- Human Disturbance Intensified the Erosion and Sediment Production of Karst Depressions During the Historical Period, New Study09 27, 2024
- How the Rock Plant Absorb Rock Moisture to Maintain Transpiration09 26, 2024
- Precipitation Sensitivity Thresholds Clarified for Vegetation Growth in Karst09 12, 2024
- Progress in Flood Risk Management for Southwest China's Karst Agriculture Ecosystems09 09, 2024
- Researchers Separated the Key Factors Influencing Runoff and Sediment Yield Changes in Different Karst Watersheds09 04, 2024
- Researchers Uncover the Mechanism of Organic Carbon Protection in Agricultural Soils across Eastern China08 12, 2024
- Scientists Decode Weaning Resistance of Chinese Indigenous Piglets08 12, 2024
- New Study Uncovers How Microbial Metabolic Capacity Regulates Mineral-Associated Organic Carbon Accrual in Subtropical Paddy Soils06 06, 2024
- A New Socio-Ecological Framework for Sustainable Reforestation in Karst Regions06 06, 2024
- Chinese Researchers Issue Critical Warning on Groundwater Flooding Risks05 15, 2024
- Researchers Reveal Complex Soil Micro-food Webs Response to Agricultural Activities04 29, 2024
- New study Finds Maize Cultivation in History Resulted Karst Rock Desertification04 11, 2024
- Researchers Reveal Complex Microbial Communities Respond to Wastewater Fluctuations04 07, 2024
- Researchers Reveal Trimethylamine oxide Regulate Fat Deposition in Pigs03 20, 2024
- New Scientific Soil Nutrient Recovery Strategies Helps Vegetation Restoration03 20, 2024
- Scientists Decoding Muscle Loss03 11, 2024
- Stronger Carbon Sequestration in Paddy Soils than Adjacent Upland Counterparts03 01, 2024
- Lithology and Niche Habitat Effectively Control Arbuscular Mycorrhizal Fungi02 28, 2024
- Progress in Understanding Early Weaning-induced Small Intestinal Epithelial Atrophy from the Perspective of Intestinal Stem Cells06 06, 2023
- Bile Acid Improving Intrauterine Growth Retardation Metabolism in Piglets12 30, 2022
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