2017

13. Oliver, G. C., A. Cario, K. L. Rogers (2017). Rate and Extent of Elemental Cycling of a Deep Biosphere Model Extremophile, Archaeoglobus fulgidus. (Manuscript in preparation)

12. Van Alstyne-Ponce, A. M., G. C. Oliver, K. L. Rogers (2017). Growth of model extremophile, Archaeoglobus fulgidus, on formate, a C1 Compound. Rensselaer Polytechnic Institute SURP Symposium, Troy, NY. (Poster)

11. Oliver, G. C., A. Cario, K. L. Rogers (2017). Effects of Elevated Pressure on Microbial Growth: Using a Model Extremophile to Explore Habitability in Subsurface Ocean Worlds. Astrobiology Science Conference, Mesa, AZ. (Poster) [link]

2016

10. Oliver, G. C., A. Cario, K. L. Rogers (2016). Habitability in the Piezosphere: Experimental Investigation of the High-Pressure Growth of a Model Extremophile, Archaeoglobus fulgidus. Astrobiology Graduate Conference, Boulder, CO. (Poster)[link]

9. Oliver, G. C., A. Cario, K. L. Rogers (2016). Linking metabolism, elemental cycles, and environmental conditions in the deep biosphere: Growth of a model extremophile, Archaeoglobus fulgidus, under high-pressure conditions. Rensselaer Polytechnic Institute Graduate Symposium, Troy, NY. (Poster)

2015

8. Oliver, G. C., A. Cario, K.L. Rogers (2015). Linking metabolism, elemental cycles, and environmental conditions in the deep biosphere: Growth of a model extremophile, Archaeoglobus fulgidus, under high-pressure conditions. American Geophysical Union, San Francisco, CA. (Poster) [link]

7. Oliver, G. C. and M. Becker (2015). Measuring Fuel and Soil Moisture with Custom Data Loggers to Predict Fire Danger Rating. Water Resource Institute California State University, San Bernardino, CA. (Public report) [link]

2014

6. Oliver, G. C. and W. Levandowski (2014). Anisotropy from Joint Analysis of Split Direct-S and SKS Images Lithospheric Foundering Under the Sierra Nevada, CA. South Coast Geological Society, Long Beach, CA. (Poster) [link]

2013

5. Levandowski, W., C.H. Jones, and Oliver, G. C. (2013). Constraining Age of Delamination with Thermal Models: a Multidisciplinary View of the Sierra Nevada, CA. American Geophysical Union, San Francisco, CA. (Poster)

4. Oliver, G. C. and W. Levandowski (2013). Anisotropy from Joint Analysis of Split Direct-S and SKS Images Lithospheric Foundering Under the Sierra Nevada, CA. Geological Society of America, Denver, CO. (Oral) [link]

3. Oliver, G. C. and W. Levandowski (2013). Anisotropy from Joint Analysis of Split Direct-S and SKS Images Lithospheric Foundering Under the Sierra Nevada, CA. South Coast Geological Society, Santa Ana, CA. (Poster) [link]

2. Oliver, G. C. and W. Levandowski (2013). Anisotropy from Joint Analysis of Split Direct-S and SKS Images Lithospheric Foundering Under the Sierra Nevada, CA. American Geophysical Union, San Francisco, CA. (Oral) [link]

1. Oliver, G. C. and W. Levandowski (2013). Anisotropy from Joint Analysis of Split Direct-S and SKS Images Lithospheric Foundering Under the Sierra Nevada, CA. UNAVCO, RESESS Colloquium. Boulder CO. (Oral and Poster) [link]