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Richard P Phillips
Indiana University
$1,953,414
Attributed
$4,109,163
Total exposure
9
Grants
5
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 · FY2012–25$2M$1.5M$1M$500K$0
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'25
Funding mix
By agency
NSF$4,109,163 · 9
By mechanism
—$4,109,163 · 9
Top collaborators
- Kimberly A Novick2 shared
- Jonathan Raff1 shared
- Joshua Fisher1 shared
- Justin Maxwell1 shared
- Mallory Barnes1 shared
- Matthew Craig1 shared
- Melinda D Smith1 shared
- Osvaldo E Sala1 shared
Grant awards (9)
Addressing the potentially widespread underestimation of carbon uptake in undisturbed forests$1,198,881
· FY2025 · BIO
Collaborative Research: Understanding Emission Sources and Sinks of Nitrous Acid in North American Forests$892,601
· FY2023 · GEO
Collaborative Research: MRA: Elucidating Plant and Mycorrhizal Fungal Relationships and Consequences across Space and Time$229,332
· FY2021 · BIO · contact PI
Collaborative Research: The coordinated structural and physiological responses of trees to water stress: an organismal approach$393,585
· FY2020 · BIO
EAGER: Collaborative research: Shifting control from negative plant-microbe feedback to nutrient limitation: predictions from dominant tree traits and ecosystem nutrient economies$129,450
· FY2018 · BIO · contact PI
DISSERTATION RESEARCH: Where Plant Litter Ends and Soil Carbon Begins: The Role of Microbial Physiology in Stabilizing Soil Organic Matter$20,275
· FY2017 · BIO · contact PI
RCN: Drought-Net: A global network to assess terrestrial ecosystem sensitivity to drought$499,992
· FY2014 · BIO
COLLABORATIVE RESEARCH: Testing a conceptually-driven framework to predict variability in the ecosystem consequences of plant invasion across heterogeneous landscapes$340,002
· FY2014 · BIO · contact PI
A belowground framework for predicting how plant-microbe interactions couple carbon and nutrient economies of forests$405,045
· FY2012 · BIO · contact PI