EarthRef.org
The website for Earth Science reference data and models.
 
GERM
Geochemical Earth Reference Model

Providing a chemical characterization of the Earth, its major reservoirs and the fluxes between them.
MagIC
Magnetics Information Consortium

Promoting information technology infrastructures for the international paleomagnetic, geomagnetic and rock magnetic community.
SBN
Seamount Biogeosciences Network

Bringing together all science disciplines involved in seamount research to explore innovative ways to build a seamount cyberinfrastructure.
ERESE
Enduring Resources for Earth Science Education

Promoting, creating and publishing of enduring resources for Earth science education in a collaboration between school teachers and Earth scientists.

FeMO Seagoing Expeditions
Loihi Seamount is an active volcano in the mid-Pacific ocean where hydrothermal waters with high concentrations of reduced iron exit the oceanic crust. Here iron-oxidizing bacteria carpet the rock surfaces and form massive rust coatings. The focus of the Fe-Oxidizing Microbial Observatory (FeMO) is to understand what the iron-oxidizing bacteria in this environment are, how fast they form these deposits, how they do it biochemically, and how they affect ocean chemistry and ecosystem function.

Hotspot Lessons for a
High School Earth Science Class

This is a two week learning segment on hotspot volcanoes that is part of a collaborative effort between a high school science teacher and an Earth Sciences masters student at the Scripps Institution of Oceanography. Utilizing data collected during research, the students were taught about the hotspot theory and how hotspot volcanoes are important to understanding geodynamical Earth science concepts.

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  • Ion microprobe U-Pb data of granitoids from the Egyptian Western Desert
  • Nd isotope data of Granitoids from the Western Desert of Egypt
  • UPmag software
  • Seamount Laboratories - Understanding of Connectivity and Evolution and Endemism
  • Scientific Research and Conservation of Seamounts in the Azores and the NE Atlantic
  • Are Seamount Fisheries On Their Way to Sustainability?
  • Ocean Circulation - Transport and Mixing at Seamounts and Biological Consequences
  • Seamounts as a Link Between Geochemistry-Geophysics-Tectonics-Geohazards
  • How Hydrology and Geochemistry at Seamounts Provide Habitats for Microbes
  • Protecting Seamounts - Examples from North America and Hawaii
  • MATLAB Component Runtime 7.7 installer for Unix/Linux - Part 2
  • MATLAB Component Runtime 7.7 installer for Unix/Linux - Part 1
  • MATLAB Component Runtime 7.7 installer for Windows
  • KKAnalysis - A software for unsupervised classification by SOM and Cluster Analysis
  • Geomagnetic dipole moment 3ka
  • New MagIC v2.4 Released! A new version of the online database for the Magnetics Information Consortium is now available including a much improved usage of controlled vocabularies and support of more magnetic data types. Users can upload their own rock and paleomagnetic data and data from legacy studies into this online relational database. Data uploads prepared with older versions of the MagIC software will be automatically update once reprocessed with the new version of the console software. Download software ...

  • PmagPy has been added to Earthref.org's Online Modeling Tools. PmagPy is a software package written by Lisa Tauxe for handling paleomagnetic data, including the MagICPy scripts to help import paleomagnetic data into the MagIC database. Knowledge of Python is not required to use the software, but would be useful for customizing the programs for your own use. Detailed instructions for the PmagPy installation and numerous examples are provided in the documentation. Read more ...

  • Lisa Tauxe has updated her Online Book: Essentials of Paleomagnetism (with contributions from R. Butler, S.K. Banerjee and R. van der Voo). It attempts to draw together the various principles and practices within paleomagnetism in a consistent and up-to-date manner. Paleomagnetic Data are useful in many applications of the Earth Sciences from determining paleocurrent directions to analyzing the long-term behavior of the geomagnetic field. Despite the diversity of applications, the techniques required to obtain and analyze the data are similar and all make use of the new MagIC Database. Read more ...

  • Registration is open for SEAMOUNTS '09 an international workshop for Interdisciplinary Seamount Sciences at Scripps Institution of Oceanography, organized by the Seamount Biogeoscience Network (SBN). This international workshop focuses on a wide range of biological, chemical and physical seamount science themes from their deep-earth origin to their oceanography, ecology and fisheries. This workshop will provide a representative overview over state-of-the art seamount science through keynotes and poster presentations. Register now ...

  • Biggin et al. 2009
    The intensity of the geomagnetic field in the late-Archaean: new measurements and an analysis of the updated IAGA palaeointensity database
  • Stone & Layer 2006
    Paleosecular variation and GAD studies of 0-2 Ma flow sequences from the Aleutian Islands, Alaska
  • Cottrell et al. 2008
    The Kiaman Reversed Polarity Superchron at Kiama: Toward a field strength estimate based on single silicate crystals
  • Hill et al. 2008
    An assessment of the reliability of paleointensity results obtained from the Cretaceous aged Suhongtu section, Inner Mongolia, China
  • Selkin et al. 2008
    Paleointensity record from the 2.7Ga Stillwater Complex, Montana
  • Brown et al. 2009
    Microwave paleointensity results from the Matuyama-Brunhes geomagnetic field reversal
  • Heunemann et al. 2004
    Directions and intensities of the Earth's magentic field during a reversal: results from the Permo-Triassic Siberian trap basalts, Russia
  • Zhu et al. 2004
    Paleointensities determined from the middle Cretaceous basalt in Liaoning Province, northeastern China
  • Zhu et al. 2004
    Is there a precursor to the Cretaceous normal Superchron? New Paleointensity and age determinations from Liaoning province, northeastern China
  • Pan et al. 2004
    Further evidence for low intensity of the geomagnetic field during the early Cretaceous time: using the modified Shaw method and microwave technique
  • McArdle et al. 2004
    Rock magnetic studies and a comparison between microwave and Thellier palaeointensities for Canadian Precambrian dykes
  • Morales et al. 2003
    Further absolute geomagnetic paleointensities from Baja California: evaluation of Pliocene and Early/Middle Pleistocene data
  • Doell & Dalrymple 1973
    Potassium-Argon Ages and Paleomagnetism of the Waianae and Koolau Volcanic Series, Oahu, Hawaii
  • Shibuya et al. 1999
    Paleomagnetic direction and intensity of the Aso-2 pyroclastic flow
  • Fujii et al. 2001
    Paleomagnetic directions of the Aso pyroclastic-flow and the Aso-4 co-ignimbrite ash-fall deposits in Japan


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