Agent-Based Modeling for Conservation Practice Adoption
This project evaluates how incentives, peer effects, and environmental feedback influence agricultural pollution control, coupling agent-based models of farmer decision-making with nutrient-load modeling.
Related publications
- Street-to-pipe diagnosis of compound rain–tailwater flooding (2026)
- Evaluating the Impact of Non-Stationary Groundwater Irrigation Behavior (2025)
- Hydrological extremes heighten vulnerability to schistosomiasis (2024)
- Coastal Flooding: Modeling, Monitoring, and Protection Systems (2022)
- Detroit River Phosphorus Loads: Anatomy of a Binational Watershed (2019)
- Role of Heterogeneous Behavioral Factors in an Agent-Based Model of Crop Choice and Groundwater Irrigation (2019)