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Cl Introduction 2 Area of Study  2 Purpose and Scope 4 Approach 4 Previous Work and Acknowledgments 4 Regional Hydrogeologic Setting  5 Base of the Southeastern Coastal Plain Aquifer System 5 Southeastern Coastal Plain Aquifer System  8 Floridan Aquifer System 12 Northern Atlantic Coastal Plain Aquifer System 13 Gulf Coast Aquifer Systems  14 Hydrologic Environment 16 Hydrologic Cycle 16 Precipitation 16 Runoff 17 Evapotranspiration 20 Infiltration 21 Conceptualization of the Ground-Water Flow System  22 Climatic Effects 23 Geologic Controls 24 Topographic Influences 27 Water Budget 28 Simulation of Ground-Water Flow  32 Background 32 Page Simulation of-Ground-Water Flow Continued Model Design C33 Hydrogeologic Framework 33 Layering Scheme 33 Finite-Difference Grid and Subregional Model Coordination 34 Boundary Conditions 45 No-Flow Boundaries  45 Constant-Head Boundaries 48 Model Calibration 49 Strategy 49 Goodness of Fit 51 Parameter Definition 53 Transmissivity 53 Storage Coefficient 59 Leakance 60 Streambed Conductance 60 Recharge 63 Model Results: Simulation of Deep Ground-Water Flow.... 66 Predevelopment (Pre-1900) Conditions  66 Postdevelopment (1900-85) Conditions  69 Model Sensitivity 76 Summary 79 Selected References 83

u.s. geological survey professional papers/u.s. geological survey professional paper

Regional hydrology and simulation of deep ground-water flow in the Southeastern Coastal Plain aquifer system in Mississippi, Alabama, Georgia, and South Carolina