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   Location: Home > Research > Research Progress
Research Progress
Typical Wild Vegetables in Xishuangbanna, Yunnan published 22-10-14
Microclimatic variation mainly drives species composition and phylogenetic structure of epiphytic... 22-10-14
High resource use efficiency may explain rapid recovery of vascular epiphyte populations after dr... 22-10-11
Host-generalist mistletoe exhibits high level of outcrossing 22-10-09
Study investigates how aboveground litterfall respiration and its environmental parameters respon... 22-10-08
Forest fragments are important to fern conservation in Xishuangbanna 22-09-27
Different cell types explain morphological differences of two ginger varieties 22-09-26
Bottom-up process plays central role in determining ant–tree interaction networks 22-09-23
Study provides assessment framework for conservation and management of legume plants in coastal E... 22-09-21
Temperature contributes most to geographical distribution of two giant honeybees 22-09-19
Nutritionally balanced and whole food-based fiber-rich diet is beneficial to gut health 22-09-15
New genus of spittlebugs reported from central Tibetan Plateau 22-09-14
Above and belowground traits vary in response to soil moisture availability and plant competition 22-09-13
Fear emotion has negative impact on mitigation behavior toward climate change 22-09-09
New Hodgsonia species reported form Motuo, Tibet 22-09-07
Study proves Paraboea rufescens to be woody desiccation plant 22-09-05
Rock outcrops influence adjacent soils and plant growth at fine scales in karst areas 22-09-01
Two new Engelhardia species of big tree reported 22-08-30
Study identifies key factors contributing to high local diversity of trees of Euphorbiaceae in Xi... 22-08-29
Methane uptake declines due to litter-derived nitrogen input in forest soils 22-08-25
Global cooling and Tibet uplift drove the Cenozoic climate change on the Tibetan Plateau 22-08-24
A new subspecies of Begonia reported from Zamboanga peninsula 22-08-23
Oldest fossil record of Podocarpium from Tibetan Plateau reported 22-08-22
Study integrates ecosystem services into a framework to evaluate impacts of hydropower development 22-08-17
Seed dispersal: Hungry hornets are unexpected and effective vectors 22-08-16
Topographic complexity is most significant factor influencing bird acoustic indices in tropical f... 22-08-15
High planting density of pine plantations leads to degradation in deep soil 22-08-05
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Xishuangbanna Tropical Botanical Garden, Chinese Academy of Sciences. Menglun, Mengla, Yunnan 666303, China
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