Tuesday, August 3, 2010: 8:00 AM-11:30 AM
403-405, David L Lawrence Convention Center
SYMP 5 - Contributions of Citizen Science to Our Understanding of Ecological Responses to Climate Change
Our understanding of ecological responses to climate change is largely limited by a lack of long-term and spatially extensive data on appropriate ecological variables. The amount of data collected by scientists is particularly limited, in part because there has historically been little funding for long-term research of this sort. Data collected by citizen scientists have filled much of this data gap and have led to many important insights into our understanding of how plants, animals, and ecosystems are responding to climate change. For example, volunteers’ observations of flowering, leaf out, and bird migrations have provided key examples of climate-driven shifts in phenology. Records of plant, bird, and butterfly sightings have similarly shown shifts in species ranges. In fact, much of our most important, spatially extensive, ecological data have been collected by citizen scientists participating in programs such as the North American Breeding Bird Survey, Christmas Bird Counts, International Phenology Gardens, eBird, bird, butterfly, and plant atlases, and predecessors to the USA National Phenology Network (e.g., lilac and honeysuckle observation networks). From these datasets and others like them, we are beginning to understand important aspects of interspecific and spatial variation in species responses to climate change. Scientists sometimes question the quality of data collected by citizen scientists, which has perhaps limited the number of studies that utilize these data. However, recent studies have shown that citizen science data are often comparable to professionally collected data and can be relied upon to contribute to science and management decisions. Here we highlight key insights into ecological responses to climate change derived from citizen science data, programs that have yielded these data, and new initiatives that plan to expand, standardize, and utilize observations made by citizen scientists.
Organizer:Abraham Miller-Rushing, The Wildlife Society and USA National Phenology Network
Co-organizers:Rick Bonney, Cornell University
Sandra Henderson, University Corporation for Atmospheric Research
Benjamin Zuckerberg, Cornell University
Moderator:Abraham Miller-Rushing, The Wildlife Society and USA National Phenology Network
8:00 AMIntroduction: Contributions of citizen science to our understanding of ecological responses to climate change
Rick Bonney, Cornell Lab of Ornithology, Caren B. Cooper, Cornell Lab of Ornithology, Benjamin Zuckerberg, Cornell Lab of Ornithology, Jennifer Shirk, Cornell Lab of Ornithology
8:20 AMCitizen observations and other non-traditional data sources provide insight into climate change ecology
Richard Primack, Boston University, Abraham Miller-Rushing, The Wildlife Society and USA National Phenology Network
8:40 AMCitizen science and range shifts: The impacts of climate change on birds
Benjamin Zuckerberg, Cornell Lab of Ornithology
9:00 AMAre student data from GLOBE, an international citizen science program, useful to  climate change studies
Elena B. Sparrow, University of Alaska-Fairbanks, Rico Gazal, Glenville State College, Jessica Robin, National Science Foundation
9:20 AMBreak
9:30 AMIntegration of citizen- and scientist-based data for scientific, conservation and management applications:  Role of the USA National Phenology Network
Jake F. Weltzin, USA National Phenology Network
9:50 AMThe crucial role of citizen science in the monitoring of and adapting to climate change-induced health impacts
Arnold van Vliet, Wageningen Unversiteit, Wichertje A. Bron, Wageningen University, Sara Mulder, Foundation for Sustainable Development, Fedor Gassner, Wageningen University, Frans Jacobs, Wageningen University, Willem Takken, Wageningen University, Letty de Weger, Leiden University Medical Center, Eefje op den Buys, Triptic
10:10 AMFuture questions and citizen science: Including phenology in community ecology theory
Elizabeth M. Wolkovich, NCEAS, Elsa Cleland, University of California – San Diego
10:30 AMDiscussion

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See more of The 95th ESA Annual Meeting (August 1 -- 6, 2010)