Member Since 1974
Ken P. Kodama
Professor Earth & Environmental Scien, Lehigh University
AGU Research
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Geodynamo Renewal at the Ediacaran–Cambrian Boundary: Evidence from the Chatham-Grenville Syenite Stock, Eastern Canada
AGU 2024
geomagnetism, paleomagnetism and electromagnetism | 12 december 2024
Tinghong Zhou, Mauricio Ibañez Mejia, Richard K. B...
Thermal models predict an ultra-low geomagnetic field prior to inner core nucleation (ICN) when the cores kinetic energy approached its magnetic energ...
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Growth of Mongolian Altai encoded in sedimentologic and geomorphic markers with rates constrained by a paleomagnetic and rock-magnetic cyclostratigraphic age model
AGU 2024
earth and planetary surface processes | 10 december 2024
Nora Vaughan, Frank J. Pazzaglia, Jeremy K. Caves ...
The Mongolian Altai are a lofty, Cenozoic, intracontinental range that locally preserves a pre-Cenozoic erosion surface, generates one of the worlds s...
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On the possibility of a complete Ediacaran field collapse
INTERFACING PALEOMAGNETISM AND GEODYNAMO MODELING: INSIGHTS, OBSERVATIONS, AND APPLICATIONS II POSTER
geomagnetism, paleomagnetism and electromagnetism | 14 december 2023
Kenneth P. Kodama, Tinghong Zhou, Richard K. Bono,...
Bono et al.s (2019) discovery of ultra-low paleomagnetic fields in Ediacaran-age (565 Ma) anorthosites of the Sept Îles layered mafic sequence was a m...
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Evidence for a discontinuous geodynamo during the Ediacaran Period
OF CORES WE CAN: INTERDISCIPLINARY STUDIES OF EARTH AND PLANETARY CORES II POSTER
study of earth's deep interior | 12 december 2023
Tinghong Zhou, John A. Tarduno, Kenneth P. Kodama,...
Geodynamo simulations predict an ultra-low paleomagnetic field prior to inner core nucleation (ICN) and stronger fields thereafter. Hyper-frequent rev...
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New paleomagnetic and rock magnetic cyclostratigraphy for a part of the Calvert Cliffs (Miocene) passive margin deposits
MAGNETIC CHRONOSTRATIGRAPHY I POSTER
geomagnetism, paleomagnetism and electromagnetism | 15 december 2022
Kenneth P. Kodama, Frank J. Pazzaglia
We present a new high-resolution cyclostratigraphic age model assembled from paleomagnetic and rock-magnetic (anhysteretic remanent magnetization, ARM...
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High Resolution Paleomagnetic and Cyclostratigraphic Late Cenozoic Age Model for a Mid-Atlantic Coastal Sediment Core (Qj32-27 from ODP Leg 174AX) Providing Constraints on Dynamic Uplift of Eastern North America Mid-Atlantic Region.
MAGNETICS AND TIME IN GEOLOGY I ORAL
geomagnetism, paleomagnetism and electromagnetism | 15 december 2021
Michael J. Polashenski, Kenneth P. Kodama, Frank ...
We present our new paleomagnetic and cyclostratigraphic-based age model for the Bethany Beach core. High resolution results refine previous models fro...
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INTERNAL AND EXTERNAL MODULATION OF FOLDING RATES WITH 104 TO 105 YEAR TIME RESOLUTIONS FROM GROWTH STRATA, PICO DEL AGUILA, SPAIN
MAGNETICS AND TIME IN GEOLOGY I ORAL
geomagnetism, paleomagnetism and electromagnetism | 15 december 2021
David J. Anastasio, Kenneth P. Kodama, Josep M. Pa...
High-resolution cyclostratigraphy in growth strata are used to reconstruct unsteady folding rates at the regional-scale Pico del Aguila anticline, sou...
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Paleomagnetism of the Glen Mountains Layered Complex: Dipolar Field Behavior Records Change in Plate Kinematics at 530 Ma
PROGRESS AND OPPORTUNITIES IN DEEP-TIME PALEOMAGNETISM II POSTER
geomagnetism, paleomagnetism and electromagnetism | 15 december 2021
Frank J. Tetto, Kenneth P. Kodama, John A. Tarduno...
The early Cambrian apparent polar wander (APW) path of Laurentia is poorly constrained, therefore, we conducted a detailed paleomagnetic study of the ...
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