Faculty

Institution

Unit

Venue

Clinton Cowan

Carleton College

Affiliations

Carleton College

Geology

NoneClinton Cowan is currently serving as a Carleton College faculty at Carleton College.

Honors

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Experiences

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Education

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Clinton Cowan

Carleton College

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earth science planetary sciences geology environmental science oceanography sediment research stratigraphy geochronology archaeology marine geology quaternary science regional geology sedimentary geology sedimentary petrology paleoceanography paleoclimatology sedimentology tectonics petrology climate change climatic change palaeogeography coastal geomorphology igneous petrogenesis quaternary research sedimentation carbon cycle laurentian basins late cambrian spice upper cambrian sauk epicontinental sea tidal-bundle sequences jordan sandstone inboard shorelines tropical shoreline ice cambrian explosion late cambrian ancient ooids sediment pile terrestrial-marine carbon cycle

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Case for the Growth of Ancient Ooids Within the Sediment Pile. Journal of Sedimentary Research (2020)

Noah T. AndersonClinton A. CowanKristin D. Bergmann

sediment researcharchaeologysediment pileearth scienceancient ooidssedimentation

No Late Cambrian Shoreline Ice in Laurentia: Reply. GSA Today (2011)

Anthony C. RunkelTyler J. MackeyClinton A. CowanDavid L. Fox

oceanographyearth scienceplanetary sciencespaleoclimatologypaleontology

Tropical Shoreline Ice in the Late Cambrian: Implications for Earth's Climate Between the Cambrian Explosion and the Great Ordovician Biodiversification Event. GSA Today (2010)

Anthony C. RunkelTyler J. MackeyClinton A. CowanDavid L. Fox

cambrian explosionquaternary researchenvironmental sciencegeochronologystratigraphymarine geologylate cambrianplanetary sciencesigneous petrogenesisearth sciencequaternary sciencepaleoclimatologyclimate changeoceanographypaleoceanographygeologyclimatic changeclimatologypalaeogeographytropical shoreline ice

Terrestrial-Marine Carbon Cycle Coupling in ∼500-M.Y.-Old Phosphatic Brachiopods. Geology (2005)

Clinton A. CowanDavid L. FoxAnthony C. RunkelMatthew R. Saltzman

geologyearth sciencequaternary sciencegeochemistryenvironmental scienceterrestrial-marine carbon cyclecarbon cycleplanetary sciences

The Late Cambrian Spice (δ13C) Event and the Sauk II-Sauk III Regression: New Evidence From Laurentian Basins in Utah, Iowa, and Newfoundland. Journal of Sedimentary Research (2004)

M. R. SaltzmanC. A. CowanA. C. RunkelB. RunnegarM. C. StewartA. R. Palmer

sediment researchlaurentian basinsarchaeologylate cambrian spiceregional geologygeologyearth scienceplanetary sciencessedimentary petrologygeochronologysedimentary geologystratigraphy

Tidal-Bundle Sequences in the Jordan Sandstone (Upper Cambrian), Southeastern Minnesota, U.S.a.: Evidence for Tides Along Inboard Shorelines of the Sauk Epicontinental Sea. Journal of Sedimentary Research (2003)

C. H. TapeC. A. CowanA. C. Runkel

inboard shorelinescoastal geomorphologytidal-bundle sequencesenvironmental sciencesedimentary geologystratigraphysediment researchpetrologysedimentologymarine geologyplanetary sciencestectonicsearth sciencesauk epicontinental seasedimentary petrologyoceanographypaleoceanographygeologyupper cambrianjordan sandstoneregional geology

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Clinton Cowan

Carleton College

Affiliations

Carleton College

Geology

NoneClinton Cowan is currently serving as a Carleton College faculty at Carleton College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Clinton Cowan

Carleton College

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Case for the Growth of Ancient Ooids Within the Sediment Pile. Journal of Sedimentary Research (2020)

Noah T. AndersonClinton A. CowanKristin D. Bergmann

sediment researcharchaeologysediment pileearth scienceancient ooidssedimentation

No Late Cambrian Shoreline Ice in Laurentia: Reply. GSA Today (2011)

Anthony C. RunkelTyler J. MackeyClinton A. CowanDavid L. Fox

oceanographyearth scienceplanetary sciencespaleoclimatologypaleontology

Tropical Shoreline Ice in the Late Cambrian: Implications for Earth's Climate Between the Cambrian Explosion and the Great Ordovician Biodiversification Event. GSA Today (2010)

Anthony C. RunkelTyler J. MackeyClinton A. CowanDavid L. Fox

Terrestrial-Marine Carbon Cycle Coupling in ∼500-M.Y.-Old Phosphatic Brachiopods. Geology (2005)

Clinton A. CowanDavid L. FoxAnthony C. RunkelMatthew R. Saltzman

geologyearth sciencequaternary sciencegeochemistryenvironmental scienceterrestrial-marine carbon cyclecarbon cycleplanetary sciences

The Late Cambrian Spice (δ13C) Event and the Sauk II-Sauk III Regression: New Evidence From Laurentian Basins in Utah, Iowa, and Newfoundland. Journal of Sedimentary Research (2004)

M. R. SaltzmanC. A. CowanA. C. RunkelB. RunnegarM. C. StewartA. R. Palmer

sediment researchlaurentian basinsarchaeologylate cambrian spiceregional geologygeologyearth scienceplanetary sciencessedimentary petrologygeochronologysedimentary geologystratigraphy

C. H. TapeC. A. CowanA. C. Runkel

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