FAS FALL POTLUCK Sunday, November 10, 2024 Sumner Peck Ranch 14439 N. Friant Road 11:30 am-3:30 pm (12:00 Potluck Lunch) Register HERE! All participants must agree to the FAS Liability Waiver Form when they register. Use the QR code below or the form can also...
Virtual General Meeting Rich Cimino Topic: Birds of the Western Andes Mountains of Colombia Register for Fresno Audubon General Meeting Nov. 12th, 7:00pm This meeting will be broadcast online via Zoom Register to receive login information. New to Zoom? Check out all you need to...
Register for Fresno Audubon General Meeting February 14th, 7:00pm
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Larry Parmeter
How the Birds Taught Humanity to Fly
Description:
Since the dawn of recorded history, humans have wanted to fly like the birds. Although many studied the secret of avian flight during the Renaissance and the Enlightenment, it was not until the Industrial Revolution that the technological tools for humanity to fly became available. By the mid and late 1800s, spurred on by the science of bird flight, dozens of people, and the Wright Brothers were not the first, were attempting to master human flight. This culminated in the early 20th century with pioneering aviators on both sides of the Atlantic, and the Pacific as well, joining the birds in the air.
Biography:
Larry is a retired high school English teacher who currently teaches for the Osher Adult Continuing Education Program at Fresno State. He has been a member of Fresno Audubon for over 30 years, and was its president during the 1990s. He currently leads field trips for both Audubon and the San Joaquin River Parkway, and is also involved in the Parkway’s environmental education program for elementary school students. He has also had a longtime interest in the space program and aviation, which led him to tonight’s presentation.
Join Robert Groos on safari to Zambia. No need to fly all the way to the other side of the world. On this photo and video expedition, you will experience the birds and other wildlife (lions, leopards, elephants, zebra, antelope, of course) of Zambia as if you were sitting by my side in the safari jeep. Enjoy an incredible travel experience, informative as well as entertaining, without leaving the comfort of your own home.
Come along with me. I want you by my side on March 14, 2023
Biography
Robert received a PhD in French from the University of Wisconsin, became a university professor, but eventually left academia to pursue a career in computer technology consulting.
He began photographing birds in preparation for a safari in Botswana. What better way to learn how to use a camera than photographing birds, he reasoned. Birds eventually became his favorite photographic subject. “I’ve never met a bird I didn’t want to photograph,” he admits.
His photograph of a Cedar Waxwing was selected to appear in a special Audubon Photography Awards gallery of “our favorite female bird shots 2021.”
Choosing to be a bird photographer necessitated becoming an avid birder, and that pursuit led to storytelling about his experiences observing birds.
Harmonizing Bird Conservation with Food Production in Farming Landscapes
Register for Fresno Audubon General Meeting April 11th, 7:00pm
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Daniel S Karp: Harmonizing Bird Conservation with Food Production in Farming Landscapes
Description:
A critical challenge for this century is transitioning towards sustainable farming systems that simultaneously produce food and conserve wildlife. Yet conservation scientists and practitioners have traditionally fixated on protected areas and overlooked opportunities for conserving wildlife alongside us in working landscapes. Daniel uses ecological research to develop strategies for co-managing agriculture for bird conservation, crop production, and food-safety outcomes, both in the tropics and here in California. For this talk, Daniel will first discuss how climate change and habitat conversion are affecting tropical bird communities, and how shifts in farming practices may mitigate their combined impacts. Then, Daniel will shift his focus to California agricultural systems, where birds play multiple roles on farms, not only consuming crops and spreading foodborne diseases, but also consuming crop pests. Daniel will outline his lab’s work striving to find ways to manage California birds and take advantage of the benefits they can provide farmers, while minimizing harms to food production.
Biography:
Daniel Karp is an associate professor in the Department of Wildlife, Fish, and Conservation Biology at UC Davis. Daniel completed his Ph.D. in 2013 and undergraduate studies in 2009 at Stanford University’s Department of Biology. Following his graduate studies, Daniel became an inaugural NatureNet postdoctoral fellow at the University of California, Berkeley and the Nature Conservancy. He then received a Killam Postdoctoral Fellowship to conduct research at The University of British Colombia, before beginning his position at UC Davis in 2017.
Register for Fresno Audubon General Meeting May 9th, 7:00pm
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Tom Hahn, University of California, Davis: Natural History of Western Finches
Description:
Finches are, in many respects, the archetype of what people think of when they hear the word “bird.” Yet concealed in that “typical bird” form lies amazing variation. Among our numerous western finches – goldfinches, siskins, crossbills, grosbeaks, and so forth – we have: birds that are about as likely to breed in January when the snow lies deep on the ground as they are in July, birds that perfectly match the calls of their mates, birds that pack their songs with precise imitations of the sounds of other species, birds that seldom breed in the same place two years running, birds that we can only tell apart reliably by their flight calls, birds that can breed “in the streaked plumage of youth,” birds who can nest far from their food sources because they possess hefty food-transport pouches, and birds whose mandible tips don’t even line up. This presentation will be a tour of the striking natural history, behavior, morphology, and physiology of our western finches, and highlight ways that field ornithologists and bird watchers can add to our growing knowledge about these fascinating birds.
Bio:
Tom Hahn is a professor of biology at the University of California, Davis. He has been studying western Cardueline finches since the late 1980s, when he began working on reproductive schedules of red crossbills for his doctoral research. Since then, he and his students have spent many hours in the field studying the reproductive schedules, migratory habits, vocal behavior, habitat associations and other aspects of the natural history of red crossbills, white-winged crossbills, evening grosbeaks, pine siskins, house finches, Cassin’s finches, purple finches, American goldfinches, lesser goldfinches, pine grosbeaks, common redpolls and gray-crowned rosy-finches.
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Sept 12, 2023
Speaker: Rob Furrow
Title: Flight Calls to Monitor Nocturnal Migration in the Central Valley
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Description:
Most songbird migration happens while we’re sleeping, with warblers, sparrows, and other birds passing overhead during their nocturnal flights. These migrating birds are not entirely silent during the night; many species repeatedly make short calls as they fly, referred to as nocturnal flight calls. In this presentation Rob will outline the basics of how bird migration can be monitored using audio recordings of nocturnal flight calls. Then he will describe initial results from a pilot study of nocturnal flight calls in the Central Valley, conducted with UC Davis undergraduate Cameron Tescher, as well as more recent work recording sight-verified flight calls of western migrants at ridge migration sites. Throughout, the audience will learn about when and where they might be able to hear these flight calls, and how to identify a few of the most common calls.
Speaker Bio:
Rob Furrow is an Assistant Professor of Teaching in Wildlife, Fish, and Conservation Biology at UC Davis. He has been birding since his youth and revels in early mornings with migrating songbirds. Nocturnal flight calls have long been an interest of his, so he was thrilled to take on these projects working alongside curious and dedicated UC Davis undergraduates.
Register for Fresno Audubon General Meeting Oct. 10th, 7:00pm
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Bruce Lyon, The Breeding Biology of Coots
Description:
Reconsider the coot: the crazy reproductive antics of a common marsh denizen.
Coots are often overlooked by birders because they are so common. I have been studying the reproductive antics of American coots for the past two decades and have discovered that there is far more to this bird than meets the eye. In the talk I highlight some of our discoveries about the parental and reproductive strategies of coots, from both a natural history and scientific perspective. We all are familiar with the story of the cuckoo female that lays eggs in the nests of other species rather than raising chicks herself. Some coot females do this sort of thing, but they lay their eggs in the nests of other coot females. Why would they do this — why lay eggs elsewhere when you have your own nest? What do the birds that receive these unwanted foster eggs do? Coots are just as bizarre when it comes to raising their own kids, and there are many puzzling features of coot parental care behavior. For example, why do coots lay far more eggs than they can normally raise and why do they beat up their kids so much? And, finally, why are baby coots born with such a ridiculously fluorescent orange plumage? I will answer these questions in my talk. In addition, because our coot research was done in a wild part of central British Columbia, I will also briefly highlight a few of the special birds we encounter at our study site. Finally, the research program is expanding to ask similar questions in a mysterious coot in the High Andes of Argentina.
Bio:
Bruce Lyon is a professor of Evolutionary Ecology at the University of California, Santa Cruz. His research focuses on the evolution of reproductive strategies and mating behavior of birds. His long-term research on the adaptive basis of brood parasitism in American coots has sought to understand why parasitism within species evolves and how the behavior influences other aspects of social behavior. Dr. Lyon has also investigated the evolution of ornamental plumage signals in a variety of species, including lark buntings, lazuli buntings and the evolution of ornamental offspring plumage in the newly hatched chicks of American coots. Most recently, he has conducted a decade-long investigation into the winter social lives of migrant golden-crowned sparrows that spent their winters on the Arboretum of the University of California, Santa Cruz. He has also begun work on the horned coot, a rare and giant South American coot species with boring drab chicks.
Using technology to study courtship and conservation
Register for Fresno Audubon General Meeting Nov. 14th, 7:00pm
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Female greater sage-grouse soliciting copulation
Description:
Animals use a dizzying array of sounds, smells, colors, dances, electrical fields and seismic vibrations to convince each other to mate. These elaborate courtship signals were a mystery until Darwin’s theory of sexual selection, which proposed that the courting sex (often, but not always the males) must be elaborate because the courted sex (often, but not always the females) demands it. But how do scientists study the conversations males and females in non-human animals have about mating? One way to do this is to participate, controlling one side of the conversation with a robot. Gail Patricelli will talk about using robotic females to study courtship behaviors in two spectacular species of birds, the satin bowerbird and the greater sage-grouse.
Bio:
Gail Patricelli is a professor in the Department of Evolution and Ecology and Chair of the Animal Behavior Graduate Group at the University of California, Davis. Members of the Patricelli Lab study the evolution of courtship and other forms of communication in birds and the impact of human activities, like urban development and noise pollution, on communication, breeding ecology, and reproductive success. This research uses technology such as biomimetic robotics, microphone arrays, acoustic monitoring, and remote telemetry to study populations in the wild, from local songbirds to species of conservation concern, such as greater sage-grouse.
