Subject: Mid-ocean ridges | Search Results

1. Earthquake and volcanic processes at mid-ocean ridges

: Tan, Yen Joe
: 2019
: Theses
: GeophysicsMarine geophysicsMid-ocean ridgesEarthquakesMagmatismPlate tectonics

2. The mechanism of tidal triggering of earthquakes at mid-ocean ridges

: Scholz, Christopher H.; Tan, Yen Joe; Albino, Fabien
: 2019
: Articles
: SeismologyVolcanologyEarthquakesMid-ocean ridgesTides

3. High seismic attenuation at a mid-ocean ridge reveals the distribution of deep melt

: Eilon, Zachary Cohen; Abers, Geoffrey A.
: 2017
: Articles
: SeismologyMid-ocean ridgesGeophysicsAttenuation (Physics)

4. New Constraints on Extensional Environments through Analysis of Teleseisms

: Eilon, Zachary Cohen
: 2016
: Theses
: AnisotropyMid-ocean ridgesRifts (Geology)GeodynamicsGeophysics

5. Earthquake source parameters for the 2010 western Gulf of Aden rifting episode

: Shuler, Ashley Elizabeth; Nettles, Meredith K.
: 2012
: Articles
: Plate tectonicsSeismologyEarthquakesRifts (Geology)Mid-ocean ridges

6. Earthquake source parameters for the 2010 western Gulf of Aden rifting episode: Supporting data

: Shuler, Ashley Elizabeth; Nettles, Meredith K.
: 2012
: Data (Information)
: EarthquakesMid-ocean ridgesPlate tectonicsSeismologyRifts (Geology)

7. Upper crustal seismic structure along the Southeast Indian Ridge: Evolution from 0 to 550 ka and variation with axial morphology

: Baran, Janet; Carbotte, Suzanne M.; Cochran, James R.; Nedimovic, Mladen
: 2010
: Articles
: GeophysicsMarine geophysicsGeomorphologyMid-ocean ridgesLithosphere

8. Constraints on the mantle temperature gradient along the Southeast Indian Ridge from crustal structure and isostasy: implications for the transition from an axial high to an axial valley

: Baran, Janet; Cochran, James R.; Holmes, R. Chadwick; Tolstoy, Maya; Carbotte, Suzanne M.
: 2009
: Articles
: GeophysicsMarine geophysicsGeomorphologyMid-ocean ridgesGravity anomalies

9. Crustal thickness variations along the Southeast Indian Ridge (100°–116°E) from 2-D body wave tomography

: Holmes, R. Chadwick; Tolstoy, Maya; Cochran, James R.; Floyd, Jacqueline
: 2008
: Articles
: GeophysicsMarine geophysicsGeomorphologyMid-ocean ridgesTomography

10. Heat flow from the Southeast Indian Ridge flanks between 80°E and 140°E: Data review and analysis

: Géli, L.; Lee, T. C.; Cochran, James R.; Francheteau, J.; Abbott, Dallas Helen; Labails, C.; Appriou, D.
: 2008
: Articles
: Ocean temperature--Data processingOcean circulationHeat--TransmissionMid-ocean ridgesGeophysicsHydrologyOceanography

11. Seamount volcanism along the Gakkel Ridge, Arctic Ocean

: Cochran, James R.
: 2008
: Articles
: GeophysicsMarine geophysicsGeomorphologySeamountsMid-ocean ridgesVolcanism

12. Thermal regime of the Southeast Indian Ridge between 88°E and 140°E: Remarks on the subsidence of the ridge flanks

: Geli, Louis; Cochran, James R.; Lee, Tien-Chang; Francheteau, Jean; Labails, Cinthia; Foucher, Christine; Christie, David
: 2007
: Articles
: GeophysicsMarine geophysicsSubsidences (Earth movements)Mid-ocean ridges

13. Morphology and structure of the Lomonosov Ridge, Arctic Ocean

: Cochran, James R.; Edwards, Margo; Coakley, Bernard J.
: 2006
: Articles
: GeophysicsMarine geophysicsGeomorphologyMid-ocean ridges

14. Variations in upper crustal structure due to variable mantle temperature along the Southeast Indian Ridge

: Baran, Janet; Cochran, James R.; Carbotte, Suzanne M.; Nedimovic, Mladen
: 2005
: Articles
: GeophysicsMarine geophysicsGeomorphologyLithosphereMid-ocean ridges

15. The Gakkel Ridge: Bathymetry, gravity anomalies, and crustal accretion at extremely slow spreading rates

: Cochran, James R.; Kurras, Gregory; Edwards, Margo; Coakley, Bernard J.
: 2003
: Articles
: GeophysicsMarine geophysicsGeomorphologyLithosphereGravity anomaliesMid-ocean ridges

16. Evidence of recent volcanic activity on the ultraslow-spreading Gakkel ridge

: Edwards, Margo; Kurras, Gregory; Tolstoy, Maya; Bohnenstiehl, Delwayne R.; Coakley, Bernard J.; Cochran, James R.
: 2001
: Articles
: GeophysicsMarine geophysicsMid-ocean ridgesSea-floor spreadingVolcanism

17. Near-axis subsidence rates, hydrothermal circulation, and thermal structure of mid-ocean ridge crests

: Cochran, James R.; Buck, W. Roger
: 2001
: Articles
: GeophysicsMarine geophysicsHydrothermal circulation (Oceanography)Subsidences (Earth movements)Mid-ocean ridges

18. Central anomaly magnetization high: constraints on the volcanic construction and architecture of seismic layer 2A at a fast-spreading mid-ocean ridge, the EPR at 9º30'–50'N

: Schouten, Hans; Tivey, Maurice A.; Fornari, Daniel J.; Cochran, James R.
: 1999
: Articles
: GeophysicsMarine geophysicsGeomorphologyGeology, StratigraphicMagnetic anomaliesMid-ocean ridges

19. Continuous near-bottom gravity measurements made with a BGM-3 gravimeter in DSV Alvin on the East Pacific Rise crest near 9°31 'N and 9°50'N

: Cochran, James R.; Fornari, Daniel J.; Coakley, Bernard J.; Herr, Randall; Tivey, Maurice A.
: 1999
: Articles
: GeophysicsMarine geophysicsGeomorphologyMid-ocean ridgesGravity anomaliesGravimeters (Geophysical instruments)--Data processing

20. The structure and segmentation of the Southeast Indian Ridge

: Small, Christopher; Cochran, James R.; Sempere, Jean-Christophe; Christie, David
: 1999
: Articles
: GeophysicsMarine geophysicsGeomorphologyMid-ocean ridges

21. Gravity evidence of very thin crust at the Gakkel Ridge (Arctic Ocean)

: Coakley, Bernard J.; Cochran, James R.
: 1998
: Articles
: GeophysicsMarine geophysicsGeomorphologyMid-ocean ridgesGravity anomaliesSea-floor spreading

22. Bathymetric roughness of the Southeast Indian Ridge: Implications for crustal accretion at intermediate spreading rate mid-ocean ridges

: Ma, Ying; Cochran, James R.
: 1997
: Articles
: GeophysicsMarine geophysicsGeomorphologyMid-ocean ridgesLithosphere

23. Southeast Indian Ridge: The influence of ridge morphology on the formation of abyssal hills

: Goff, John; Ma, Ying; Shah, Anjana; Cochran, James R.; Sempere, Jean-Christophe
: 1997
: Articles
: GeophysicsMarine geophysicsGeomorphologyMid-ocean ridges

24. The Southeast Indian Ridge between 88°E and 118°E: Variations in crustal accretion at constant spreading rate

: Sempere, Jean-Christophe; Cochran, James R.
: 1997
: Articles
: GeophysicsMarine geophysicsGeomorphologyMantle of the EarthLithosphereMid-ocean ridges

25. The Southeast Indian Ridge between 88°E and ll8°E: Gravity anomalies and crustal accretion at intermediate spreading rates

: Cochran, James R.; Sempere, Jean-Christophe
: 1997
: GeophysicsMarine geophysicsGeomorphologyMid-ocean ridgesGravity anomalies

26. Gravity anomalies, crustal thickness, and the pattern of mantle flow at the fast spreading East Pacific Rise, 9°-l0°N: Evidence for three-dimensional upwelling

: Wang, Xuejin; Cochran, James R.; Barth, Ginger
: 1996
: Articles
: GeophysicsMarine geophysicsMid-ocean ridgesGravity anomaliesCrust of the EarthMantle of the Earth

27. The Bauer scarp ridge jump: a complex tectonic sequence revealed in satellite altimetry

: Goff, John; Cochran, James R.
: 1996
: Articles
: GeophysicsMarine geophysicsPlate tectonicsMid-ocean ridgesSea-floor spreadingGravity

28. Transitions in axial morphology along the Southeast Indian Ridge

: Ma, Ying; Cochran, James R.
: 1996
: Articles
: GeophysicsMarine geophysicsGeomorphologyMid-ocean ridges

29. Along-axis gravity gradients at mid-ocean ridges: Implications for mantle flow and axial morphology

: Wang, Xuejin; Cochran, James R.
: 1995
: Articles
: GeophysicsMarine geophysicsMid-ocean ridgesLithosphereMantle of the EarthSea-floor spreading

30. Abyssal Hill Segmentation: Quantitative Analysis of the East Pacific Rise Flanks 7°S-9°S

: Goff, John; Malinverno, Alberto; Fornari, Daniel J.; Cochran, James R.
: 1993
: Articles
: GeophysicsMarine geophysicsPlate tectonicsMid-ocean ridges

31. Gravity Anomalies, Isostasy, and Mantle Flow at the East Pacific Rise Crest

: Cochran, James R.; Wang, Xuejin
: 1993
: Articles
: GeophysicsMarine geophysicsMid-ocean ridgesGravity anomaliesMantle of the EarthIsostasy

32. Morphology of a 'Superfast' Mid-Ocean Ridge Crest and Flanks: The East Pacific Rise, 7°- 9° S

: Cochran, James R.; Goff, John; Malinverno, Alberto; Fornari, Daniel J.; Keeley, Christopher; Wang, Xuejin
: 1993
: Articles
: GeophysicsMarine geophysicsGeomorphologyMid-ocean ridgesSea-floor spreadingMultibeam mapping

33. Wilkes transform system and "nannoplate"

: Goff, John; Fornari, Daniel J.; Cochran, James R.; Keeley, Christopher; Malinverno, Alberto
: 1993
: Articles
: GeophysicsMarine geophysicsPlate tectonicsMid-ocean ridgesLithosphere

34. A statistical correlation between Ridge Crest offsets and spreading rate

: Abbott, Dallas Helen
: 1986
: Articles
: Mid-ocean ridgesPlate tectonics--Mathematical modelsSubmarine geologyGeophysicsPlate tectonics

35. Heat flow measurements on a hydrothermally-active, slow-spreading ridge: The Escanaba Trough

: Abbott, Dallas Helen; Morton, Janet L.; Holmes, Mark L.
: 1986
: Articles
: Mid-ocean ridgesHydrothermal ventsSubmarine geologyGeophysicsPlate tectonics

36. Variations in subsidence rates along intermediate and fast spreading mid-ocean ridges

: Cochran, James R.
: 1986
: Articles
: GeophysicsMid-ocean ridgesSea-floor spreadingSubsidences (Earth movements)Mantle of the Earth

37. A bathymetry and altimetry profile across the Southwest Indian Ridge crest at 31°S latitude

: Watts, Anthony; Cochran, James R.; Patriat, Philippe; Dourcoure, Moctar
: 1985
: Articles
: Mid-ocean ridgesPlate tectonicsLithosphereAltimeter--Data processingMultibeam mapping

38. Evidence for excess pore pressures in southwest Indian Ocean sediments

: Abbott, Dallas Helen; Menke, William H.; Hobart, Michael; Anderson, Roger N.
: 1981
: Articles
: Marine sediments--AnalysisMid-ocean ridgesSubmarine geologyGeophysicsGeology, Stratigraphic

39. An analysis of isostasy in the world's oceans: 2. Midocean ridge crests

: Cochran, James R.
: 1979
: Articles
: IsostasySea-floor spreadingMid-ocean ridgesGeophysicsOceanography

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1. Earthquake and volcanic processes at mid-ocean ridges

2. The mechanism of tidal triggering of earthquakes at mid-ocean ridges

3. High seismic attenuation at a mid-ocean ridge reveals the distribution of deep melt

4. New Constraints on Extensional Environments through Analysis of Teleseisms

5. Earthquake source parameters for the 2010 western Gulf of Aden rifting episode

6. Earthquake source parameters for the 2010 western Gulf of Aden rifting episode: Supporting data

7. Upper crustal seismic structure along the Southeast Indian Ridge: Evolution from 0 to 550 ka and variation with axial morphology

8. Constraints on the mantle temperature gradient along the Southeast Indian Ridge from crustal structure and isostasy: implications for the transition from an axial high to an axial valley

9. Crustal thickness variations along the Southeast Indian Ridge (100°–116°E) from 2-D body wave tomography

10. Heat flow from the Southeast Indian Ridge flanks between 80°E and 140°E: Data review and analysis

11. Seamount volcanism along the Gakkel Ridge, Arctic Ocean

12. Thermal regime of the Southeast Indian Ridge between 88°E and 140°E: Remarks on the subsidence of the ridge flanks

13. Morphology and structure of the Lomonosov Ridge, Arctic Ocean

14. Variations in upper crustal structure due to variable mantle temperature along the Southeast Indian Ridge

15. The Gakkel Ridge: Bathymetry, gravity anomalies, and crustal accretion at extremely slow spreading rates

16. Evidence of recent volcanic activity on the ultraslow-spreading Gakkel ridge

17. Near-axis subsidence rates, hydrothermal circulation, and thermal structure of mid-ocean ridge crests

18. Central anomaly magnetization high: constraints on the volcanic construction and architecture of seismic layer 2A at a fast-spreading mid-ocean ridge, the EPR at 9º30'–50'N

19. Continuous near-bottom gravity measurements made with a BGM-3 gravimeter in DSV Alvin on the East Pacific Rise crest near 9°31 'N and 9°50'N

20. The structure and segmentation of the Southeast Indian Ridge

21. Gravity evidence of very thin crust at the Gakkel Ridge (Arctic Ocean)

22. Bathymetric roughness of the Southeast Indian Ridge: Implications for crustal accretion at intermediate spreading rate mid-ocean ridges

23. Southeast Indian Ridge: The influence of ridge morphology on the formation of abyssal hills

24. The Southeast Indian Ridge between 88°E and 118°E: Variations in crustal accretion at constant spreading rate

25. The Southeast Indian Ridge between 88°E and ll8°E: Gravity anomalies and crustal accretion at intermediate spreading rates

26. Gravity anomalies, crustal thickness, and the pattern of mantle flow at the fast spreading East Pacific Rise, 9°-l0°N: Evidence for three-dimensional upwelling

27. The Bauer scarp ridge jump: a complex tectonic sequence revealed in satellite altimetry

28. Transitions in axial morphology along the Southeast Indian Ridge

29. Along-axis gravity gradients at mid-ocean ridges: Implications for mantle flow and axial morphology

30. Abyssal Hill Segmentation: Quantitative Analysis of the East Pacific Rise Flanks 7°S-9°S

31. Gravity Anomalies, Isostasy, and Mantle Flow at the East Pacific Rise Crest

32. Morphology of a 'Superfast' Mid-Ocean Ridge Crest and Flanks: The East Pacific Rise, 7°- 9° S

33. Wilkes transform system and "nannoplate"

34. A statistical correlation between Ridge Crest offsets and spreading rate

35. Heat flow measurements on a hydrothermally-active, slow-spreading ridge: The Escanaba Trough

36. Variations in subsidence rates along intermediate and fast spreading mid-ocean ridges

37. A bathymetry and altimetry profile across the Southwest Indian Ridge crest at 31°S latitude

38. Evidence for excess pore pressures in southwest Indian Ocean sediments

39. An analysis of isostasy in the world's oceans: 2. Midocean ridge crests