Ryan Gee
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View article: Porosity Estimation of the Permo-Triassic Sherwood Sandstone Group Using BNRM and Petrophysical Models
Porosity Estimation of the Permo-Triassic Sherwood Sandstone Group Using BNRM and Petrophysical Models Open
The Permo-Triassic Sherwood Sandstone Group is an important aquifer with potential for both shallow and deep geothermal energy use in the UK. This study investigates the hydrogeological properties of the shallow buried Sherwood Sandstone G…
View article: Hydrogeological Characterisation of Sherwood Sandstone using BNMR and Geophysical Logs
Hydrogeological Characterisation of Sherwood Sandstone using BNMR and Geophysical Logs Open
The Sherwood Sandstone is an important aquifer for geothermal energy in Northern Ireland. The Northern Ireland Government has identified geothermal energy, including aquifer thermal energy storage (ATES) systems, as a viable green energy s…
View article: Hydrogeological Characterization of Crystalline Bedrock Using Borehole Magnetic Resonance
Hydrogeological Characterization of Crystalline Bedrock Using Borehole Magnetic Resonance Open
We aimed to test borehole magnetic resonance (BMR) method for determining hydraulic parameters (porosity, permeability, and hydraulic conductivity) required for hydrogeological modeling in two distinct crystalline rock environments. These …
View article: Petrophysical characterization of a clastic coastal aquifer with implications for saltwater intrusion and the evolution of groundwater resources. The DEM'EAUX ROUSSILLON project, Occitanie, France.  
Petrophysical characterization of a clastic coastal aquifer with implications for saltwater intrusion and the evolution of groundwater resources. The DEM'EAUX ROUSSILLON project, Occitanie, France.   Open
<p><span>More than 80 Mm<sup>3</sup>per year are pumped into the Roussillon plain coastal aquifer located between the Pyrenean massif to the South and West, and the Mediterranean to the East. This is a 350 m thick P…
View article: Innovative downhole geophysical methods, petrophysical characterization and high frequency downhole monitoring of seawater intrusion dynamics in a coastal aquifer. The Me Distraes project, Argentona, Spain.&#160;
Innovative downhole geophysical methods, petrophysical characterization and high frequency downhole monitoring of seawater intrusion dynamics in a coastal aquifer. The Me Distraes project, Argentona, Spain.  Open
<p><span>The detailed hydrogeophysical characterization of coastal aquifers provides a base to study both submarine groundwater discharge and salt water intrusion processes. With the objective to investigate the response of a c…
View article: Petrophysical characterisation of a clastic coastal aquifer with implications for saltwater intrusion and the evolution of groundwater resources. The GRAIN D'SEL and DEM'EAUX ROUSSILLON projects, Occitanie, France
Petrophysical characterisation of a clastic coastal aquifer with implications for saltwater intrusion and the evolution of groundwater resources. The GRAIN D'SEL and DEM'EAUX ROUSSILLON projects, Occitanie, France Open
International audience
View article: Hydrogeological characterization of crystalline bedrock using Borehole Magnetic Resonance at a mining development site, Northern Finland
Hydrogeological characterization of crystalline bedrock using Borehole Magnetic Resonance at a mining development site, Northern Finland Open
The Borehole Magnetic Resonance (BMR) method was tested for measuring porosity and estimating groundwater flow parameters required for hydrogeological modelling in a crystalline rock setting at the Sakatti Ni‐Cu‐PGE mining project site in …
View article: Show-Me-Careers: Missouri’s transition to employment collaborative
Show-Me-Careers: Missouri’s transition to employment collaborative Open
BACKGROUND:The Show-Me-Careers initiative focused on scaling-up and sustaining evidence-based practices that support seamless transitions to integrated employment for youth with intellectual and developmental disabilities (IDD).A Leadershi…