Hydrology

Hydrology is the scientific study of water in the environment—its distribution, movement, and quality across the Earth’s surface, subsurface, and atmosphere. Our hydrology content and research aim to deepen understanding of the water cycle, support sustainable water management, and address challenges related to climate change, water scarcity, and natural hazards.

By combining fieldwork, laboratory analysis, modeling, and remote sensing, we seek to provide practical solutions for managing one of Earth’s most vital resources.

Core Content Areas

• Surface Water Hydrology
  Study of rivers, lakes, and runoff processes to understand flow dynamics, flood risks, and watershed behavior.
• Groundwater Hydrology (Hydrogeology)
  Investigation of subsurface water systems, aquifer characteristics, and sustainable groundwater extraction and recharge.
• Hydroclimatology
  Examination of the interaction between climate systems and the hydrological cycle, including the impact of extreme weather events.
• Water Quality and Contamination
  Analysis of water chemistry and pollutant transport to ensure clean water supplies and inform remediation efforts.
• Hydrological Modeling
  Development and application of computational models to simulate water flow, predict floods and droughts, and manage water resources.
• Urban Hydrology
  Focus on stormwater management, urban drainage systems, and the impact of land use and development on water flow and quality.
• Watershed and Catchment Management
  Integrated approaches to managing water within natural drainage basins, balancing ecological, agricultural, and community needs.

Our hydrology research supports sustainable development, disaster preparedness, ecosystem protection, and water security across diverse regions and climates. Through interdisciplinary collaboration and innovative technologies, we are building a more water-resilient future.