Investigating and predicting spatiotemporal variations in vegetation cover in transitional climate zone: a case study of Gansu (China)

Keyphrases

• Asian Monsoon 14%
• Atmospheric Moisture 42%
• Available Energy 14%
• Central Pacific 14%
• China 100%
• Climate Change Impacts 14%
• Climate Gradient 14%
• Climate Transition 14%
• Climate Transition Zone 100%
• Climate Variation 14%
• Coupled Climate Model 14%
• Coupled Model Intercomparison Project Phase 5 (CMIP5) 28%
• Coupled Model Intercomparison Project Phase 6 (CMIP6) 14%
• Desertification Risk 14%
• Drying Conditions 14%
• Ecological Services 14%
• Energy Conservation 57%
• Energy Dynamics 28%
• Future Climate Scenarios 14%
• Gansu 100%
• Greening Trend 14%
• Greenness 14%
• High Temperature 14%
• Impact on Vegetation 14%
• Large-scale Climate 14%
• Large-scale Climate Factors 14%
• Large-scale Climate Variability 28%
• Later Generations 14%
• Limited Region 57%
• Local Vegetation 14%
• Moisture Flux 28%
• Normalized Difference Vegetation Index 14%
• North Pacific Ocean 14%
• Northwest China 14%
• Prevailing Westerlies 14%
• Regional Temperature 14%
• Rising Temperature 28%
• Satellite-based 14%
• Southwest Monsoon 14%
• Spatiotemporal Variation 100%
• Transition Region 14%
• Vegetation Cover 100%
• Vegetation Ecosystem 14%
• Vegetation Gradient 14%
• Vegetation Growth 28%
• Water Dynamics 28%
• Water Restriction 28%
• Water-limited Regions 14%

Earth and Planetary Sciences

• Atmospheric Moisture 42%
• Climate Effect 14%
• Climate Modeling 14%
• Climate Variation 42%
• CMIP 28%
• Coupled Model Intercomparison Project Phase 6 14%
• Moisture Flux 28%
• Normalized Difference Vegetation Index 14%
• Vegetation 100%
• Vegetation Cover 100%
• Vegetation Growth 28%