- Research reveals the implication of oasification in combating desertification and land degradation
- Dry/wet patterns in drylands show significant differences over the past six decades: study
- Snow depth in Tianshan Mountains declines last century: study
- Land-use/cover conversion affects soil organic carbon stocks
- Terrestrial water storage in the Tibetan Plateau shows spatial differences: study
- Winter snow depth tend to increase in the northeastern of Central Asia under global warming: study
- The older Siberian ibex are, the more they group with same sex community
- Manure application harbors potential risk of N emission increase in arid regions
- Lower Niger Basin to lose more soil with increasing rainfall in next 50 years
- Drought losses in China will soar with continuing global warming: study
- Urbanization not main reason for surface wind speed changes in northwest China, study finds
- Scientists map economic sector loss from influential tropical cyclones in China
- Climate change matters: cotton bollworm rampant with less late spring cold occurrences
- Study: early efforts to limit global warming may reduce global desertification likelihood
- Scientists identify evaporation fractionation and streamflow components of Kaidu River Basin