If you’ve hit the trails or the water this year, you know COVID-19 has transformed the way many people are recreating in our wild spaces. Places that were previously “off the beaten track” are as popular as they’ve ever been, and the usual hotspots are overwhelmed with hikers, campers and skiers. What does this mean for our wild spaces, and how can we be better stewards?
Read more »Sustainability in the time of COVID-19
Remember to bring a reusable bag when you go grocery shopping. Bring a reusable mug when you go to a coffee shop. Shop your closet or thrift your clothes whenever you can. For many people, sustainable actions like these have become second nature. With new COVID-19 regulations limiting the use of reusable or “pre-loved” products, many of us are left wondering how we can still practice sustainable behavior in our daily lives.
Read more »NOAA selects UW to host new, regional institute for climate, ocean and ecosystem research
The National Oceanic and Atmospheric Administration announced May 20 that it has selected the University of Washington to host NOAA’s Cooperative Institute for Climate, Ocean and Ecosystem Studies. The new regional consortium will include faculty and staff at the UW, the University of Alaska Fairbanks and Oregon State University. Members will contribute expertise, research capacity, technological development, help train the next generation of NOAA scientists, and conduct public education and outreach.
Read more at UW News »2018 Doug Walker Lecture with Richard Louv
Join University of Washington’s EarthLab and the College of the Environment for an evening with our 2018 Doug Walker Lecturer, Richard Louv. A journalist and the author of nine books, including “Last Child in the Woods: Saving our Children from Nature-Deficit Disorder,” The Nature Principle: Reconnecting with Nature in a Virtual World” and “Vitamin N: The Essential Guide to a Nature-Rich Life,” Louv will discuss the central role nature plays in human health and well-being at every age and stage of life.
Read more »Climate change projected to boost insect activity and crop loss, researchers say
Just a 2-degree Celsius rise in surface temperatures will push the total losses of rice, corn and wheat to approximately 213 million tons each year.
Read more at UW Today »