Research Progress
Anthropogenic Nitrogen Deposition Increases Soil Carbon by Enhancing New Carbon of the Soil Aggregate Formation
Invert the Force-time Function Using the Damped Least Squares and Obtain the Apparent Force-time Function of the Landslide
Perform Systematic and Dynamic Assessments of the Equity in the Spatial Accessibility to a Mltilevel Healthcare System in a Metropolis
Regulation Function of Slit Dam Against Debris Flows
Deveplop and Apply the Monitoring and Warning System of Debris Flows
Evaluate the Performance of the Commonly Used Relationship Model with High Resolution Remote Sensing Data from NASA Landsat-8 and Different Soil Moisture Observation Networks
Nitrogen Addition Reduces Dissolved Organic Carbon Leaching in a Montane Forest
Recent Evidence Reveals Sediment Sorting in the Water-level Fluctuation Zone of the Three Gorges Reservoir and Proposes a Sustainable Strategy for Vegetation Restoration
IMHE Reveals the Processes and Rates of Weathering of Primary Mineral Phosphate during Development of Soil
IMHE Reveals the Post-earthquake Denudation's Impacts on Ancient Civilizations in the Chengdu Longmenshan Region
Important progress have been made in the evolution model and the numerical simulation of mountain disaster chain by Institute of Mountain Hazards and Environment (IMHE), CAS
Significant Progress Has Been Made in The Research of The Critical Conditions for The Formation of Outburst Debris Flows at Mountain Hazards and Environment, CAS, Chengdu