This is the second post of a two-part series on a day in the life of a behavioral ecologist, which features the stories and research of members of Dr. Kim Rosvall’s laboratory in the Department of Biology. Click here to read the first post of the series! In Part I of this series, I discussed… Read more »
Tag: endocrinology
Winter makes me SAD: The biological story behind seasonal affective disorder and its potential treatments
As fall transitions into winter, all animals, including humans, must acclimate to colder weather, shorter days, and less sunlight. In many northern latitudinal regions across the globe, winter is often characterized by overcast skies and snowy days, in which little to no sunlight reaches life on the ground. Colloquially, some people report having the “winter… Read more »
The early bird gets the worm, part I: What can behavioral ecology tell us about female aggression and its underlying mechanisms?
This post is the first of a two-part series on a day in the life of a behavioral ecologist, which features the stories and research of members of Dr. Kim Rosvall’s laboratory in the Department of Biology. When most people imagine a scientist, they picture a person wearing a stark white lab coat and thick-rimmed… Read more »
Fatherhood in the animal kingdom and its intricate relationship with aggression
On Father’s Day, hundreds of thousands of people across the United States will show appreciation for the love, encouragement, and support that their fathers have provided them throughout their lifetimes. Interestingly, numerous animals provide parental care to their offspring, from fish and birds to non-human primates and humans. Yet, there is substantial evidence that many… Read more »
A gut feeling: Demas lab explores how microbiome influences social behavior
Social behavior is most commonly associated with electrical and chemical signaling in the brain. But, did you know that your gut may also communicate with your brain? There is emerging evidence that the gut microbiome, a population of about 100 trillion microorganisms that resides in the gastrointestinal tract, may communicate with the central nervous system… Read more »