Welcome to VentDB


VentDB is an effort funded by the US National Science Foundation to build and operate a data management system for hydrothermal spring geochemistry that will host and serve the full range of compositional data acquired on seafloor hydrothermal vents from all tectonic settings. VentDB supports the preservation and dissemination of analytical data on hydrothermal springs and plumes.

VentDB complements existing geochemical data collections such as SedDB and PetDB. VentDB can accommodate  published historical data as well as legacy and new data that investigators contribute.



Access the VentDB database (prototype, released October 7, 2011).

 The VentDB prototype is a fully functional system with a limited number of datasets. As of October 7, 2011, the VentDB database contains data from 10 publications.

 


 

How to Contribute Your Data:

If you would like to contribute data to VentDB, please submit your dataset to the Geochemical Resource Library, using the data templates provided by GfG. VentDB data managers will transfer your data into the VentDB database.


 Please, contact info@ventdb.org for any questions or feedback regarding the submission process.


 

Comments, questions, suggestions? Please contact us at: info@ventdb.org

VentDB is part of the data collections operated by the IEDA data facility, funded by the US National Science Foundation at the Lamont-Doherty Earth Observatory of Columbia University, in collaboration with the University of Hawaii.

 

 

 

Note: VentDB is optimized to work on current browsers: Chrome 11.0.x; Safari 5.0.3; Firefox 4.0.1. There are known incompatibilities with Internet Explorer. Other browsers may have incompatibilties causing improper functionality.

 

Recent News

  • Dec 2011. The Integrated Earth Data Applications group will be at booth #1122 on NSF street. Stop by for a demo of VentDB, to ask questions, or to learn more about Geoinformatics for Geochemistry.  


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Alvin samples a black smoker on the EPR. Photo Courtesy of WHOI Archives

 

Submersible Alvin being lifted onto support vessel R/V Atlantis. Photo: Terry Rioux, Woods Hole Oceanographic Institution