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Ronald T. Marple

Observed names: Marple Ronald, R. Marple, Ronald Marple, Ronald T. Marple (8866256)
ORCID: 0000-0002-3828-7831
Observed ORCID: 0000-0002-3828-7831
OpenAlex ID: A5058278995
Evidence of possible tectonic upwarping along the South Carolina coastal plain from an examination of river morphology and elevation data
1993 · Ronald T. Marple, Pradeep Talwani · Geology · 80
Evidence for a buried fault system in the Coastal Plain of the Carolinas and Virginia--Implications for neotectonics in the southeastern United States
2000 · Ronald T. Marple, Pradeep Talwani · Geological Society of America Bulletin · 64
Bootheel lineament: A possible coseismic fault of the great New Madrid earthquakes
1991 · Eugene S. Schweig III, Ronald T. Marple · Geology · 30
Evidence for Holocene displacements on the Bootheel fault (lineament) in southeastern Missouri: Seismotectonic implications for the New Madrid region
2005 · Margaret J. Guccione, Ronald Marple, et al. · Geological Society of America Bulletin · 20
An Update of Studies of the Bootheel Lineament in the New Madrid Seismic Zone, Southeastern Missouri and Northeastern Arkansas
1992 · Eugene S. Schweig, Ronald T. Marple, et al. · Seismological Research Letters · 18
Remote sensing of alluvial terrain in a humid, tectonically active setting : the new Madrid seismic zone
1992 · Ronald T. Marple, Eugene S. Schweig · Photogrammetric Engineering & Remote Sensing · 14
Interpretation of lineaments and faults near Summerville, South Carolina, USA, using LiDAR data: implications for the cause of the 1886 Charleston, South Carolina, earthquake
2020 · Ronald T. Marple, James D. Hurd, Jr. · Atlantic Geology · 13
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Investigation of the Cape Fear arch and East Coast fault system in the Coastal Plain of North Carolina and northeastern South Carolina, USA, using LiDAR data
2021 · Ronald T. Marple, James D. Hurd, Jr. · Atlantic Geology · 7
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Investigation of the 1727 Newbury, Massachusetts, USA, earthquake using LiDAR imagery and P-wave velocity tomography
2018 · Ronald T. Marple, James D. Hurd, Jr., et al. · Atlantic Geology · 6
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Ring-shaped morphological features and interpreted small seamounts between southern Quebec (Canada) and the New England seamounts (USA) and their possible association with the New England hotspot track
2018 · Ronald T. Marple, James D. Hurd, Jr., et al. · Atlantic Geology · 5
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Comment on the Companion Articles "Finding Faults in the Charleston Area, South Carolina: 1. Seismological Data" by I. Dura-Gomez and P. Talwani and "Finding Faults in the Charleston Area, South Carolina: 2. Complementary Data" by P. Talwani and I. Dura-Gomez
2011 · R. Marple · Seismological Research Letters · 4
Proposed Shenandoah Fault and East Coast-Stafford fault system and their implications for Eastern U.S. tectonics
2004 · Marple Ronald, Talwaini Pradeep · 4
Interpretation of Lineaments and Faults Near Summerville, South Carolina, Using Lidar Data and Previously Acquired Seismic-reflection Profiles: Implications for the Cause of the 1886 Charleston, South Carolina, Earthquake
2020 · Consulting Geologist, Ronald Marple, et al. · Abstracts with programs - Geological Society of America · 3
Association of the 1886 Charleston, South Carolina, earthquake and seismicity near Summervile with a 12º bend in the East Coast fault system and triple-fault junctions
2006 · Ronald T. Marple, Robert B. Miller · 3
Further evidence for the East Coast fault system and faults associated with the Summerville restraining bend and their possible relationship to the 1886 Charleston, South Carolina, earthquake, USA
2022 · Ronald T. Marple, James D. Hurd, Jr. · Atlantic Geoscience · 2
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LiDAR and other evidence for the southwest continuation and Late Quaternary reactivation of the Norumbega Fault System and a cross-cutting structure near Biddeford, Maine, USA
2019 · Ronald T. Marple, James D. Hurd · Atlantic Geoscience · 2
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Sonar and LiDAR investigation of lineaments offshore between central New England and the New England seamounts, USA
2019 · Ronald T. Marple, James D. Hurd, Jr. · Atlantic Geology · 2
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Evidence for post-Triassic brittle faults in eastern Connecticut and south-central Massachusetts using LiDAR, geomorphic, and geophysical data combined with field observations: Implications for the origin of the Moodus area seismicity
2013 · Ronald T. Marple, Robert J. Altamura, et al. · Geological Society of America eBooks · 2
Interpretation of Lineaments and Faults Near Summerville, South Carolina, Usa, Using Lidar Data: Implications for the Cause of the 1886 Charleston, South Carolina, Earthquake
2021 · Consulting Geologist, Ronald Marple, et al. · Abstracts with programs - Geological Society of America · 1
The Peverly Brook Lineament and Scarp in Southeastern New Hampshire: a Late Pleistocene- or Holocene-age Fault?
2016 · Consulting Geologist, Ronald Marple, et al. · Abstracts with programs - Geological Society of America · 1
Relationship Between the 1727 Newbury, Massachusetts, Earthquake and a Restraining Bend Along the Postulated Southwest Continuation of the Norumbega Fault System
2014 · Ronald T. Marple · Abstracts with programs - Geological Society of America · 1
Possible Connection Between the Norumbega, Eastford, and Misery Hill Faults of New England and Evidence for Post-triassic and Late Cenozoic Deformation
2014 · Ronald T. Marple · Abstracts with programs - Geological Society of America · 1
The Woodstock Lineament: A Possible Surface Expression of the Seismogenic Fault of the 1886 Charleston, South Carolina, Earthquake
1992 · Ronald T. Marple, Pradeep Talwani · Seismological Research Letters · 1
Roanoke River lineament and other geomorphic anomalies in the Coastal Plain of northeastern North Carolina, USA: LiDAR evidence for late Quaternary tectonics
2025 · Ronald T. Marple, James D. Hurd, Jr. · Earthquake
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Evidence of Neotectonic Activity in the South Carolina Coastal Plain.
2020 · Pradeep Talwani, Ronald T. Marple · CRC Press eBooks
Works count: 30
Citation count: 284
H-index: 7
I10-index: 7
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