[HTML][HTML] Constraining regional-scale groundwater transport predictions with multiple geophysical techniques

C Li, R Doble, M Hatch, G Heinson, B Kay - Journal of Hydrology: Regional …, 2021 - Elsevier
Study region The study area is located at Kapunda, South Australia with a semi-arid climate
and comprises a fractured rock aquifer. Established in 1842, Kapunda was the first mining …

The effects of scale and spatial heterogeneities on diffusion in volcanic breccias and basalts: Amchitka Island, Alaska

JL Benning, DL Barnes - Journal of contaminant hydrology, 2009 - Elsevier
Knowledge of the factors that influence the diffusion of contaminants, such as the diffusivity
and the connected porosity, is crucial to modeling the long-term fate and transport of …

Amchitka Island, Alaska: moving towards long term stewardship

JL Benning, DL Barnes, J Burger, JJ Kelley - Polar record, 2009 - cambridge.org
Amchitka Island, Alaska, is a historical underground nuclear test site. Three underground
tests were conducted there by the United States Atomic Energy Commission, now US …

Improving Next-Generation Hydrogeological Models with Geophysics

HYC Li - 2020 - hekyll.services.adelaide.edu.au
This thesis presents advancements to the disciplines of geophysics and hydrogeological
modelling. There are three main scientific contributions in this work. In Chapter 1 I propose a …

[PDF][PDF] The effects of scale and spatial heterogeneities on diffusion in volcanic breccias and basalts: Amchitka Island, Alaska

DL Barnes - academia.edu
Aqueous phase diffusion of molecules in fractured crystalline rock can play a dominant role
in the fate and transport of contaminants, particularly if advective flows are very slow. The …

The effects of scale and spatial heterogeneities on diffusion in volcanic breccias and basalts: Amchitka, Alaska

JL Benning - 2008 - scholarworks.alaska.edu
Aqueous phase diffusion of molecules in fractured crystalline rock can play a dominant role
in the fate and transport of contaminants, particularly if advective flows are very slow. The …