M. Maia

发表

Thin crust, ultramafic exposures, and rugged faulting patterns at the Mid-Atlantic Ridge (22°–24°N)

J. Reynolds, M. Cannat, P. Gente, 1995 .

Intraplate versus ridge volcanism on the Pacific‐Antarctic Ridge near 37°S–111°W

P. Stoffers, C. Devey, R. Hékinian, 1997 .

A systematic analysis of the Mid‐Atlantic Ridge morphology and gravity between 15°N and 40°N: Constraints of the thermal structure

R. Thibaud, P. Gente, M. Maia, 1998 .

Magnetic study of Saint Paul Fracture Zone, Equatorial Atlantic

M. Maia, Y. Marangoni, D. Moura, 2015 .

Evolution of the Pacific-Antarctic ridge south of the Udintsev fracture zone

Anjana K. Shah, I. Vlastelic, H. Bougault, 1997 .

A seafloor experiment to monitor vertical deformation at the Lucky Strike volcano, Mid-Atlantic Ridge

Marie-Noëlle Bouin, Mathilde Cannat, Christine Deplus, 2009 .

Hot spot activity and tectonic settings near Amsterdam–St. Paul plateau (Indian Ocean)

A. Mudholkar, H. Guillou, C. Bollinger, 2011 .

Interaction between the Mid‐Atlantic Ridge and the Azores hot spot during the last 85 Myr: Emplacement and rifting of the hot spot‐derived plateaus

P. Gente, J. Dyment, J. Goslin, 2003 .

Occurrence and characterization of tremolite asbestos from the Mid Atlantic Ridge solution series with actinolite

N. Perchiazzi, A. Gualtieri, T. Giovanardi, 2021 .

Ocean Gravity Models From Future Satellite Missions

J. Royer, D. Rouxel, M. Lequentrec-Lalancette, 2010 .

. 9 ( 2 ) , 2000 Deep-sea Exploration of the Central Indian Ridge at 19 ° S

A. Chaubey, J. Dyment, H. Horen, 2000 .

Ridge–hotspot interaction: the Pacific–Antarctic Ridge and the foundation seamounts

P. Stoffers, R. Hékinian, M. Bohn, 1999 .

Occurrence and characterization of tremolite asbestos from the Mid Atlantic Ridge

N. Perchiazzi, G. Della Ventura, A. Gualtieri, 2021, Scientific Reports.

Three‐dimensional gravity and bathymetry analysis of the Mid‐Atlantic Ridge between 20°N and 24°N: Flow geometry and temporal evolution of the segmentation

P. Gente, M. Maia, 1998 .

Geophysical fingerprints of hyper-extended, exhumed and embryonic oceanic domains: the example from the Iberia–Newfoundland rifted margins

D. Sauter, J. Autin, G. Manatschal, 2016, Marine Geophysical Research.

E. Baker, Yongshun John Chen, D. Scheirer, 2014 .

40 Ar/ 39 Ar geochronology and structural data from the giant Okavango and related mafic dyke swarms, Karoo igneous province, northern Botswana

J. Dyment, J. Tiercelin, F. Jourdan, 2002 .

Characteristics and evolution of the segmentation of the Mid-Atlantic Ridge between 20°N and 24°N during the last 10 million years

M. Cannat, P. Gente, R. Pockalny, 1995 .

Seafloor evidence for pre-shield volcanism above the Tristan da Cunha mantle plume

P. Wintersteller, W. Jokat, W. Geissler, 2020, Nature Communications.

The August 2010 earthquake swarm at North FAMOUS–FAMOUS segments, Mid-Atlantic Ridge: geophysical evidence of dike intrusion

R. Dziak, J. Perrot, M. Maia, 2018, Geophysical Journal International.

Semibrittle seismic deformation in high-temperature mantle mylonite shear zone along the Romanche transform fault

Satish C. Singh, M. Maia, D. Brunelli, 2021, Science Advances.

Extreme mantle uplift and exhumation along a transpressive transform fault

A. Briais, M. Ligi, C. Scalabrin, 2016 .

Volcanism, jump and propagation on the Sheba ridge, eastern Gulf of Aden: segmentation evolution and implications for oceanic accretion processes

P. Gente, J. Autin, E. d'Acremont, 2010 .

Evolution of the accretion processes along the Mid‐Atlantic Ridge north of the Azores since 5.5 Ma: An insight into the interactions between the ridge and the plume

P. Gente, J. Goslin, M. Maia, 2007 .

Constraints on age and construction process of the Foundation chain submarine volcanoes from magnetic modeling

J. Dyment, M. Maia, David Jouannetaud, 2005 .

Spatial and temporal variations of subsidence of the East Pacific Rise (0–23°S)

J. Francheteau, M. Maia, C. Tisseau, 1998 .

Contrasted hydrothermal activity along the South‐East Indian Ridge (130°E–140°E): From crustal to ultramafic circulation

B. Hanan, V. Chavagnac, E. Ruellan, 2017 .

Topographic and Morphologic Evidences of Deformation at Oceanic Transform Faults: Far-Field and Local-Field Stresses

M. Maia, 2019, Transform Plate Boundaries and Fracture Zones.

Crustal structure of the propagating TAMMAR ridge segment on the Mid‐Atlantic Ridge, 21.5°N

C. Ranero, I. Grevemeyer, M. Maia, 2011 .

Geophysical and geochemical evidence for cold upper mantle beneath the Equatorial Atlantic Ocean

P. Szatmari, E. Alves, S. Mello, 2008 .

Subsurface structure and stratigraphy of the northwest end of the Turkana Basin, Northern Kenya Rift, as revealed by magnetotellurics and gravity joint inversion

S. Hautot, P. Tarits, J. Tiercelin, 2016 .

The Pacific-Antarctic Ridge–Foundation hotspot interaction: a case study of a ridge approaching a hotspot

P. Stoffers, D. Sandwell, R. Hékinian, 2000 .

An analysis of the altimetric geoid in various wavebands in the Central Pacific Ocean: constraints on the origin of intraplate features

M. Diament, M. Maia, 1991 .

Uppermost Mantle Velocity beneath the Mid-Atlantic Ridge and Transform Faults in the Equatorial Atlantic Ocean

Deborah K. Smith, J. Royer, R. Dziak, 2020, Bulletin of the Seismological Society of America.

Roughness of the gravity and seafloor topography used to infer geodynamic settings

M. Maia, M. Lalancette, D. Dreher, 1999 .

The Foundation Seamount chain: a first survey and sampling

C. Devey, R. Hékinian, K. Stattegger, 1997 .

A history of the Selkirk paleomicroplate

P. Gente, D. Naar, M. Maia, 2002 .

Fluid-assisted grain size reduction leads to strain localization in oceanic transform faults

M. Maia, M. Bickert, D. Brunelli, 2023, Nature communications.

The support mechanism of the young Foundation Seamounts inferred from bathymetry and gravity

J. Arkani‐Hamed, M. Maia, 2002 .

Contrasted interactions between plume, upper mantle, and lithosphere: Foundation chain case

P. Gente, M. Maia, C. Hemond, 2001 .

Evolution of a Cold Intra‐Transform Ridge Segment Through Oceanic Core Complex Splitting and Mantle Exhumation, St. Paul Transform System, Equatorial Atlantic

A. Briais, M. Ligi, M. Maia, 2023, Geochemistry, Geophysics, Geosystems.

Joint inversion of gravity and surface wave data constrained by magnetotelluric: Application to deep geothermal exploration of crustal fault zone in felsic basement

S. Hautot, P. Tarits, O. Coutant, 2019, Geothermics.

Gravity study of the Pitcairn-Easter hotline

P. Stoffers, M. Diament, J. Francheteau, 1994 .

The Amsterdam–St. Paul Plateau: A complex hot spot/DUPAL‐flavored MORB interaction

M. Maia, K. Johnson, C. Hemond, 2012 .

Isostatic response of the lithosphere beneath the Mozambique Ridge (SW Indian Ocean) and geodynamic implications

M. Diament, M. Maia, M. Recq, 1990 .

Variability of the axial morphology and of the gravity structure along the Central Spreading Ridge (North Fiji Basin): evidence for contrasting thermal regimes

J. Auzende, Y. Lagabrielle, E. Gràcia, 1996 .