Interoperability of the Paleogeographic Atlas Project and Paleobiology databases Incorporation with (e.g.) Utah EGI and Dinosauria databases External collaboration.

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Presentation transcript:

Interoperability of the Paleogeographic Atlas Project and Paleobiology databases Incorporation with (e.g.) Utah EGI and Dinosauria databases External collaboration (Chris Scotese PALEOMAP/CHRONOS) Funding partners (Shell, Occidental) APPROACHES: Develop instructional materials EDUCATION/OUTREACH: FOSSIL AND SEDIMENTARY DATA AND TOOLS DEVELOPMENT Allister Rees and Karl Flessa, University of Arizona GOAL: To enable the scientific community to use fossil and sedimentary data to examine how the evolution of the earth’s surface interacts with the evolution of life

The Paleogeographic Atlas Project (PGAP) database: its status within GEON Beyond interoperability of two databases – some next steps Why develop interoperability of the PGAP and Paleobiology Databases, and why integrate these with paleogeographic maps? time geography, tectonic setting climate How does extinction and diversity vary with:

The Paleogeographic Atlas Project (PGAP) Database

Original PGAP User Interface…

PGAP in GEON…

Early Triassic Late Jurassic Early Carboniferous Integrating Information: Diversity, Geography and Climate Fossil Plants: Paleobiology Database Sedimentary Rocks: PGAP Database Paleogeography: PALEOMAP Project

The GEON Test Beds Spatial-Temporal PGAP and Paleobiology data coverage + 19,655 Paleozoic fossil genus occurrences PGAP DatabasePaleobiology Database

Integrating Information: Oil Industry Partnership ‘Paleogeography of Sedimentary and Oil source Rocks: a Geoinformatics Approach’ (Lithofacies Databases and ArcGIS Maps) Shell Occidental

PGAP Lithofacies Oil Source Rocks PGAP Climate Sensitive Sediments

Chris Scotese The Spatial-Temporal Information Matrix (STIM Cube): An Efficient Way To Store Geological Information (Scotese & Rees, GSA 2004) Research Partnership

Integrating Information Identifying the different sources of variation in diversity curves through time… …provides much deeper understanding of how the evolution of the earth’s surface interacts with the evolution of life sampling geography climate evolution