A foot pad for relieving pain while engaging in weight bearing activity is provided. A pad can include an arch portion fitting under and adjacent to the medial longitudinal arch of the foot, offsetting the soft tissue of the medial longitudinal arch thereby supporting the calcaneo-navicular ligament structure, wherein the arch portion extends from front to rear, of the longitudinal medial arch, and the arch portion extends from the medial side towards the lateral side, of the longitudinal medial arch. Furthermore, the pad can provide a heel portion of the pad fitting under the heel of the foot, the heel portion connecting a medial side portion of the pad to a lateral side portion of the pad, cushioning and reduces soreness and pressure from the sole of the foot by offsetting the soft tissue of the medial longitudinal arch, thereby supporting the calcaneo-navicular ligament structure reducing over-pronation and increasing supination of the foot during weight bearing activity, offsetting and cushioning the soft tissue of the outer portions of sole of the heel and offsetting the central portion of the heel from the surface immediately below the pad at a distance of approximately the thickness of the pad, during weight bearing activity.
U.s. Geological Survey (Usgs)
Research Hydrologist at the U.s Geological Survey
Colorado School of Mines Nov 2013 - Jul 2014
Research Assistant Professor
University of Colorado Boulder Oct 2012 - Oct 2013
Cires Visiting Fellow
U.s. Geological Survey (Usgs) Mar 2010 - Oct 2012
Mendenhall Postdoctoral Fellow
U.s. Geological Survey (Usgs) Feb 2008 - Mar 2010
Hydrologist
Education:
Stanford University 2001 - 2007
Doctorates, Doctor of Philosophy
Washington University In St. Louis 1997 - 2001
Bachelors, Bachelor of Arts
Skills:
Hydrology Groundwater Modeling Groundwater Modeling Hydrogeology Hydrologic Modeling Geomorphology Science Slope Stability Data Analysis Matlab Scientific Writing Sediment Transport Numerical Analysis Geology Environmental Science Field Work Slope Stability Analysis Groundwater Contamination Report Writing University Teaching Proposal Writing
The problem is a fundamental change to the soil itself. When a wildfire burns vegetation, it releases organic compounds. These compounds are heated in the fire, volatilize, and then re-condense on soil particles, says Brian Ebel, a hydrologist with the USGS.
Date: Nov 20, 2018
Category: Headlines
Source: Google
Youtube
Brian Ebel inducted into Maryland Athletic Tr...
Orioles head trainer Brian Ebel sat down with Brett Hollander before S...
Duration:
5m 34s
Rev. Brian Ebel: Calling, Church Planting & T...
Episode Overview: Rev. Dr. Brian Ebel, Asbury Seminary alum, adjunct p...
Duration:
50m 18s
7th International Conference on Mineral Resou...
7th International Conference on Mineral Resources - Brian Ebel.
Duration:
8m 51s
Brett Hollander talks with Orioles Head Athle...
Brian Ebel explains how the Orioles' players are going through their d...
Duration:
4m 29s
COSEE 2012 - Post-Wildfire Hydrology at Four ...
United States Geological Survey (USGS) Hydrologist Brian Ebel talks ab...
Duration:
46m 3s
Brian Ebel-.flv
Rev. Brian Ebel of the Revoultion Church, located in Louisville, KY, s...
Brian Ebel (1985-1990), Daniel Youngs (1975-1982), John Neville (1972-1977), Tracey Williams (1990-1993), John Tobey (1975-1981), Peter Haub (1965-1970)