DOCSLIB.ORG
Explore
Sign Up
Log In
Upload
Search
Home
» Tags
» Louisville hotspot
Louisville hotspot
Cenozoic Changes in Pacific Absolute Plate Motion A
Predicted Path for Hotspot Tracks Off South America Since Paleocene Times: Tectonic Implications of Ridge-Trench Collision Along the Andean Margin
Chemical Systematics of an Intermediate Spreading Ridge: the Pacific-Antarctic Ridge Between 56°S and 66°S
Geochemical Evidence in the Northeast Lau Basin for Subduction
Non-Hawaiian Lithostratigraphy of Louisville Seamounts and the Formation of High-Latitude Oceanic Islands and Guyots
Vicente De Gouveia Et Al 2018.Pdf
Young Tracks of Hotspots and Current Plate Velocities
Sleep, N.H., Hotspots and Mantle Plumes: Some Phenomenology, J
Cretaceous Paleomagnetic Field in North America: True
A Plate Model for Jurassic to Recent Intraplate Volcanism in the Pacific Ocean Basin
Hotspot Motion Caused the Hawaiian-Emperor Bend and Llsvps Are Not fixed
A PLATE TECTONIC RECONSTRUCTION of the SOUTHWEST PACIFIC, 0-100 Ma1
Louisville Seamount Trail
Origin of the Louisville Ridge and Its Relationship to the Eltanin Fracture Zone System A
PDF (Supporting Information
(Louisville Seamount Trail) Site U1376 Summary
Distribution and Composition of Submarine Volcanic Sequences
35. Cretaceous Hotspot Tracks Through the Marshall Islands1
Top View
Report from the Hotspot Geodynamics Detailed Planning Group
Primordial Helium Entrained by the Hottest Mantle Plumes M
Hotspots, Mantle Plumes, Flood Basalts, and True Polar Wander
Are the Pacific and Indo–Atlantic Hotspots Fixed?
Crustal Intrusion Beneath the Louisville Hotspot Track
Moving Hotspots - Evidence from Paleomagnetism and Modeling
The Cobb&Hyphen;Eickelberg Seamount Chain: Hotspot Volcanism with Mid&Hyphen;Ocean Ridge Basalt Affinity
Mantle Plume Dynamics and Magmatic Perturbances
1 Plate Velocities in Hotspot Reference Frame
Geological Map of the World
Ocean Drilling Scientific Results Volume
The Pacific-Antarctic Ridge–Foundation Hotspot Interaction: A
Ar Age Progression for the Louisville Hot Spot Trail and Implications for Inter–Hot Spot Motion
Non-Hawaiian Lithostratigraphy of Louisville Seamounts and the Formation of High-Latitude Oceanic Islands and Guyots
IODP Expedition 330: Drilling the Louisville Seamount Trail in the SW Pacific
The Origin of Diverse Intraplate Volcanism in the Central and Equatorial Atlantic Ocean
Construction and Subduction of the Louisville Ridge, SW Pacific
The Temporal Evolution of the Swell and Magmatic Fluxes Along the Louisville Hotspot
On the Relative Motions of Long-Lived Pacific Mantle Plumes