Research Progresses----Guangzhou Branch

Contact | Chinese Version | CAS

Research Progresses

09-14-2025Roots dominate over extraradical hyphae in driving soil organic carbon accumulation during tropical forest succession
09-14-2025Polyploid Plants Maintain Heterostyly Through Ancient Genetic Architecture
09-05-2025Scientists Discover Photoreceptor phyB Stabilizes the KNOX Transcription Factor BP/KNAT1 to Promote Light-induced See...
09-01-2025Scientists discover nighttime warming impedes invasion of Chromolaena odorata into tropical coral islands
09-01-2025Uncovers a novel regulatory mechanism of seed weight and quality in soybean
08-29-2025Sharpening the Focus on Earth's Carbon Cycle: Advanced Technique Decodes Dissolved Organic Matter
08-22-2025Soil microbial metabolic limitations were depth-dependent under chronic nitrogen deposition in primary tropical forests
08-20-2025Scientists discover how phytoplankton pump the global oceanic dissolved organic carbon pools
08-20-2025Secrets of the Deep: How Heat Awakens Ancient Ocean Carbon—A Reverse Microbial Carbon Pump?
08-20-2025Reveals Molecular Mechanism of Phytochrome phyA Dynamic Acetylation in Regulating Far-Red Light Signal Transduction
08-14-2025Unveils "Plant-Mycorrhiza Synergy" Framework to Revolutionize Forest Restoration
08-02-2025Scutellaria yangchunensis and S. albovillosa (Lamiaceae), two new species from Yangchun, Guangdong, China

17 pages First Prev 123 4 5 Next End

Copyright © Guangzhou Branch, the Chinese Academy of Sciences
Address：Guangzhou Yuexiu District martyrs Road 100, 510070　Email：zwxx@gzb.ac.cn