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Lead Scientist for the Conservation Lands Team
Joseph Kiesecker is a Lead Scientist for The Nature Conservancy’s Conservation Lands Team. In this capacity his main responsibilities include developing new tools, methods, and techniques that improve conservation. He pioneered the Conservancy’s Development by Design strategy, to improve impact mitigation through the incorporation of predictive modeling to provide solutions that benefits conservation goals and development. He also conducts his own research in areas ranging from disease ecology, to the effectiveness of new conservation tools such as conservation easements.
Read Joe Kiesecker's Full Biography
Proactive planning helps reduce conflicts between development and wildlife conservation, Joe tells Land Letter. "By identifying conflicts between conservation and development early, we can provide effective, balanced options."
Wind and solar farms can have severe impacts on wildlife and their habitats, Joe explains to Forbes.com. But there is a way to help balance our growing energy needs with those of nature, and begin to gain energy independence in the process.
Dr. Joseph Kiesecker, Director of Science for the Wyoming Chapter of the Nature Conservancy, works through his daily routine of fielding calls and analyzing GIS data at the Wyoming Field Office in Lander. Photography taken on assignment for Nature Conservancy Magazine winter 2008 "Proving Ground" story. © David Stubbs
Joe talks to Land Letter about how the Conservancy is using new technology to conserve land on a regional scale.
Brandon Scurlock from the Wyoming Game and Fish Department records data during a sage grouse count along a stretch of Muddy Creek, a small riparian zone within the private land of Cottonwood Ranch that has been set aside as a conservation easement. These mitigation efforts are designed to protect a valuable area of wildlife habitat to offset the industrial destruction in the Jonah oil and gas field near Pinedale, Wyoming. The rich riparian environment is home to numerous species of animals including the sage grouse (Centrocercus urophasianus), moose (Alces alces), pronghorn antelope (Antelopcapra americana) and red tailed hawk (Buteo jamaicensis). Photograph taken on assignment for Nature Conservancy Magazine winter 2008 "Proving Ground" story. © David Stubbs
PBS Newshour reports on how Joe has helped preserve key habitat for species that will replace habitat lost to natural gas drilling.
Greater Sage-Grouse (Centrocercus urophasianus) in Wyoming. Conservancy scientists collaborated with the National Audubon Society and the University of Montana on a research project that forecasts how potential energy development could affect the greater sage-grouse. Agencies can use the study?s findings to determine how best to pursue energy independence while maintaining quality habitat for wildlife. Steering development away from the most sensitive sage-grouse habitat would also benefit other species. © Joe Kiesecker
Bloomberg turns to Joe for analysis on endangered species protection for the greater sage grouse.
Wired magazine quotes Joe on an invasive species study of “nervous tadpoles.”
Evidence suggests that the loss of wildlife may translate into an increased risk of human disease, Joe writes-- providing a more tangible reason for people to value nature and the services it provides.
Evening photograph of the Spearville Wind Farm just north of the town of Spearville, in Ford County, Kansas. © Jim Richardson
Nature Conservancy lead scientist Joe Kiesecker takes a hard look at what it really means to produce green energy.
Critics claim our work with extractive industries is "greenwashing." One of our lead scientists explains why this new paradigm is just good conservation.
Greater Sage-Grouse (Centrocercus urophasianus) in Wyoming. Conservancy scientists collaborated with the National Audubon Society and the University of Montana on a research project that forecasts how potential energy development could affect the greater sage-grouse. Agencies can use the study?s findings to determine how best to pursue energy independence while maintaining quality habitat for wildlife. Steering development away from the most sensitive sage-grouse habitat would also benefit other species. © Joe Kiesecker
A decision on listing the greater sage grouse as protected will impact its future as well as economic and conservation opportunities across the country.
Obermeyer, B; Manes, R; Kiesecker, J; Fargione, J; and Sochi, K. (2011). "Development by Design: Mitigating Wind Development's Impacts on Wildlife in Kansas." PLoS One.
Kiesecker JM, Evans J, Fargione J, et al. "Win-Win for Wind: A Vision to Facilitate Sustainable Development." PLoS ONE In Press.
Kiesecker JM, Copeland H, McKenney B, Pocewicz A, and K Doherty. (In Press) Energy by Design: Making mitigation work for conservation and development. Chapter in: Energy development and wildlife conservation in Western North America (Edited by DE Naugle)
Kiesecker, JM, Copeland H, Pocewicz A, and B McKenney. (2010). Development by Design: Blending Landscape Level Planning with the Mitigation Hierarchy. Frontiers in Ecology and the Environment, 47: 261-266.
McKenney B, and JM Kiesecker. (2010). Policy Development for Biodiversity Offsets: A Review of Offset Frameworks. Environmental Management, 45:165–176.
Kiesecker, JM, Copeland H, Pocewicz A, Nibbelink N, McKenney B, Dahlke J, Holloran M, and D Stroud 2009. A framework for implementing biodiversity offsets: selecting sites and determining scale. BioScience, 59:77-84
Joseph Kiesecker is a Lead Scientist for The Nature Conservancy’s Conservation Lands Team. In this capacity his main responsibilities include developing new tools, methods, and techniques that improve conservation. He pioneered the Conservancy’s Development by Design strategy, to improve impact mitigation through the incorporation of predictive modeling to provide solutions that benefits conservation goals and development. He also conducts his own research in areas ranging from disease ecology, to the effectiveness of new conservation tools such as conservation easements.
His training was in ecology, conservation biology and animal behavior, with a Ph.D. from Oregon State University in 1997. He has held faculty appointments at Yale University, Penn State University and currently holds a faculty appointment at the University of Wyoming. He has been a Donnelly Fellow, and has received funding for his research from National Institutes of Health, the National Science Foundation, the IUCN and numerous private foundations. Kiesecker has published over 100 articles, on topics ranging from climate change to the effectiveness of conservation strategies; examples of his work have been published in Nature, Proceedings of the National Academy of Sciences, Conservation Biology, Ecology and American Scientist.
His past work has focused primarily on the conservation and ecology of freshwater systems. In particular, he has been interested in the global amphibian decline phenomenon. This line of research has involved investigating how perturbations resulting from climate change and land use changes can stress organisms, making them more susceptible to disease. He began his job with the Conservancy in 2004 with the challenge of putting years of classroom teaching and academic research into conservation practice in the real world. Kiesecker has been married for thirteen years to his wife Cheri, together they have a 9 year son (Jackson) and 7 year old son (Griffin).
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Blythe Thomas
Media Contact
Phone: (703)841-8782
E-mail: bthomas@tnc.org
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