DR
Member Since 2003
Diego A. Riveros-Iregui
Bowman and Gordon Gray Professor, University of North Carolina at Chapel Hill
AGU Research
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Greenhouse Gas Emissions from Small Wetlands in a High Elevation, Tropical System
MODEL DATA INTEGRATION TO ADVANCE UNDERSTANDING OF WETLAND GREENHOUSE GAS EMISSIONS: FROM SITE TO GLOBAL SCALE POSTER
biogeosciences | 15 december 2023
Keridwen Whitmore, Dani Zarate, Amanda G. DelVecch...
Wetlands are a significant contributor of carbon emissions to the atmosphere. They are the largest natural source of CH4 and also emit considerable am...
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Carbon Evasion Dynamics in a High-Elevation, Tropical, Headwater Catchment
MISSING CARBON: MECHANISMS CONTROLLING CARBON TRANSFER ACROSS THE TERRESTRIAL-AQUATIC INTERFACE I ORAL
biogeosciences | 12 december 2023
Diego A. Riveros-Iregui, Keridwen Whitmore, Tessa ...
High rates of carbon evasion have been recently reported from inland waters, including mountain headwater streams, temperate and tropical peatlands, s...
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The Nonpoint Sources and Transport of Baseflow Nitrogen Loading Across a Developed Rural‐Urban Gradient
WATER RESOURCES RESEARCH
20 july 2022
Joseph Delesantro, Jonathan M. Duncan, Diego A. Ri...
Nonpoint source urban nutrient loading into streams and receiving water bodies is widely recognized as a major environmental management challenge. ...
Comparing the Effect of Urban Beaver Ponds on Dissolved Organic Matter Biodegradability to Stormwater Ponds in Atlanta, Georgia
UNDERSTANDING HYDROLOGICAL CONTROLS ON TERRESTRIAL CARBON TRANSPORT FROM HEADWATERS TO THE SEA IN A CHANGING CLIMATE II ELIGHTNING
learning from observations | 22 june 2022
Julian Sheppy, Sarah H. Ledford, Elizabeth B. Sudd...
Climate change is hypothesized to greatly impact hydro-biogeochemical processing within urban environments as impervious surfaces limit infiltration a...
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Comparing Transit Time Distributions across Urban Beaver and Stormwater Ponds
STUDENT-CENTERED RESEARCH AND PEDAGOGIES: VISIONING AND BUILDING COLLABORATIONS AT THE FRONTIERS OF HYDROLOGY I ELIGHTNING
developing the next generation | 21 june 2022
Claire Wadler, Sarah H. Ledford, Luke A. Pangle, D...
Urbanization alters streamflow, causing increased stream flashiness and larger peak stormflow magnitudes. Best Management Practices (BMPs) such as ret...
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Nitrogen’s path from dinner to streams: The role of sanitary infrastructure in the terrestrial flow field
ADVANCES IN UNDERSTANDING AND MODELING THE RING CURRENT AND ITS COUPLING WITH OTHER PARTICLE POPULATIONS I ORAL
biogeosciences | 16 december 2021
Joseph Delesantro, Jonathan M. Duncan, Diego A. Ri...
Food represents the single largest import of nitrogen to developed watersheds and societies task sanitary infrastructure with keeping it out of water ...
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Streamflow and wetness controls on non-point source nitrogen and dissolved organic carbon export along a rural-urban gradient
WATER QUALITY AND WATERSHEDS: FROM SCIENTIFIC INNOVATIONS TO ACTIONS I ORAL
hydrology | 13 december 2021
Joseph Delesantro, Jonathan M. Duncan, Keridwen Wh...
Efforts to reduce non-point source pollution derived from urban watersheds requires fine scale data collection which can attribute solute loading to s...
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Landscape Response to Tropical Cyclones and the Effects of Antecedent Soil Moisture Using SMAP
SCIENCE AND APPLICATIONS RESULTS FROM THE NASA SOIL MOISTURE ACTIVE PASSIVE (SMAP) SATELLITE MISSION II ELIGHTNING
hydrology | 15 december 2020
Andrew R. Murray, Diego A. Riveros-Iregui
In the past five years, twenty tropical cyclones have made landfall in the southeastern United States, many with devastating impacts and particularly ...
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