Water Resources Evaluation

Managing Groundwater Resources

Developing and maintaining a sustainable water supply requires a comprehensive assessment of water resource needs and availability. An essential part of this effort is to understand the hydrogeologic characteristics of the aquifer system and the interaction between surface water and groundwater. As the demand for groundwater increases, it is necessary to drill and analyze new wells, and assess the constraints including well yield, well interference, and distance to the distribution system.

Online References using Visual MODFLOW for Water Resources Evaluation

 

TitleRegionKeywords
 Water Resources EvaluationUSA
Application of a Groundwater Classification System and GIS Mapping System for the Lower Ruby Valley Watershed, Southwest Montana

Published in: Journal of Water Resource and Protection

USAGIS, Watershed, Surface water/groundwater connection
Evaluation of Alternative Ground-water Pumping Schemes as an Approach to Mitigating Problems of Critical Low Flow in the Spokane River at Spokane, Washington, USUSA
Plumstead Township, Township-Wide Groundwater Study, PA, USAUSAConceptual site model, Hydro GeoAnalyst (HGA), data management
Modeling stream-groundwater interactions and associated groundwater salinization in an urban floodplainUSAroad salt, chlorides, surface water and groundwater, channelization
Monitoring and Modeling of the Hydrologic Performance of the Carroll Street Right-of-Way BioswaleUSA
Impacts of Climate Change on Groundwater Resources: A Literature ReviewUSAClimate change
Iowa Geological Survey – Water Resources Investigation Report – Groundwater Availability ModelingUSADrought Assessment, Aquifer Modeling
Los Angeles Basin Stormwater Conservation StudyUSAStormwater managment
On-site Subsurface Wastewater disposalUSAGroundwater mounding, septic effluent
Optimization of Water Resources Management of the Evzoni Aquifer, GreeceGreeceMGO well optimization
North Tuncurry Development Project – Modelling and Design of Flood Alleviation Scheme for Groundwater Flooding
P
ublished in: Proceedings of Floodplan Conference 2013
AustraliaMODFLOW-SURFACT
Hydrogeological Investigation to Maintain an Adequate Body of Water in Lake JualbupAustralia lake-bed polymer additive
Groundwater Flow Model of Cox Creek Catchment, Mount Lofty Ranges, South AustraliaAustralia
Hydrogeology and Groundwater Flow Model, Central Catchment of Bribie Island, Southeast QueenslandAustralia
Use of stream response functions to determine impacts of replacing surface-water use with groundwater withdrawals
P
ublished in: Hydrogeology Journal
CanadaGroundwater/surface-water relations . Stream response functions . Water-resources conservation
Application of Numerical Modeling to Groundwater Assessment and Management in Prince Edward Island
P
ublished in: 57TH CANADIAN GEOTECHNICAL CONFERENCE
Canada
 Groundwater Behaviour in a Fractured Basalt Aquifer under Existing and Future Climate and Land Use in Auckland City (New Zealand)New Zealand
Three Kings Renewal Stormwater Management PlanNew ZealandHEC-HMS, Stormwater
Impact Assessment of Hydrologic and Operational Factors on the Efficiency of Managed Aquifer Recharge SchemeBangladeshManaged Aquifer Recharge
Simulation of horizontal well performance using Visual MODFLOWMalaysiahorizontal well, radial collector well, shallow aquifers
Groundwater modelling in the upper Bobrza river catchment areaPoland
Hydrodynamic interaction between surface water and groundwater in volcanic aquifer system of Lake Ciseupan,Cimahi, West Java, Indonesia
P
ublished in: IAH 2010 Proceedings
Indonesiagroundwater-surface water interaction, volcanic aquifer system of Lake Ciseupan
Lowering Groundwater in the Archaelogical Babylon City Using Underground Dams
Published in: International Journal of Civil Engineering and Technology
Iraq
Sustainable geohydrological model of San Luis Potosí aquifer, MexicoMexico
Hydrogeological model of the Baltic Artesian BasinBaltic States
Conceptualization and implementation of a groundwater flow model for the Buda thermal-karst system, Hungary

Published in: Central European Geology

Hungaryconceptual model, digital model, karst system, thermal water, zone budget
Evaluation of Aquifer System in Quetta Valley Through Geophysical Methods and Groundwater Flow ModelingPakistan

 

Note: Waterloo Hydrogeologic does not imply endorsement of software from the authors of these publications/reports (and their associated organization/affiliation).