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529 Publications found! (Query time: 0.008 s) – Download as CSV file – Download as KML file

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Score ↓Exp/Site/HoleYearAuthor/TitleFull text
100%1993Pick, Thomas; Tauxe, Lisa: Geomagnetic palaeointensities during the Cretaceous normal superchron measured using submarine basaltic glass
100%1995Hoffman, Kenneth A.: Findings suggest possible link between geomagnetic reversals and field intensity
100%1998Kok, Yvo Sander: Reading the muddy compass; relative paleointensities of the Earth's magnetic field derived from deep-sea sediments
100%1997McFadden, P. L.; Merrill, R. T.: Sawtooth paleointensity and reversals of the geomagnetic field
100%2000Juarez, M. T.; Tauxe, L.: The intensity of the time-averaged geomagnetic field; the last 5 Myr
94%1261993Athanassopoulos, J.; Cisowski, S. et al.: Correlation of (super 10) Be with magnetic intensity data for the Matuyama-Brunhes polarity reversal in high sedimentation rate marine sediments from the Izu-Bonin Arc
87%167
167-1012
167-1013		1999Richter, Carl; Hayashida, Akira et al.: Magnetic intensity loss and core diagenesis in long-core samples from the East Cortez Basin and the San Nicholas Basin (California Borderland)
83%1551994Cisowski, S. M.; Hall, F. R.: Ultra-high resolution records of the Lake Mungo Excursion and the Blake Event from ODP Leg 155 cores drilled in the Amazon Fan
83%73
73-522		1996Tauxe, Lisa; Constable, Catherine G. et al.: Oligocene paleointensity data from DSDP Hole 522
83%167
167-1010		1999Hayashida, Akira; Verosub, Kenneth L. et al.: Magnetostratigraphy and relative palaeointensity of late Neogene sediments at ODP Leg 167 Site 1010 off Baja California
83%131
131-808
132
196
196-808		1992Lu, Ran: A study of the effect of matrix properties on postdepositional remanent magnetization (pDRM)
83%1382004Meynadier, L.; Valet, J.: Oxygen isotopic stratigraphy and geomagnetic field intensity
83%162
162-983		2004Baker, Ross; Aldridge, Keith: Paleomagnetic intensity data as a time sequence; opening a window into dynamics of Earth's fluid core?
83%145
145-883		1993Athanassopoulos, Joanna Dimitrios Eva: Large scale fluctuations of the geomagnetic field
83%1995Grindlay, N. R.; Weiland, C. et al.: Variations in spreading rates, plate boundary geometry, and magnetic structure of the southern Mid-Atlantic Ridge during the past 12 m.y.
83%1241993Schneider, David A.: An estimate of late Pleistocene geomagnetic intensity variation from Sulu Sea sediments
83%1995Johnson, H. Paul; Sager, W. W. et al.: Magnetization of Pacific seamounts during the Cretaceous Normal Superchron
83%122
122-762
122-763		1992Tang, Cheng: Preliminary paleointensities of the Matuyama-Brunhes transition in lava flows on Maui, Hawaii and paleomagnetism of Cenozoic sediments at sites 762B and 763A, Ocean Drilling Program, Leg 122
83%1181992Kikawa, Eiichi; Ozawa, Kazuhito: Magnetization of oceanic gabbros; effects of magmatic evolution and metamorphism
83%1990Beske-Diehl, S. J.: Magnetization during low-temperature oxidation of seafloor basalts; no large scale chemical remagnetizationdownload
83%1990Pariso, J. E.; Johnson, H. P. et al.: The intensity of magnetization of oceanic basalts as a function of age; compiled data from ODP and DSDP basalts
83%1995Honsho, Chie; Tamaki, Kensaku et al.: Geomagnetic total intensity measurement by proton magnetometer
83%1301990Musgrave, Robert; Tarduno, John A. et al.: Post-depositional reduction of magnetite in Plio-Pleistocene carbonate oozes from the Equatorial Pacific (ODP Leg 130) and its paleomagnetic implications
83%1301992Gallet, Y.; Gee, J. et al.: Mise en evidence de periodes d'intensite geomagnetique faible dans le chrone Matuyama; implications sur l'observation d'intervalles de polarite magnetique de courte duree Evidence of periods of low-level geomagnetic intensity in the Matuyama Epoch; inferences based on the observation of short-range magnetic polarity intervals
83%145
145-884		2000Roberts, Andrew P.; Lewin-Harris, James C.: Marine magnetic anomalies; evidence that "tiny wiggles" represent short-period geomagnetic polarity intervals
83%177
177-1092		2003Evans, Helen F.; Westerhold, Thomas et al.: ODP Site 1092; revised composite depth section has implications for upper Miocene 'cryptochrons'
83%1671999Leonhardt, R.; Heider, F. et al.: Relative geomagnetic field intensity across the Jaramillo Subchron in sediments from the California margin; Ocean Drilling Program Leg 167download
83%1451996Thibal, J.; Pozzi, J. P. et al.: Continuous record of geomagnetic field intensity during the past 4.7 to 2.7 million years from downhole measurements
83%2002003Gratton, Martin N.; Herrero-Bervera, Emilio et al.: Absolute paleointensity determinations of oceanic basalts using the Thellier-Coe and microwave techniques
83%1997Juarez, M. T.; Pick, T. et al.: Late Eocene through late Miocene paleointensity data from submarine basaltic glasses; evidence of a Cenozoic dipole low
83%130
130-806		1993Tarduno, John A.: Temporal change of magnetic dissolution in the pelagic realm; gauging paleoproductivity
83%162
162-983		2000Guyodo, Yohan; Gaillot, Philippe et al.: Wavelet analysis of relative geomagnetic paleointensity at ODP Site 983
83%1972002Smirnov, Alexei Victorovich: Histories of magnetic mineral diagenesis, geodynamics and geomagnetic paleointensity as recorded by rock- and paleomagnetism
83%861990Lu, R.; Banerjee, S. K. et al.: Influence of clay mineral type and composition on relative paleointensity determination from ocean sediments
83%1996Juarez, Maria Teresa; Pick, Thomas et al.: Rock magnetism on Cretaceous, Oligocene and Holocene submarine basaltic glasses
83%73
73-522		1997Tauxe, Lisa; Hartl, Paul David: 11 million years of Oligocene geomagnetic field behaviour
83%145
145-884		1995Thibal, J.; Pozzi, J. P. et al.: Continuous record of geomagnetic field intensity between 4.7 and 2.7 Ma from downhole measurements
83%145
145-884		1995Thibal, I.; Pozzi, J. P. et al.: Continuous record of the geomagnetic field intensity by magnetic logging
83%145
145-884		1995Thibal, J.; Pozzi, J. P. et al.: Continuous record of the geomagnetic field intensity during the past 4.7 to 2.7 million years from magnetic logging
83%1601999Roberts, Andrew P.; Stoner, Joseph S. et al.: Diagenetic magnetic enhancement of sapropels from the eastern Mediterranean Sea
83%1381994Meynadier, Laure; Valet, Jean-Pierre et al.: Asymmetrical saw-tooth pattern of the geomagnetic field intensity from equatorial sediments in the Pacific and Indian oceans
83%1702004Hawkins, L. K.; Burmester, R. F. et al.: Magnetic properties and paleointensity of a mid-Miocene gabbro from the Costa Rica accretionary wedge, ODP Leg 170
83%14
14-137		2012Granot, Roi; Dyment, Jerome et al.: Geomagnetic field variability during the Cretaceous Normal Superchron
82%2005Wang, Daming; Van der Voo, Rob et al.: Why is the remanent magnetic intensity of Cretaceous MORB so much higher than that of mid to late Cenozoic MORB?
71%1281992Hamano, Yozo; Krumsiek, Klaus A. O.: Magnetic intensity variations in sediment cores from Leg 128
71%163
163-990		1999Buecker, Christian J.; Cashman, Katharine V. et al.: Physical and magnetic characterization of aa and pahoehoe flows; Hole 990A
67%80
80-549		1982Snyder, Scott W.; Muller, Carla et al.: Eocene-Oligocene boundary at Site 549, DSDP Leg 80; foraminiferal, nannoplankton, and paleomagnetic analyses
67%48
48-401
80
80-548		1982Folami, S. L.; Hailwood, E. A. et al.: Evidence for Late Cretaceous and early Cenozoic oceanographic events in the NE Atlantic from magnetometric studies of IPOD sediment cores
67%124
124-767
124-769		1992Schneider, David A.; Kent, Dennis V. et al.: A detailed chronology of the Australasian impact event, the Brunhes-Matuyama geomagnetic polarity reversal, and global climate change
67%162
162-983		1996Stoner, J. S.; Channell, J. E. T. et al.: High resolution paleointensity correlations of millennial scale Laurentide ice sheet variability from the Labrador Sea
67%73
73-522		1996Hartl, Paul David: High-resolution magnetic records in pelagic sediments; the Oligocene geomagnetic field, the Brunhes/Matuyama geomagnetic reversal, and rock magnetic changes at the Eocene/Oligocene boundary
67%118
118-735
176
176-735		1992Kikawa, Eiichi; Ozawa, Kazuhito: Contribution of oceanic gabbros to sea-floor spreading magnetic anomalies
67%124
124-768
124-769		1996Schneider, David A.; Mello, Gilberto A.: A high-resolution marine sedimentary record of geomagnetic intensity during the Brunhes Chron
67%127
127-794
127-797
128
128-794		1991Vigliotti, L.; Wippern, J.: Magnetostratigraphy and palaeomagnetism from the Japan Sea, ODP Leg 127
67%73
73-522		1993Hartl, Paul; Tauxe, Lisa et al.: Early Oligocene geomagnetic field behavior from Deep Sea Drilling Project Site 522download
67%138
138-848
138-851
138-852		1993Valet, Jean-Pierre; Meynadier, Laure: Geomagnetic field intensity and reversals during the past four million years
67%138
138-848
138-851
138-852		1993Valet, J. P.; Meynadier, L.: Geomagnetic field paleointensity for the last 4 Ma from the Equatorial Pacific
67%162
162-983
162-984		1998Channell, J. E. T.; Modell, D. A. et al.: Orbital modulation of the Earth's magnetic field intensity
67%178
178-1101		1998Guyodo, Yohan; Acton, Gary D. et al.: Paleointensity results from ODP Leg 178 Site 1101; exploring the geomagnetic field at high latitudes, Southern Hemisphere
67%177
177-1088
177-1094		1998Channell, James E. T.; Stoner, Joseph S. et al.: Paleomagnetic data from South Atlantic piston cores; a preview of ODP Leg 177
67%147
147-894
147-895		1998Kikawa, Eiichi; Sakai, Hideo et al.: Paleomagnetism of deep ocean crust and upper mantle; new data from Oman Samail Ophiolite
67%124
124-769		1995Raisbeck, G. M.; Yiou, F. et al.: Paleointensity variations across the Brunhes-Matuyama polarity transition inferred from authigenic (super 10) Be/ (super 9) Be
67%94
94-609
108
108-665
130
130-803
130-805		1995Hartl, P. D.; Tauxe, L.: Precursor to the Matuyama/Brunhes transition
67%138
138-851		1999Valet, Jean-Pierre; Brassart, Jacques et al.: Paleointensity variations across the last geomagnetic reversal at La Palma, Canary Islands, Spaindownload
67%162
162-983
162-984		1996Channell, J. E. T.; Lehman, B. et al.: Pleistocene polarity transition records; ODP Leg 162
67%130
130-806		1995Tarduno, John A.: Superparamagnetism and reduction diagenesis in pelagic sediments; enhancement or depletion?download
67%199
199-1218
199-1219		2004Lanci, L.; Pares, J. M. et al.: 30 Myr of polarity stratigraphy and relative paleointensity from Equatorial Pacific sediments (ODP Sites 1218 and 1219, Leg 199)
67%152
152-919		2004Channell, J. E.: A 300 kyr record of geomagnetic excursions and paleointensity from the Irminger Basin; candidates for Mono Lake, Laschamp, Iceland Basin, Jamaica and Pringle Falls?
67%195
195-1202		2004Richter, C.; Venuti, A. et al.: Holocene relative paleointensity and paleosecular variation from the southern Okinawa Trough (ODP Hole 1202B)
67%197
197-1203		2003Smirnov, Alexei V.; Tarduno, John A.: Magnetic hysteresis monitoring of Cretaceous submarine basaltic glass during Thellier paleointensity experiments; evidence for alteration and attendant low field bias
67%145
145-887		2003Bowles, Julie; Tauxe, Lisa et al.: Source of tiny wiggles in Chron C5; a comparison of sedimentary relative intensity and marine magnetic anomaliesdownload
67%306
306-U1312
306-U1313
306-U1314
306-U1315		2005Bailey, Ian; Ferretti, Patrizia: Expedition 306; North Atlantic climate 2, March-April 2005
67%138
138-851
162
162-983		2005Valet, Jean-Pierre; Meynadier, Laure et al.: Geomagnetic dipole strength and reversal rate over the past two million years
67%155
155-932
155-933		1998Maslin, Mark: Equatorial western Atlantic Ocean circulation changes linked to the Heinrich events; deep-sea sediment evidence from the Amazon Fan
67%52
52-418
53
53-418
102
102-418		1987Bosum, W.: Magnetische Bohrlochmessungen in der Tiefseebohrung 418A (Bermuda Rise) unter Verwendung eines 3-D-Bohrlochmagnetometers Magnetic measurements in the Deep Sea Drilling Project Hole 418A (Bermuda Rise) using a 3-D borehole magnetometer
67%186
186-1150
186-1151		2000McGuire, Jennifer C.; Acton, Gary D. et al.: A Brunhes record of paleointensity and secular variation from the Japan Trench (ODP Leg 186)
67%145
145-887		2000Werth, Thomas E.; Tauxe, Lisa et al.: Comparison of paleointensity records from sediments, marine magnetic anomalies and lava flows from Chron C5n
67%206
206-1256
209		2005Herrero-Bervera, E.; Acton, G.: Magnetic properties and absolute paleointensity of upper oceanic crust generated by superfast seafloor spreading, ODP Leg 209
67%2006Roberts, Andrew P.: High-resolution magnetic analysis of sediment cores; strengths, limitations and strategies for maximizing the value of long core magnetic datadownload
67%178
178-1101		2002Guyodo, Yohan Jean Bernard: Time variations of the geomagnetic field recorded in oceanic sediments
67%2002Kok, Yvo S.; Ynsen, Ief: A relative geomagnetic paleointensity stack from Ontong-Java Plateau sediments for the Matuyama; replydownload
67%124
124-768
124-769		1994Schneider, D. A.; Mello, G. A.: Pleistocene geomagnetic intensity variation from Sulu Sea sediments
67%94
94-609
108
108-665
130
130-805		1994Hartl, P. D.; Tauxe, Lisa: Precursor to the Matuyama/Bruhnes transition?
67%138
138-851		1994Valet, Jean-Pierre; Meynadier, Laure et al.: Relative paleointensity across the last geomagnetic reversal from sediments of the Atlantic, Indian and Pacific oceansdownload
67%162
162-983		1997Channell, J. E. T.; Hodell, D. A. et al.: Relative geomagnetic paleointensity and delta (super 18) O at ODP Site 983 (Gardar Drift, North Atlantic) since 350 ka
67%145
145-883
145-884		1997Roberts, Andrew P.; Lehman, Benoit et al.: Relative paleointensity of the geomagnetic field over the last 200,000 years from ODP sites 883 and 884, North Pacific Ocean
67%178
178-1101		2001Guyodo, Yohan; Acton, Gary D. et al.: A sedimentary paleomagnetic record of the Matuyama Chron from the western Antarctic margin (ODP Site 1101)
67%130
130-803
167
167-1021		2001Valet, Jean-Pierre; Meynadier, Laure: A relative geomagnetic paleointensity stack from Ontong-Java Plateau sediments for the Matuyama; discussiondownload
67%129
129-801
185
185-801
197
197-1205		2005Tarduno, John A.; Cottrell, R. D.: Dipole strength and variation of the time-averaged reversing and nonreversing geodynamo based on Thellier analyses of single plagioclase crystalsdownload
67%172
172-1063
177
177-1089		2006Bernsdorff, Frank; Christl, M. et al.: IODP; reconstruction of the geomagnetic field strength over the past 300,000 years derived from (super 10) Be data of ODP-drift sediments from the Northwest and South Atlantic Ocean
67%111
111-677
162
162-983		2002Guyodo, Yohan; Channell, James E. T.: Effects of variable sedimentation rates and age errors on the resolution of sedimentary paleointensity recordsdownload
67%162
162-983
162-984		2002Channell, J. E. T.; Mazaud, A. et al.: Geomagnetic excursions and paleointensities in the Matuyama Chron at Ocean Drilling Program sites 983 and 984 (Iceland Basin)
67%202
202-1233		2002Stoner, Joseph S.; Lund, S. P.: Initial shipboard paleomagnetic results from ODP Site 1233, Leg 202; a new window into the temporal variability of the geomagnetic field during the late Quaternary
67%138
138-848
138-851
138-852		1992Valet, J. P.; Meynadier, Laure: Relative paleointensity of the geomagnetic field; a new stratigraphy?
67%195
195-1202		2003Venuti, Alessandra; Verosub, Kenneth L. et al.: Paleomagnetic and environmental magnetic results from ODP Leg 195, Site 1202, Okinawa Trough
67%162
162-983		1996Channell, J. E. T.; Hodell, D. A. et al.: Relative paleointensity and oxygen isotope records for the last 300 kyr at ODP Site 983
67%138
138-851		1996Kok, Yvo S.; Tauxe, Lisa: Saw-toothed pattern of sedimentary paleointensity records explained by cumulative viscous remanence
67%124
124-767
124-769		1995Kent, Dennis V.; Schneider, David A.: Correlation of paleointensity variation records in the Brunhes/Matuyama polarity transition interval
67%145
145-883		2005Okada, Makoto; Takagi, Miyuki et al.: Chronostratigraphy of sediment cores from the Bering Sea and the subarctic Pacific based on paleomagnetic and oxygen isotopic analyses
67%145
145-883
145-884		1994Roberts, Andrew P.; Verosub, Kenneth L.: Environmental magnetic correlation of lacustrine sediments from western North America with marine sediments from the Pacific Ocean

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