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Rowley, David B. (2017) Earth’s Constant Mean Elevation: Implication for Long-Term Sea Level Controlled by Oceanic Lithosphere Dynamics in a Pitman World. The Journal of Geology, 125 (2) 141-153 doi:10.1086/690197

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Reference TypeJournal (article/letter/editorial)
TitleEarth’s Constant Mean Elevation: Implication for Long-Term Sea Level Controlled by Oceanic Lithosphere Dynamics in a Pitman World
JournalThe Journal of Geology
AuthorsRowley, David B.Author
Year2017 (March)Volume125
Issue2
PublisherUniversity of Chicago Press
DOIdoi:10.1086/690197Search in ResearchGate
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Mindat Ref. ID163074Long-form Identifiermindat:1:5:163074:3
GUID0
Full ReferenceRowley, David B. (2017) Earth’s Constant Mean Elevation: Implication for Long-Term Sea Level Controlled by Oceanic Lithosphere Dynamics in a Pitman World. The Journal of Geology, 125 (2) 141-153 doi:10.1086/690197
Plain TextRowley, David B. (2017) Earth’s Constant Mean Elevation: Implication for Long-Term Sea Level Controlled by Oceanic Lithosphere Dynamics in a Pitman World. The Journal of Geology, 125 (2) 141-153 doi:10.1086/690197
In(2017, March) The Journal of Geology Vol. 125 (2) University of Chicago Press

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Rowley, David B. (2013) Sea Level: Earth’s Dominant Elevation—Implications for Duration and Magnitudes of Sea Level Variations. The Journal of Geology, 121 (5) 445-454 doi:10.1086/671392
Rowley, David B., Markwick, Paul J. (1992) Haq et al. Eustatic Sea Level Curve: Implications for Sequestered Water Volumes. The Journal of Geology, 100 (6) 703-715 doi:10.1086/629623
Heath, R. A. (1976) Estimates of the components of sea surface elevation contributing to the long-term variation of mean sea level around New Zealand. Journal of the Royal Society of New Zealand, 6 (2). 95-105 doi:10.1080/03036758.1976.10421468
Sahagian, Dork (1988) Ocean Temperature-Induced Change in Lithospheric Thermal Structure: A Mechanism for Long-Term Eustatic Sea Level Change. The Journal of Geology, 96 (2) 254-261 doi:10.1086/629215
Rowley, David B. (2008) Extrapolating Oceanic Age Distributions: Lessons from the Pacific Region. The Journal of Geology, 116 (6) 587-598 doi:10.1086/592276
Rowley, David B. (2019) Oceanic axial depth and age-depth distribution of oceanic lithosphere: Comparison of magnetic anomaly picks versus age-grid models. Lithosphere, 11 (1) 21-43 doi:10.1130/l1027.1
White, Tim, Bradley, Dwight, Haeussler, Peter, Rowley, David B. (2017) Late Paleocene–Early Eocene Paleosols and a New Measure of the Transport Distance of Alaska’s Yakutat Terrane. The Journal of Geology, 125 (2) 113-123 doi:10.1086/690198
De Long, Stephen E. (1983) The Oceanic Lithosphere. Cesare Emiliani. The Journal of Geology, 91 (6) 726-727 doi:10.1086/628826
Kaye, Clifford A., Stuckey, Gary W. (1973) Nodal Tidal Cycle of 18.6 Yr.: Its Importance in Sea-Level Curves of the East Coast of the United States and Its Value in Explaining Long-Term Sea-Level Changes. Geology, 1 (3) 141 doi:10.1130/0091-7613(1973)1<141:ntcoyi>2.0.co;2
Pavlov, Vladimir K. (2001) Seasonal and long-term sea level variability in the marginal seas of the Arctic Ocean. Polar Research, 20 (2). 153-160 doi:10.3402/polar.v20i2.6512
Dokuz, Abdurrahman, Aydınçakır, Emre, Kandemir, Raif, Karslı, Orhan, Siebel, Wolfgang, Derman, Ahmet Sami, Turan, Mehmet (2017) Late Jurassic Magmatism and Stratigraphy in the Eastern Sakarya Zone, Turkey: Evidence for the Slab Breakoff of Paleotethyan Oceanic Lithosphere. The Journal of Geology, 125 (1) 1-31 doi:10.1086/689552
 
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