Assessing the impact of model spin-up on surface water-groundwater interactions using an integrated hydrologic model

Earth and Planetary Sciences

• Accuracy 9%
• Adjusting 9%
• Antecedent Condition 9%
• Approach 9%
• Behavior 9%
• Bias 9%
• Catchment 27%
• Condition 9%
• Convergence 27%
• Cost 9%
• Criterion 18%
• Datum 9%
• Denmark 9%
• Depth 9%
• Feedback 9%
• Fjord 9%
• Good 9%
• Groundwater 27%
• Groundwater Models 9%
• Groundwater Storage 9%
• Hydrologic Cycle 9%
• Identifying 9%
• Impact 27%
• Investigation 9%
• Land Surface 54%
• Latent Heat Flux 9%
• Model 100%
• Modeling 18%
• Multicriteria Analysis 9%
• Need 9%
• Parameterization 9%
• Rapid 18%
• Ratio 9%
• Response 9%
• Sensible Heat Flux 9%
• Simulation 36%
• Soil Moisture 27%
• Spectra 9%
• Spin 72%
• Stable 9%
• State 45%
• Surface Water 9%
• Surface Water-Groundwater Interaction 18%
• Temperature 18%
• Time 18%
• Tool 9%
• Vadose Zone 18%
• Value 9%
• Vegetation 9%
• Water Table 18%