Land Use Change and Climate Change
Energy is a pivot, but we should not forget the other quarter source of the global carbon emission, the land use change. The process, scale, and pattern of global land use change are key to understand the driver of the regional impact of and response to global climate change. My research at Peking University College of Environmental Sciences then, and now the College of Urban and Environmental Sciences investigates the land use change in key western fragile ecosystems and around Beijing and their impact on rural poverty and urban sustainability. Scale effect is especially interesting to me as it reveals the different drivers and impacts at different scale levels, it’s important to understand the scale effect and integrate theory and elements across scales. Like price signals to the economic system, natural systems have a signal to govern the evolution of systems – complexity.
Comparative Study on Fractal Dimensions of the River Basins in China at Different Map Scales
Scale Perspective on Ecological Rehabilitation Model - Case Study in Karst Area of Southwest China
Vegetation Development and Aeolian Activities in Bashang Area of Hebei Province and Otindag Sandy Land of Inner Mongolia
Land Use/cover Change in Ecologically Fragile Karst Areas - A Case Study in Maotiaohe River Basin, Guizhou China
Soil Erosion Risk Assessment in Karst Area - Case Study in Guanling County of Guizhou Province