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Non-linear Responses of Morphology and Growth of Fargesia nitida to Altitude in Wolong Nature Reserve,Sichuan,Southwestern China  
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【会议录名称】 Proceedings of Symposium from Cross-strait Environment & Resources and 2nd Representative Conference of Chinese Environmental Resources & Ecological Conservation Society , 2010 年
海峡两岸三地环境与资源学术研讨会暨第二届中国环境资源与生态保育学会会员代表大会论文集
【英文论文作者】 PAN Hongli~(a; b; c); LIU Xingliang~c; LI Maihe~(a; d) a Institute of Mountain Hazards and Environment; Chinese Academy of Sciences and Ministry of Water Conservancy; Chengdu; P.R.China; 610041; b Graduate University of the Chinese Academy of Sciences; Beijing; 100049; c Sichuan Academy of Forestry; China P.R.China; 610081; d Swiss Federal Research Institute WSL; Birmensdorf; Switzerland; Zuercherstrasse 111; CH-8903.;
【会议名称】 海峡两岸三地环境与资源学术研讨会暨第二届中国环境资源与生态保育学会会员代表大会
【英文会议名称】 Symposium from Cross-strait Environment & Resources and 2nd Representative Conference of Chinese Environmental Resources & Ecological Conservation Society
【会议地点】 中国山东临沂
【主办单位】 中国环境资源与生态保育学会
【学会名称】 临沂大学水土保持与环境保育研究所
【英文论文关键词】 Aboveground biomass allocation; Biomass growth models; Elevational gradients; Global warming; Morphological traits; Subalpine dwarf bamboos;
【论文摘要】 <正>The strong altitudinal gradients leading to dramatic variations in environmental conditions in mountain regions provide unique and sometimes the best opportunities to study plant responses and adaptation to global climate change.Bamboos are the fastest growing woody plants in the world.Their growdi rate is highly dependent on local soil and climate conditions.To understand the responses of dwarf bamboos to global climate change,we investigated the morphological characteristics and aboveground biomass all...
【英文论文摘要】 The strong altitudinal gradients leading to dramatic variations in environmental conditions in mountain regions provide unique and sometimes the best opportunities to study plant responses and adaptation to global climate change.Bamboos are the fastest growing woody plants in the world.Their growdi rate is highly dependent on local soil and climate conditions.To understand the responses of dwarf bamboos to global climate change,we investigated the morphological characteristics and aboveground biomass alloca...
【基金】 supported by National Natural Science Foundation of China(No.40771071); the 11th Five Year Technical Supporting Program(2006BAD03A10); the project of the State Forestry Bureau in Wolong Subalpine Forest System Research Station
【更新日期】 2012-04-20

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