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Hybrid Modeling for Fine-Scale Runoff Prediction

Period
2021–present

Project summary derived from the lab's published work — replace with the canonical project description and funding details.

This research develops hybrid modeling approaches that pair process-based hydrologic models with data-driven methods to predict runoff at fine spatial scales, while keeping results physically interpretable.

The work spans edge-of-field runoff prediction, generalization of runoff-risk models, and methodological frameworks for improving data-driven model performance.

Related publications

  • Assessing Hybrid Modeling for Fine-Scale Runoff Prediction (2024)
  • A methodological framework for improving the performance of data-driven models (2023)
  • Generalization of Runoff Risk Prediction (2022)
  • Edge-of-field runoff prediction by a hybrid modeling approach (2021)

Related publications

  • Street-to-pipe diagnosis of compound rain–tailwater flooding (2026)
  • Assessing Hybrid Modeling for Fine-Scale Runoff Prediction (2024)
  • Hydrological extremes heighten vulnerability to schistosomiasis (2024)
  • A methodological framework for improving the performance of data-driven models (2023)
  • Coastal Flooding: Modeling, Monitoring, and Protection Systems (2022)
  • Generalization of Runoff Risk Prediction (2022)