PhanCO2(GCA)
The CO2 Paper by this academic seems to have been scrubbed from the web.?
Dana Royer Professor Department of Earth and Environmental Sciences Exley Science Center 445 (265 Church St.) Middletown, CT 06459-0139 office: 860.685.2836; lab: 860.685.2873; fax: 860.685.3651 | Dana Royer Professor Department of Earth and Environmental Sciences Exley Science Center 445 (265 Church St.) Middletown, CT 06459-0139 office: 860.685.2836; lab: 860.685.2873; fax: 860.685.3651 | Dana Royer Professor Department of Earth and Environmental Sciences Exley Science Center 445 (265 Church St.) Middletown, CT 06459-0139 office: 860.685.2836; lab: 860.685.2873; fax: 860.685.3651 | Dana Royer Professor Department of Earth and Environmental Sciences Exley Science Center 445 (265 Church St.) Middletown, CT 06459-0139 office: 860.685.2836; lab: 860.685.2873; fax: 860.685.3651 | Dana Royer Professor Department of Earth and Environmental Sciences Exley Science Center 445 (265 Church St.) Middletown, CT 06459-0139 office: 860.685.2836; lab: 860.685.2873; fax: 860.685.3651 | Dana Royer Professor Department of Earth and Environmental Sciences Exley Science Center 445 (265 Church St.) Middletown, CT 06459-0139 office: 860.685.2836; lab: 860.685.2873; fax: 860.685.3651 |
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| Degrees and honors B.A. University of Pennsylvania (1998) Ph.D. Yale University (2002) Fellow, Geological Society of America (inducted 2011) General interests Global change; paleoclimatology; carbon cycle; paleoecology; paleobotany; plant physiology
Spring 2016: Geobiology Fall 2016: Introduction to Environmental Studies; Senior Seminar Spring 2016: [none] Research I explore how plants can be used to reconstruct ancient environments, and the (paleo-) physiological underpinnings behind these plant-environment relationships. Recent and current projects include the reconstruction of paleo-atmospheric carbon dioxide levels from the stomatal distributions in plant leaves, and the development of mechanistically-grounded proxies for climate and leaf ecology from the size and shape of fossil leaves. I also compile ancient carbon dioxide records and investigate the strength of carbon dioxide-temperature coupling over multi-million-year timescales. Follow the links on the left for further details on these projects and for publication downloads. I am looking for enthusiastic students (both undergraduate and Masters) to carry out original research on these topics!
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Teaching