Faculty

Institution

Unit

Venue

Loren A. Raymond

Emeritus Professor Petrotectonics

Appalachian State University

Affiliations

Appalachian State University

College of Arts and Sciences

Department Of Geological And Environmental Science

Department Of Geological And Environmental Sciences

Loren A. Raymond is currently serving as an Appalachian State University Emeritus Professor Petrotectonics at Appalachian State University.

Honors

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Experiences

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Education

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Loren A. Raymond

Appalachian State University

Emeritus Professor Petrotectonics

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earth science geology regional geology stratigraphy geography palaeogeography tectonics geomorphology petrology structural geology geochronology metamorphism geological data archaeology tectonophysics metamorphic petrology metamorphic process igneous petrology planetary sciences architecture precambrian research sedimentary geology tectonic evolution precambrian geology ashe metamorphic suite western mt franciscan complex geology northwestern north carolina ultramafic rocks signal transduction climatic change marine geology gondwana research chemical geology rock mechanics coastal research sediment research archaeological science large scale structure structural composition linkage disequilibrium morphological evidence intermediate representation orogeny regional tectonics high elevation neotectonics integrated stratigraphy facies analysis sedimentary petrology sedimentary record continental tectonics subduction accretionary complexes metamorphic conditions blue ridge metadunite petrology cr-spinel compositions new insights metaultramafic schists dismembered ophiolites blue ridge terranes western north carolina northern georgia scientific communication wildlife zoology mammalogy zooarchaeology nature science and technology studies raptor research physical geography natural resource management morphology (biology) scientific data urban ecology biogeography ecology conservation biology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Subduction Accretionary Complex Structural Insights From the Tiburon Block of the Mesozoic Franciscan Complex, California, USA. Geological Society of America Bulletin (2026)

Deconstruction of the Franciscan Complex Central Terrane MéLange and Re-Evaluation of Franciscan MéLanges and Architecture of the Northwestern San Francisco Bay Area, California, USA. Journal of the Geological Society (2024)

Paleogeographic Reconstruction of Regional Accretionary Complex Architecture, Franciscan Complex, Northwestern San Francisco Bay Area, California, USA. Geosphere (2023)

Reply to Discussion of ‘New Insights on Franciscan Complex Geology, Architecture, Depositional Age, and Provenance for the Western Mt. Tamalpais Area, Marin County, California’ by Graymer Et Al. (2021): Part 1. International Geology Review (2021)

structural geologygeologyfranciscan complex geologymarin countywestern mtearth sciencegeographypalaeogeographygeochronologygeological dataregional geologystratigraphy

New Insights on Franciscan Complex Geology, Architecture, Depositional Age, and Provenance for the Western Mt. Tamalpais Area, Marin County, California. International Geology Review (2020)

archaeologynew insightsgeologyfranciscan complex geologygeomorphologyarchitectureearth sciencegeographywestern mtpalaeogeographygeochronologygeological dataregional geologystratigraphy

Accretionary Unit Formats in Subduction Complexes: Examples From the Franciscan and Miura-Boso Complexes. International Geology Review (2019)

Evaluating Subduction Accretionary Complex Architecture and History: Accretionary Unit Types From the Franciscan and Miura-Boso Complexes. Abstracts with programs - Geological Society of America (2019)

Franciscan Complex Structural Architecture, Depositional Age, and Provenance for West Mt. Tamalpais, Ca. Abstracts with programs - Geological Society of America (2019)

depositional agecivilizationsstructural geologyarchaeologygeologygeomorphologyarchitecturegeographyarchaeological sciencepalaeogeographytectonic evolutiongeochronologygeological dataregional geologystratigraphy

Origin of MéLanges of the Franciscan Complex, Diablo Range and Northern California: An Analysis and Review. Geosciences (2019)

Perspectives on the Roles of Melanges in Subduction Accretionary Complexes: A Review. Gondwana Research (2019)

Loren A. Raymond

tectonophysicssubduction accretionary complexesgondwana researchlinkage disequilibriumlarge scale structurearchaeologystructural compositiongeographymarine geologyplanetary sciencestectonicsstructural geologyintermediate representationgeomorphologyearth sciencemorphological evidenceclimatic changesignal transductionpalaeogeography

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Loren A. Raymond

Emeritus Professor Petrotectonics

Appalachian State University

Affiliations

Appalachian State University

College of Arts and Sciences

Department Of Geological And Environmental Science

Department Of Geological And Environmental Sciences

Loren A. Raymond is currently serving as an Appalachian State University Emeritus Professor Petrotectonics at Appalachian State 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

Loren A. Raymond

Appalachian State University

Emeritus Professor Petrotectonics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Subduction Accretionary Complex Structural Insights From the Tiburon Block of the Mesozoic Franciscan Complex, California, USA. Geological Society of America Bulletin (2026)

Paleogeographic Reconstruction of Regional Accretionary Complex Architecture, Franciscan Complex, Northwestern San Francisco Bay Area, California, USA. Geosphere (2023)

structural geologygeologyfranciscan complex geologymarin countywestern mtearth sciencegeographypalaeogeographygeochronologygeological dataregional geologystratigraphy

New Insights on Franciscan Complex Geology, Architecture, Depositional Age, and Provenance for the Western Mt. Tamalpais Area, Marin County, California. International Geology Review (2020)

archaeologynew insightsgeologyfranciscan complex geologygeomorphologyarchitectureearth sciencegeographywestern mtpalaeogeographygeochronologygeological dataregional geologystratigraphy

Accretionary Unit Formats in Subduction Complexes: Examples From the Franciscan and Miura-Boso Complexes. International Geology Review (2019)

Franciscan Complex Structural Architecture, Depositional Age, and Provenance for West Mt. Tamalpais, Ca. Abstracts with programs - Geological Society of America (2019)

Origin of MéLanges of the Franciscan Complex, Diablo Range and Northern California: An Analysis and Review. Geosciences (2019)

Perspectives on the Roles of Melanges in Subduction Accretionary Complexes: A Review. Gondwana Research (2019)

Loren A. Raymond

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