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Jennifer A Rudgers
Rudgers Jennifer A
$5,475,287
Attributed
$16,161,511
Total exposure
20
Grants
15
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 $6.7M · FY2006–25$10M$7.5M$5M$2.5M$0
'06
'07
'08
'09
'10
'11
'12
'13
'14
'15
'16
'17
'18
'19
'20
'21
'22
'23
'24
'25
Funding mix
By agency
NSF$16,161,511 · 20
By mechanism
—$16,161,511 · 20
Top collaborators
- Marcy E Litvak4 shared
- Scott L Collins4 shared
- Seth D Newsome3 shared
- Thomas Miller3 shared
- Kenneth D Whitney2 shared
- Yiqi Luo2 shared
- Alex J Webster1 shared
- Caroline A Masiello1 shared
Grant awards (20)
LTER: SEVILLETA SITE: ENVIRONMENTAL VARIABILITY AT DRYLAND ECOTONES$2,275,000
· FY2025 · BIO · contact PI
Collaborative Research: INTEGRATION OF PLANT-SOIL FEEDBACKS WITH RESILIENCE THEORY FOR PINON WOODLANDS UNDER DROUGHT$706,641
· FY2025 · BIO · contact PI
Collaborative Research: LTREB Renewal: Host-microbe symbiosis through the lens of stochastic demography$188,491
· FY2025 · BIO · contact PI
Collaborative Research: ORCC: From Organisms to Ecosystems: Can Soil Microbes Maximize Dryland Resistance to Climate Disruption?$373,966
· FY2024 · BIO · contact PI
Collaborative Research: Understanding spatiotemporal dynamics of plant-soil feedbacks: Consequences for shrub-grass interactions in a dryland ecotone$307,495
· FY2021 · BIO · contact PI
LTREB: Community reordering alters ecosystem processes in desert grassland$517,500
· FY2019 · BIO
LTER: Sevilleta (SEV) Site: Climate Variability at Dryland Ecotones$6,492,997
· FY2018 · BIO · contact PI
LTREB: COLLABORATIVE RESEARCH: Host-microbe symbiosis through the lens of stochastic demography$178,630
· FY2018 · BIO · contact PI
EAGER: Collaborative Research: Environmental Variability at Dryland Ecotones$276,566
· FY2017 · BIO · contact PI
DISSERTATION RESEARCH: King of the hill? How competitive interactions affect biogeographical pattern and species responses to environmental variability.$19,683
· FY2017 · BIO · contact PI
DISSERTATION RESEARCH: Mechanisms of microbe-mediated plant species coexistence across spatial and temporal scales$19,630
· FY2016 · BIO · contact PI
LTER V: Long Term Pulse Dynamics in an Aridland Ecosystem$2,038,609
· FY2015 · BIO
COLLABORATIVE RESEARCH: Parsing the effects of host specificity and geography on plant-fungal symbioses under climate change$456,988
· FY2015 · BIO · contact PI
DISSERTATION RESEARCH: Biotic control of resource retention in arid lands: testing the fungal loop hypothesis$19,630
· FY2015 · BIO
The potential for climate-induced disruption of plant-microbe symbioses along altitudinal gradients$829,238
· FY2014 · BIO · contact PI
Ecological dynamics of vertically transmitted symbionts in hosts with complex life histories$587,100
· FY2012 · BIO
Linking microbial community composition to the ecological dominance of plants$279,354
· FY2010 · BIO
DISSERTATION RESEARCH: Consequences of plant species and genetic diversity for microbial community composition and function$14,572
· FY2009 · BIO · contact PI
Do Symbioses Determine Plant Species Abundances? How Endophytic Fungi May Control Rarity, Dominance, and Invasiveness of Grasses$479,421
· FY2006 · BIO · contact PI
Postdoctoral Research Fellowship in Microbial Biology for FY 2002$100,000
· FY2003 · BIO · contact PI