GSA Icon

Paleohydraulics of cyclonic storm deposits suggest that the equatorial climate of Earth in the Pennsylvanian was not cold

Journal Article

Click the button below to read the full article on the journal.

Read on Journal

Published by Geology

© 2026 Geology. All rights reserved.

Related Articles

journal - Laurentian Tectonics: A Celebration of the Life and Career of William A. Thomas
Journal ArticleEarly View

Laurentian Tectonics: A Celebration of the Life and Career of William A. Thomas

GSA Publication
journal - Insights into the Alleghanian thrust belt from a balanced cross section in the Bessemer transverse zone, southeastern United States
Journal ArticleEarly View

Insights into the Alleghanian thrust belt from a balanced cross section in the Bessemer transverse zone, southeastern United States

Laurentian Tectonics: A Celebration of the Life and Career of William A. Thomas
journal - Iapetan-opening rift faults and detachments at the Pennsylvania salient and New York recess, Appalachian Plateau: Seismic reflection profiles and implications
Journal ArticleEarly View

Iapetan-opening rift faults and detachments at the Pennsylvania salient and New York recess, Appalachian Plateau: Seismic reflection profiles and implications

Laurentian Tectonics: A Celebration of the Life and Career of William A. Thomas
journal - Basin yoking: Mechanisms, examples, and significance from the Appalachian area of North America
Journal ArticleEarly View

Basin yoking: Mechanisms, examples, and significance from the Appalachian area of North America

Laurentian Tectonics: A Celebration of the Life and Career of William A. Thomas
journal - A Late Mississippian synsedimentary fault system in an incised paleovalley: A re-examination of Thomas’ early work on the Hurricane Ridge syncline, southern West Virginia
Journal ArticleEarly View

A Late Mississippian synsedimentary fault system in an incised paleovalley: A re-examination of Thomas’ early work on the Hurricane Ridge syncline, southern West Virginia

Laurentian Tectonics: A Celebration of the Life and Career of William A. Thomas
journal - The southern Appalachian Blount basin: An accretionary, not collisional, orogenic basin
Journal ArticleEarly View

The southern Appalachian Blount basin: An accretionary, not collisional, orogenic basin

Laurentian Tectonics: A Celebration of the Life and Career of William A. Thomas
journal - Laurentian Tectonics: A Celebration of the Life and Career of William A. Thomas
Journal ArticleEarly View

Laurentian Tectonics: A Celebration of the Life and Career of William A. Thomas

GSA Publication
journal - Insights into the Alleghanian thrust belt from a balanced cross section in the Bessemer transverse zone, southeastern United States
Journal ArticleEarly View

Insights into the Alleghanian thrust belt from a balanced cross section in the Bessemer transverse zone, southeastern United States

Laurentian Tectonics: A Celebration of the Life and Career of William A. Thomas
journal - Iapetan-opening rift faults and detachments at the Pennsylvania salient and New York recess, Appalachian Plateau: Seismic reflection profiles and implications
Journal ArticleEarly View

Iapetan-opening rift faults and detachments at the Pennsylvania salient and New York recess, Appalachian Plateau: Seismic reflection profiles and implications

Laurentian Tectonics: A Celebration of the Life and Career of William A. Thomas
journal - Basin yoking: Mechanisms, examples, and significance from the Appalachian area of North America
Journal ArticleEarly View

Basin yoking: Mechanisms, examples, and significance from the Appalachian area of North America

Laurentian Tectonics: A Celebration of the Life and Career of William A. Thomas
journal - A Late Mississippian synsedimentary fault system in an incised paleovalley: A re-examination of Thomas’ early work on the Hurricane Ridge syncline, southern West Virginia
Journal ArticleEarly View

A Late Mississippian synsedimentary fault system in an incised paleovalley: A re-examination of Thomas’ early work on the Hurricane Ridge syncline, southern West Virginia

Laurentian Tectonics: A Celebration of the Life and Career of William A. Thomas
journal - The southern Appalachian Blount basin: An accretionary, not collisional, orogenic basin
Journal ArticleEarly View

The southern Appalachian Blount basin: An accretionary, not collisional, orogenic basin

Laurentian Tectonics: A Celebration of the Life and Career of William A. Thomas
journal - Laurentian Tectonics: A Celebration of the Life and Career of William A. Thomas
Journal ArticleEarly View

Laurentian Tectonics: A Celebration of the Life and Career of William A. Thomas

GSA Publication
journal - Insights into the Alleghanian thrust belt from a balanced cross section in the Bessemer transverse zone, southeastern United States
Journal ArticleEarly View

Insights into the Alleghanian thrust belt from a balanced cross section in the Bessemer transverse zone, southeastern United States

Laurentian Tectonics: A Celebration of the Life and Career of William A. Thomas
journal - Iapetan-opening rift faults and detachments at the Pennsylvania salient and New York recess, Appalachian Plateau: Seismic reflection profiles and implications
Journal ArticleEarly View

Iapetan-opening rift faults and detachments at the Pennsylvania salient and New York recess, Appalachian Plateau: Seismic reflection profiles and implications

Laurentian Tectonics: A Celebration of the Life and Career of William A. Thomas
journal - Basin yoking: Mechanisms, examples, and significance from the Appalachian area of North America
Journal ArticleEarly View

Basin yoking: Mechanisms, examples, and significance from the Appalachian area of North America

Laurentian Tectonics: A Celebration of the Life and Career of William A. Thomas
journal - A Late Mississippian synsedimentary fault system in an incised paleovalley: A re-examination of Thomas’ early work on the Hurricane Ridge syncline, southern West Virginia
Journal ArticleEarly View

A Late Mississippian synsedimentary fault system in an incised paleovalley: A re-examination of Thomas’ early work on the Hurricane Ridge syncline, southern West Virginia

Laurentian Tectonics: A Celebration of the Life and Career of William A. Thomas
journal - The southern Appalachian Blount basin: An accretionary, not collisional, orogenic basin
Journal ArticleEarly View

The southern Appalachian Blount basin: An accretionary, not collisional, orogenic basin

Laurentian Tectonics: A Celebration of the Life and Career of William A. Thomas