Luis M. Chiappe – Birding in the Age of Dinosaurs: Advances in Understanding Early Avian Evolution
March 2, 2020
Senior Vice President, Research & Collections
Gretchen Augustyn Director, Dinosaur Institute
Natural History Museum of Los Angeles County
A tremendous amount of new fossils of early birds from the Age of the Dinosaurs has been unearthed in the last few decades. In his lecture, Dr. Chiappe will review the many new discoveries related to the early evolution of birds, and how these developments help us understand the origin of the unique attributes of living birds. Chiappe will show stunning examples of birds with long bony tails, teeth, and wing claws, and explain how these fossils bring clarity to the 150 million-year-long evolutionary saga of birds.
As the head of the Research and Collections Department of the Natural History Museum of Los Angeles County (NHMNLAC), Dr. Chiappe oversees the research programs of more than 25 PhD scientists and the vast biological, geological, and cultural collections of NHMLAC. A vertebrate paleontologist and the Gretchen Augustyn Director of the Museum's Dinosaur Institute, Dr. Chiappe has conducted extensive research on the evolution of dinosaurs, from their reproductive behavior to their evolutionary connection with birds. He is considered to be one of the world's authorities on the early evolution of birds. One other important focus of his is science communication, conveying the relevance of NHMLAC's scientists' discoveries to the media, the public, and Museum visitors.
Chiappe's commitment to public communication is reflected in the Museum's Jane G. Pisano Dinosaur Hall, an award-winning permanent exhibition that he curated about the nature of science and the lives of dinosaurs, as well as in his many popular books and articles. Chiappe¹s research has been published in more than 180 scholarly articles. He is the author of Walking on Eggs, Glorified Dinosaurs, and Birds of Stone. He is also a J. S. Guggenheim Fellow, a Humboldt Awardee, and a professor at the University of Southern California.
Jennie Duberstein – Working across borders to conserve birds and habitats in the southwest US and northwest Mexico
April 6, 2020
Sonoran Joint Venture Coordinator
U.S. Fish and Wildlife Service
The southwest United States and northwest Mexico is a region of incredible biological diversity, as well as human diversity. Birds and habitats don't recognize international boundaries, and neither can our efforts to conserve then. Successful conservation requires cross-border collaboration that takes into account not just the biological needs, but also the social needs of the region. The Sonoran Joint Venture is a binational partnership the works to conserve the unique birds and habitats of the southwestern U.S. and northwestern Mexico. Join Dr. Jennie Duberstein, Sonoran Joint Venture Coordinator, to learn how the SJV brings together partners from both sides of the border to develop and implement innovative mechanisms to address the biggest conservation priorities of the region and ensure a healthy landscape for birds, other wildlife, and people.
Dr. Jennie Duberstein is a wildlife biologist and conservation social scientist who has spent her professional career working to build partnerships for bird and habitat conservation across the United States and northwest Mexico. She has directed environmental education programs, developed community-based conservation projects in the U.S.-Mexico border region, developed and taught courses and workshops on bird identification, ecotourism, and bird monitoring, and has studied species including Double-crested Cormorant and wading birds in Sonora and Yellow-billed Cuckoos in Arizona. Jennie has also worked with young birders for many years, directing field courses, summer camps, and conferences, and generally helping to connect young people with opportunities and each other. Jennie received her B.S. in Wildlife Biology from Virginia Tech and her M.S. and Ph.D. from the University of Arizona’s School of Natural Resources and the Environment.
Gabrielle Nevitt – Following the Scent of Avian Olfaction
May 4, 2020
Professor, Department of Neurobiology, Physiology and Behavior
University of California, Davis
When John James Audubon proclaimed that birds lacked a sense of smell, the study of avian olfaction was doomed to suffer ridicule by ornithology text books for years to come. In recent years, ornithologists have renewed their interest into the sense of smell in birds leading to a new appreciation of their chemical ecology. The tubenosed seabirds (petrels and albatrosses) of the order Procellariiformes have among the most impressive olfactory abilities of any animal on earth. Species within this order spend most of their lives flying over the world’s oceans, returning to land each year or every other year, to breed and rear a single offspring. They tend to partner for life and show strong nest-site fidelity between breeding seasons. Much of my research career has focused on elucidating how procellariform species use olfaction to perform behaviors ranging from foraging and navigation to mate choice and individual recognition. My presentation will touch on some of our recent findings and hopefully convince you that olfaction is a rich field of study, and that questions related to sensory ecology are both important and applicable to scientific inquiry into the biology and conservation.
Gabrielle Nevitt is a leader in the field of vertebrate Chemical Ecology and has conducted pioneering research in the sense of smell in birds, focussing on procellariform seabirds. She graduated from Stanford University, received her PhD in Zoology from the University of Washington, and did postdoctoral training in the Department of Neurobiology and Behavior at Cornell University. She has been a professor in the Department of Neurobiology, Physiology and Behavior at UC Davis for 24 years. She lives with her family on a rural property with various birds including emus.
Gail Patricelli – Robots, Telemetry, & the Sex Lives of Wild Birds Using technology to study & protect an enigmatic bird
June 1, 2020
Professor, Department of Evolution and Ecology
University of California, Davis
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 time—after proposing his theory of natural selection, Darwin was left with the question of how the flamboyant peacock could be shaped by the same process that makes the peahen so perfectly camouflaged. There is now strong support for Darwin’s answer to this question, the process he termed sexual selection, proposing that the courting sex must be elaborate because the courted sex demands it. But how can we 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 and other technology to study courtship behaviors in the greater sage-grouse, and how such research informs conservation of this iconic North American bird and its habitat.
Gail Patricelli is a professor in the Department of Evolution and Ecology at the University of California, Davis. Professor Patricelli and members of her lab study bioacoustics, the evolution of breeding behaviors, and the impacts of noise pollution on birds.
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Assistant Professor, Molecular and Cell Biology University of Connecticut Microorganisms have existed on this planet for billions of years. They have shaped our world in countless important ways. How have microorganisms affected animal evolution? Birds are a globally important clade of animals that are essential components to nearly all terrestrial and many aquatic ecosystems. Their…Read More
David Lank – Competition, cooperation, and deceit among three male morphs of ruffs and the females that choose to mate with them: is this the most complex avian mating system?
University Research Associate Simon Fraser University Ruffs (Philomachus [or Calidris, if you prefer] pugnax) have the most complex mating system of any bird in the world. Three genetically distinct types of males, with different morphologies and mating strategies, attempt to mate at leks with as many females as possible. Most highly ornamented males fight, but…Read More
Museum of Comparative Zoology, Harvard University The suboscines passerines represent almost 15% of the world’s avifauna. One in three Neotropical bird species is a suboscine, making this the perfect group to examine the origins of tropical biodiversity. Many species are widely distributed and can occur in various habitats, whereas others are geographically restricted and exhibit…Read More
Emeritus Professor of Wildlife Biology McGill University Small unmanned vehicle systems (UVS), sometimes referred to as “drones” and formerly exclusive to militaries, are rapidly advancing in sophistication and availability to civilians. Ranging from hand-launched autonomous airplanes to terrestrial robots to underwater machines, they are increasingly being employed in such areas as agriculture, emergency services, meteorology,…Read More
Professor and Robert B. Berry Distinguished Chair in Ecology University of Wyoming After providing an overview of the patterns and processes driving crossbill diversification, this talk will focus on the premating reproductive isolating barriers contributing to speciation in crossbills. Crossbill are interesting in this regard because many crossbill taxa have diverged recently (<11,000 years ago)…Read More
Crows are mischievous, playful, social, and passionate. They have brains that are huge for their body size and exhibit an avian kind of eloquence. They mate for life and associate with relatives and neighbors for years. And because they often live near people—in our gardens, parks, and cities—they are also keenly aware of our peculiarities, staying away…Read More
Recent advances in wildlife tracking technologies now make it possible to track movements of small-bodied birds at unprecedented scales. Since 2013, the U.S. Fish and Wildlife Service and partners have deployed miniaturized transmitters on hundreds of seabirds (Common and Roseate Terns) and shorebirds (Piping Plovers and Red Knots) in the northeastern U.S. and Canada. This…Read More
Emily DuVal – Dancing Birds, Sexual Selection, and the Evolution of Cooperation in a Tropical Forest
Males of many species engage in fierce competition for mates. That competition can take the form of intense battles with rivals or flashy displays that attract females, but in just a few species, males do something truly unusual: instead of competing, they cooperate. Male lance-tailed manakins form long-terms two-male partnerships and display together for females,…Read More
Richard Prum – Mate Choice, Sexual Conflict, and Sexual Autonomy: Everything you ever wanted to know about duck sex, but were afraid to ask
Mate choice is well appreciated mechanism in the evolution of avian ornaments. However, sexual coercion and sexual violence can also influence avian breeding systems, leading to sexual conflict. This talk will explore sexual conflict in waterfowl, bowerbirds, and lek evolution. The conclusion is that freedom of choice matters to birds. Sexual autonomy actively evolves in…Read More
Matthew Kamm – Avian Real Estate in a Buyer’s Market: What Nest Box Programs Can Tell Us About American Kestrels
American Kestrels (Falco sparverius) are North America’s smallest raptor species. Once regarded as the most common raptor in America, kestrels have been declining across many parts of their large range over the past decades. Nest box programs aimed at addressing the limited breeding habitat for this species have popped up all across the continent, yet…Read More
Dr. Katharine Parsons – Piping Plover Protection in Massachusetts: Recovering Populations and Facing Climate Change
Begun in 1987, Mass Audubon’s Coastal Waterbird Program (CWP) annually monitors Piping Plover (Charadrius melodus) nesting activity and protects habitat at 195 beach sites along 260 km of Massachusetts’ coastline. Nesting at these locations are approximately 220 pairs of plovers—a third of the Massachusetts population listed as “threatened” under state and federal endangered species laws. …Read More
Dr. Edward O. Wilson – Half Earth: A plea to save 50% of our lands and oceans for humans and biodiversity
Dr. Wilson will be flanked by Peter Alden who will introduce him and guide a lively Q&A from Nuttall and audience members. Dr. Robert Ridgely will end with a short, illustrated presentation on the history of the Cordillera Azul Antbird recently named for Dr. Wilson. Edward O. Wilson is recognized as one of the creators…Read More
Dr. David Mizrahi – Connecting the Dots: Understanding Dramatic Declines in a Widespread Migratory Shorebird
Dr. Mizrahi will review 20 years of research to unravel connectivity in Semipalmated Sandpipers populations throughout the annual cycle and determine what factors during the winter, migration and breeding periods underlie significant declines in populations, especially those migrating through the Western Atlantic region. He will also discuss conservation efforts that address several of the major…Read More
Dr. Nils Warnock – Wings over borders – migration and conservation of shorebirds around the Pacific Basin
Nils will talk about the migration and conservation of shorebirds around the Pacific Basin, focusing on studies he and collaborators have done over the past 30 years. His initial research focused on the migration of small shorebirds like the Western Sandpiper and the Dunlin through western North America. More recent work looked at large-scale movements…Read More
Dr. Geoffrey Hill – Speciation and Sexual Selection as processes to maintain Mitronuclear Coadaptation
Eukaryoic performance hinges on the coordinated function of the products of the nuclear and mitochondrial genomes in achieving oxidative phosphorylation. Because two genomes are involved, function is maintained only through perpetual selection for mitonuclear coadaptation. He will discuss how these fundamental features of the genomic architecture of eukaryotes results in both pre-and post-zygotic sorting for…Read More
The Hawaiian Islands have experienced waves of avian extinctions during Polynesian and European colonization, becoming a hotspot for the loss of bird species. Although the plight of Hawaiian forest birds is well known, conservation issues surrounding Hawaiian waterbirds and the wetlands that support them are less well understood. This presentation integrates the full research of…Read More
Persecuted for years as a robber of game, as attitudes have slowly changed and over the past 50 years, Northern Goshawks have expanded their breeding range and increased their population size in the Northeastern U. S., including the Central Appalachians. Since 1977 Dave Brinker has studied goshawks in both Northeastern Wisconsin and the Central Appalachian…Read More
In eight groups of animals, including humans and songbirds, young animals learn to vocalize by listening to adults. Experimental evidence from laboratory studies supports this hypothesis for vocal learning, however there is no experimental evidence of vocal learning in wild animals. Dr. Mennill developed an innovative playback technology to simulate vocal tutors in the wild.…Read More
Dr. Richard (Rob) Bierregaard – Tracking Ospreys in the Age of Silicon: Migration, Ecology, and Conservation
When, in the mid 1990s, technological advances permitted us to build radio transmitters capable of sending signals to satellites orbiting the earth and small enough to place on an Osprey, windows into their lives away from the nest were thrown wide open. Thanks to bird band recoveries, we already knew that most North American Ospreys…Read More
Dr. Jonathan Regosin – Thirty Years of Piping Plover Conservation and Management in Massachusetts: Long-term Trends and Recent Developments
The Piping Plover is a state and federally threatened shorebird, with about 10,000 adults remaining, worldwide. Massachusetts has an important role to play in Piping Plover conservation, accounting for approximately 40% of the Piping Plovers breeding on the Atlantic Coast. The speaker will review 30 years of progress in Piping Plover conservation and research, challenges…Read More