University of Texas, Austin, Center for Space Research

    flowchart
    I[University of Texas, Austin, Center for Space Research]
    PI["Parent Institutions (1)"]
    CI["Child Institutions (0)"]
    AW["Affiliated Works (308)"]
    CA["Linked Collaborating Authors (25)"]
    I== skos:broader ==>PI
    CI== skos:broader ==>I
    AW== affil ==>I
    AW== author ==>CA
    click PI "#parent-institutions"
    click CI "#child-institutions"
    click AW "#affiliated-works"
    click CA "#collaborating-authors"

ADS ID [?]

A01836

Abbreviation [?]

Ctr Sp Res

Parent Institutions [?]

• University of Texas, Austin

Child Institutions [?]

Affiliated Works

sorted by decreasing year, and then by display-name

• Anatomy of apparent seasonal variations from GPS derived site position time series
• Calibration and Validation of the New Gravity Missions
• Effect of ITRF2000 on TOPEX/POSEIDON Orbit Determination and Mean Sea Level Time Series
• Fifteen Years of Global Sea Level Change from Satellite Altimetry by Linking GEOSAT and TOPEX/Poseidon
• Long Term Mass Variations of the Earth from Satellite Tracking Data
• Plate Motions from Space Geodesy
• The Contribution of Satellite Altimetry to Measuring Long-Term Sea Level Change
• The GRACE Mission: Status and Future Plans
• The Use of the Geocenter as a Kinematic Reference Point for Large Scale Geophysical Studies
• Variations in Global Mean Sea Level from a Combination of Tide Gauges and Altimetry
• Variations of Ocean Bottom Pressure: A Study with Satellite Altimetry and OGCMs
• An Investigation of Recent Observed Changes in the Earth's Oblateness
• Determination of the Relative Bias Between JASON and TOPEX Using Tide Gauge Data
• GRACE Orbit Deterimation for Gravity Field Recovery at CSR
• GRACE: Mission Profile and its Relation to Science Goals
• Jason-1 POD Status and Assessment
• Monitoring the Hydrologic Cycle for Geodesy at the IERS GGFC Hydrology Bureau
• New Along-Track Mean Sea Surface Model for TOPEX and JASON Altimeter Data
• Oceanic Effects on Earth Rotational Change: A Case Study with Satellite Altimetry and Data Assimilating OGCM
• Results from the TOPEX/Poseidon-Jason Calibration/Verification Mission
• Results of TOPEX/Poseidon-Jason Calibration to Construct a Continuous Record of Global Mean Sea Level
• The GRACE Mission: Status and Performance Assessment
• The Optimal Selection of GPS Double-Differenced Measurements for GRACE
• A Test of Ocean Mesoscale Monitoring With ICESat Altimetry
• Calibration and Validation of the ICESat Laser Altimeter
• Combining sea surface and terrestrial gravity data for global geopotential modeling and geoid determination
• GLAS Measurements of the Global Oceans
• GRACE Gravity Field Product Description and Mission Profile
• ICESat Laser Altimetry: Calibration/Validation
• ICESat Precision Orbit Determination
• ICESat/GLAS Standard Data Products
• Independent Determination of Low Degree Gravitational Changes From Earth Rotation and Geophysical Models
• Oceanic Excitations of Earth Rotation from Model Estimates and Altimeter Observations
• Temporal mass variability in the Earth's systems and its impact on GRACE science
• Terrestrial Water Storage Variations From GRACE: Estimation, Validation and Uncertainty
• The Effect of Arc Length on GRACE Gravity Models
• Accelerometer and Orbital Drag Thermospheric Density Inter-comparisons
• Continental Water Storage Changes From GRACE And GLDAS
• Effect of The October-November 2003 Super-storms On Thermospheric Density and Composition
• GRACE L2 Science Data Processing Flow at UTCSR
• GRACE Mission Status and Gravity Field Product Improvement Plans
• GRACE Observations over the Ocean
• ICESat Measurements of Rivers and Lakes
• Implementation of Waveform Digitization In A Small Footprint, Airborne Lidar Topographic Mapping System
• Independent Determinations of Low Degree Gravitational Change
• Laser Pointing Determination for ICESat Altimetry
• Observing the Ocean Water Cycle with GRACE
• Ocean Elevation and Wave Heights from GLAS
• Oceanic Excitations On Polar Motion: A Cross Comparison Among Models
• River Basin Water Balance Estimates of Evapotranspiration Using GRACE and Other Observations
• SLR Observations of ICESat
• Amazon and Mississippi River Basin Discharge Estimated From GRACE and a Land-Atmosphere Water Balance
• Anthropogenic Underground Sources of Surface Deformation Detected with InSAR: Tunnels, Mining, and Underground Nuclear Tests
• Assessment of GRACE Time-Variable Gravity over the Ocean
• Atmospheric Neutral Density From Accelerometer Data of GRACE
• Comparison of GLAS and Small-Footprint, Airborne Topographic Lidar Waveform Data From Non-homogeneous Landcover in Central Texas
• Daytime Land Cloud Detection Enhancements For The VIIRS Cloud Mask
• Digital Elevation Models of the Antarctic and Greenland Ice Sheets from ICESat
• GRACE Assessment of Hydrologic Contributions to Global Mean Sea Level Change
• Ground Water Storage Variability in the Mississippi River Basin and Potential Estimation Using GRACE
• ICESat Elevation Validation at the White Sands Missile Range
• Ice Sheet Elevations from ICESat - Evolving Precision and Accuracy Assessments
• Ice, Cloud, and Land Elevation Satellite (ICESat) Data Quality Information
• Improved Automated Cloud Classification and Cloud Property Continuity Studies for the Visible Infrared Imager Radiometer Suite (VIIRS)
• Low Degree Spherical Harmonic Influences on Basin-Scale Water Storage Change from GRACE
• Ocean height, waves, and reflectivity from ICESat
• Overview of Scientific Advances from the ICESat Mission
• Regional recovery of temporal gravity fields from GRACE
• Terrestrial Water Storage Changes from GRACE
• The Gravity Recovery and Climate Experiment: Status and Future Plans
• The NPOESS Radar Altimeter
• Validation of the temporal ocean mass variations from GRACE with in-situ observation
• Accelerated Greenland Ice Sheet Melting Observed by GRACE
• An Initial Crossover and Along-track Analysis of Ice Sheets Using ICESat Altimeter Data
• Analysis of Barotropic Sea Level Variations in the North Pacific Observed by GRACE
• Calibration of the static GRACE-based geoid model over Canada
• Canopy characteristics derived from small-footprint airborne waveform lidar and ICESat/GLAS over non-homogeneous landscapes
• Characteristics of GLAS and Small Footprint Airborne Lidar Waveform Data from East- Central Mississippi Pine/Hardwood Forest and Central Texas Oak/Juniper Savanna
• Correlated Polar Change Detection from Coincident ICESat and GRACE Data
• GEODVEL: Plate Motions From Space Geodesy
• GPS radio occultation: News from CHAMP and GRACE, initial results from COSMIC/Formosat-3 data analysis
• GRACE's spatial aliasing error
• Global modes of variability and propagation in ocean bottom pressure from GRACE and ECCO
• ICESat Contributions to Understanding Coastal Processes
• ITRF2005: The Good, the Bad, and the Unexpected
• Mass Changes in Earth's Global Water Reservoirs from GRACE
• Single Accelerometer Gravity Solutions for GRACE
• Status of Next Generation GRACE Gravity Field Data Products
• The Grace Mission: Status and Progress
• Tropospheric and stratospheric wind contributions to Earth's polar motion
• Analysis of the Characteristics of the GRACE Dual One-Way Ranging System
• Applications of Satellite Remote Sensing Data for Biogenic Emission Estimates in Southeastern Texas
• Building a Climate Record of Sea Level Change
• Closing the Globally Averaged Sea Level Budget on Seasonal to Interannual Time Scales
• Comparison of Terrestrial Water Storage Variations from GRACE With In-Situ Soil Moisture and Groundwater Level Measurements in Semiarid Irrigated Systems: Case Study High Plains Aquifer, USA
• Deconvolution of multi-peak ICESat/GLAS waveforms
• Designing a Global Geodetic Network to Support GGOS
• Exploration of the Spatio-temporal Spectrum of the Mass-Transport Information Resolvable by GRACE
• Feature Classification Benefits of Full-Waveform Airborne Laser Terrain Mapping
• Further assessments of CSR RL04 GRACE gravity field solutions
• GRACE Satellite Gravity Data Captures Coseismic and Postseismic Deformation from the Sumatra-Andaman Earthquake
• GRACE-Based Estimates of Terrestrial Freshwater Discharge from Basin to Continental Scales
• High-Resolution Analysis and Modeling of GRACE Accelerometer Observations
• Low-Frequency Ocean Bottom Pressure Signals in the North Pacific
• Multi-disciplinary Applications of the Gravity Recovery And Climate Experiment (GRACE)
• Repeat Observations of Sea Surface Topography and Ocean Waves in the Southern California Bight From Scanning Airborne Laser Altimetry
• Satellite and In Situ Observations of Regional Sea Level Change: What can they tell us about future changes?
• Satellite and Instrument Influences on ICESat Waveforms
• Seasonal and Interannual Variability of the Red Sea
• The GGM03 Mean Earth Gravity Model from GRACE
• Using GRACE and ICESat mission data to estimate GIA on Antarctica
• Analysis of Basin-Scale Mass Exchange between the Atlantic/Indian Oceans and the Pacific
• CGPS Implementation and Lidar/Laser Altimeter Experiences at l'Estartit, Ibiza and Barcelona Harbours for Sea Level Monitoring
• Emerging Trends in Terrestrial and Global Water Storage from GRACE
• Future Prospects and Plans for Improved GRACE Data Products
• GRACE Estimate of Mountain Glacier Contribution to Global Sea Level
• GRACE Observes Small-Scale Mass Loss in Greenland
• Glacial Isostatic Adjustment over Antarctica from combined GRACE and ICESat satellite data
• ICESat elevation changes over Antarctica and comparison with GRACE mass change
• Improvements in GRACE Gravity Fields Using Regularization
• Investigation of low-degree gravitational changes from GRACE, Earth rotation, climate models, and satellite laser ranging
• Modeling Earth Deformation from Monsoonal Flooding in Bangladesh using Hydrographic, GPS and GRACE Data
• Monitoring Global Sea Level Change: What do we Need From a Geodetic Observing System?
• On the Geoid-Quasigeoid Separation in Mountain Areas
• SLR-determined Low-Degree Geopotential Harmonics and their use With GRACE Data Products
• Satellite-based Estimates of Global Freshwater Discharge
• Sensitivity Analysis of Repeat Track Estimation Techniques for Detection of Elevation Change in Polar Ice Sheets
• The 2005 Amazon drought as measured by GRACE and estimated by climate models
• The Future Global Geodetic Networks to Support GGOS
• The GRACE Mission: Status and Future Prospects
• Using Spaceborne Laser Altimetry to Assess Elevation Change in Arctic Canada: Implications for the Major Ice Sheets
• Approaching 8 Years On Orbit: Status and Outlook for GRACE (Invited)
• Error Characterization and Regularization for GRACE gravity solutions
• GPS, GNSS, and Ionospheric Density Gradients
• Greenland ice mass balance and climate change
• High frequency hydrological signals in GRACE time-variable gravity solutions
• Quality of GRACE Orbits Using the Reprocessed IGS Products
• Quick-Look Gravity Fields from GRACE
• Toward Reconciling Ice Sheet Mass Imbalances from ICESat and GRACE
• Variations of the Earth’s figure axis from SLR and GRACE data
• Assessments of GOCE satellite tracking and gravity gradiometry data
• Did Clementine Observe Lunar Horizon Glow?
• Estimation and Implication of ICESat Inter-campaign Elevation Biases Derived Over the Global Oceans
• ICESat Calibration and Validation Experiments at White Sands, New Mexico, 2003-2010
• Laser Altimeter Experiences at Ibiza Island, Cape of Begur and Barcelona (spain)
• Laser Targeting Performance in the ICESat Mission
• Passive multiangle imaging of clouds, aerosols, and atmospheric dynamics: Broadening our vision from MISR to WindCam and MSPI
• Status of the GRACE Follow-On Mission (Invited)
• Use of background de-aliasing models and error correlations to improve the regularized gravity solutions from GRACE
• Application of satellite radar altimetry for near-real time monitoring of floods
• Estimation of Geocenter Variations
• Estimation of earthquake source parameters from GRACE observations of changes in Earth's gravitational potential field using normal modes
• Global and arctic mean sea level variations observed by GRACE with the optimum ocean kernel
• Long-term variations in the Earth's Figure axis from SLR
• Progress in Regularization of GRACE Monthly Gravity Fields and its Science Implications
• Status of the GRACE Follow-On Mission
• The Status and Prospects of GRACE Mission
• Twangs: Eddy-Currents in Accelerometer due to Charge Redistributions caused by induced Photo-Currents?
• VIIRS Cloud Mask Validation Exercises
• A data-driven approach for the determination of Antarctic GIA
• Canadian Arctic Islands Mass Change Rates from Satellite Gravity Measurements
• Determination of Long-Term Oceanic Mass Change in a Coherent System
• Evaluating high resolution GRACE solutions against in situ measurements in the Three-Gorge Reservoir
• Examination of Numerical Integration Accuracy and Modeling for GRACE-FO and GRACE-II
• GLAS Long-Term Archive: Preservation and Stewardship for a Vital Earth Observing Mission
• ICESat-1 Elevation Changes of the Greenland and Antarctic Ice Sheets as Derived from Repeat Tracks, Crossovers, and Overlapping Footprints
• Large scale mass redistribution and surface displacement from GRACE and SLR
• Monitoring Water Storage Changes using Satellite and Ground-based Data in Texas in Response to the 2011 Drought
• Release 5 (RL05) Regularized Gravity Fields from GRACE and its Comparison with Release 4 (RL04)
• Retrieving coseismic signature with northern gravity gradient changes in GRACE solutions
• Summary of ICESat-1 inter-campaign elevation biases and detection methods
• The Status of GRACE After the First Decade
• Airborne Multiangle SpectroPolarimetric Imager (AirMSPI) observations during several 2013 NASA field campaigns
• Cross-Validating ICESat-1 and CryoSat-2 using Tide Gauge Measurements
• Development of Elevation and Relief Databases for ICESat-2/ATLAS Receiver Algorithms
• GPS Velocity Field in Bangladesh: Delta Subsidence, Seasonal Water Loading and Shortening Across the Burma Accretionary Prism and Shillong Massif
• Impacts on Greenland and Antarctica ice sheet mass balance from estimation of ICESat-1/GLAS inter-campaign elevation biases over the oceans
• Multi-method Comparison of Icesat-1 Elevation and Volume Changes over Greenland and Antarctica
• Recovering the filtered GRACE TVG signal by iterative method with application to mass change in Antarctic
• Satellite-based estimates of present-day Antarctic GIA and ice mass change
• Wavelet analysis for the 38-year time series of the Earth's Oblateness from SLR
• A Method to Improve the Spatial Resolution of Coseismic Gravitational Signals Retrieved from Grace Time-Variable Gravimetry
• Application of the DSMC Method in Modeling Earth's Rarefied Upper Atmosphere
• Comparison of Antarctic Seasonal Variations in GRACE and the RACMO2.1/ant Climate Model
• Constraining the Enceladus Plume and Understanding Its Physics via Numerical Simulation from Underground Source to Infinity
• Decadal variations of Earth's oblateness and surface mass balance in polar ice sheets from 1979 to 2012
• Groundwater Storage Depletion in the Northwest India Aquifer using Forward Modeling and GRACE Satellites
• Inversion of GRACE Range-Rate Data into Equal Area Mass Grids using Tikhonov Regularization
• Satellite and Aerial Remote Sensing in Support of Disaster Response Operations Conducted by the Texas Division of Emergency Management
• Utilizing Grace TWS, NDVI, and Precipitation for Drought Identification and Classification in Texas
• Determination and analysis of the CSRMSS14 mean sea surface model
• Establishing the Framework for Land Data Assimilation of GRACE Terrestrial Water Storage Information
• Extending the GRACE Data Record with Gravity Field Solutions Based on a Single GRACE Satellite
• Progress towards daily "swath" solutions from GRACE
• Role of Soils in Hydrologic Response to Climate Extremes and Land Use Change
• Scoping Requirements for a Drag-free System for Next Generation Gravity Field Missions
• The Potential for Forecasting Water Cycle Extremes with GRACE
• The Status and Future Directions for the GRACE Mission
• User-Driven Workflow for Modeling, Monitoring, Product Development, and Flood Map Delivery Using Satellites for Daily Coverage Over Texas May-June 2015
• What does the "mean pole" mean
• Assessing Drought Impacts on Water Storage Changes from New GRACE Mascons Solutions and Regional Groundwater Modeling in the Central Valley of California
• Assessment of the hydrologic setting and mass transport within Saharan and Arabian Aquifers using GRACE, geochemical, geophysical and subsurface data
• Comparison of Total Water Storage Anomalies from Global Hydrologic and Land Surface Models and New GRACE Satellite Solutions
• Developing sustainable management scenarios for Saharan and Arabian aquifer systems using GRACE data
• Global Assessment of New GRACE Mascons Solutions for Hydrologic Applications
• Identifying GRACE+GOCE Combination Gravity Field Error Introduced in Geodetic MDT Using Local Fourier 2D Spatial Spectra
• Improvements in GRACE Gravity Field Determination through Stochastic Observation Modeling
• Integration of satellite gravity data with ground-based geophysical data for a better understanding of the structural control of groundwater flow in the Nubian Sandstone Aquifer System
• Monitoring Groundwater Depletion of Northwest India using SAR Interferometry
• Quantifying Temporal Variations in Water Resources of the Saq Transboundary Aquifer System and Identification of their Controlling Factors
• The GRACE Mission in the Final Stage
• Comparison of Decadal Water Storage Trends from Global Hydrological Models and GRACE Satellite Data
• Error Reduction Analysis and Optimization of Varying GRACE-Type Micro-Satellite Constellations
• GRACE Status at Mission End
• How well can we measure Earth's Energy Imbalance?
• IMEX HDG-DG: A coupled implicit hybridized discontinuous Galerkin and explicit discontinuous Galerkin approach for Euler systems on cubed sphere.
• Preliminary Results from Powell Research Group on Integrating GRACE Satellite and Ground-based Estimates of Groundwater Storage Changes
• Temperature corrected-calibration of GRACE's accelerometer
• The Earth Gravitational Observatory (EGO): Nanosat Constellations For Advanced Gravity Mapping
• Update to the conventional model for rotational deformation
• A Quick-Look Atmosphere-Ocean De-aliasing Product For GRACE-FO
• Analysis of GRACE's accelerometer scale-factor calibration
• Assessing modern river sediment discharge to the ocean using satellite gravimetry
• Combination Service for Time-variable Gravity Field Solutions (COST-G) - current status
• Comparison of GRACE Response (RL06 versus RL05) over Fossil Aquifers in NE Africa
• Design For A Permanent Earth Gravitational Observatory
• Fast Aquifer Response: GRACE, Geophysical, and Geochemical Evidence
• Forecasting the Daily Hydrological Extremes using Machine Learning methods; Insights from GRACE and Altimetry data
• Framework for Measuring mm-Accurate Local Survey Ties over 1km baselines at the McDonald Geodetic Observatory
• Further Plans for the GRACE Mission
• GRACE Follow-On: data processing strategies, first products and continuity
• GRACE Follow-On: mission status, first results, and plans
• Global groundwater storage estimates through assimilation of GRACE data into a land surface model
• How Well Can We Model Seasonal Variations in Land Water Storage Globally?
• Impact of multi-GNSS satellite coverage on 3D position estimates and reference frame definition
• Preliminary Assessments of GRACE-FO Gravity Fields And Continuity With GRACE Data
• Status of the Swath solutions from GRACE
• Update on Powell Research Group Study Integrating GRACE Satellite Data, Regional Groundwater Models, and In-Situ Data to Assess Water Storage Changes in Major Aquifers in the U.S.
• Use of DART Data in the Assessment of GRACE-FO Solutions
• Vertical Motion at TEHN (Iran) from Caspian Sea and Other Environmental Loads
• Water Vapor, Where Goest Thou?
• Accelerating ice mass loss and decreasing precipitation in Antarctica during the last decades
• Accelerometer Modeling and Calibrations for GRACE-FO
• Application of GRACE-FO Data Assimilation for Monitoring and Forecasting Wetness Conditions and Drought
• Assessing the Reliability of GRACE-derived Groundwater Storage using Ground-based Monitoring and Regional and Global Modeling in Major U.S. Aquifers
• Atmosphere-Ocean De-aliasing For GRACE-FO
• Characterization and Assessment of Land Signals in GRACE Follow-On Datasets
• Comparison of GRACE-FO Fields and In Situ Ocean Bottom Pressure Observations
• Comparison of Loading Deformation from Different GNSS Time Series Products
• Daily Swath Solutions from GRACE and GRACE-FO: Using Range-Rate vs Range-Acceleration SST Data
• GRACE-FO Accelerometer Performance Via Model Comparisons
• GRACE-FO Gravity Solutions Using Variational Methods with Range Acceleration Data
• Gravity Field Estimation from GRACE Follow-On Data: Results from CSR Analyses
• Impacts of GPS data types on GRACE-FO gravity recovery
• Impacts of climate versus human intervention on water storage changes based on GRACE satellites in major U.S. aquifers
• Missing Hydrological Contribution to Sea Level Rise
• Modeling the Transport, Loss and Deposition of Water on Mercury
• New Estimation Strategies for the Laser Ranging Interferometer Time-Varying Gravity Fields
• The GRACE cube: visualizing 15 years of 5-second rate gravimetric data
• The Shape, Structure, and Dynamics of Volatile-Driven Exospheres on Airless Bodies Across the Solar System
• Use of GRACE solutions for a better understanding of aquifer recharge sources, connectivity, groundwater flow, sustainability, and response to climate variability
• Use of GRACE<SUB>TWS</SUB> to identify the nature and timing of recharge sources and groundwater flow directions and velocities in aquifers
• Assessment of Signal Leakage on GRACE-Derived Seasonal Variations in Dakhla Subbasin, Egypt
• Combining physics-based modeling and machine learning for GRACE satellite data fusion and reconstruction
• GRACE Follow-On Level-2 Gravity Field Assessments and Updates
• GRACE-FO Science Results and Mission Status
• Global Analysis of Daily and Monthly GRACE data for Flood Prediction
• Gradient Penalized Regularization for GRACE/GRACE-FO
• Hybrid architectures with quantum gravity gradiometry and satellite-to-satellite tracking for spaceborne mass change measurements - A sensitivity and performance analysis
• Hydrological Information in Rapid, 21-day Quick-Look GRACE-FO Solutions
• Improvements in GRACE-FO Accelerometer Modeling and Calibrations
• Mass Flux From Atmospheric and Land Surface Perspectives Using Combined GRACE/GRACE-FO and Model Data
• Preliminary results from GRACE/GRACE-FO 5-day mascon solutions from CSR
• Simulating Compound Flooding: A Comparison between HEC-RAS and ADCIRC
• Understanding the Present-day Tectonics of the Azores Archipelago using Geodetic Observations
• Assessment of Extreme Precipitation Events over the Nile Basin and their Impact on Downstream Countries
• Assessment of Land Surface and Atmospheric Model Mass Flux Using Water Balance Techniques and GRACE/GRACE-FO Data
• Assessment of the impacts of climate variability on highly engineered watersheds: A case study from the Tigris Euphrates watershed
• Assessments of the GRACE-FO RL06 Gravity Fields and Mascon Solutions from CSR and Future Plans
• Beyond the Basin Scale: How GRACE Terrestrial Water Storage Evolves in Space?
• Dependency of GRACE Total Water Storage Flood Detectability on Antecedent Soil Moisture Conditions
• GRACE Follow-On: Science Results, Mission Status and Plans
• GRACE Processing Sensitivity to AOD Model Forcing and Mass Adjustment
• Hybrid SST and QGG configuration for Mitigation of Aliasing Error and Gravity Field Improvements A Simulation and Technical Trade Study
• Impact of Climate and Irrigation on GRACE Terrestrial Water Storage in Major U.S. Aquifers
• Inferencing the GRACE/GRACE-Follow On Data Gap Using Bayesian Modeling
• Progress Towards 1-mm Precision for a Kilometer Co-location Tie at McDonald Geodetic Observatory
• Relation Between Satellite Altimetry Sea Level Data and ECCO Bottom Pressure Estimates as a Function of Geospatial Resolution
• Strategies for Improvements in GRACE-FO Processing at CSR
• Time-Varying Gravity Fields from GRACE and GRACE-FO Range Acceleration Observations
• Watching the Grand Ethiopian Renaissance from a Distance
• A Detection of the Sea Level Fingerprint of Greenland Ice Sheet Melt
• Arc Length Strategies for GRACE-FO Processing at CSR
• Assessing the Predictability of Short-term Terrestrial Water Storage Variations Using Deep Learning Methods
• Demystifying the Interdependence between Terrestrial Storage and Flood Events using Five-day GRACE/GRACE-FO Mascon Solutions
• Entering the third decade of global mass change satellite observations with GRACE-FO: science mission status and plans
• Four and a Half Years of GRACE Follow-On Gravity Fields from the Laser Ranging Interferometer with Improved ACC
• Gradient Penalized Regularization for Spaceborne Gravity Estimation
• Has storage capacity improved the intra- and interannual Lake water variability? A case study of Lake Victoria, East Africa
• Machine Learning for Drought Identification
• Observational Covariance Estimation Based on VCE and Its Implementation on GRACE Processing
• Operational GRACE-FO Accelerometer Transplant Strategies
• Progress Toward Creating GRACE and GRACE-FO Mascons for Studying Ocean Dynamics
• Remote Sensing Applications for Assessment of Seepage from Artificial Reservoir: Case Studies from the Nile Basin, Africa
• Response of Agricultural Productivity to Water Storage Changes in Water-rich and Water-limited areas across the Ogallala Aquifer Region
• Synoptic mode of variability in 5-day GRACE/GRACE-FO mascon solutions for detection of Atlantic tropical storm and hurricane landfalls
• The role dams could play in modulating the impacts of climate change in shared river systems: insights from the Tigris Euphrates watershed
• Use of GRACE and GRACE-FO to Monitor the Impacts of Tropical Cyclones on Arabia's Hydrologic Systems

Linked Collaborating Authors [?]

• Alexander Y. Sun
• Ashraf Rateb
• Benjamin Krichman
• Bridget R. Scanlon
• Byron D Tapley
• C. K. Shum
• Clark R. Wilson
• D. P. Chambers
• David T. Sandwell
• E. C. Pavlis
• Emad Hasan
• F. W. Landerer
• Frank Flechtner
• Himanshu Save
• J. A. Bonin
• Karem Abdelmohsen
• Kurt D. Retherford
• Linda Pan
• M. K. Emil
• M. Sultan
• Mohamed Ahmed
• Sophie Coulson
• Srinivas Bettadpur
• Sönke Dangendorf
• Ward E. Sanford