Integrated Multidisciplinary Approaches to Understanding

Research objectives：

This research aims to advance integrated, multidisciplinary understanding of the complex relationships between human activities, natural resources, environments, and climate change. By synthesizing atmospheric, hydrological, geological, geochemical, geophysical, and remote sensing perspectives, the study seeks to identify key drivers of environmental change and provide scientifically robust insights for policy and management. The significance lies in bridging disciplinary boundaries to produce holistic assessments that can guide sustainable development, enhance climate resilience, and inform effective environmental resource management in the face of increasing anthropogenic pressures and climatic uncertainties.

Purpose:

• To elucidate mechanisms of human–environment interactions across multiple Earth systems.
• To develop innovative methodologies combining field observations, geospatial analysis, and modeling.
• To deliver actionable knowledge for mitigating environmental risks and fostering sustainable development pathways.

Subtopics：

1. Assessing Atmospheric–Hydrological Coupling in WaterScarce Regions Under Changing Climate Regimes​

Focuses on interactions between atmospheric processes and water resources, examining impacts of climate variability on hydrological availability and quality.

2. Geochemical and Geophysical Signatures of Anthropogenic Activities in Vulnerable Geomorphic Systems

Investigates geochemical and geophysical indicators to trace human influence on landforms, soils, and subsurface structures, linking them to environmental degradation risks.

3. Remote Sensing and Sustainable Resource Management for ClimateResilient Development​

Combines remote sensing data with environmental resource management strategies to support sustainable development and adaptive responses to climate change.

Keywords：

• Multidisciplinary environmental research
• Human–environment interaction
• Climate change impacts
• Atmospheric science
• Water environment
• Hydrological resources
• Geomorphology
• Edaphology
• Geochemistry
• Geophysics
• Geodesy
• Remote sensing
• Sustainable development
• Environmental resource management
• Environmental engineering

Expected Outcomes：

Academic: Peer-reviewed articles, collected papers, or monograph