Human interventions in the hydrological cycle are rapidly evolving throughout the world in response to changing societal needs and environmental stressors. Population growth and climate change, in particular, are driving competition for increasingly scarce and polluted water resources. The implications of these changes have wide-ranging consequences for water supply, food systems, and environmental sustainability. My research supports cooperative water resources management, especially in water-stressed regions of South and Southeast Asia, by revealing complex interactions in coupled human-water systems.

Hydrology

Field work

Modeling

Remote sensing

GIS

SES resilience

Data science

Data analytics

Machine learning

R packages

Shiny app