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Southeast Indian Ridge
51. Breakup and Seafloor Spreading Between the Kerguelen Plateau-Labuan Basin and the Broken Ridge-Diamantina Zone1
Insights on the Indian Ocean Tectonics and Geophysics Supported by GMT Polina Lemenkova
CHAPTER 2 Aseismic Ridges of the Northeastern Indian Ocean
38. Tectonic Constraints on the Hot-Spot Formation of Ninetyeast Ridge1
A Global Review and Digital Database of Large-Scale Extinct Spreading Centers GEOSPHERE
Heat Flow from the Southeast Indian Ridge Flanks Between 80°E and 140°E: Data Review and Analysis L
Slow Spreading Ridges of the Indian Ocean: an Overview of Marine Geophysical Investigations K
UTIGTR 0093 OCR.Pdf (2.307Mb)
Mapping Absolute Migration of Global Mid-Ocean Ridges Since 80 Ma to Present
An Ultraslow-Spreading Class of Ocean Ridge
Glacial Heterogeneity in Southern Ocean Carbon Storage Abated by Fast South Indian Deglacial Carbon Release ✉ Julia Gottschalk 1,2 , Elisabeth Michel 3, Lena M
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Contribution of Multibeam Bathymetry to Understanding the Processes That Shape Mid-Ocean Ridges
Chapter 2 – Enderby Basin, East Antarctica
Workshop Report Australasian IODP Regional Planning Workshop
The Contributions of Abyssal Hill Morphology and Noise to Altimetric Gravity Fabric
Variations in Upper Crustal Structure Due to Variable Mantle Temperature Along the Southeast Indian Ridge
Tectonic Plates Map Worksheet - Keep This Sheet So You May Study for Your Test
Top View
Geochemistry of Mid-Ocean Ridge Basalt Within and Surrounding The
Absolute Migration and the Evolution of the Rodriguez Triple Junction Since 75 Ma
Relationship of the Central Indian Ridge Segmentation with the Evolution of the Rodrigues Triple Junction for the Past 8 Myr
Temporal Variations of the Segmentation of Slow to Intermediate Spreading Mid-Ocean Ridges 1. Synoptic Observations Based On
Oceanic Microplate Formation Records the Onset of India–Eurasia Collision ∗ Kara J
Evidence for Strong Sediment Redistribution by Bottom Currents Along the Southeast Indian Ridge L
Thermal Regime of the Southeast Indian Ridge Between 88°Eand 140°E: Remarks on the Subsidence of the Ridge Flanks L
History of the Cretaceous Osbourn Spreading Center Nathan J
50. Jurassic to Eocene Plate Tectonic Reconstructions in the Kerguelen Plateau Region1
The Southeast Indian Ridge Between 127° and 132°40′E: Contrasts In
INTRODUCTION to PHYSICAL OCEANOGRAPHY INSTRUCTOR: Weiqing Han Professor ATOC, the University of Colorado (CU) UCB 311 Boulder
Melt Generation Beneath Arctic Ridges: Implications from Ule Lynne J
A Deep Cyclonic Gyre in the Australian–Antarctic Basin Michael S
Ridge-Hotspot Interactions What Mid-Ocean Ridges Tell Us About Deep Earth Processes Ceanography Society
Vigorous Deep-Sea Currents Cause Global Anomaly in Sediment
Paleophysiography of Ocean Basins
STATUS CONFERENCE RESEARCH VESSELS 2020 Conference Transcript
Anomalous Seafloor Spreading of the Southeast Indian Ridge Near the Amsterdam-St
Controls on the Global Distribution of Contourite Drifts: Insights from 78 13 an Eddy-Resolving Ocean Model 79 14 80 15Q2 Amanda C
Heat Flow from the Southeast Indian Ridge Flanks Between 80 Degrees E
The Longest Voyage: Tectonic, Magmatic, and Paleoclimatic Evolution of the Indian Plate During Its Northward flight from Gondwana to Asia