J. Bowles

发表

Leg 208 Synthesis: Cenozoic Climate Cycles and Excursions.

J. Zachos, D. Kroon, D. Schmidt, 2007 .

Early Cenozoic extreme Climates: The Walvis Ridge transect, Proceedings of the Ocean Drilling Program, Initial reports Leg 208

J. Zachos, D. Kroon, D. Schmidt, 2002 .

Paleomagnetism and rock magnetism as tools for volcanology

J. Bowles, M. Ort, G. Lerner, 2022, Bulletin of Volcanology.

On the duration of magnetochrons C24r and C25n and the timing of early Eocene global warming events: Implications from the Ocean Drilling Program Leg 208 Walvis Ridge depth transect

J. Laskar, J. Zachos, L. Lourens, 2007 .

Expedition 360 summary

Tivey, Kendrick, J. Koepke, 2017 .

International Ocean Discovery Program Expedition 360 Preliminary Report: Southwest Indian Ridge Lower Crust and Moho the nature of the lower crust and Moho at slower spreading ridges (SloMo Leg 1)

J. Koepke, M. Tivey, Q. Ma, 2016 .

Multicomponent cubic oxide exsolution in synthetic basalts: Temperature dependence and implications for magnetic properties

J. Hammer, S. Brachfeld, J. Bowles, 2012 .

Archaeomagnetic intensity results from California and Ecuador: evaluation of regional data

J. Hildebrand, J. Gee, L. Tauxe, 2002 .

Curie temperatures of titanomagnetite in ignimbrites: Effects of emplacement temperatures, cooling rates, exsolution, and cation ordering

J. Bowles, M. Jackson, 2014 .

Inferred time- and temperature-dependent cation ordering in natural titanomagnetites

J. Gee, M. Jackson, J. Bowles, 2012, Nature Communications.

Early non-marine life: Evaluating the biogenicity of Mesoproterozoic fluvial-lacustrine stromatolites

F. Corsetti, S. Dornbos, J. Bowles, 2016 .

Full vector low‐temperature magnetic measurements of geologic materials

J. Feinberg, J. Bowles, N. Swanson‐Hysell, 2015 .

Interpretation of Low-Temperature Data Part V : The Magnetite Verwey Transition ( Part B ) : Field-Cooling Effects on Stoichiometric Magnetite

Subir K. Banerjee, M. Jackson, J. Bowles, 2012 .

Interpretation of Low-Temperature Data Part III : The Magnetite Verwey Transition ( Part A ) ISSN : 2152-1972 Inside

J. Bowles, 2022 .

Contribution of multidomain titanomagnetite to the intensity and stability of Mars crustal magnetic anomalies

J. Hammer, S. Brachfeld, J. Bowles, 2014 .

Curie Temperature Enhancement and Cation Ordering in Titanomagnetites: Evidence From Magnetic Properties, XMCD, and Mössbauer Spectroscopy

E. Arenholz, M. Jackson, G. Laan, 2019, Geochemistry, Geophysics, Geosystems.

Influence of redox conditions on the intensity of Mars crustal magnetic anomalies

J. Hammer, E. First, S. Brachfeld, 2015 .

Malleable Curie Temperatures of Natural Titanomagnetites: Occurrences, Modes, and Mechanisms

M. Jackson, J. Bowles, 2018 .

Astronomical calibration of the Paleocene time

U. Röhl, I. Raffi, T. Westerhold, 2008 .

Effects of open and closed system oxidation on texture and magnetic response of remelted basaltic glass

J. Gee, R. Cooper, D. Cherniak, 2010 .

Astronomical pacing of late Palaeocene to early Eocene global warming events

J. Zachos, D. Kroon, A. Sluijs, 2005, Nature.

Paleointensity Estimates From Ignimbrites: The Bishop Tuff Revisited

M. Avery, J. Gee, M. Jackson, 2018, Geochemistry, Geophysics, Geosystems.

Paleointensity estimates from ignimbrites: An evaluation of the Bishop Tuff

J. Gee, J. Bowles, Yongjae Yu, 2010 .

Timing of magnetite formation in basaltic glass: Insights from synthetic analogs and relevance for geomagnetic paleointensity analyses

J. Gee, R. Cooper, J. Bowles, 2011 .

Effects of variable magma supply on mid‐ocean ridge eruptions: Constraints from mapped lava flow fields along the Galápagos Spreading Center

Kenneth H. Rubin, K. Grönvold, S. White, 2012 .

A Feasibility Study of Microbialites as Paleomagnetic Recorders

J. Bowles, Jinkwan Jung, 2021, Frontiers in Earth Science.

Behavior of oceanic crustal magnetization at high temperatures: Viscous magnetization and the marine magnetic anomaly source layer

H. Johnson, J. Bowles, 1999 .

Interpretation of Low-Temperature Data Part II : The Hematite Morin Transition

J. Bowles, 2010 .

Effects of titanomagnetite reordering processes on thermal demagnetization and paleointensity experiments

J. Bowles, M. Jackson, 2016 .

Absolute Paleointensity Study of Miocene Tiva Canyon Tuff, Yucca Mountain, Nevada: Role of Fine‐Particle Grain‐Size Variations

J. Bowles, F. Abdulghafur, 2014, Geochemistry, Geophysics, Geosystems.

Geomagnetic paleointensity in historical pyroclastic density currents: Testing the effects of emplacement temperature and postemplacement alteration

M. Avery, J. Gee, M. Jackson, 2015 .

Magnetic and petrologic characterization of synthetic Martian basalts and implications for the surface magnetization of Mars

J. Hammer, S. Brachfeld, J. Bowles, 2009 .

The early Eocene global warming events: Implications from ODP Leg 208 Walvis Ridge depth transect

J. Laskar, J. Zachos, L. Lourens, 2007 .

Hole 1105A redescription

J. Koepke, M. Tivey, T. Morishita, 2017 .

Eruptive timing and 200 year episodicity at 92°W on the hot spot‐influenced Galapagos Spreading Center derived from geomagnetic paleointensity

Kenneth H. Rubin, S. White, J. Bowles, 2014 .

Source of tiny wiggles in Chron C5: A comparison of sedimentary relative intensity and marine magnetic anomalies

S. Cande, J. Gee, D. McMillan, 2003 .

4. DATA REPORT: REVISED MAGNETOSTRATIGRAPHY AND MAGNETIC MINERALOGY OF SEDIMENTS FROM WALVIS RIDGE, LEG 208

J. Bowles, W. Ridge, 2006 .

Geology of the Alarcon Rise, Southern Gulf of California

D. Caress, D. Clague, J. Paduan, 2018 .

Paleointensity applications to timing and extent of eruptive activity, 9°–10°N East Pacific Rise

D. Fornari, J. Gee, S. Soule, 2006 .

Cooling rate effects on paleointensity estimates in submarine basaltic glass and implications for dating young flows

J. Gee, J. Sinton, E. Bergmanis, 2004 .

Deconvolution of u channel magnetometer data: Experimental study of accuracy, resolution, and stability of different inversion methods

I. Lascu, J. Bowles, P. Solheid, 2010 .

J. Bowles, 2007 .

Magnetic Mineral Populations in Lower Oceanic Crustal Gabbros (Atlantis Bank, SW Indian Ridge): Implications for Marine Magnetic Anomalies

I. Lascu, M. Tivey, A. Morris, 2020, Geochemistry, Geophysics, Geosystems.

Assessing New and Old Methods in Paleomagnetic Paleothermometry: A Test Case at Mt. St. Helens, USA

M. Jackson, J. Bowles, Devin Gerzich, 2017, Geochemistry, Geophysics, Geosystems.

Interpretation of Low-Temperature Data Part 1 : Superparamagnetism and Paramagnetism

M. Jackson, J. Bowles, P. Solheid, 2022 .

Dynamic Accretion Beneath a Slow‐Spreading Ridge Segment: IODP Hole 1473A and the Atlantis Bank Oceanic Core Complex

J. Bowles, M. Tivey, Q. Ma, 2019, Journal of Geophysical Research: Solid Earth.

Expedition 360 methods

Tivey, Kendrick, J. Koepke, 2017 .

Early Cenozoic extreme Climates: The Walvis Ridge transect, Proceedings of the Ocean Drilling Program, Initial reports Leg 208

J. Zachos, D. Kroon, D. Schmidt, 2002 .