Internet Resources
Browse through this collection of internet resources drawn from the SERC catalog based on their relevance to the Deep Earth and/or teaching about it.Help
Results 1 - 20 of 56 matches
An annotated illustration showing mantle convection and its relation to plate tectonics, from the Byrd Polar Research Center at Ohio State University.
Subducting Farallon Plate under North America
Three-dimensional seismic tomography image showing the subducting farallon plate beneath the crust of western North America. Part of Princeton University's 'Art of Science 2009' ...
This animation depicts the changes that occur in the mantle and crust when undergoing glacial isostasy. The animation covers both the thickening of the glacier and its subsequent melting.
This website contains class notes from a Geology 101 (physical geology) course. It discusses the composition and structure of the Earth's interior. Each layer, the inner core, outer core, ...
This site provides a broad suite of information and resources about "hot spots" and the current debate as to their existence. The site features technical tutorials and publications on a ...
Geologic History of the San Andreas Fault System
This page from the USGS resource This Dynamic Earth (online edition) describes the evolution of the western coast of North America. A series of block diagrams shows how the subduction zone along the ...
Cutaway drawing of the Earth's structure.
Mineralogy of Earth's Structure
Cartoon cross section of a subduction zone showing the principal mineralogy of the upper 800 km of Earth's mantle. Arc volcanism at the surface is depicted, as are upper mantle earthquakes (red ...
Ultrasonic Measurements Under Transition Zone Conditions
This image presents a schematic of the experimental setup used by Wang and Li (2003) to conduct ultrasonic measurements of sample deformation under transition zone conditions.
Geotherm with Pressure-Temperature Ranges Accessible by Static Techniques
This graph shows a geotherm together with the temperature and pressure ranges over which certain experimental methods are useful.
Athanasius Kircher's 1665 conception of the Earth's interior.
This image is a schematic of a D-DIA apparatus used for mineral deformation experiments at high temperature and pressure.
This illustration from Kellog, Hader, and van der Hilst (1999) shows their vision of a chemically stratified mantle perturbed by the downgoing subducted slabs of oceanic lithospere (blue).
Current and Future Directions in High-Pressure Mineral Physics
The cover of the report "Current and Future Directions in High-Pressure Mineral Physics," showing the layers of the Earth and high-pressure equipment.
This composite image shows how conception of the deep interior of the planet has changed over the last ~350 years.
This diagram associates parts of the Earth's interior with particular kinds of experimental apparatus which can recreate it's pressure and temperature conditions.
This schematic shows a cross-section of the planet and how water can migrate through the deep interior of the Earth. Blue arrows indicate a movement of water downward, yellow arrows indicated ...
Poster - New Research Directions in High-Pressure Mineral Physics
Large image showing recent research in mineral physics and advances in technology. Features detailed diagrams of various equipment and a short explanation of mineral physics' goals.
This chart shows how mineral physics can be an important part of both research and education across the geology curriculum.
This image is of a diamond anvil used in high pressure deformation experiments. This particular diamond was created using the chemical vapor deposition (CVD) method. These artificial diamonds have ...