- Study Revealed Increased Compound Droughts and Heatwaves in a Double Pack in Central Asia
- Researchers Reveal Biocrust Diazotrophs and Bacteria rather than Fungi are Sensitive to Chronic Low N Deposition
- Study Revealed Spring Ozone Exposure Risks under Global Warming
- Researchers Reveal Changes in Temporal Inequality of Precipitation Extremes Due to Anthropogenic Forcings
- Study Revealed the Transmission Mechanism of Water– Energy–Food–Ecology Systems Pressure in Central Asia
- Study: Soil Phosphorus Fractions Transformation Affected by “Fertile Islands” Beneath Three Desert Vegetation
- Study Revealed Phenological Changes and Driving Forces in Qinghai-Tibet Plateau Vegetation
- Researchers Found the Observed Changes in Extreme Precipitation over the Tienshan Mountains and Associated Large-scale Climate Teleconnec...
- Researchers made progress in the evaluation of vegetation dynamic remote sensing products in High Mountain Asia
- Study: Anthropogenic Disturbance Was the Main Factor Affecting Habitat Quality of Great Bustard in Western China
- Researchers Reconstructed Historical Non-growing-season Precipitation in Southeastern Tibetan Plateau
- Future Meteorological Drought Rrends on Global Land Are Likely to Intensify Further
- Research Found Variation of Soil Moisture Is the Main Reason for Intensification of Oasis's Cooling Effect
- Study: Researchers Reveal Effects of Evolving Salt Precipitation on Soil Evaporation and Temperature
- Study: A New Framework for Quantitative Analysis of the Impacts of Soil Moisture on Ecosystem Water Use Efficiency