Member Since 2011
Colin J. Gleason
Armstrong Professional Development Professor, University of Massachusetts Amherst
AGU Research
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Simulations of Riverine Phosphorus in the Ohio River Basin: Assimilation of Remote Sensing Data Using a Deep Learning Framework
AGU 2024
hydrology | 13 december 2024
Pradeep Ramtel, Abhinav Sharma, Dongmei Feng, Elis...
Accurate and continuous monitoring of riverine total phosphorus (TP) levels is crucial for effective water quality management. However, in-situ measur...
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BRAID: An Algorithm to Constrain Braided River Discharge Estimates Using SWOT
AGU 2024
hydrology | 11 december 2024
Marissa J. Hughes, Colin J. Gleason, Tamlin Pavels...
Remote sensing of terrestrial hydrology has revolutionized our ability to estimate fluvial discharge on a global scale, especially in semi-gauged and ...
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Assessing and Comparing SWOT River Discharge Performance Between Fast Sampling and Science Orbits
AGU 2024
hydrology | 11 december 2024
Elisa Friedmann, Colin J. Gleason, Michael T. Dura...
The recently launched Surface Water Ocean Topography (SWOT) mission retrieves height, width, area, and slope for the worlds large rivers. From these m...
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A spatially finer and temporally denser intra-annual pattern for global lakes and reservoirs revealed by SWOT
AGU 2024
hydrology | 11 december 2024
Jida Wang, Md. S. Sikder, George H. Allen, Huilin ...
Lakes and reservoirs are among the most prevalent inland water repositories. A conservative estimate suggests nearly 6 million permanent and intermitt...
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Characterization of SWOT Ka-band backscatter and classification of North Saskatchewan surface waters
AGU 2024
hydrology | 11 december 2024
Sonam F. Sherpa, Laurence C. Smith, Sebastian Muño...
The recently launched SWOT Ka-band radar interferometry satellite mission provides hydrological measurements including inundation extent, water surfac...
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Assessing SWOT Global Discharge Accuracy
AGU 2024
hydrology | 10 december 2024
Stephen P. Coss, Michael T. Durand, Colin J. Gleas...
SWOT data are now available to the public and include reprocessed data from the daily orbit as well as the science orbit. As data availability and qua...
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NASA's High Mountain Asia Team (HiMAT): Advancing Understanding of Historical and Future Changes in High Mountain Asia
AGU 2024
global environmental change | 10 december 2024
Summer Rupper, Lauren C. Andrews, Manuela Girotto,...
NASA's High Mountain Asia Team (HiMAT) is a collaborative group composed of 13 funded research teams. HiMAT's primary objectives are to assess and pro...
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Accelerating river discharge in High Mountain Asia
AGU 2024
cryosphere | 10 december 2024
Jonathan A. Flores, Colin J. Gleason, Malisse M. L...
Understanding river streamflow in High Mountain Asia (HMA) is crucial for effective water resource management and infrastructure planning. Changing gl...
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