摘要 : The Chemicals, Runoff, and Erosion from Agricultural Systems - Water Table (CREAMS-WT) model is designed to simulate the hydrologic, nutrient, and management characteristics under the typical flat, sandy, and high-water table cond... 展开 The Chemicals, Runoff, and Erosion from Agricultural Systems - Water Table (CREAMS-WT) model is designed to simulate the hydrologic, nutrient, and management characteristics under the typical flat, sandy, and high-water table conditions in south Florida flatwoods watersheds. This model has been applied to the northern Lake Okeechobee Watershed and used for land-use change permit applications. This study intended to expand the model application domain to the Upper Kissimmee Region. In this study, the CREAMS-WT model was calibrated and validated with the observed runoff and total phosphorus load data from three drainage basins in the Upper Kissimmee Region. The calibration and validation results were used to obtain the unit runoff and load datasets for land parcels within the Upper Kissimmee Region. The developed datasets can be used to estimate the long-term average annual runoff and load for current and proposed land-uses in this region. 收起