|
Year
|
Project
|
Grant
Agency
|
Amount
|
|
2015-2018
|
Program for
sulfur deprivation and the role of acidocalcisomes in targeting proteins to
the periplasmic space
|
Under
Review
|
|
|
2014-2017
|
Coral
resilience investigated in the field and via a sea anemone model system
|
Moore
Foundation
|
$533,008
|
|
2014-2017
|
Unraveling the mechanisms that
enables record high growth and photosynthetic rates in a newly isolated Chlorella sp. from desert crusts (joint
grant with Aaron Kaplan at Hebrew University of Jerusalem)
|
NSF
|
Approved
pre-proposal
|
|
2013
|
The Western Photosynthesis
Conference, 2013
|
NSF
|
$10,596
|
|
2012-2015
|
A window
into the evolution of plastids
|
NSF
|
$320,000
|
|
2011-2014
|
Understanding the death of the coral
reefs and the role of the algal endosymbiont
|
Moore
Foundation
|
$596,000
|
|
2012-2015
|
A mutant resource to transform reverse genetics
in Chlamydomonas reinhardtii (with Martin Jonikas)
|
NSF
|
$2,661,285
|
|
2012-2015
|
Biochemical
Integration of Metabolic Networks Critical for Energy Transformation in Chlamydomonas
reinhardtii
|
DOE
|
$330,000
|
|
2010-2014
|
From the
genome to photosynthetic function
|
NSF
|
$732,000
|
|
2010-2012
|
The
Porphyra model system and the need for transformation
|
NSF
|
$65,362
|
|
2008-2011
|
Acclimation
of Chlamydomonas to sulfur deprivation conditions
|
NSF
|
$450,000
|
|
2007-2010
|
Filling knowledge Gaps in Biological
Networks: Integrated global approaches to understand H2 metabolism
in Chlamydomonas reinhardtii
|
NSF
|
$600,000
|
|
2003-2010
|
Chlamydomonas
Genomics: Photosynthesis and acclimation
|
NSF
|
$3,197,682
|
|
2004-2008
|
Probing acclimation responses in
Prochlorococcus ecotypes through analyses of global gene expression
|
NSF
Oceanography
|
$500,000
|
|
2004-2007
|
Generation
of bioelectricity in algae.
|
GCEP
|
$450,000
|
|
2003-2008
|
‘Do species matter in microbial
communities?’ Consortium
|
NSF
|
$5,000,000
|
|
2004-2006
|
The role of
the STAS domain in sulfur deprivation
|
USDA
|
$180,000
|
|
2003-2008
|
‘Chlamydomonas genomics:
Photosynthesis and acclimation’ Consortium
|
NSF
|
$3,100,000
|
|
2002-2004
|
Acclimation
of Chlamydomonas to phosphorus starvation
|
USDA
|
$90,000
|
|
|
|
|
|
|
2001-2005
|
Genetic
dissection of photoprotection and characterization of npq mutants
|
NSF
|
$460,000
|
|
2001-2002
|
Global analysis of acclimation processes
in cyanobacteria
|
NSF
|
$100,000
|
|
2000-2003
|
Analysis of
gene expression during acclimation of cyanobacteria to stress conditions (for
travel and collaborative work with Daniel Vaulot in Roscoff)
|
NSF
International Program
|
$21,000
|
|
1999-2002
|
Analysis of the Chlamydomonas reinhardtii genome: A model unicellular system for
analyzing gene function and regulation in vascular plants.
|
NSF
(to Carnegie)
|
$3,300,000
($2,000,000)
|
|
1998-2001
|
Dissection
of nutrient deprivation responses in cyanobacteria
|
NSF
|
$300,000
|
|
1998-2001
|
Defining the regulation if the
blue/UV-A light inducible hliA gene
|
USDA
|
$210,000
|
|
1998-1999
|
US-Japan
Binational Conference; The effects of environmental conditions on CO2
fixation and the photosynthetic apparatus
|
NSF
|
$12,000
|
|
1998-2000
|
The use of transformation in diatoms (subcontract)
|
NSF/Martek
Corporation
|
$150,000
|
|
1997-1999
|
High light
and blue-UV-A regulated light responses in photosynthetic organisms
|
USDA
|
$140,000
|
|
1996-1999
|
Acclimation of Chlamydomonas to sulfur
limitation: Regulation and survival
|
USDA
|
$202,000
|
|
1996-1999
|
Photobiology
and genetic analysis of complementary chromatic adaptation.
|
NSF
|
$300,000
|
|
1996-1999
|
The acclimation of a photosynthetic
eukaryote to phosphorus limitation
|
NSF
International Program
|
$33,000
|
|
1994-1996
|
NblA/TxlA
and the biosynthesis of the photosynthetic apparatus
|
USDA
|
$100,000
|
|
1993-1996
|
Gene transfer in marine algae.
|
Martek
|
$72,000
|
|
1992-1995
|
Regulation
and targeting of light harvesting proteins in marine diatoms (Neil Hoffman as
co-PI)
|
NSF
|
$230,000
|
