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NSF Funding opportunities for coordinated research groups

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Foster communication and promote collaboration among groups of investigators ... Bioinformatics. Dynamic systems. Biomechanics. Developmental control. Speciation ... – PowerPoint PPT presentation

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Title: NSF Funding opportunities for coordinated research groups


1
NSF Funding opportunities for coordinated
research groups
  • Rachael Craig
  • Program Director
  • Carbon Cycle and Biogeosciences
  • Directorate for Geosciences
  • National Science Foundation

2
esearch

oordination
etworks
3
R
C
Goal of the RCN Program
N

Foster communication and promote collaboration
among groups of investigators across
disciplinary, geographical, organizational, or
other boundaries
4
R
C
Organizational Theme for an RCN
N
  • Research question
  • Group of organisms
  • Specific technology or approach

5
Examples of RCN Awards
R
www.nsf.gov/bio/pubs/awards/rcnactive.htm
C
Biosphere-Atmosphere Stable Isotope Network
(BASIN) PI Jim Ehleringer, University of
Utah ARIDnet for the Americas A Research Network
for Testing New Paradigms of Global
Desertification PI Jim Reynolds, Duke
University Terrestrial Ecosystem Response to
Atmospheric and Climatic Change PI Lindsey
Rustad, University of Maine
N

6
R
RCN Activities
C
  • Meetings, workshops
  • Training, coursework
  • Laboratory exchanges
  • Web sites, databases
  • Community resources

N

7
R
RCN Program Features
C
N
Submission Annually, last Friday in
June Review Existing programs/panels
Awards 50,000 to 100,000 per year Duration
Up to 5 years

8
rontiers in
ntegrative
iological
esearch
9
The goal of the FIBR Program is to support
research that
F
  • Identifies a major, unanswered or understudied
    question in biology
  • Engages integrative researchers utilizing an
    effective range of concepts and tools from all
    areas of science and engineering
  • Is not limited by conceptual, disciplinary or
    organizational boundaries
  • Integrates education and research, providing
    young scientists with training in a strong,
    interdisciplinary environment
  • Involves effective partnering with minority
    serving and primarily undergraduate
    institutions

I
B
R
10
F
Areas of research represented among the FY2003/4
proposals
I
  • Speciation
  • Molecular evolution
  • Signal transduction
  • Microbial ecology
  • Host/parasite interactions
  • Stress response
  • Neural plasticity
  • Sensory systems
  • Evolution of development
  • Multivariate functions
  • Atmospheric chemistry
  • Biostatistics
  • Carbon cycling
  • Marine microbiology
  • Transcription control
  • Behavioral genetics
  • Molecular phylogenetics
  • Ageing
  • Molecular motors
  • Ecosystems modeling
  • Population dynamics
  • Meiosis recombination
  • Statistics
  • Thermodynamics
  • Urban ecology
  • Functional genomics
  • Proteomics
  • Marine geochemistry
  • Circadian control
  • Bioinformatics
  • Dynamic systems
  • Biomechanics
  • Developmental control

B
R
11
Examples of FIBR Awards
F
http//www.nsf.gov/bio/pubs/awards/fibrfullfy03.ht
ml
I
Do Species Matter in Microbial Communities? PI
David Ward, Montana State University Integrative
Studies of Wolbachia-Eukaryotic Interactions
Genomes to Communities and Back PI John Werren,
University of Rochester The Evolution of
Biological Social Systems PI David Queller,
William Marsh Rice University
B

R
12
Examples of FIBR Planning Grants
F
http//www.nsf.gov/bio/pubs/awards/fibrpgfy03.html
I
Planning a Study of Biodiversity and Ecosystem
Function in Livestock Wildlife Dominated
Savannas of East Africa - Uniting Genomic,
Molecular, Species and Ecosystem Approaches PI
Mike Coughenour, Colorado State
University Planning the Development of a Model
Host System to Study Symbioses between Plants and
Nitrogen-fixing Cyanobacteria PI Jeffrey Elhai,
Virginia Commonwealth University A Systems
Approach to Study Redox Regulation of Functions
of Photosynthetic Organisms PI Himadri Pakrasi,
University of Maryland - College Park
B

R
13
F
FIBR Review Criteria
I
Standard NSF Review Criteria
B
  • Intellectual merit
  • Broader impact

R
Additional Review Criteria
  • Impact of the research on biology
  • Integrative nature of the research plan
  • Novelty of the proposed approaches
  • Effectiveness in broadening participation
  • Robustness of the management plan

14
FIBR Full Proposal Review Cycle
F
Pre- Proposals (Early Oct)
I
B
Pre-Proposal Panel (Nov)
Panel review only
R
Full Proposals (Feb)
Encourage/ Discourage
Full Proposal Panel (May)
Panel and ad hoc review
Awards (July)
FIBR working group
15
F
Timeline for FY2005 FIBR Proposals
I
Oct. 4, 2004 Pre-Proposals Due Planning
Grant Proposals Due Nov. 2004 Pre-Proposal
Panel Meeting Jan. 2005 Planning Grant
Awards Feb., 2005 Full Proposals Due May 2005
Full Proposal Panel Meeting July 2005 Full
Proposal Awards
B
R
16
F
FIBR Funding Mechanisms
I
B
Full Research Grants (Pre-proposals
required) Duration Maximum of 5 years
Budget Maximum of 5,000,000
R
17
X
Contacts/Information
FIBR biofibr_at_nsf.gov

RCN biorcn_at_nsf.gov
BIO awards information www.nsf.gov/bio/award.htm
BIO funding opportunities www.nsf.gov/home/progr
ams/bio.cfm
18
Cross-cutting Programs
  • Biocomplexity CBC
  • 04 and 05 combined
  • 06 and 07 likely
  • Topics and organization under discussion
  • Biocomplexity CNH
  • Biocomplexity MUSES
  • CLEANER
  • Complex Environmental Systems
  • Freshwater

19
Geosciences Core Programs
  • Atmospheric Sciences
  • Atmospheric Chemistry, Chris Cantrell
  • Earth Sciences
  • Hydrologic Science, Doug James
  • Environmental Geochemistry, Enriqueta Barrera
  • Ocean Sciences
  • Biological Oceanography, Don Rice
  • Chemical Oceanography, Phil Taylor
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