Why are the humanities integral to the Climate Change Program at Washington University in St. Louis?

Why are the humanities integral to the Climate Change Program at Washington University in St. Louis?

Writing in my bedroom office under a stay-at-home order, the coronavirus is reminding me and the world of our interconnectedness and our humanity. We as individuals and as communities—local, national and global—are asking ourselves: How are we adjusting to a new normal? How are we understanding each other and our needs, both individually and collectively?
‘Extinction crisis even worse than realized’

‘Extinction crisis even worse than realized’

“This new study shows that the extinction crisis is even worse than realized,” said Jonathan Losos, the William H. Danforth Distinguished University Professor and professor of biology in Arts & Sciences at Washington University in St. Louis and director of the Living Earth Collaborative.
Wolf spiders may turn to cannibalism in a warming Arctic

Wolf spiders may turn to cannibalism in a warming Arctic

A study by biologist Amanda Koltz in Arts & Sciences at Washington University in St. Louis suggests that as female wolf spiders become larger and produce more offspring, competition among them increases — triggering higher rates of cannibalism and reducing the number of young spiders that survive to adulthood.
Arts & Sciences launches environmental analysis major

Arts & Sciences launches environmental analysis major

Washington University in St. Louis now offers a major in environmental analysis though the Environmental Studies program in Arts & Sciences. The major is a response to the global demand for environmental and sustainability experts who can think critically, communicate clearly and solve problems in collaboration with their communities. 
Hot time in the city: Urban lizards evolve heat tolerance

Hot time in the city: Urban lizards evolve heat tolerance

Faced with a gritty landscape of metal fences, concrete walls and asphalt pavement, lizards that moved into cities in Puerto Rico rapidly and repeatedly evolved better tolerance for heat than their forest counterparts, according to new research from Washington University in St. Louis and the University of California, Los Angeles.
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