← Leaderboards
James P Megonigal
George Mason University
$2,988,115
Attributed
$8,161,038
Total exposure
16
Grants
4
Lead (contact PI)
Attributed= this PI's even-split share of every grant they're on (the fair, additive number). Exposure = full size of all those grants.
Funding over time
peak $1.2M · FY2005–24$2M$1.5M$1M$500K$0
'05
'06
'07
'08
'09
'10
'11
'12
'13
'14
'15
'16
'17
'18
'19
'20
'21
'22
'23
'24
Funding mix
By agency
NSF$8,161,038 · 16
By mechanism
—$8,161,038 · 16
Top collaborators
- Jonathan A Langley4 shared
- Thomas J Mozdzer4 shared
- Bert Drake2 shared
- David Emerson2 shared
- Patrick J Neale2 shared
- Amy E Bolton1 shared
- Anne E Hartley1 shared
- Antonio Mannino1 shared
Grant awards (16)
Research Infrastructure: MRI: Track #1 Acquisition of new stable isotope mass spectrometer to support modern and deep-time interdisciplinary environmental research and education$662,562
· FY2024 · BIO
Collaborative Research: EAR-Climate: Hydraulic and Hydrologic Regulation of Greenhouse Gas Emissions from Forest Soils and Trees and Detection With Radon As A Novel Tracer$307,497
· FY2023 · GEO · contact PI
LTREB: Thirty-Four Years of Tidal Marsh Response to Environmental Change$600,000
· FY2021 · BIO
P2C2: Collaborative Research: New Estimates of Atmospheric pCO2 for the Paleocene-Eocene$796,955
· FY2018 · GEO
Collaborative Proposal: Eco-evolutionary dynamics of coastal marsh responses to rising CO2$595,080
· FY2017 · BIO
RCN: Building a Collaborative Network for Coastal Wetland Carbon Cycle Synthesis$499,982
· FY2017 · BIO
Collaborative Research: Ecosystems on the Edge - Tidal wetland-estuary margins as buffers, reactors, and transformers of organic carbon and nitrogen$553,114
· FY2016 · BIO
LTREB-Renewal: Twenty-Nine Years of Tidal Marsh Response to Environmental Change$450,000
· FY2016 · BIO
LTREB Renewal: Twenty-three years of tidal marsh response to environmental change$89,836
· FY2015 · BIO
LTREB: Twenty-three years of tidal marsh response to environmental change$419,961
· FY2010 · BIO
Collaborative Research: Why Does the Efficiency of Methane Production Vary Dramatically Among Wetlands?$912,000
· FY2008 · BIO
Collaborative Research: Tidal Marsh Outwelling of Dissolved Organic Matter into the Chesapeake Bay: Impact on the Optical, Chemical & Microbial Characteristics of Estuarine Waters$346,909
· FY2007 · BIO
Progressive Nitrogen Limitation in Terrestrial Ecosystems: Empirical Test of a Biogeochemical Paradigm$800,000
· FY2005 · BIO
Collaborative Research: Plant Regulation of Competition Between Methanogens and Iron Reducing Bacteria in Freshwater Wetlands$396,000
· FY2005 · BIO · contact PI
Iron-Oxidizing Bacteria in the Wetland Plant Rhizosphere: Characterization of a Novel Microbial Niche$348,989
· FY2001 · BIO · contact PI
Iron-Oxidizing Bacteria in the Wetland Plant Rhizosphere: Characterization of a Novel Microbial Niche$382,153
· FY2000 · BIO · contact PI