Methods, findings, and applications
Selected research summaries highlighting methods, models, datasets, key findings, and practical applications across hydrology, watershed science, climate, and environmental modeling.
A SWAT–WSVR framework that combines process-based modeling, support vector regression, and wavelet decomposition for monthly streamflow prediction in data-limited watersheds.
Read summaryA hybrid SWAT–SVR approach for spatial calibration and monthly streamflow prediction in the Illinois River watershed.
Read summaryUsing SWAT to identify sediment-source hotspots and evaluate streamflow and lake loading under limited data.
Read summaryHow SWMM can support emergency-response planning for biological-agent transport under varying rainfall and urban surfaces.
Read summaryA Parsivel2 disdrometer study of coastal winter precipitation microphysics in North Carolina.
Read summaryWEPP simulations of crop yield, runoff, and soil loss under elevated CO₂, temperature, and storm intensification.
Read summaryLong-term seasonal and annual precipitation trends, anomalies, and wavelet periods across the Poyang Lake Basin.
Read summaryA review of 14 watershed-scale water-quality and nonpoint-source pollution models and model-selection criteria.
Read summaryAn EPA technical report comparing watershed and water-quality tools for nutrient fate and transport.
Read summary