Poster Gallery
Poster Session 1
| Poster Session 1 | 9/12/24 - 9/14/24 | ||
|---|---|---|---|
| Title | Presenter | ||
| A Completed Simulation Tool to Explore the Optimal Configuration for the NOAA’s Future GNSS RO Architecture Missions | Liu, Tung-Chang (CISESS, University of Maryland) | ||
| Taiwan Analysis Center for COSMIC Status | Ho, Tiffany(CWA) | ||
| Sentinel-6 status and updates | Galley, Chad (JPL) | ||
| The ROHP-PAZ research dataset and applications | Padulles, Ramon (ICE-CSIC, IEEC) | ||
| FORMOSAT-7/COSMIC-2 Performance | Perrotta, Michael (COSMIC) | ||
| Toward Retrieval of Water Vapor in the Planetary Boundary Layer by GNSS Radio Occultation and Microwave Radiance Joint Retrieval | Leroy, Stephen (AER) | 4-A | |
| Status of GNSS RO Data in the AWS Registry of Open Data | Leroy, Stephen (AER) | ||
| Project TouCans: Using COSMIC, Terrestrial Ionosonde, and Real-Time Amateur Radio Propagation Data to Teach STEM, Art, History and Geography | Carter, Hamilton (City College San Francisco) | ||
| 1994 – 2024: Celebrating 30 Years of GNSS Radio Occultation Innovation at JPL | Franklin, Garth (JPL) | ||
| Engineering Analysis Support for NOAA/NESDIS/SAE Ocean Surface Winds Data Pilot | Gullotta, William (COSMIC) | 6-A | |
| Data Processing and Scientific Evaluation of GeoOptics GNSS Radio Occultation Data for the NASA CSDA Program | Zeng, Zhen (COSMIC) | 6-B | |
| Dynamic Error Estimation for GNSS Radio Occultation Observations in the JEDI Data Assimilation System | Hayden, Lindsey (JCSDA) | 7-A | |
| Recent progress in GNSS-RO satellite data assimilation at the Korean Integrated Model (KIM) | Kim, Eun-Hee (KMA) | ||
| Characterizing the Uncertainty of GNSS RO Bending Angles in the Lower Troposphere with the Local Spectral Width Analysis | Jing, Xin (CISESS, University of Maryland) | ||
| Intercomparison of GNSS RO and high vertical resolution radiosondes | Wee, Tae-Kwon (UCAR) | 8-B | |
| Precise Orbit Determination and GNSS Radio Occultation Low-Level Data Processing for Climate Applications | Innerkofler, Josef (WEGC, University of Graz) | ||
| Low Latency Space-Based Radio Occultation Using Serial Broadcast Method | Barsoum, Christopher (The Aerospace Corporation) | 9-B | |
| On the Suitability of Broadcast GNSS Transmitter Orbits and Clocks for Near-Realtime RO Preprocessing | Brandmeyer, Jonathan (PlanetiQ) | ||
| Estimation and Assessment of Hardware Biases for Spire Cubesat RO Antennas | Breitsch, Brian (University of Colorado) | 10-B | |
| Quantifying the bias and uncertainty propagation from the COSMIC2 POD to the RO excess phase and bending angle for climate applications | Chen, Ming (CISESS, University of Maryland) | ||
| Comparing Methods to Retrieve Atmospheric Parameters from Airborne Radio Occultation | Lord, Kate (Scripps, University of San Diego) | ||
| Actions to extract specific humidity from RO. | Nielsen, Johannes (DMI) | ||
| Radio Occultation Data Processing at UCAR's CDAAC | Sleziak-Sallee, Maggie (UCAR) | ||
| Impacts of High Rate GNSS Satellite Clock Estimation on Radio Occultation Bending Angle Retrievals | Yao, Jian | 13-A | |
| Improving the Two-Line Elements via assimilating Positioning Data of FORMOSAT-7/COSMIC-2 | Cheng, Hsiang-Wen (TASA) | ||
| Determining Regions of S4 Data Affected by RFI Interface Using Formosat-7 Occultation and IVM Data | Chiu, Pin-Yen (National Cheng Kung University) | 14-A | |
| Detection and Monitoring of Atmospheric Rivers using space- and ground-based GNSS observations | Shehaj, Endrit (MIT) | 16-A | |
| Processing multiple GNSS RO data at NOAA/STAR using FSI and ROPP: initial results from the ROMEX | Chen, Yong (NOAA/NESDIS/STAR) | ||
| Processing the ROMEX Data Set Using CDAAC | Petroni, Valentina (UCAR) | ||
| Vertical error covariance and representativeness errors from triplets of ROMEX RO profiles | Sjoberg, Jeremiah (UCAR) | ||
| Independent Validation of the Polarimetric Radio Occultation Profiles from Spire’s Nanosatellite Constellation, and their Potential Applications | Cardellach, Estel (ICE-CSIC, IEEC) | ||
| Comparison of WRF simulations and Polarimetric RO Data for Hydrometeors around Tropical Cyclones | Chen, Shu-Ya (National Central University, Taiwan) | ||
| Characterization of Free Tropospheric Layers With Spire Radio Occultation (RO) Data and Paz Polarimetric-RO Data | Kubar, Terence (UCLA/JIFRESSE) | ||
| PlanetiQ GNOMES-5 Polarimetric Radio Occultation: First Results | Kursinski, Rob (PlanetiQ) | 19-B | |
| Validation and sensitivity analysis of the Polarimetric Radio Occultation technique | Paz, Antia (ICE-CSIC, IEEC) | ||
| Mapping Inland Surface Water Using Spire GNSS Reflection Data: A Case Study at Qinghai Lake | Zhang, Jiahua (UCAR) | ||
| Evaluation of Spire GNSS-R Ocean Surface Wind through Comparison with ERA5 Reanalysis and Jason-3 Altimeter Wind Data | Liu, Tung-Chang (CISESS, University of Maryland) | ||
| Retrieving Atmospheric Water Vapor Content Using Grazing Angle GNSS-R Measurements | Morton, Jade (University of Colorado) | ||
| The impacts of ROMEX data on Spire's Operational Deterministic Global Forecasts | Bathmann, Kristen (Spire Global) | ||
| Test of CWA’s Experimental Profile-Dependent Radio Occultation Observation Error Model Using the ROMEX Data | Huang, Zih-Mao (CWA) | ||
| Studying the Impact of Two-dimensional GNSS RO Forward Operator with ROMEX Data | Zhang, Hailing (UCAR) | ||
| Impact of GNSS RO Data on the Prediction of Atmospheric River Events: A ROMEX Experiment | Lin, Hsiao-Chun (UCAR) | ||
| Enhancing the Tennant Academy STEM, Nature, and Arts Program Using COSMIC-2 Data Sources | Carter, Hamie (City College San Francisco) | 24-A | |
| Estimation of position and extension of ionospheric irregularities using the back propagation method | Quilis Alfonso, Carles (Blekinge Institute of Technology, Karlskrona) | ||
| Measuring aircraft angle-of-arrival for tropospheric bending angle measurements | Bowler, Neill (MET Office UK) | 26-A | |
| Measuring aircraft angle-of-arrival for tropospheric bending angle measurements | Dong, Cong (University of Washington) |
Poster Session 2
| Poster Session 2 | 9/16/24 - 9/18/24 | |
|---|---|---|
| Title | Presenter | Poster No. |
| Altitude dependency of GNSS RO data assimilation impact on JMA’s Global NWP system | Murakami, Yasutaka (JMA) | 1-A |
| Evaluation and impact assessment capability for GNSS in JCSDA JEDI | Ruston, Benjamin (UCAR) | |
| Experiments with vertical smoothing of GNSS-RO bending angles | Bowler, Neill (MET Office UK) | 2-A |
| The rise and rise of GNSS-RO observations | Lewis, Owen (MET Office) | |
| High SNR GNSS-RO observations assessment with JEDI-ROPP | Vandenberghe, Francois (UCAR) | 3-A |
| The Impact of Assimilating GNSS-RO Bending Angle Observations on HAFS Tropical Cyclone Forecasts from the 2022 Atlantic Hurricane Season | Johnston, Benjamin (UCAR) | |
| 4-A | ||
| Airborne Radio Occultation Observations of Mid-tropospheric Features in Tropical Cyclones | Barton, Noah (Scripps Institute of Oceanography, University of California San Diego) | |
| Investigating the consistency of atmospheric river observations with the MPAS model | Sawyer, Evan (Scripps Institute of Oceanography, University of California San Diego) | 5-A |
| Examining the Impact of Airborne Radio Occultation Observations on Short Term Precipitation Forecasts of an Atmospheric River Using MPAS-JEDI | Do, Nghi (Scripps Institute of Oceanography, University of California San Diego) | |
| Observation characteristics of Airborne GNSS Radio Occultation in Atmospheric Rivers: accuracy, resolution, and pathway to near-real-time operation | Cao, Bing (Scripps Institute of Oceanography, University of California San Diego) | |
| Observations and simulations of planetary boundary layer in atmospheric rivers using airborne GNSS radio occultations | Hordyniec, Pawel (Wroclaw University of Environmental and Life Sciences, Poland) | |
| In-Situ Density, Composition, Temperature, and Drift Products from FORMSAT-7/COSMIC-2 | Braun, John (UCAR) | 7-A |
| GOLD Plasma Bubble Observations Comparison with Geolocation of Plasma Irregularities by Back Propagation of the High-Rate FORMOSA7/COSMIC 2 Scintillation Data | Braun, John (UCAR) | 7-B |
| Update on ROMEX from NRL perspective | Christophersen, Hui (US Naval Research Laboratory) | |
| Tropospheric Biases in Metop-A RO Water Vapour Product: Comparison to IASI, AMSU and MHS Data | Ludwig Barbosa, Vinicius (DMI) | |
| Characterization of Vertical Thermodynamic Structures in Tropical Cyclones from GNSS Radio Occultation and Dropsondes | Nelson, Kevin (JPL) | |
| Comparative Analysis of the Planetary Boundary Layer using COSMIC-2, ERA5 and Radiosondes in Houston, Texas | Peters, Delaynie (Texas A&M University, Corpus Christi) | |
| Sub-grid scale thermal variability in the UTLS from dense radio occultation data | Randel, William (UCAR) | 10-A |
| Investigating the Impact of Residual Ionospheric Error on GNSS RO Temperature Climate Data Records in the Upper Troposphere and Lower Stratosphere (UTLS) | Zhou, Jun (CISESS, University of Maryland) | |
| Global and Regional Water Vapor Trends from 2006 to 2023 using Climatology Constructed from STAR Multi-Radio Occultation Mission Data | Shao, Xi (CISESS, University of Maryland) | |
| Climatology of the Tropical North Atlantic using Radio Occultation | Veitel, Hannah (UCAR) | |
| Climatology of equatorial ionospheric irregularities occurrence as detected by COSMIC-2 multi-instrumental observations | Zakharenkova, Irina (UCAR) | 12-A |
| Characterizing the regional atmospheric impact of the 2022 Hunga eruption, Tonga through GNSS Radio Occultations | Vergados, Panagiotis (Jet Propulsion Laboratory, California Institute of Technology) | 12-B |
| Construction of the Planetary Boundary Layer Height Climatology in STAR using Multi-Mission GNSS Radio Occultation Profiles from 2007 to 2023: Examining their Spatiotemporal Variability | Gu, Guojun (CISESS, University of Maryland) | |
| Terrestrial Weather Influences on Ionospheric Space Weather: A COSMIC-2 Data Analysis and SD-WACCM-X Model Verification | Aggarwal, Deepali (Clemson University) | |
| Identification and Analysis of Ionospheric Scintillation in Spire Global and PlanetiQ GNSS-RO Data | Chang, Hyeyeon (University of Colorado) | 14-A |
| Quantifying the Impact of Ionospheric Bending on GNSS-RO Absolute TEC Retrieval During Solar Cycle 25 | Chang, Jaehee (Korea Advanced Institute of Science and Technology) | |
| The topside ionosphere and plasmasphere climatology based on the COSMIC-2 space weather products | Cherniak, Iurii (UCAR) | 15-A |
| Classification of Space Weather, Radio Interference and Other Disturbances in SPIRE Low Earth Orbit Radio Occultation Observations. | Dittmann, Tim (University of Colorado) | 15-B |
| Optimizing High-Rate Scintillation Data Downlinks in Radio Occultations | Durgonics, Tibor (NOAA/SWPC/CIRES) | 16-A |
| Four-dimensional Topside Electron Density Modeling using multi-fidelity Proboost Machine Learning approaches from GNSS-Ionospheric Radio Occultation Data | Hu, Andong (University of Colorado, SWX TREC) | 16-B |
| Plasma Irregularity Signatures of Space Objects Studied with Radio Occultation Data | Hughes, Joseph (Orion Space Solutions) | 17-A |
| PlanetiQ Space Weather Results | Kursinski, Rob (PlanetiQ) | 17-B |
| Near-real-time Identification of the Source of Ionospheric Disturbances | Maletckii, Boris (UCAR) | 18-A |
| Evaluation of Ionospheric Commercial Radio Occultation Data from GeoOptics for the NASA CSDA Program | Nasr, Camella (Orion Space Solutions) | 18-B |
| EIntegrating Spaceborne GNSS-R Measurements in 3D Ionospheric Imaging: A Simulation Study | Royersmith, Brenna (University of Colorado) | |
| Investigation of E-region Electron Density and Conductivity using COSMIC-1 Radio Occultation Measurements | Salinas, Cornelius Csar Jude (NASA Goddard) | |
| Investigating Stratospheric Uncertainties of COSMIC-2 RO Data as Solar Max Approaches | Schreiner, Bill (UCAR) | 20-A |
| The Atmospheric Neutral Density Variation During Geomagnetic Storm in Low-Earth Orbit | Shen, ChingHua (National Cheng-Kung University) | 20-B |
| Global F-Region Electron Density from GNSS-POD Limb Sounding, IRI, and NeQuick-2 | Swamalingam, Nimalan (NASA Goddard) | 21-A |
| GNSS Radio Occultation Measurements reveal Sporadic E Layers in the northern polar region | Wickert, Jens (GFZ Potsdam) | 21-B |
| UCAR Geolocation Comparison With GOLD Bubble Observation During Solar Maximum | Wu, Qian (UCAR) | 22-A |
| Collaborative observations of the ionosphere by GNSS-R and GNSS-RO on space weather | Wu, Wan-Chi (National Chen-Kung University) | |
| Detection and Monitoring of Atmospheric Rivers using space- and ground-based GNSS observations | Endrit Shehaj Stephen Leroy, Kerri Cahoy, & Benedikt Soja (STAR lab, AeroAstro, MIT) | 23-A |
| Observed Impacts of the Hunga Eruption on Stratospheric Temperature | Stocker, Matthias (Wegener Center, University of Graz) | |
| Validation of Stratopause retrievals from Spire Radio Occultation Data | de la Torre Juarez, Manuel (Jet Propulsion Laboratory, California Institute of Technology) | |
| Stratosphere-Troposphere Exchange of Air Masses and Ozone Concentrations Derived from Observations | Hall, Anna (University of Washington) | |
| Refining Tropical Atmospheric Dynamics and QBO Representation in models via Data Assimilation of Equatorial Waves from Strateole-2 Balloon Observations | Lowes-Bicay, Haley (Scripps, University of California San Diego) | |
| Mini-GISMOS GNSS Recording Instrument: Potential for Improved Airborne Radio Occultation Observations in Atmospheric Rivers | Reinicke, Isabel (Scripps, University of California San Diego) | 26-A |
| Variability of Water Vapor in the Lowermost Stratosphere | Dong, Cong (University of Washington) |