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The Gall lab attended the 2024 Animal Behavior Society Meeting in London, Ontario. This was the first national meeting for the six undergraduates that attended. Kalina, Lauren, Susie, Alex, Teo, and Gabe stopped at Niagara Falls on the way. Dr. … Continue reading
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Check out our new publication on the mechanisms underlying altered anti-predator communication in noise in chickadees, titmice, and nuthatches! https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0290330
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Thanks to Dr. Kelly Ronald for visiting us here at the Gall Lab and for presenting an interesting seminar on the new work happening in her lab!
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Gall Lab seniors Trina Chou (left) and Anjali Krishna (right) kicked off presentation season by presenting their senior thesis work at the Hudson Valley Life Science Group meeting. Next senior talks and poster sessions at Vassar!
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The Gall Lab is living it up at the SICB 2023 Meeting in Austin, TX! In attendance are Dr. Gall, Trina Chou and Anjali Krishna. We are seeing lots of great talks and getting to connect with lots of friends … Continue reading
Dr. Gall recently talked with Jim Metzner of Pulse of the Planet (formerly a brief NPR segment and now a full length podcast). Check it out here!
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The world is crowded with different types of complex information – images that can be perceived differently depending on the types of light an animal is capable of perceiving, sounds that can be heard within a certain range of … Continue reading
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There has been an expeditious increase in anthropogenic noise ever since the industrial revolution. As a result, noise-induced hearing loss has rapidly increased worldwide. The World Health Organization has even suggested that prolonged noise exposure is likely responsible for upwards … Continue reading
Many terrestrial animals use scent marking behaviors as a major form of communication. The scent marking process involves the systemic depositing of odors from metabolic byproducts, urine, or feces, from specialized glands, or from the orbital gland into the environment. … Continue reading
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How do crickets, and many other animals, avoid collisions with objects in their path and guide themselves to walk in a particular direction? This becomes a more complex question when considering that the visual system may be compromised due to … Continue reading
