Economics
Geochemistry
Geology
Gary A. Robbins
Professor/
GaryA.Robbins@uconn.edu
Storrs Mansfield
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Scholarly Contributions
15 Scholarly Contributions
Use of Bacteria Community Analysis to Distinguish Sources of Nitrate in Shallow Groundwater Wells
Research Type: Journal Article
Understanding factors influencing contaminant concentrations when using domestic well sampling protocols
Research Type: Journal Article
The influence of flow weighted averaging on sample concentrations obtained from open borehole wells in fractured rock
Research Type: Journal Article
The influence of flow weighted averaging on sample
concentrations obtained from open borehole wells in
fractured rock
Research Type: Journal Article
The Influence of Local Geology on Water System Development in Ancient Rome
Research Type: Conference Proceedings
Temporal Road Salt Mobility Trends in a Connecticut Fractured Bedrock Aquifer
Research Type: Journal Article
Road salt inputs alter biogeochemistry but not communitycomposition in exurban forested wetlands
Research Type: Journal Article
Permeable asphalt: a new tool to reduce road salt contamination of groundwater in urban areas
Research Type: Journal Article
Influence of Local Geology on Water System Development in Ancient Rome
Research Type: Conference Proceedings
Influence of Domestic Well Filters on Arsenic Risk Assessme
Research Type: Journal Article
Economics of Inter-Regional Water Accords with Consideration of Groundwater and Surface Water Interaction: A Case Study from the Republican River Basin
Research Type: Journal Article
Application of the DOAM, SPM and FLUTe Methods in a Bedrock Angled Boring
Research Type: Other Scholarly Work
Analytical solutions and approximation errors of three-dimensional contaminant transport models with exponential source decay
Research Type: Journal Article
An Assessment of Hydrologic Factors that Influence Contaminant Concentrations Determined from Domestic Well-Water Samples
Research Type: Journal Article
) Predicting Specific Capacity of Fractured Bedrock Wells Using Parameter Surrogates
Research Type: Journal Article