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Join the insightful journey of Dr. S.J. Wright, a renowned Community Ecologist, as he uncovers the secrets of tropical forests' plant communities. Learn about his academic pedigree, research themes, and valuable advice for young scholars. Explore the global significance of tropical forests and the challenges faced in biodiversity studies.
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S. Joseph Wright Community Ecologist:The Dream Job Research Biologist Smithsonian Tropical Research Institute APO AA 34002-0938, United States or Apdo 2072, Balboa, Republic of Panama Presenting Team: Jeremy Sueltenfuss Gloria Summay Chris Davis Dave Gebben Ecology 505
Academic & Career History B.A., 1974 Princeton Ph.D., 1980 UCLA Research Biologist, 1983-2003 Senior Scientist, 2004-present
Academic Pedigree 1974 – Princeton John Terborgh -Tropical conservation biologist. - Ran research station in Peru. 1980 – UCLA Henry Hespenheide - predator prey interactions - evolutionary pressures Martin Cody - Controls of species diversity, density, and distributions. (PhD) Steve Hubbell - Theoretical ecologist on diversity - Unified Neutral Theory of Biodiversity
Successful “Students”* Kaoru Kitajima - Associate Professor, University of Florida Kyle Harms - Associate Professor, Louisiana State University Greg Gilbert - Research Professor, University of California SC Jens Svenning - Professor of Biology, Aarhus University Nina Wurzburger - Post doc research associate, Princeton *post-doc associates
International Service President elect, Association for Tropical Biology and Conservation (2003 for 3-yr term) Associate Editor for the ‘Journal of Ecology’ of the British Ecological Society (1997 to 2004) Associate Editor for ‘Biotropica’ (2001 to 2004)
Smithsonian Service Scientist-in-charge, Canopy Biology Program (1992 to present) Scientist-in-charge, Terrestrial Environmental Sciences Program (1993 to present)
Themes - by Decade 2000-2010 Changes in Tropical Forest Plant Community. What drives change?1990-2000 Ecophysiology of tropical plants. How do changes in physical/biogeochemical cycles affect physiology of plants?1980-1990 Relationships between plants and animals. Competition and Extinctions.
Most Cited Articles Tropical forests support 60% of all species and are a key component of global carbon and climate cycles. Despite their obvious global significance, relatively few biologists study tropical forests, and our papers are often cited accordingly. -SJ Wright
What Wright Says about his Work • “My doctoral work was an attempt to link species abundance distributions and species area relationships. I fell well short of my goal and became disillusioned with the problem.” • “My community was a human construct - it made no biological sense. So, I switched to plants.” • - “First, I embraced ecophysiology and phenology. Second, I started long-term monitoring studies of seed production and seedling recruitment and performance.”
Advice to Young Scholars: “Be optimistic. Expect the best from your colleagues. Always look for what you can learn from others – ignore their mistakes, focus on their successful insights. We aren’t lawyers. Our goal is to increase knowledge, not bicker over details.”