Imagine a world...with easy, unlimited access to scientific data from any field, where you can easily plot data from any source and visualize it any way you want, and you can easily model your results and explore ideas from your desktop, lab, or in the field. EarthCube aims to make this vision a reality!
“EarthCube is a bold new NSF activity to create a data and knowledge management system for the 21st Century. The Directorate of Geosciences (GEO) and the Division of Advanced Cyberinfrastrictire (ACI) of the US National Science Foundation are the sponsors of this effort. The scientific objective is to develop a framework over the next decade to understand and predict the Earth system from the sun to the center of the Earth. NSF is facilitating a community dialog to define the research and educational framework for this new effort and with the expectation that it will transform the conduct of research and education for the geosciences and related fields with the intended outcome of accelerating progress towards the scientific objective. EarthCube has the potential to:
Transform the conduct of data-enabled
Create effective community-driven cyberinfrastructure
Allow global data discovery and knowledge management
Achieve interoperability and data integration within and across disciplines
To achieve its full potential, EarthCube must be connected to and guided by the geoscience community that are actively engaged in research that often involve collecting and using data, simulating processes, and visualizing complex interacting systems. To do this, there needs to be close interaction between the end-users and those who will create the software and make sure cyberinfrastructure is responsive to changing user needs as well as accommodating the opportunity to capture innovations that is part of the ever changing tools and landscape in computer science and computing hardware.
EarthCube is fostering a dialog among a breadth of disciplines in the geo-, bio-, and cyber-sciences to create a framework to understand and predict the Earth System and to provide an milieu that greatly increases the productive and capability of research and educator to undertake the science required to tackle the pressing problems in the geosciences and for society. As such, we have started conversations on important themes that will form part of the foundation of what EarthCube will become. These are represented by the community groups you see on this website (governance; data discovery, mining, and access; workflows; and semantics/ontologies) We have also funded a number of concept awards that will be testing out various approaches and components that may be needed to build what an EarthCube might be...
...We anticipate the structure and functionality of EarthCube will emerge over the next few years. During this time, NSF will facilitate dialog between geo- and cyber-scientists and continually seek end-user input and feedback and consensus on the way forward. Right now is your chance to help shape EarthCube and influence what it can do and what it can be. Please help us make this work for you and your science.
If you are coming to this website and want to share your thoughts, but do not know where or how you can do that, please contact the NSF EarthCube team at email@example.com. They will be able to help you and find a way that you can make your thoughts and ideas known. We welcome you to EarthCube and look forward to hearing from you,” (US National Science Foundation, 2011, “What is EarthCube”).
Nature does not recognize separate disciplines
EarthCube will democratize access to data
EarthCube will increase research time by reducing time need to find, access, and analyze data
EarthCube will enable more interdisciplinary research and the pursuit of new questions
EarthCube will accelerate the pace of discovery
EarthCube will give scientists the same chance of making major contributions regardless of institution size or endowment
The goal of EarthCube is to transform the conduct of research by supporting the development of community-guided cyberinfrastructure to integrate data and information for knowledge management across the Geosciences. Specific goals of EarthCube are to:
Transform research and data management practices within the geosciences community over the next decade.
Provide unprecedented new capabilities, including access to data and visualization tools, to researchers and educators.
Vastly improve the productivity of the geosciences community.
Accelerate research on the Earth system.
Provide a knowledge management framework for the geosciences
EarthCube is a collaborative endeavor between NSF and the community of geoscientists, computer scientists, information scientists, social scientists, educators, and more. Community engagement and contributions are enabled by awards, a series of end-user workshops, and general outreach efforts, including the website at http://earthcube.ning.com, Facebook, Twitter, YouTube and LinkedIn, which allow NSF to reach out to the US geosciences community to determine their needs and facilitate building an infrastructure for the future. It is our hope that the lessons learned in Earthcube can be used to replicate the process within the other NSF Directorates and Offices, and potentially, internationally by peer organizations.
Earthcube is a virtual organization. The center of gravity of the program is the community website hosted by the community engagement group at http://earthcube.ning.com. Earthcube is carried out on the discussion lists, in the blogs, on the website, on Facebook, Twitter, LinkedIn and YouTube, and at the end-user workshops across the country.
To get engaged, you can become a member (it’s free and open to all), join the virtual discussion groups, find collaborators via EarthCube Member Connections, follow EarthCube on social media or apply to the NSF EarthCube program solicitation. You can also tell NSF what you want EarthCube to do and be by taking the EarthCube Survey.
You also have the opportunity to participate in upcoming EarthCube end-user workshops and influence what EarthCube will do and be. Several workshops have already occurred. For details on workshop outcomes, please see Executive Summaries and Notes.
As of mid-2013, two-thirds of the two dozen workshops had already occurred:
Meetings of Young Researchers in Earth Science (MYRES) V: Sedimentary Record
Structure and Tectonics
Advances in Data Assimilation & Ensemble Prediction
Several more workshops have been funded and are planned:
For more detailed information on the domain end-user workshops, please see: