Time-series analysis to estimate aquifer parameters, recharge, and changes in the groundwater regime

Earth and Planetary Sciences

• Approach 40%
• Aquifer 100%
• Calibration 10%
• Comparison 10%
• Cone 10%
• Confidence Interval 10%
• Constraint 20%
• Dredging 10%
• Estimate 100%
• Estimating 10%
• Evaporation 30%
• Existence 10%
• Flow Equation 10%
• Fluctuations 10%
• Groundwater 100%
• Groundwater Flow 30%
• Groundwater Models 50%
• Groundwater Recharge 10%
• Harmonics 20%
• Identifying 10%
• Investigation 20%
• Magnitude 20%
• Markov Chain Monte Carlo 10%
• Model 50%
• Newton 10%
• Rate 10%
• Recharge 100%
• Regime 100%
• River 30%
• Runoff 10%
• Season 10%
• State 10%
• Stream 40%
• Time Series 50%
• Time Series Analysis 100%
• Tools 10%
• Variation 10%
• Work 10%

INIS

• aquifers 100%
• calibration 5%
• chains 5%
• comparative evaluations 5%
• cones 5%
• constraints 11%
• contraction 5%
• dredging 5%
• equations 5%
• evaporation 17%
• flow models 5%
• fluctuations 5%
• gain 5%
• ground water 100%
• groundwater recharge 5%
• harmonics 11%
• interactions 5%
• interfaces 5%
• layers 5%
• markov process 5%
• modeling 17%
• monitoring 11%
• monte carlo method 5%
• precipitation 5%
• pumping 29%
• range 5%
• recharge 100%
• response functions 11%
• rivers 17%
• seasons 5%
• solutions 5%
• steady-state conditions 5%
• streams 23%
• time-series analysis 100%
• tools 5%
• variations 5%

Keyphrases

• Changes in Regime 14%
• Cone of Depression 14%
• Groundwater Flow Equation 14%
• Newton's Approach 14%
• Pumping Regimes 14%