Scientists at the National Institute for Mathematical and Biological Synthesis (NIMBioS) at UT, along with scientists at Clemson University, have been watching tiger salamanders strut their stuff.
What works in science and what doesn’t and how do we know? As the academic community faces greater scrutiny from external funders as to how and why research or education programs work, the need for external evaluation has never been more apparent.
As the American media continues to buzz over who is more or less likely to secure the Republican and Democratic nominations for US President, experts from the National Institute for Mathematical and Biological Synthesis (NIMBioS) explore some interesting perspectives on the nature of leadership in a new study.
Sergey Gavrilets recently spoke with WUOT 91.9 FM about human warfare and how it has evolved over time. Gavrilets, distinguished professor in the Department of Ecology and Evolutionary Biology, is one of the organizers of a three-day workshop that will explore warfare in human societies and how it has potentially acted as a source of natural selection for biological and cultural evolution.
The National Institute for Mathematical and Biological Synthesis has been awarded a two-year, $299,990 grant from the National Science Foundation to assess whether using real-world biology examples in college-level mathematics courses enhances student understanding of quantitative concepts.
Invasive species, from plants like the kudzu vine to animals like the red scale insect that chomps through citrus crops, threaten the health of vital agricultural and natural lands. Three undergraduate students have developed a new tool to help fight these pests. Their work was done with UT faculty mentors during a summer research program at NIMBioS.
Undergraduates from across the country and their research mentors at UT are investigating ways to manage and control outbreaks of canine distemper virus, a devastating disease affecting dogs—particularly those in animal shelters—and other wildlife.
A team of UT researchers is working with undergraduate students from across the country to better understand how the human body responds to tuberculosis infection by linking mathematical and biological studies.
The larvae of some species of reef fish appear to survive better depending on the timing of when they were spawned, according to new research from the National Institute for Mathematical and Biological Synthesis.
A genus of emerging pathogens Ranavirus is thought to be the potential new culprit causing the decline and extinction of amphibians around the world. A new book by a UT professor provides insight on the viruses and guidance on urgent research directions to address them.