T73 New or Improved Proxy Methodology for Enhanced Resolution and Accuracy of Climatic and Paleoenvironmental Interpretations in Sedimentary Records

Sunday, 27 October 2013
1:00 PM - 5:00 PM
Room 501

CYBERINFRASTRUCTURE FOR PALEOBIOSCIENCES (C4P): BUILDING A COMMUNITY OF GEOSCIENTISTS AND CYBERSCIENTISTS FOR THE EARTH-LIFE SYSTEM

Paper number: T73-14
Program: Technical Sessions
Time: 4:10 PM – 4:25 PM

Authors

Abstract

Understanding the evolution of the Earth-Life System requires networks of paleobiological and paleoenvironmental data and the integration of these data with earth system models. However, the paleogeosciences are a long-tail discipline, in which most data are generated by individual scientists and small research teams. This creates challenges of data heterogeneity, semantic heterogeneity, legacy data and dark data, and dispersal of cyberinfrastructure resources across many locations and software platforms. These informatics challenges are general to the geosciences, and potentially soluble given the on-going revolution in the computer sciences. In response, NSF has launched the EarthCube initiative, designed to build a community-supported architecture for sharing, discovery, and integrated analysis of data and models across the geosciences.

For EarthCube to succeed, cyberinfrastructure development must be community-driven, flexible, integrative, and inclusive: it must be rooted in existing community resources and practices. In response to this need, we are launching the Cyberinfrastructure for Paleobiosciences (C4P), a Research Coordination Network with the goals of 1) discovering, cataloging, and providing a clearinghouse of existing resources; 2) identifying best practices and standards, particularly with respect to geochronological and paleobiological data; 3) identifying barriers to data integration; and 4) stimulating communication and collaboration among geoscientists and computer scientists. Planned activities include a webinar series describing current advances in geoinformatics to be launched in Fall 2013, town halls and workshops, and a new catalog that will identify existing database resources, software tools, data standards, and best practices, which will be integrated with other EarthCube inventories. All activities are intended to maximize engagement within and across disciplines, e.g. paleobiologists, bioinformaticists, stratigraphers, geochronologists, geographers, data scientists, and computer scientists. Ultimately, by dissolving existing barriers among these disciplines, the goal is to improve the application of modern data management, data mining, and computational methods to the unified study of the Earth-Life System.