PEST++IES How Many Iterations and Realizations, Finding the Point of Diminishing Returns
Abstract PEST++IES (White 2018; White et al. 2020) is widely used in the groundwater modeling community for its ability to perform computationally efficient history matching and uncertainty analysis in a highly parameterized context. One primary advantage of using an iterative ensemble smoother is that the number of model runs required per iteration ...
Trent J. Farnum +2 more
wiley +1 more source
Hydrochemical Evolution of Karst Groundwater and Mining-Induced Activation Effects in a Coal Mining Area: A Case Study from the Tengxian Coalfield, China. [PDF]
Tian B +5 more
europepmc +1 more source
Artificial recharge to a freshwater-sensitive brackish-water sand aquifer, Norfolk, Virginia [PDF]
Donald L. Brown, William Dudley Silvey
openalex +1 more source
A Categorical Machine Learning Approach to Predicting Areas of Shallow Coastal Groundwater
Abstract Coastal lowlands are increasingly vulnerable to threats from sea‐level and associated groundwater rise. This study introduces a categorical modeling framework that redefines groundwater depth estimation as a classification problem rather than a continuous prediction task. By dividing groundwater occurrence into multiple depth thresholds (0.9–2.
Patrick Durney +2 more
wiley +1 more source
Hydrogeochemical conceptualization of granitic-urban area for sustainable water resource management: a case study of Daejeon, Korea. [PDF]
Ko HN, Kim J, Lee KK.
europepmc +1 more source
Abstract We propose that a new term, aquitardifer, be added to the hydrogeologic nomenclature. Aquitardifer, a blend of the terms aquitard and aquifer, accounts for geologic materials that have properties of both as traditionally defined. Several examples of aquitardifers are provided, as is justification for and applicability of the term.
Anthony C. Runkel, Jessica R. Meyer
wiley +1 more source
A groundwater well database for Brazil (GWDBrazil). [PDF]
Uchôa JGSM +8 more
europepmc +1 more source
A Regional Model Comparison between MODPATH and MT3D of Groundwater Travel Time Distributions
Abstract Groundwater quality changes in wells and streams lag behind changes to land use due to groundwater travel times. Two contaminant transport methods were compared to assess differences in their simulated travel time distributions (TTDs) to streams and wells in the Wisconsin Central Sands.
Emily A. Baker +3 more
wiley +1 more source
One of the most important problems of our time is the annual increase in greenhouse gas emissions into the atmosphere. It is possible to combat this phenomenon by reducing emissions or developing and applying technologies for capturing, storing, using ...
Riazi Masoud +5 more
doaj
Hydrological model and integrated GIS techniques for simulation and analysis of the long-term water balance in a coastal aquifer, Spain. [PDF]
Amen EM, Calvache ML.
europepmc +1 more source

