Faculty

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Unit

Venue

William Peck

Professor of Earth and Environmental Geosciences

Colgate University

Affiliations

Division of Natural Sciences and Mathematics

Department of Geology

William Peck is currently serving as a Geology Professor of Earth and Environmental Geosciences at Colgate University.

Honors

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Experiences

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Education

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William Peck

Colgate University

Professor of Earth and Environmental Geosciences

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earth science geology planetary sciences geochemistry tectonics geochronology regional geology petrology materials science environmental science igneous petrology isotope geochemistry grenville province structural geology stratigraphy ore geology southern grenville province geodynamics climate change tectonophysics precambrian research magmatism metamorphism oxygen isotopes continental crust palaeogeography petroleum geoscience paleoclimatology igneous petrogenesis regional tectonics sedimentary geology mining science sedimentary petrology mineral geochemistry early archean crystal growth quaternary science sediment research canadian studies science advance english education petroleum science petroleum exploration reading research performative teaching crustal melting mineral deposits magmatic process subduction zones orogeny sedimentation continental margins precambrian geology quaternary research metamorphic petrology crust-mantle interaction basin evolution mantle geochemistry tectonic evolution organic petrology organic-rich sedimentary rock carbon black trace metals trace elements detrital zircons zircon crystal further characterisation crustal maturation magmatic zircon rare earth elements oxygen isotope ratios empirical calibration oxygen isotope fractionation igneous zircons metamorphic rocks heterogeneous hadean hafnium sedimentology organic geochemistry earth system science archaeology paleontology geography bioarchaeology cosmochemistry physical geography mineral engineering paleoecology geobiology chemical geology volcanology paleobiology geoarchaeology geochemical exploration economic geology marine geology mineral processing marine micropaleontology archaeological science palaeontologia electronica gondwana research seismology material cycles continental shelf research geophysics geomorphology applied geochemistry

Notable Scholarly Works

Notable Federal Grants

Collaborators

Evidence for Organic and Igneous Carbon Sources in the Mesoproterozoic Adirondack Highlands Graphite District, New York. Geological Society of America Bulletin (2026)

igneous carbon sourcescarbonprecambrian researchbiogeochemistryorganic petrologycarbon sequestrationchemical geologycarbon blackorganic geochemistryearth sciencegeochemistrynew yorkenvironmental scienceorganic-rich sedimentary rock

Age of Skarn Formation and Meteoric Water Infiltration in the Willsboro–Lewis Wollastonite District (Adirondack Highlands, New York). Journal of Petrology (2025)

William H PeckSean P ReganTyler B BlumJohn W ValleySamuel C Timothy

meteoric water infiltrationwillsboro-lewis wollastonite districtskarn formationpetrologyearth scienceadirondack highlandssedimentary petrology

Geochronology of Anorthosite in the New Jersey Highlands and Honey Brook Upland (Pa). Abstracts with programs - Geological Society of America (2025)

Mesoproterozoic Syenite in the New Jersey Highlands, USA: Petrogenesis and Implications for the Post-Subduction Transition From Calc-Alkaline to Alkaline Magmatism Along the Eastern Laurentian Margin. Lithos (2025)

Timing of Anorthosite Emplacement, Skarn Formation, and Meteoric Water Infiltration in the Willsboro-Lewis Wollastonite District (Adirondack Highlands, New York). Abstracts with programs - Geological Society of America (2025)

A Massif-Type Anorthosite Lens for Studying Proterozoic Crust-Forming Processes. (2024)

precambrian researchore geologytectonophysicsmantle geochemistrychemical geologygeologypetrologyearth sciencemassif-type anorthosite lensgeochemistrytectonic evolutiontectonicsstratigraphy

Mafic Slab Melt Contributions to Proterozoic Massif-Type Anorthosites. Science Advances (2024)

Duncan S. KellerCin-Ty A. LeeWilliam H. PeckBrian D. MonteleoneCéline MartinJeffrey D. VervoortLouise Bolge

mafic slabgeologycrust-mantle interactionearth sciencemassif-type anorthositesscience advancetectonics

Plagioclase Megacrysts in Mesoproterozoic Amphibolites From the New Jersey Highlands, USA: Indicators of Mixed-Source Magma and Fractionation Interruption in Anorthosite-Dominated Terrains. Minerals (2024)

Matthew L. GorringRichard A. VolkertWilliam H. Peck

fractionation interruptiongeologyearth scienceanorthosite-dominated terrainsplagioclase megacrystsmesoproterozoic amphibolitesmixed-source magma

Provenance and Depositional Age of Metasedimentary Rocks in the Frontenac Terrane (Grenville Province, Ontario). Canadian Journal of Earth Sciences (2024)

Characterization and Origin of Basalt-Derived Carnelian in the Mesozoic Newark Basin, New Jersey, USA. Minerals (2023)

Richard A. VolkertMatthew L. GorringWilliam H. PeckScott D. Stanford

ore geologybasalt-derived carneliangeologypetrologyigneous petrologyigneous petrogenesisearth sciencematerials sciencegeochemistryplanetary sciencesmineral geochemistrypaleontologybasin evolutionregional geology

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William Peck

Professor of Earth and Environmental Geosciences

Colgate University

Affiliations

Division of Natural Sciences and Mathematics

Department of Geology

William Peck is currently serving as a Geology Professor of Earth and Environmental Geosciences at Colgate University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

William Peck

Colgate University

Professor of Earth and Environmental Geosciences

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Evidence for Organic and Igneous Carbon Sources in the Mesoproterozoic Adirondack Highlands Graphite District, New York. Geological Society of America Bulletin (2026)

Age of Skarn Formation and Meteoric Water Infiltration in the Willsboro–Lewis Wollastonite District (Adirondack Highlands, New York). Journal of Petrology (2025)

William H PeckSean P ReganTyler B BlumJohn W ValleySamuel C Timothy

meteoric water infiltrationwillsboro-lewis wollastonite districtskarn formationpetrologyearth scienceadirondack highlandssedimentary petrology

Geochronology of Anorthosite in the New Jersey Highlands and Honey Brook Upland (Pa). Abstracts with programs - Geological Society of America (2025)

A Massif-Type Anorthosite Lens for Studying Proterozoic Crust-Forming Processes. (2024)

precambrian researchore geologytectonophysicsmantle geochemistrychemical geologygeologypetrologyearth sciencemassif-type anorthosite lensgeochemistrytectonic evolutiontectonicsstratigraphy

Mafic Slab Melt Contributions to Proterozoic Massif-Type Anorthosites. Science Advances (2024)

Duncan S. KellerCin-Ty A. LeeWilliam H. PeckBrian D. MonteleoneCéline MartinJeffrey D. VervoortLouise Bolge

mafic slabgeologycrust-mantle interactionearth sciencemassif-type anorthositesscience advancetectonics

Matthew L. GorringRichard A. VolkertWilliam H. Peck

fractionation interruptiongeologyearth scienceanorthosite-dominated terrainsplagioclase megacrystsmesoproterozoic amphibolitesmixed-source magma

Provenance and Depositional Age of Metasedimentary Rocks in the Frontenac Terrane (Grenville Province, Ontario). Canadian Journal of Earth Sciences (2024)

Characterization and Origin of Basalt-Derived Carnelian in the Mesozoic Newark Basin, New Jersey, USA. Minerals (2023)

Richard A. VolkertMatthew L. GorringWilliam H. PeckScott D. Stanford

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