Dr. Eric M. Wood is a postdoctoral quantitative ecologist in the Conservation Sciences Program at the Cornell Lab of Ornithology. His research investigates the impacts of land use and climate change on species’ interactions with their environment. Dr. Wood has over 15 years experience in avian ecology, exploring questions related to spring and fall migration and the breeding period to better understand species-habitat interactions, community and landscape ecology, ecosystem services, and phenology. Dr. Jherime L. Kellermann is an assistant professor in the Natural Sciences Department at the Oregon Institute of Technology and science coordinator at Crater Lake National Park Science and Learning Center. He has nearly 20 years of experience in research and conservation of birds and their habitats in America’s Pacific Northwest, Southwest, and Hawaii, as well as the Caribbean and Latin America. His research interests include seasonal dynamics of animal migration and habitat ecology, the synchrony or mismatch of interacting species’ phenology associated with climate variation and change, and how changing phenology may impact ecosystem services.
"""… This volume, with 12 chapters contributed by over 40 researchers, is a critical look at the synchrony of phenology with migration in a variety of species that have a variety of migration strategies. It details phenological mismatches in both spring and fall migration and highlights the dramatic effects of phenological changes that have arisen because of ongoing global climate changes. It is a valuable snapshot of an ever-changing, ever-challenging world. Summing Up: Recommended. Lower- and upper-division undergraduates, graduate students, researchers/faculty, professionals/practitioners."" —D. A. Rintoul, Kansas State University, CHOICE The editors have curated a wide breadth of studies on phenology and bird migration in North America, covering a range of different species and habitats and ranging from broadscale summaries of changing patterns to detailed mechanistic studies across trophic levels. —Samantha Franks, BTO Book Reviews online"