Colin Polsky joined the Florida Atlantic University faculty as professor of geosciences in August 2014. His primary responsibility is to direct the Florida Center for Environmental Studies. CES was founded in 1994 under the superb leadership of Len Berry, who served as director until Polsky joined. Thankfully, Berry remains active in CES as emeritus professor of geosciences.
Under Polsky’s leadership, CES has embraced a new vision that builds on past successes while expanding into new domains. The vision of CES is to improve Florida's sustainability through research, education and outreach on wetlands ecology and coastal resilience.
Polsky is trained as a geographer, specializing in the human dimensions of global environmental change. He has completed four degrees with majors in four disciplines, plus a two-year postdoctoral training in a fifth field. This background in mathematics, humanities, French, geography, and science and international affairs (from the University of Texas, Penn State, and Harvard, respectively) has led to a sustained interest in advancing knowledge of U.S. climate vulnerabilities, in both methodological and applied terms.
As part of several inter-disciplinary teams, Polsky has received NSF grants totaling close to $18 million of which $1.7 million has been directed to his stewardship. His publications include 26 peer-reviewed articles, two co-authored books, 17 book chapters, and 11 other reports; he has delivered close to 100 public presentations in eight countries. Polsky has served as co-convening lead author for a chapter in the 2013 National Climate Assessment, served on NRC, NSF, and USGCRP committees, and prepared reviews for several IPCC reports.
Polsky’s administrative experience includes service for eight years as director of a university undergraduate research program, one-and-a-half years as associate dean, and one year on an elected governance board. These experiences have led to significant experience with leadership and program-building, both within and across university departments; fundraising from public and private foundations; staffing of diverse and multi-generational teams; and communicating with varied audiences, for both persuasive and reporting purposes.
Areas of Expertise (7)
U.S. Climate Vulnerabilities
Human Dimensions of Global Environmental Change
Science & International Affairs
2012 Colleges of Worcester Consortium Fellows in Academic Leadership Program
Clark U. Hodgkins Award for Research Excellence
2008 One of two junior faculty recipients
The Pennsylvania State University: Ph.D., Geography 2002
The Pennsylvania State University: M.S., Geography 1998
The University of Texas at Austin: B.A., Plan II (Humanities) 1994
The University of Texas at Austin: B.S., Mathematics 1994
- U.S. Global Change Research Program, U.S. National Climate Assessment : Member, Adaptation and Hazards Indicators Technical Team
- NEON Urban Ecology Working Group, NSF LTER Program : Member
- National Academies of Science/National Research Council (NAS/NRC) Committee on Strategic Directions for the Geographical Sciences in the Next Decade : Committee Member
Selected Media Appearances (2)
FAU Launches Osher Lifelong Learning Institute in Fort Lauderdale
The Boca Raton Tribune online
Florida Atlantic University has announced the establishment of the Osher Lifelong Learning Institute in Fort Lauderdale. Classes will take place at the Broward Center for the Performing Arts in the Abdo New River Room, 201 SW Fifth Ave., in Fort Lauderdale on Tuesdays, March 12 and 26, and April 23. The series is $50 and individual lectures can be purchased for $20. There will be a reception following each of the lectures. Tickets can be purchased at www.fau.edu/osherftlauderdale
Elevate the climate change discourse without blaming and shaming
Sun Sentinel online
My knowledge is limited. In some debates, my eyes just glaze over. If the discussion becomes heated, then I also tune out. So I get why the climate change debate is caught in such a logjam. When speaking publicly, I find most people genuinely open-minded and curious. They really want to know whether or not climate change is real, human-made, and problematic. But their eyes soon glaze over, and then they tune out. The reason is simple: the discourse is not only complex but also full of fear and vitriol. That is not a good recipe for successful communications. Fortunately, we can clarify these questions without complexity — and without blaming and shaming.
Selected Articles (3)
Dexter H Locke, Meghan Avolio, Tara Trammel, Rinku Roy Chowdhury, J Morgan Grove, John Rogan, Deborah G Martin, Neil Bettez, Jeannine Cavender-Bares, Peter M Groffman, Sharon J Hall, James B Heffernan, Sarah E Hobbie, Kelli L Larson, Jennifer L Morse, Christopher Neill, Laura A Ogden, Jarlath PM O'Neil-Dunne, Diane Pataki, William D Pearse, Colin Polsky, Megan M Wheeler
2018 We hypothesize that lower public visibility of residential backyards reduces households’ desire for social conformity, which alters residential land management and produces differences in ecological composition and function between front and backyards. Using lawn vegetation plots (7 cities) and soil cores (6 cities), we examine plant species richness and evenness and nitrogen cycling of lawns in Boston, Baltimore, Miami, Minneapolis-St. Paul, Phoenix, Los Angeles (LA), and Salt Lake City (SLC). Seven soil nitrogen measures were compared because different irrigation and fertilization practices may vary between front and backyards, which may alter nitrogen cycling in soils. In addition to lawn-only measurements, we collected and analyzed plant species richness for entire yards—cultivated (intentionally planted) and spontaneous (self-regenerating)—for front and backyards in just two cities: LA and SLC. Lawn plant species and soils were not different between front and backyards in our multi-city comparisons. However, entire-yard plant analyses in LA and SLC revealed that frontyards had significantly fewer species than backyards for both cultivated and spontaneous species. These results suggest that there is a need for a more rich and social-ecologically nuanced understanding of potential residential, household behaviors and their ecological consequences.
Justin B. Hollander, Colin Polsky, Dan Zinder, Dan Runfola
2018 In recent years, increased scholarly attention has been paid to the fall-out from the 2008 subprime lending debacle, a national collapse of the housing market that resulted in massive foreclosures and widespread housing vacancy throughout the United States. In this chapter, we seek to understand the physical impacts of economic contraction on housing occupancy patterns before and after the Great Recession. Additionally, we ask whether or not different census-defined density-determined regions – urbanized areas, metropolitan statistical areas, and rural areas – were affected uniformly during economic contraction.
Megan M Wheeler, Christopher Neill, Peter M Groffman, Meghan Avolio, Neil Bettez, Jeannine Cavender-Bares, Rinku Roy Chowdhury, Lindsay Darling, J Morgan Grove, Sharon J Hall, James B Heffernan, Sarah E Hobbie, Kelli L Larson, Jennifer L Morse, Kristen C Nelson, Laura A Ogden, Jarlath O’Neil-Dunne, Diane E Pataki, Colin Polsky, Meredith Steele, Tara LE Trammell
2017 Residential lawns are highly managed ecosystems that occur in urbanized landscapes across the United States. Because they are ubiquitous, lawns are good systems in which to study the potential homogenizing effects of urban land use and management together with the continental-scale effects of climate on ecosystem structure and functioning. We hypothesized that similar homeowner preferences and management in residential areas across the United States would lead to low plant species diversity in lawns and relatively homogeneous vegetation across broad geographical regions. We also hypothesized that lawn plant species richness would increase with regional temperature and precipitation due to the presence of spontaneous, weedy vegetation, but would decrease with household income and fertilizer use. To test these predictions, we compared plant species composition and richness in residential lawns in seven U.S. metropolitan regions. We also compared species composition in lawns with understory vegetation in minimally-managed reference areas in each city. As expected, the composition of cultivated turfgrasses was more similar among lawns than among reference areas, but this pattern also held among spontaneous species. Plant species richness and diversity varied more among lawns than among reference areas, and more diverse lawns occurred in metropolitan areas with higher precipitation. Native forb diversity increased with precipitation and decreased with income, driving overall lawn diversity trends with these predictors as well. Our results showed that both management and regional climate shaped lawn species composition, but the overall homogeneity of species regardless of regional context strongly suggested that management was a more important driver.