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George W Luther

University Of Delaware

Google Scholar ↗PubMed ↗ORCID ↗

$4,823,520

Attributed

$7,079,186

Total exposure

16

Grants

14

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 $1M · FY2005–22

$2M$1.5M$1M$500K$0

'05

'06

'07

'08

'09

'10

'11

'12

'13

'14

'15

'16

'17

'18

'19

'20

'21

'22

Funding mix

By agency

NSF$7,079,186 · 16

By mechanism

—$7,079,186 · 16

Top collaborators

Grant awards (16)

Collaborative Research: Hydrothermal vent systems mediate the formation and fate of refractory aromatic carbon in the deep ocean$1,035,261

· FY2022 · GEO

Accomplishment Based Renewal (ABR): Pyrite, metal sulfide and aluminosilicate nanoparticles as kinetically stable sources of iron and other metals to the ocean$459,656

· FY2016 · GEO · contact PI

Collaborative Research: Transformations of soluble Mn(III) along horizontal and vertical oxygen gradients$433,774

· FY2016 · GEO · contact PI

Collaborative Research: The role of soluble Mn(III) in the biogeochemical coupling of the Mn, Fe and sulfur cycles$410,915

· FY2012 · GEO · contact PI

Collaborative Research: Development of a Sensor Array for In-situ Real-time Measurement of Deep Ocean and Hydrothermal Vent Chemistry$159,876

· FY2011 · GEO · contact PI

Collaborative Research: Changing the manganese paradigm$82,325

· FY2010 · GEO · contact PI

Sulfide Metabolism and Toxicity in Chlorobaculum Tepidum$650,864

· FY2009 · BIO

Collaborative Research: Integrating Geological, Chemical, and Biological Processes: Implications for Ecological Succession on the East Pacific Rise$36,471

· FY2009 · GEO · contact PI

COLLABORATIVE RESEARCH: Processes and patterns in back arc basin hydrothermal vent communities$355,777

· FY2008 · GEO · contact PI

Collaborative Research: Plant Regulation of Competition Between Methanogens and Iron Reducing Bacteria in Freshwater Wetlands$159,188

· FY2005 · BIO · contact PI

Metal-sulfide speciation and cluster formation at deep-sea hydrothermal vents$117,853

· FY2004 · GEO · contact PI

IDEA: Coupling Communication Technology with in Situ Voltammetric Analyzers for Real Time and Unattended Monitoring of Biogeochemically Relevant Chemical Species$1,771,700

· FY2003 · GEO · contact PI

COLLABORATIVE RESEARCH: Integrated studies of biological community structure at deep sea hydrothermal vents$353,310

· FY2003 · GEO · contact PI

Collaborative Research: Site Evaluations and Background Studies of Interactions Among Fluid Chemistry, Physiology, and Community Ecology for Ridge 2000 Lau Basin Integrated Studies$283,471

· FY2003 · GEO · contact PI

Deployable in Situ Electrochemical Analyzer (ISEA) for Remote and Automatic Analysis of O2, H2S and Sulfur Species in Hydrothermal Vent Environments$367,145

· FY2002 · GEO · contact PI

Interactions of Mn, Fe, N and S Cycles in Suboxic/Anoxic Zones$401,600

· FY2001 · GEO · contact PI