Integrated Soil and Water Management: Selected Papers from 2016 International SWAT Conference

doi:10.3390/books978-3-03842-816-9

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Keywords

sediments; Indian grass; reservoir; SWAT; Brazil; hydrologic balance; SWAT model; land use change; evapotranspiration; plant parameters; SWAT; SAFRAN; weather data input; spatial resolution; water quality; climate change; economic valuation; mitigation; greenhouse gases; model comparison; water leakage; nitrate leaching; maize; winter wheat; optimized nitrogen fertilization; optimized irrigation; water resources; SWAT model; climate change; Segura Basin; fuzzy TOPSIS; climate change effect; sediment; nutrients; SWAT; water quality; Karkheh River Basin; dynamic irrigation scheduling; irrigated wheat; irrigated maize; uncertainty analysis; coupled SWAT-MODSIM; total nitrogen; artificial rainfall experiments; rainfall; terrain; regosol; influence mechanisms; effectiveness of LID practices; different urban designs; SWAT; model development; LID modeling; NCEP-CFSR; APHRODITE; PERSIANN-CDR; SWAT; precipitation; Malaysia; streamflow; tropical; river; extreme; SWAT; drought hazard index; future drought projection; Baoding City; SWMM; non-point source (NPS) pollution; Baiyangdian Lake; rainfall-runoff; SWAT; regulated and unregulated streamflows; flood frequency analysis; sangal’s method; low-impact development (LID) conditions; effectiveness of LID practices; manual optimization; cost; watershed management; calibration; uncertainty analysis; conditional parameters; SUFI-2; GLUE; PSO; permafrost; modeling; hydrology; water; Yenisei River; SWAT; SWAT; APEX; climate; soil and water assessment tool; pesticides; malathion; agricultural watershed; modified SWAT model; SWAT; GWLF; watershed modeling; comparison; streamflow; sediment; total nitrogen; hydrology; Danube; Don; Dnieper; land use change; hydrological modeling; nitrogen; SWAT; OWTS; waste water; septic; watershed; SWAT model; coldwater fish; stream temperature; hydroclimatological model; water quality; hydrology; peak over threshold (POT); extreme value analysis; flood; extreme hydrological events; flood quantiles; input data uncertainty; multiple data sets; calibration; modeling; SWAT; SUFI-2; SWAT model; coldwater habitat; stream temperature; water quality; hydrology; climate change; hydrological modeling; SWAT; SWAT-CUP; water-resources modeling; water availability; water potential; Istanbul; calibration; validation; uncertainty analysis; sensitivity analysis; pre-calibration analysis; SWAT-CUP

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