Where is Vanuatu Located

What is Vanuatu?

SEISMITICITY and Damping in the New Hebrides (Vanuatu) isles: the main islands: To reinterpret the effect of subsidence of the D'entrecasteaux fault zone - Marthelot - 1985 - Journal of Geophysical Research: Firm Earth Geographical distributions of medium depth quakes on the main Vanuatu Isles (New Hebrides) include a significant interval in depth between 100 and 200 km of sea bed activities and a side extension of about 150 km. There were no well-located quakes detected from teleeseismic records over a 16-year span and no micro-earthquakes detected by a seismographic station over a 5-year span.

The seismicity hole is overlapped by a damping area of high-frequency cutters. There is no visible distortion of the Benioff area in the area of the void, which indicates a greater disturbance of the subduced plates. There is a void near the extrapolation of the subduced part of the D'Entrecasteaux fracture area.

DFZ is a comb-like bathyme characteristic on the ocean iceplate, which is subduced under the arch of the islet. As an alternative, a highly scattered area connected to the subduced part of the DFZ may also be responsible for the abnormal damping. Seismicity and flat sheet geometries in the Vanuatu River subsection area, Journal of Geophysical Research, Christian Baillard, Wayne C. Crawford, Valérie Ballu, Marc Régnier, Bernard Pelletier and Esline Garaebiti:

Earth, 120, 8, (5606-5623), (2015). Stepphen Kirby, Robert E. Engdahl und Roger Denlinger, Intraslab Intermediate Depth Intraslab Earthquakes and Arc Volcanism as Physical Expressions of Crustal and Uppermost Mantle Metamorphism in Subducting Slabs, Subduction, (195-214), (2013). Emil Monzier, Claude Robin, Jean-Philippe Eissen and Jo Cotten, Geochemistry vs. Seismotectonics along the New Hebrides' Central Chain of Volcanology (Southwest Pacific), Journal of Volcanology and Geothermal Research, 10. 1016/S0377-0273(97)00006-1, 78, 1-2, (1-29), (1997).

Fauzi, R. McCaffrey, D. Wark, Sunaryo and P. Y. Prih Haryadi, Side Variations of Plate Orientations under Toba Caldera, Nordsumatra, Geophysical Research Letters, 23, 5, (443-446), (1996). S: Yoshioka and M. J. R. Wortel, Three-dimensional Numeric Modelling of the Replacement of the Subduced Litosphere, Journal of Geophysical Research: Earth, 100, B10, (20223-20244), (2012).

Mechanic and thermal-mechanic effects of panel separation, island arc, 4, 2, (89-103), (2006). Grasso, A flat, dual seamic area under the New Hebrides at the centre (Vanuatu): Proofs of dismounting reed? Geophysical research letters, 21, 19, (2159-2162), (2012). Thorn Lay, Seismological limitations of the velocity structure and fate of subducing lithospheric plates: 25 years of progress, Seismological structure of plates, 10. 1016/S0065-2687(08)60014-X, (1-180), (1994).

Jean-Luc Chatelain, Bertrand Guillier and Jean-Pierre Gratier, Development of the New Hebrides Island ARC Geometric Case for the Replacement of Part of the Run-down Earth Disk, Geophysical Research Letters, 20, 8, (655-658), (2012). Spirit, Michael A. Fisher and David W. Scholl, Geophysical Journal International, 115, 2, (344-366), (2007).

Jean-Luc Chatelain, Peter Molnar, Richard Prévot and Bryan Isacks, Replacement of Part of the Run-down Plate and Raising of the New Hebrides (Vanuatu) Islands, Geophysical Research Letters, 19, 14, (1507-1510), (2012). Scott-davis and Cliff Frohlich, Single-Link Cluster Analysis, Synthetic Earthquake Catalogues and Aftershock Identification, Geophysical Journal International, 104, 2, (289-306), (2007).

Jean-Yves Collot and Michael A. Fisher, The North d'Entrecasteaux Ridge and the New Hebrides Island Arc: 1st Sea Beam Geophysical Research: Earth, 96, B3, (4457-4478), (2012). Michaël A. Fisher, Jean-Yves Collot and Eric L. Geist, The North d'Entrecasteaux Ridge and the New Hebrides Island Arc: 2nd Source of Multi-Channel Geophysical Research:

Earth, 96, B3, (4479-4495), (2012). R. Prevot, S. W. Roecker, B. L. Isacks und J. L. Chatelain, Mapping of low-pulse velocities in the subsubducting panel of the main s-d'?uvre of the New Hebrides, southhwest Pacific, Journal of Geophysical Research : Earth, 96, B12, (19825-19842), (2012). Geophysical research: Frederick W. Taylor, R. Lawrence Edwards, G. J. Wasserburg and Cliff Frohlich, Periodic and time of seasonal subsidence derived from coral and reef of New Hebrides (Central Vanuatu) Frontal Arc, Journal of Geophysical Research:

Earth, 95, B1, (393-408), (2012). RA Raymond J. Willemann und Cliff Frohlich, Space tial pattern of after shocks of deep concentrate erdbeben, Journal of Geophysical Research : Earth, 92, Federal Road 13, (13927-13943), (2012). For Frederick W. Taylor, Cliff Frohlich, Jean Lecolle and Manfred Strecker, analysis of partly formed coral and coral terrace in the Vanuatu arch: comparison of modern koseismic and non-seismic with quadratic geophysical research:

Earth, 92, Bi6, (4905-4933), (2012). This is John A. Orcutt, Structure of the Earth: and New Hebrides Island Arc, Journal of Geophysical Research: Earth, 91, B10, (10470-10486), (2012).

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