Daniel J Kliebenstein

University Of California-Davis

$9,844,541

Attributed

$13,449,097

Total exposure

Grants

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 $3.5M · FY2006–25

$5M$3.8M$2.5M$1.3M$0

'06

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'25

Funding mix

By agency

NSF$13,449,097 · 12

By mechanism

—$13,449,097 · 12

Top collaborators

Grant awards (12)

RESEARCH-PGR: Evolution in Specialized Metabolite Novelty Across a Model Plant Order$1,100,000

· FY2025 · BIO · contact PI

Research PGR: Co-transcriptome networks to identify conserved and lineage specific plant resistance against a generalist pathogen$1,640,716

· FY2020 · BIO · contact PI

Empirical testing of how changing regulatory module membership affects module function within central metabolism$1,032,981

· FY2019 · BIO · contact PI

RESEARCH: Predicting Genotypic Variation in Growth and Yield under Abiotic Stress through Biophysical Process Modeling$3,457,977

· FY2016 · BIO

Evolution and Domestication of Core Eudicot Defense Mechanisms against a Common Generalist Pathogen$1,342,248

· FY2014 · BIO · contact PI

Modular Transcriptional Coordination of Central Metabolism$1,074,847

· FY2013 · BIO · contact PI

Identification of Loci Regulating Root Architecture in Tomato$601,502

· FY2011 · BIO

Arabidopsis 2010: Simultaneous Genome Wide Association Mapping in Plant Host and Pathogen$1,377,780

· FY2010 · BIO · contact PI

The Generation of Complex Epistasis by Metabolic Networks$1,314,084

· FY2008 · BIO · contact PI

SGER: Connecting the Transcriptome and Metabolome with Natural Genetic Variation.$205,801

· FY2006 · BIO · contact PI

Dissertation Research: The Genetic Architecture of Glucosinolate Breakdown Specificity$11,999

· FY2006 · BIO · contact PI

Genomic Basis of Specificity in Glucosinolate Hydrolysis$289,162

· FY2003 · BIO · contact PI