ND
Member Since 2016
Nathan Dadap
Congressional Fellow, American Geophysical Union
Professional Experience
American Geophysical Union
Congressional Fellow
2022 - Present
Stanford University
Graduate Student
2016 - 2022
Environmental Protection Agency Region 9 (Pacific Southwest) San Francisco
Project Manager
2011 - 2016
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Education
Bachelors
2011
Honors & Awards
AGU Congressional Science Fellow
Received August 2023
Publications
Attributing Past Carbon Fluxes to CO2 and Climate Change: Respiration Response to CO2 Fertilization ...
Over the past century, increased atmospheric CO2 concentrations have enhanced photosynthesis through CO2 fertilization across the globe. However, t...
February 07, 2023
Drainage Canals in Southeast Asian Peatlands Increase Carbon Emissions
Drainage canals associated with logging and agriculture dry out organic soils in tropical peatlands, thereby threatening the viability of long̴...
March 17, 2021
AGU Abstracts
Soil moisture in Southeast Asian peatlands: data-driven estimates and its response to climate change
REMOTE SENSING OF TROPICAL FOREST AND SAVANNA RESPONSES TO LAND USE AND CLIMATE CHANGE III ORAL
biogeosciences | 16 december 2022
Alexandra G. Konings, Nathan Dadap, Alex Cobb, Ali...
When organic peat soils are sufficiently dry, they become flammable. In Insular Southeast Asian peatlands, widespread deforestation and associated dra...
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Carbon Losses from Southeast Asian Peatlands
CARBON CYCLING IN GLOBAL PEATLANDS III ORAL
biogeosciences | 14 december 2022
Paul R. Moorcroft, Erik Larson, Nathan Dadap, Marc...
Peatlands are climatically important ecosystems: their large carbon stocks, and the slow accumulation of peat depth means that carbon loss from them i...
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Predicting climate change impacts to peatland soil moisture in Southeast Asia
OBSERVATIONS AND EXPECTATIONS OF CLIMATE WARMING IMPACTS ON THE TERRESTRIAL HYDROLOGIC CYCLE I ORAL
projecting the future | 20 june 2022
Nathan Dadap, Alex Cobb, Alison Hoyt, Charles F. H...
Tropical peatlands in Borneo, Sumatra, and Peninsular Malaysia store over 65 megatons of carbon in organic peat soils. Under natural conditions, this ...
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