HelioWebC. J. Gleason
flowchart
A[C. J. Gleason]
AC["Associated Concepts (24)"]
AW["Authored Works (25)"]
CA["Linked Co-Authors (46)"]
CI["Linked Collaborating Institutions (31)"]
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click AW "#authored-works"
click CA "#co-authors"
click CI "#collaborating-institutions"
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- ORCiD
- https://orcid.org/0000-0002-3525-6220
- OpenAlex ID
- https://openalex.org/A5070818166 (API record)
Associated Concepts [?]
- Geology
- Geography
- Environmental science
- Engineering
- Biology
- Physics
- Hydrology (agriculture)
- Geotechnical engineering
- Remote sensing
- Oceanography
- Computer science
- Paleontology
- Meteorology
- Ecology
- Cartography
- Geomorphology
- Physical geography
- Aerospace engineering
- Mathematics
- Economics
- Drainage basin
- Astronomy
- Glacier
- Climatology
Authored Works
sorted by decreasing year, and then by display-name
- Upscaling a High-Resolution Reactive Transport Model for Predicting Inland Water CO2 Concentrations and Fluxes Across the Continental United States
- Tracking dynamic wetland vegetation communities after a flood event with airborne AVIRIS-NG, UAVSAR, UAV LiDAR, and PlanetScope data in Peace-Athabasca Delta
- Tracking an ongoing river avulsion with satellite remote sensing and field measurements
- Simultaneous remote sensing of river discharge and suspended sediment on the Sagavanirktok River, Alaska.
- Plan for Assessing SWOT Discharge Accuracy
- One Model to Rule Them All: A Ubiquitous Data Modeling Approach to Improved Temporal-Spatial Learning of Physics Guided Machine Learning Models in Hydrology
- Monitoring CONUS River Sediment Concentration Through Landsat, Sentinel, and MODIS Satellite Sensor Fusion
- Globally Mapping Arctic Beaded Streams with Computer Vision and Planet Imagery
- Assessing the flow variability of headwater streams in High Mountain Asia using satellite remote sensing
- Anticipated Continental-Scale River Gas Exchange Dynamics: How will SWOT Inform River CO2 Modeling?
- An updated understanding of global rivers from a new global river discharge reanalysis product: implications for SWOT mission
- A global framework for SWOT discharge with examples from the Ohio River
- Towards continental-scale transport modeling of drainage network CO2 evasion
- Towards Remote River Discharge Prediction Using Machine Learning and Satellite Observations under Data Scarcity
- The Importance of Lake Littoral Zones to Arctic-Boreal Methane Emissions
- Preliminary results for Lakeflow, an algorithm to improve SWOT flow-law parameters through integrating river-lake mass conservation
- How does global river width change with time?
- Gas Exchange in Large Rivers Controlled by Largest Turbulent Eddies: Implications for Remotely Sensing Gas Exchange via SWOT
- Filling in the Discontinuous Global River Gauge Record Using Satellite Observations.
- Evaluation of Satellite and Reanalysis Data for Simulating Streamflow in Glacierized Catchments in the Himalayas
- Confluence: An open-source framework for SWOT discharge estimation and value-added products
- Combining Optical Imagery and Altimetry to Test SWOT Discharge Algorithms
- Classification of glaciers in Koshi River Basin, Nepal using machine learning algorithms and clustering techniques
- Assimilation of satellite data in a hydrological model to improve the water level estimation in winter drawdown lakes, Massachusetts
- A Multi-Sensor Cloud-based Framework to Characterize Winter Water Level Drawdown of Lakes and Reservoirs in Northeast United States
Linked Co-Authors
- Angelica Tarpanelli
- Augusto Getirana
- Bo Wang
- Brian Saccardi
- C. W. Brown
- Chang Huang
- Chao Wang
- Charles Kuhn
- Christopher J. Zappa
- Craig Brinkerhoff
- Cédric H. David
- David Butman
- Dongmei Feng
- E. D. Kyzivat
- Efthymios I. Nikolopoulos
- Elizabeth H. Altenau
- Emily Eidam
- Fenix Garcia‐Tigreros
- George H. Allen
- Jessica V. Fayne
- Jida Wang
- Julianne Davis
- Kimberly P. Wickland
- Konstantinos M. Andreadis
- L. A. Stearns
- L. C. Smith
- Luciana Fenoglio-Marc
- Merritt E. Harlan
- Michael Durand
- Mohammad J. Tourian
- P. A. Raymond
- Paul Bates
- Renato Prata de Moraes Frasson
- Robert G. M. Spencer
- Robert G. Striegl
- Robert W. Dudley
- Ryan M. Riggs
- S. A. Margulis
- S. P. Coss
- Safat Sikder
- Shaoda Liu
- Shuai Zhang
- Sungwook Wi
- T. Pavelsky
- Theodore Langhorst
- Xiao Yang
Linked Collaborating Institutions
- Beijing Normal University, China
- Brown University, Rhode Island
- Columbia University, New York
- Cornell University, New York
- DTU Physics, Lyngby
- Florida Institute of Technology
- Florida State University
- Italian National Research Council, Perugia
- Jet Propulsion Laboratory
- Kansas State University
- Kathmandu University, Nepal
- NASA Goddard Space Flight Center, Maryland
- Northwest University, China
- Oregon State University, Corvallis
- Peking University, China
- Rheinische Friedrich Wilhelms University of Bonn, Germany
- Southern Methodist University, Texas
- Technical University of Darmstadt, Germany
- Texas A&M University, College Station
- The Ohio State University
- UMass Amherst
- University of Bristol, UK
- University of California, Los Angeles
- University of Cincinnati, Ohio
- University of Colorado, Boulder
- University of Kansas
- University of Michigan
- University of North Carolina, Chapel Hill
- University of Stuttgart, Institute for Geodesy
- University of Washington, Seattle
- Yale University, Connecticut
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