Stephen Moysey
Clemson UniversityEnvironmental Engineering and Earth SciencesEast Carolina University
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ABSTRACT:
These data are from a lab experiment comparing spectral induced polarization measurements performed on glass beads and silica gel for treatments that include etching (glass beads only), iron oxide deposition, and calcite precipitation. The data are associated with a paper by Na Hao (reference: Hao, Moysey, and Dean, Electrical Responses of Modified Mineral Surfaces as Observed with Spectral Induced Polarization and Atomic Force Microscopy, JGR-Solid Earth, in press).
ABSTRACT:
Imagery of flooding on the Neuse River (NC) collected following Hurricane Florence in 2018.
ABSTRACT:
These data were collected following Hurricane Florence to evaluate the impacts of the storm on runoff in the Tar, Neuse, and Cape Fear Rivers in eastern North Carolina.
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Created: April 7, 2020, 7:59 p.m.
Authors: Moysey, Stephen · Michael O'Driscoll · Charlie Humphrey
ABSTRACT:
These data were collected following Hurricane Florence to evaluate the impacts of the storm on runoff in the Tar, Neuse, and Cape Fear Rivers in eastern North Carolina.
ABSTRACT:
Imagery of flooding on the Neuse River (NC) collected following Hurricane Florence in 2018.
Created: Nov. 20, 2022, 11:02 p.m.
Authors: Moysey, Stephen
ABSTRACT:
These data are from a lab experiment comparing spectral induced polarization measurements performed on glass beads and silica gel for treatments that include etching (glass beads only), iron oxide deposition, and calcite precipitation. The data are associated with a paper by Na Hao (reference: Hao, Moysey, and Dean, Electrical Responses of Modified Mineral Surfaces as Observed with Spectral Induced Polarization and Atomic Force Microscopy, JGR-Solid Earth, in press).