The Global Gravity Gradient Field of the Planet Mars Calculated using a Spherical Harmonic Expansion and the Fourier Transform: A Comparative Analysis

The Surface Gravitational Expression of an Upwelling Thermal Mantle Plume: A Computational Model

Admittance function analysis of the gravity and topography fields of Mars

Admittance function analysis of the gravity and topography fields of Venus

Evidence for upper mantle thermal convection on Venus from the vertical gravity gradient field

The global free-air and Bouguer gravity gradient fields of the planet Mars

Admittance function analysis of gravity and topography on Mars

The retrograde rotation of the planet Venus: A numerical model

Admittance function analysis of gravity and topography on Venus

An integrated mineralogical, geochemical, and geophysical analysis of tectonic elements of Mexico

Comparative geophysical study of the Ouachita foreland basins in Texas

Dynamic compensation in the central Pacific Ocean

Effect of the lithosphere on the central Pacific geoid

Erratum to “The complete gravity gradient tensor derived from the vertical

Evidence of upper mantle thermal convection on Venus from the vertical gravity gradient field,

Flexure origin of the Kerr Basin, Texas

Foreland basin -- A FORTRAN program to model the formation of foreland basins resulting from the flexural deflection of the lithosphere caused by a time-varying distributed load

Geophysical Studies of Basin Geometries in West Texas Southern New Mexico, and Northern Mexico: Abstract

Global gravity gradient tensor components of the planet Venus: Implications for lithosphericthickness

Thermal model of the Colorado Plateau lithosphere

Hilbert transform of gravity gradient profiles: Special cases of the general gravity gradient tensor in the Fourier transform domain

Thermoelastic modeling of lithosperic uplift: A finite-difference numerical solution

A computational study of the axial tilt of the planet Uranus

Uplift history of the Colorado Plateau Lithosphere: An axisymmetric numerical model,

Gravity gradient tensor analysis of the Arkoma Basin and Ouachita Mountains, Ark. and Ok

A source mechanism for the production of felsic melt along the perimeter of the Colorado Plateau

A thermomechanical model of the Colorado Plateau lithosphere

Gravity gradient tensor analysis of the New Madrid Seismic Zone

Gravity gradient tensor components derived from geoid data

Lithospheric structure in the SEASAT geoid of the central Pacific

Preliminary investigations of the extent of Rio Grande Rift in the northern portion of the State of Chihuahua,

SEASAT geoid anomalies in the Pacific: Two-dimensional spectra and removal of plate sources

SEASAT geoid anomalies in the Pacific: Two-dimensional spectra andrelationship to plate structure

Shear-stress heating of the Colorado Plateau margins

Tectonic history of southwestern New Mexico and southeastern Arizona:A thermal perspective,

The complete gravity gradient tensor derived from the vertical component

The Gravity/Gradient Ratio: A First-Order Depth-to-Source Estimate

Analysis and Modeling of Venus Gravity and Topography Data from the Magellan Mission - NASA Jet Propulsion Laboratory 1999

On the state of isostasy in the central Pacific: Static and dynamic compensation mechanisms - The Johns Hopkins University 1986

Lithospheric structure in the Pacific geoid - NASA Geopotential Research Mission Sci. Conf

STEMSS: South Texas Excellence in Middle School Science (w/ Texas A&M University–Corpus Christi, The University of Texas PanAmerican, and public school districts in Laredo, Corpus Christi, and Donna, Texas)

Crustal Structure in the New Madrid Seismic Zone Determined From Vertical Gravity and Gravity Gradient Tensor Analysis

An Integrated Geoscience Investigation of Groundwater Basins Along the Western Rio Grande Corridor

Land Resource and Environmental Influences on Land Use and Development, Texas- Mexico Border Area

Project HI-TECH SMART (Holistically Integrated Teacher Enhancement CHaracterized by Science and MAthematics Rooted in Technology)

Capacity Building for Resource Assessment and Responsible Development, Texas-Mexico Border Region

Electronic Coalition for Physics (w/ Texas A&M University System institutions)

Undergraduate Mathematics Faculty Enhancement (w/ Texas A&M University System institutions)

Planetary Data, Software, and Reference Materials

Scientific Computing Software and Reference Materials

Collaborative for Excellence in Teacher Preparation

Title III: Strengthening LSU's RCCPDT with Emphasis on Mathematics, Science, and Technology

A Comparative Geophysical Study of the Ouachita Foreland Basins in Texas

A Statewide Analysis of Possibilities for New Hydrocarbon Exploration Plays

The System Ag-S-Se: Phase Relations, Electrical & Optical Properties, and Applications

Upgrading of and Partial Technician Support for Cameca SX-50 Electron Microprobe

An Integrated Geological and Geophysical Study of the Pre-Cretaceous Geologic History of the Texas Region

Thermal Evolution of the Colorado Plateau Lithosphere

A Seismic and Integrated Geophysical Study of the Lithosphere of the Colorado Plateau

A Study of the Geoid Anomalies and Sea-floor Topography in the Central Pacific Ocean

A Finite-Difference Solution of the Natural Convection Equations in a Variable-Viscosity Fluid

Crustal Structure and Tectonic Relationships between the Southeastern Colorado Plateau, Rio Grande Rift, and Basin and Range Province

Thermoelastic Behavior of the Colorado Plateau Lithosphere: An Axisymmetric Numerical Model

A Computer Laboratory for Mathematical and Physical Sciences

A Computer Laboratory for Mathematical and Physical Sciences

Mathematics/Physics Computational Laboratory

Rio Grande Border Mathematics and Science Partnership (RGBMSP)

STEMS: South Texas Excellence in Mathematics and Science (w/ Sul Ross State University-Rio Grande College, Laredo Community College, Southwest Texas Junior College, and 12 South Texas school districts

PAC: Partnership in Astronomy and Cosmology (w/ M. Ishak-Boushaki et al.)

Collaborative Research Between Southwest Missouri State University and Texas A&M International University to Determine the Crustal Structure of the New Madrid Seismic Zone Using Vertical Gravity and Gravity Gradient Tensor Data

Physics Laboratory Equipment

Laredo Summer Science Camp

Analysis and Modeling of Venus Gravity and Topography Data from the Magellan Mission

Collaborative Research: Gravity and Flexural Constraints on the Structure of theOuachita Orogen and Paleozoic Passive Margin of Southern North America

Analysis of the Gravity Gradient Tensor to Infer Sub-surface Features on Venus andTheir Implications on Lithospheric Structure

Crustal Structure of Southern Illinois and Indiana From the Analysis of Vertical Gravity and Gravity Gradient Tensor Data

Gravity Gradient Tensor Analysis of the Ouachita Orogenic Belt in Texas and Northern Mexico

Travel Grant -- Gravity Gradient Tensor Analysis of the New Madrid Seismic Zone