September 11th, Rossana Maguiña-Conde
The Life of A Flower
Flowers are more than just beautiful structures—they are essential organs for plant reproduction. Nearly 90% of flowering plant species rely on animal pollinators to transfer pollen and ensure successful reproduction. In this talk, we’ll delve into the fascinating world of floral biology, exploring the diverse traits flowers have evolved to attract their pollinators. From color and scent to shape and timing, each characteristic tells a story of coevolution and ecological partnership. Join Rossana Maguiña-Conde on September 11th to learn about the life of a flower!
Rossana Maguiña-Conde is an evolutionary ecologist studying plant-pollinator interactions and plant reproductive systems. She is currently working as a postdoctoral researcher at the Stengl Lost Pines Biological Station surveying insects, plants, and soil after a wildfire. Dr. Maguiña-Conde received her PhD in Ecology and Evolutionary Biology from the University of California Santa Cruz, where she studied studied plant evolution and the role of pollinators on this process, focusing on how flowers evolved from a bee syndrome to a bird syndrome in the Neotropical spiral gingers in Costa Rica and Peru. She received her MS in Biology from the University of Missouri at St. Louis, where she studied the feeding ecology of nectar bats and their associated plants in cloud forests of Ecuador.
Lecture Schedule
- 7:00 pm: Kid’s activities and natural history displays
- 7:15 pm – 7:45 pm: Guided tour of the Brackenridge Field Laboratory (sturdy shoes and water recommended!)
- 8:00 pm: The talk begins!
- 8:45 pm: Q&A with the speaker
📍 Location: Brackenridge Field Laboratory, 2907 Lake Austin Blvd, Austin, Texas 78703
💡 No RSVP is required – just show up and enjoy!
🅿️ Free parking is available at BFL for all lecture events!
🌦️ While we aim to host all events outdoors, sometimes weather conditions or volunteer capacity may require that we move the event inside the laboratory building.
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Emily Jane McTavish
Journey to a New World – The Global History of Texas Longhorn Cattle!
★ Texas’s iconic longhorn cattle are descended from herds arriving with Columbus in the 1490’s. Left to roam the unfenced southwest, they adapted to their new environment through natural selection.
★ Using genomic data, we will trace the longhorn’s remarkable history – both around the globe, and back to the time of cattle domestication 8,000 years ago!
Chad Smith
Race To Egg: How Sperm Competition Drives the Evolution of the Sexes.
Why do males produce so many sperm? While Charles Darwin is famous for explaining how male competition for females could lead to the evolution of male ornaments and weapons, he did not foresee that competition could continue after mating is over. In this talk we’ll explore how competition between sperm from more than one male for the fertilization of the eggs can have widespread effects on male behavior, anatomy, and of course the characteristics of the sperm itself. In addition, we now recognize females can play an important role in determining the outcome of sperm competition, and as a consequence we’ll talk about female role in this process.
Click here to download the poster from Chad’s SUTS Event!
Eben Gering
Sexual conflict and female revolution in damselflies
Among the ponds of the Brackenridge Field Laboratory lurks the living evidence of a multi-million year struggle between males and females. Find out how the battle between the sexes contributes to evolution, and why some female damselflies at Brackenridge look suspiciously like males…
Eric Miller
Seeing It As It Happens: Witnessing, controlling, and understanding evolution
How do scientists discover how evolution affects a group of organisms? By doing what scientists do best — experimenting and recording the results! Join us as we talk about how scientists control the environment of bacteria, viruses, and insects to learn more about evolution. We will also talk about how people use evolution to improve computers, crops, pets, and clean up the environment.
Science Under The Stars 