树(Pinus Sylvestris)污染道路排放的环境污染
机译:测量糖枫,赤松和挪威云杉根的原地吸收的养分吸收量(枫木,树脂松,云杉)。
机译:水浸没的松木(Pinus contorta)和云杉(Picea spp。)木材的声学特性及其用作乐器的适用性
机译:测定从幼儿松树中少年到成熟木微纤维角的过渡:六种不同的双段模型的比较
机译:水和腐烂暴露下的热改性挪威云杉('picea abies')和苏格兰松('pinus sylvestris')的边材与心材之间的差异(Lampokasitellyn Kuusen('picea abies')ja mannyn('pinus sylvestris')pinta-ja sydanpuun Kayttaytyminen Vesi- ja Lahorasituksessa)