NOAA National Geodetic Survey

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    I[NOAA National Geodetic Survey]
    PI["Parent Institutions (1)"]
    CI["Child Institutions (0)"]
    AW["Affiliated Works (262)"]
    CA["Linked Collaborating Authors (5)"]
    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 [?]

A01205

Abbreviation [?]

Natl Geod Surv

Parent Institutions [?]

• National Oceanic and Atmospheric Administration, Washington

Child Institutions [?]

Affiliated Works

sorted by decreasing year, and then by display-name

• Absolute Gravimeter Helium Immersion Experiment
• Absolute Gravity and Crustal Deformation in Yellowstone Caldera
• Determining ITRF2000 Positions and Velocities for the National CORS
• Analysis of Nine Years of North American CORS Data
• High-Rate GPS Data From the National CORS Network
• Evaluation of Colocation Ties Relating the VLBI and GPS Frames
• Gravity Monitoring of Ground-Water Storage Change in the Southwestern United States
• Impact of Local Gravity Observations on a Littoral Geoid
• Power Spectral Analysis of Simultaneous VLBI and GPS Tropospheric Estimates
• Aerogravity and Lidar Data Over Southwestern Florida
• Constraints on Glacial Isostatic Adjustment (GIA) Motion in North American Using GPS
• Impact of thermal expansion of VLBI radio telescopes on the scale of the International Terrestrial Reference Frame
• A Comparison of Geodetic and Geologic Methods for the Measurement of Modern Subsidence of the Louisiana Coast
• Anomalous Harmonics in the Spectra of GPS Position Estimates
• Evaluating the Ocean Surface From Improved Vertical Datums: Towards an Absolute Accuracy for NAVD 88
• Improved UT1 and Nutation Estimates Using Better Multi-technique Combination Strategies
• A Comprehensive Evaluation of the Errors Inherent in the use of a 2-Dimensional Shell for Modeling the Ionosphere
• A Kalman Filter for Improved Multi-Technique Estimates of UT1 Variations
• Comparison of Gravimetric Geoid Height Models with Ocean Mean Dynamic Topography Models at Tidal Bench Marks around North America
• Estimating and Improving the Accuracy of Airborne Kinematic GPS Positioning
• GRAV-D Part I: Gravity for the Redefinition of the American Vertical Datum Project Ramps Up
• High Resolution DEM over Alaska and Its Application to Geoid Modeling
• Status of IGS Ultra-Rapid Products for Real-Time Applications
• The California Post-Earthquake Information Clearinghouse: A Plan to Learn From the Next Large California Earthquake
• Comparisons of in situ observations of bulk near-surface meteorological variables, turbulent and radiative fluxes, and cloud properties with operational NWP models in the VOCALS region
• Discovery of Marine Datasets and Geospatial Metadata Visualization
• GEOID09, USGG2009, and DEFLEC09: New National Models for the United States of America and Its Territories
• Geophysical and Geodetic Analysis of Airborne Gravity Data from GRAV-D in Alaska
• NGS’ GRAV-D Project: Current update and future prospects
• New smoke predictions for Alaska in NOAA’s National Air Quality Forecast Capability
• Results from the New IGS Time Scale Algorithm (version 2.0)
• Value of the GENS Forecast Ensemble as a Tool for Adaptation of Economic Activity to Climate Change
• Disaster Risk Reduction through Innovative Uses of Crowd Sourcing (Invited)
• Effects of atmospheric variability and non-tidal ocean loading on GPS position coordinates (Invited)
• GRAV-D: The Challenge of High-Altitude Aerogravimetry
• Interpretations of Complete Bouguer Gravity Anomalies from the GRAV-D Project in Alaska
• Strategies to mitigate aliasing of loading signals while estimating GPS frame parameters
• Surface gravity observations define gravity field change over 30 years
• Better Aircraft Positioning for Airborne Gravimetry: Results from GRAV-D's "Kinematic GPS Challenge" Issued to the GPS Community
• Consistency of Crustal Loading Signals Derived from Models and GPS: A Re-examination
• Determination of an Optimal Geopotential Value for the North American Geoid
• Evaluation of GPS Orbit Prediction Strategies for the IGS Ultra-rapid Products
• Geoid modeling by optimal combination of heterogeneous data - preliminary results in Texas
• Initial results of the 2011 Geoid Slope Validation Survey
• Lidar Wavelength Considerations and Radiometric Performance Analysis for Coastal Applications
• NGS' GRAV-D Project Brings Advances in Aerogravimetry
• Quantifying load model errors by comparison to a global GPS time series solution
• Testing the Dependence of Airborne Gravity Results on Three Variables in Kinematic GPS Processing
• Airborne Gravimetry: Data Accuracy Evaluated for use in Geoid Calculation
• Densification of the ITRF through the weekly combination of regional and global GNSS solutions
• Modernizing the U.S. Vertical Datum: Effects on Floodplain Mapping
• Towards a New Vertical Datum
• Aircraft Positioning for Airborne Gravimetry: GRAV-D's 'Kinematic GPS Processing Challenge' (Invited)
• Gravity Disturbances at Altitude and at the Surface
• Optimizing an Absolute Gravimeter Comparison Schedule
• Regional geoid height models developed using aerogravity
• Still Readings and Long-term Drift in GRAV-D's TAGS Gravimeters
• The Implications for Higher-Accuracy Absolute Measurements for NGS and its GRAV-D Project
• Understanding the thermal and tectonic evolution of Marie Byrd Land from a reanalysis of airborne geophysical data in the West Antarctic Rift System
• Absolute Gravity Datum in the Age of Cold Atom Gravimeters
• Airborne Gravity Data Enhances NGS Experimental Gravimetric Geoid in Alaska
• Assessing performance of gravity models in the Arctic and the implications for polar oceanography
• California Earthquake Clearinghouse Activation for August 24, 2014, M6.0 South Napa Earthquake
• Changes in the Seasonal Cycle of Sea Surface Salinity during the Argo-era (2004-2013)
• NOAA's Data Catalog and the Federal Open Data Policy
• Source Attribution of Near-surface Ozone in the Western US: Improved Estimates by TF HTAP2 Multi-model Experiment and Multi-scale Chemical Data Assimilation
• Advancing the cyberinfrastructure for sustaining high resolution, real-time streamflow and flood forecasts at a national scale
• Assessing and Synthesizing the Last Decade of Research on the Major Pools and Fluxes of the Carbon Cycle in the US and North America: An Interagency Governmental Perspective
• California Earthquake Clearinghouse: Advocating for, and Advancing, Collaboration and Technology Interoperability, Between the Scientific and Emergency Response Communities, to Produce Actionable Intelligence for Situational Awareness, and Decision Support
• Development of a Coordinated National Soil Moisture Network: A Pilot Study
• Drift Rates of Three Micro-g LaCoste Turnkey Airborne Gravity Systems (TAGS) Used for the GRAV-D Project
• Hydrologic Modeling at the National Water Center: Operational Implementation of the WRF-Hydro Model to support National Weather Service Hydrology
• Measuring Change in Arctic Coastal Environments Using Repeat Aerial Photography and SfM Elevation Models
• National Weather Service, Emergency Medical Services, Scripps Institution of Oceanography/UCSD and California EPA Collaboration on Heat Health Impact and Public Notification for San Diego County
• Operational, hyper-resolution hydrologic modeling over the contiguous U.S. using themulti-scale, multi-physics WRF-Hydro Modeling and Data Assimilation System.
• Quantifying Variations in Airborne Gravity Data Quality Due to Aircraft Selection with the Gravity for the Re-Definition of the American Vertical Datum Project
• RISA progress in the development of drought indicators to support decision making
• The Climate Variability & Predictability (CVP) Program at NOAA - Recent Program Advancements
• The Role of Aircraft Motion in Airborne Gravity Data Quality
• The Use of GOCE/GRACE Information in the Latest NGS xGeoid15 Model for the USA
• Use of radar rainfall data for high-resolution flash flood forecasting in the Dallas-Fort Worth Metroplex area
• Which comes first in the U.S. Arctic - the tidal datum or the shoreline position?
• A Novel Web Application to Analyze and Visualize Extreme Heat Events
• A Sub-seasonal to Seasonal Western Forecasting Rodeo: Time to Giddy-up!
• An Overview of the National Weather Service National Water Model
• Analysis of Extreme Hydrologic Events in the NOAA National Water Model
• Coupled Model Development and Multi-Model Ensemble Prediction Research and Transition Activities in the NOAA MAPP Program
• Development and Evaluation of a Gridded CrIS/ATMS Visualization for Operational Forecasting
• Evaluating CONUS-Scale Runoff Simulation across the National Water Model WRF-Hydro Implementation to Disentangle Regional Controls on Streamflow Generation and Model Error Contribution
• Evaluation of streamflow forecast for the National Water Model of U.S. National Weather Service
• Fostering Synergies Among Organizations to put Climate in Context for Use in Decision Making
• Historic and Contemporary Shoreline Retreat Rates at the Community of Goodnews Bay, Alaska
• Hyper-Resolution Hydrological Predictions in Large Nested Domains within Continental Scale Models
• Inclusion of Coastal Wetlands within the Inventory of United States Greenhouse Gas Emissions and Sinks
• NADCON5: your tool for easy, consistent coordinate transformations
• NOAA Climate Program Office Contributions to National ESPC
• NOAA's National Water Model - Integration of National Water Model with Geospatial Data creating Water Intelligence
• New Datums for the Nation: Modernizing the United States National Spatial Reference System
• Post-processing Seasonal Precipitation Forecasts via Integrating Climate Indices and the Analog Approach
• Refining the effects of aircraft motion on an airborne beam-type gravimeter
• Retrospective evaluation of continental-scale streamflow nudging with WRF-Hydro National Water Model V1
• Subseasonal-to-Seasonal Science and Prediction Initiatives of the NOAA MAPP Program
• The Drought Task Force and Research on Understanding, Predicting, and Monitoring Drought
• The National Integrated Heat Health Information System (NIHHIS) as a Learning System for Extreme Heat: Evolving Future Resilience from Present Climate Extremes
• Transforming National Oceanic and Atmospheric Administration (NOAA) Water Prediction
• 2017 Updates: Earth Gravitational Model 2020
• A Decade of Building a STEM Educational Community of Practice from the Ground Up: Leveraging Technology, Visualization, and Evaluation
• A New NOAA Research Initiative on the Seasonal Prediction of U.S. Coastal High Water Levels
• Actionable Science in the Gulf of Mexico: Connecting Researchers and Resource Managers
• Analysis of Stakeholder-Defined Needs in Northeast U.S. Coastal Communities to Determine Gaps in Research Informing Coastal Resilience Planning
• Climate Observing Systems: Where are we and where do we need to be in the future
• Cryptic Species and Vital Effects of Planktonic Foraminifera and the Implications for the B/Ca Carbonate System Proxy
• Emergency Response Imagery Related to Hurricanes Harvey, Irma, and Maria
• Error Propagation in the four terrestrial reference frames of the 2022 Modernized National Spatial Reference System
• Estimating Gravity Biases with Wavelets in Support of a 1-cm Accurate Geoid Model
• Estimating Vertical Land Motion in the Chesapeake Bay
• Improving Precipitation Forcings for the National Water Model
• Inorganic Carbon and Oxygen Dynamics in a Marsh-dominated Estuary
• Nationwide validation of ensemble streamflow forecasts from the Hydrologic Ensemble Forecast Service (HEFS) of the U.S. National Weather Service
• Ocean heat content estimation from in situ observations at the National Centers for Environmental Information: Improvements and Uncertainties
• One Health: Understanding and Improving Human, Animal, and Environmental Health as a Connected System Across NOAA
• Pathway to 2022: The Ongoing Modernization of the United States National Spatial Reference System
• Polar Motion Studies and NOAA's Legacy of International Scientific Cooperation: Ukiah and Gaithersburg Latitude Observatories
• Preparing for Operational Use of High Priority Products from the Joint Polar Satellite System (JPSS) in Numerical Weather Prediction
• Refocusing and Evolving Subseasonal-to-Seasonal Services in NOAA's National Weather Service
• Response of Living Shorelines to Wave Energy and Sea Level rise: Short-term Resilience and Long-term Vulnerability in North Carolina
• Status of NGS CORS Network and Its Contribution to the GGOS Infrastructure
• The Effect of Improved Sub-Daily Earth Rotation Models on Global GPS Data Processing
• The Effect of Pitch, Roll, and Yaw on Airborne Gravity Observations of the NOAA GRAV-D Project
• The Effects of Lever Arm (Instrument Offset) Error on GRAV-D Airborne Gravity Data
• The Global Heat Health Information Network (GHHIN): Putting the Pieces Together
• The Subseasonal Experiment (SubX) to Advance National Weather Service Predictions for Weeks 3-4
• Tidal Wetlands and Coastal Ocean Carbon Dynamics
• Understanding the interactions between Social Capital, climate change, and community resilience in Gulf of Mexico coastal counties
• Using an Optionally Piloted Aircraft for Airborne Gravity Observations with the NOAA GRAV-D Project
• Using the Environmental Intelligence Framework to Address Arctic Issues: A Case Study of Alaskan Fisheries and Ocean Acidification
• Value of Earth Observation for Risk Mitigation
• 6-axis Robot for Absolute Antenna Calibration at the US National Geodetic Survey
• A Comparison of Open-Source Multi-GNSS Point Positioning Software Packages
• A HYSPLIT-based fire emission inverse modeling system for smoke forecast
• A Survey of Seasonal Variations of Internal Tide in the Gulf of Maine through in-situ Observations
• Advancing Best Practices for the Analysis of the Vulnerability of Military Installations in the Pacific Basin to Coastal Flooding under a Changing Climate
• Application for the Routine Evaluation of Operational Hydrologic Forecasts
• Application of ESMF/NUOPC Coupled Framework for Total Water Level Studies
• Arctic Ocean Data in the World Ocean Database
• Assessing and updating a probabilistic framework to predict sea-level rise impacts
• Assessment of Climate Impacts on Oceans and Marine Resources of the United States
• Assimilating DART Data into an Upgrade of VDatum for the US West Coast
• Augmenting Stream Gauges for Calibrating the NWM V2.0
• Bridging the Weather-to-Climate Prediction Gap: Progress by the NOAA S2S Prediction Task Force
• CORS data reprocessing in IGS14 reference frame at the National Geodetic Survey
• Changes in Deep South Atlantic MOC Properties at 30°S
• Climate Science in the Fourth US National Climate Assessment
• Co-production of science for decision making: the NOAA RISA Network
• Coastal Flooding Risks on the Rise
• Comparison of Shiptrack Gravity Datasets from NGA and NCEI
• Continuously Operating Reference Stations Time Series Analysis from the Recent GPS Data Reprocessing at National Geodetic Survey
• Developing Skill Assessment and Performance Metrics for the National Ocean Service's Operational Storm Surge Model Forecasting Systems.
• Developing a Data Visualization Tool within the Chesapeake Bay Sentinel Site Cooperative
• Engagement strategies at NOAA's Climate.gov
• Enhancements to the WRF-Hydro Hydrologic Model Structure for Semi-arid Environments
• Evaluating Gridded Precipitation Analysis Forcings for the National Water Model
• Forward Scattering 'Radar of Opportunity' aboard the PAZ Satellite: Sensing of Heavy Precipitation and Synergies with GPM and other Precipitation Radars
• Foundation CORS: An ultra-stable, high-reliability backbone for the U.S. CORS Network
• Fourth National Climate Assessment - Coastal Effects Chapter
• From Short-term to Long-term Awards: Lessons Learned in Co-production of Actionable Science for the Gulf of Mexico
• Future State Plane Coordinate System for the United States
• Highlights from the Fourth National Climate Assessment: Climate Effects on U.S. International Interests
• Hydrologic Classification as a New Approach to Parameter Regionalization for the National Water Model
• Hydrologic Operational Evaluation Reporting System for the National Water Model
• JPSS User Readiness Scorecard
• Joint Polar Satellite System (JPSS) Proving Ground and Risk Reduction (PGRR) Program Evolution
• Know Before You Go: Rip current science, forecasting and communication at NOAA
• Leveling in a Modern Vertical Datum Realized by GNSS and a Gravimetric Geoid Model
• Locally relevant, science-based tools and information to help communities and businesses build climate resilience
• Meteorological Observations of the Alaska Transportable Array
• Modeling tidal datums and spatially varying uncertainties in New York Bight, Hudson River, Long Island Sound, and Narragansett Bay
• NOAA's National Water Model: An Update on Model Activities and Related Initiatives
• NWS Regional and Local Climate - Informed Decision Support Services
• Our Changing Climate: National Climate Assessment NCA4 Vol. 2, Chapter 2
• Overview of the JPSS Proving Ground Initiatives
• Practical Considerations for the Determination of Euler Pole Parameters
• Recent Advancements for NOAA's Time-Dependent Geoid Undulation Model and Geoid Monitoring Service (GeMS)
• Strategies for promoting the consistency and usability of geometrical reference frames
• Structure-from-Motion Production and Analysis of Digital Surface Models of NOAA Coastal Airborne Imagery from Alaska's North Slope
• The Analysis of Record for Calibration: A High-Resolution Precipitation and Surface Weather Dataset for the United States
• The Effects of Lever Arm (Instrument Offset) Error on GRAV-D Airborne Gravity Data
• The Experimental Geoid 2018 Computation at NGS
• The Fourth National Climate Assessment: Summary Findings and Overview
• The Fourth U.S. National Climate Assessment: Climate Effects on U.S. International Interests
• The Global Oceanographic Data Archeology and Rescue Project - returning historic ocean profile data to community use.
• The NOAA RISA Program: Building a Culture of Resilience Underpinning Sustainable Economic Growth
• The National Integrated Heat Health Information System (NIHHIS): Understanding user needs and decisions at the local to regional scale
• The West Coast Operational Forecast System: using HF radar surface currents for skill assessment and assimilation
• The World Ocean Atlas 2018: Improvements and Uses of Climatological Mean Fields
• The importance of wind in modulating Karenia brevis blooms along southwest coast of Florida: an observation-modeling synthesis
• Using Observations and Models to Develop Integrated Tidal Current Products
• Validation of Ensemble Streamflow Forecasts from the Hydrologic Ensemble Forecast Service (HEFS)
• Vertical Motion and Control Network Stability Insights from Extended and Simultaneous GNSS Observation Campaigns at Five Tide Stations in Alaska
• "GPS on Bench Marks": NGS Engaging Communities to Improve Positional Science
• A Proposed Data Exchange File Format for Vertical Ties to GNSS at Tide Gauges
• Airborne Gravimeter Comparison using GRAV-D Data from Hawaii Collected by Two Different Airborne Gravimeters Installed on the Same Aircraft
• An Evaluation of the Quality of Multi-GNSS Observations Within the NOAA Foundation CORS Network
• Being Weather Ready Starts with Being Climate-Smart
• Bringing new life to harmful algal bloom prediction after crossing the valley of death
• Calibrating the National Water Model V2.1 over the Contiguous United States
• Data Rates for Positioning in Airborne Gravity: How Fast is Fast Enough?
• Developing High-Resolution Channel to Basin-Scale Unstructured Grid Hydrodynamic Models for Tide/Storm Predictions in the US East and Gulf of Mexico Coasts
• Drivers, priorities, and best practices for maintenance and expansion of the global network of GNSS stations co-located with tide gauges
• Evaluating Mean Ocean Dynamic Topography at NWLON Tide Gauges
• Evaluating the Effectiveness of the NOAA Climate Program Office Congressional Communication Strategy
• Evaluation of Meteorological Ensemble Forecast Processor (MEFP) using inputs, parameters, and outputs at various times of day
• Evolution of the NWS Hydrologic Ensemble Forecast Service (HEFS)
• Flying A US Hyperspectral Sounder at GEO: New Potential for Economic Benefits
• Geodesy Outreach, Education, and Citizen Science at NOAA's National Geodetic Survey
• High-Resolution Temporal Geoid Modeling in Alaska for a New Geopotential Datum
• How can funders support the co-production of science? A pilot co-production workshop in the Gulf of Mexico
• Monitoring Vertical Movement of Water Level Sensors Through GNSS at Crescent City, CA
• Near Real-Time Hydrologic Operational Evaluation of National Water Model (NWM) Streamflow Short- and Medium-Range Forecasts.
• Novel use of satellite data for improving national air quality forecasts through emission data assimilation
• Predicting Compound Flooding in Low-Lying Coastal Areas Produced by Tropical Storms
• Regional-Scale Hydrologic and Hydrodynamic Modeling of a Riverine-Estuarine System under Extreme Storms: Application to U.S. East Coast
• Representing Anthropogenic Processes in the National Water Model: A Persistence Approach to Reservoir Operations
• Strengthening the NOAA CORS Network: Foundation CORS, Orbit Analysis, and Other Initiatives
• The Evolution of NOAA's National Water Model: An Overview of Version 2.1 and Future Operational Plans
• Towards a Unified Modeling Framework for Coupling Coastal Ocean Models and Inland Hydrology at NOAA's National Ocean Service
• Advances to Global Unstructured Mesh Storm Tide Modeling for Operational Forecasting
• Coastal Ocean Modelling Infrastructure Development at the NOAA National Ocean Service in Support of Disaster Mitigation and Marine Navigation
• Comparison of the National Water Model v2.0 snowpack model with surface snow observations for the 2020 water year
• Complex Numerical Simulation of the U.S. East Coast and Inland Areas using a Coupled Hydrologic, Hydrodynamic and Ocean model: Application to Hurricane Sandy
• Compound Flooding during Hurricane Florence (2018)
• Coupled hydrological-hydrodynamic simulation for compound flooding event during Hurricane Harvey
• Development of an Ocean-Coupled Hydrologic-Hydrodynamic Nearshore Model for the US Gulf of Mexico and Storm-Surge Hindcast Simulation of Hurricane Ike
• Earth Observations for Climate-Ready Aquaculture Management and Siting to Improve Food Security and Ocean Health in Palau, a Small Island Developing State
• Exploring Volcanic Ash Forecasting Techniques Using HYSPLIT and VOLCAT Observations
• Extratropical Surge & Tide Operational Forecast System (ESTOFS): Global Upgrade, Future Development, Pacific Enhancement
• Geodetic Astronomy with an Imaging Robotic Total Station
• Impact of Calibration Objective Function on the Performance of National Water Model
• Improved integrated flood prediction at coastal regions via one-way coupled WRF-Hydro-ADCIRC
• Improving the quality of NGS's GPS on Bench Marks with machine learning
• Initiating a New Baseline of Vertical Land Motions in the Chesapeake Bay
• Large Scale Unstructured WAVEWATCH III for Hurricane Hindcasts: Offshore and Nearshore Validation
• Maritime Services Provided by National Ocean Service Coastal Ocean Operational Forecast Systems
• Modeling Distributed and Point Sources in a GWCE-Based Finite Element Hydrodynamic Model, ADCIRC
• NOAA Regional Integrated Sciences and Assessments (RISA): Moving forward on climate adaptation, risk management, and community engagement
• NOAA/NOS Integrated Northern Gulf of Mexico Operational Forecast System
• NWM V3.0 Alaska Domain Expansion: Overview, Forcing Evaluation and Initial Model Testing
• National Weather Service: Examining Uncertainty Products While Making Good Decisions Associated with Tropical Cyclones
• On the improvements in precipitation, temperature and streamflow forecasts from the Hydrologic Ensemble Forecast Service after upgrading from the GEFSv10 to the GEFSv12
• Operational near real-time system for evaluating continental-scale hydrologic prediction at the time scale of individual events
• Overview of NOAA Research on Atmospheric Impacts Related to the COVID-19 Pandemic
• Priority setting in a virtual world: Lessons learned from a multi-agency sediment budget workshop
• Representing Active Water Management within the National Water Model: Real-time Assimilation of Reservoir Releases from NWS River Forecast Centers
• Reviewing MAPP Task Forces
• Seasonal Forecasting of Sea Level Anomalies in a Multi-model Prediction Framework
• The Airborne Gravity Off-Level Correction Revisited Using NGS GRAV-D Data
• The World Ocean Database Cloud (WODc) - community participation andinteraction with a global database
• Toward Improving Parameter Regionalization for the National Water Model Using the CAMELS Dataset
• User Feedback on Potential Changes in the ENSO Alert System
• A Neural Network for Automatic Detection of Anomalies in GNSS Residual Position Time Series
• Sensitivity analysis of the coastal ocean forecasts to bathymetry conditions
• Understanding the Coupled Effect of Upland Hydrology and Ocean Hydrodynamics During Extreme Events Along the East and Gulf of Mexico Coasts of the US

Linked Collaborating Authors [?]

• A. L. Kurapov
• Coleman Blakely
• María Teresa Contreras Vargas
• Richard A. Bennett
• Saeed Moghimi