Home
Sitemap
Contact
Chinese
CAS
About Us
Introduction
History
Directorate
Administration
Contact
News
News Updates
Upcoming Events
Announcement
Seminar
Conferences
Trainings
Research
Research Divisions
Research Progress
Supporting System
Achievements
Research Programs
Technology Transfer
Conservation & Horticulture
Landscaping
Living Collections
Digital Botanical Garden
Nursery
Public Education
Popular Science
Vocational
Graduate Study
Scholarship
About
News
Supervisors
Admission
Scientist
Faculty and Staff
Adjunct Professors
International Cooperation
Introduction
Projects
Conferences
Organizations
Int’l Cooperation News
Resources
Scientific Database
Library
Multimedia
Facilities
Annual Reports
Annual Reports
Publications & Papers
Publications
Papers
Visit XTBG
Virtual Tour
Information
Tour Guides
Societies
Ecological Society of Yunnan
Academic Committee
Academic Degree Committee
XTBG Seminar
Open Positions
CAS-SEABRI
PFS-Tropical Asia
Links
Location:
Home
>
Research
>
Research Progress
Research Progress
Runoff of nearby outcrops causes large heterogeneity in karst ecosystems
18-08-29
Intercropping improves soil physical properties and enriches soil nutrients in rubber plantations
18-08-23
Trehalose affects A. thaliana basal defense responses
18-08-15
A new fossil species of Ficus found in SW China
18-08-14
Spatial variability and temporal stability of the throughfall in a rubber plantation
18-08-10
High concentrations of serotonin result in stress responses by inhibiting primary root growth
18-08-09
Researchers propose a transdisciplinary framework to determine ecological redline areas in Shanghai
18-08-07
Snow damage to the canopy increases species richness via seedling recruitment
18-08-02
Rock outcrop runoff infiltration in three directions differs greatly
18-07-25
Forest conversion increases litter production and nutrient returns but decreases nutrient use eff...
18-07-24
Precipitation declines affect productivity of savannas
18-07-23
Honey bee queens have excellent learning and memory
18-07-20
Cold stress is the driving factor of intense defoliation of rubber trees in Xishuangbanna
18-07-18
Morphological analysis and molecular evidence delineate two controversial gold‐thread nanmu species
18-07-17
A new species of Aristolochiaceae found in Dehong
18-07-11
A new species of Begoniaceae found in Tibet and Myanmar
18-07-04
A new species of Celastraceae found in Mengla
18-07-02
A 2 °C temperature increase has the largest impact on carbon sequestration potential in Yunnan
18-07-02
How does drought affect soil respiration in woody savanna?
18-06-28
Rubber monoculture leads to unfavorable vegetation and soil conditions in Xishuangbanna
18-06-26
Plant fossil archives implicate climate change in Tibet's southeastern margin
18-06-25
Temperature: a main factor influences water use efficiency in rubber plantation
18-06-21
Researchers designate lectotype and epitype of Gastrodia angusta
18-06-19
Researchers present a high-quality transcriptome sequence for the Sacha Inchi
18-06-19
Rainfall redistribution is important for spatial distribution of throughfall kinetic energy in ru...
18-06-19
Vascular epiphytes rely on fog water more greatly than their host trees
18-06-13
Plant fossil analysis may help predict climate change: study
18-06-13
38 Page(s)
First
Prev
26
27
28
29
30
Next
Final
Xishuangbanna Tropical Botanical Garden, Chinese Academy of Sciences. Menglun, Mengla, Yunnan 666303, China
Copyright XTBG 2005-2014 Powered by XTBG Information Center