How did we get to the point where a rainforest in one of the wettest parts of the contiguous United States is able to catch fire?
A climate scientist and a student surveyed land managers in sagebrush country to create a blueprint for a practical, nimble, accessible computer tool for helping manage fires, protect wildlife, reseed vegetation and control invasives in a shifting landscape.
“The margin between life and death in the forest can be rather small,” says Oregon State climate scientist Philip Mote. As wildfires widen, insects invade and drought deepens, the razor-thin margin for tree survival becomes ever thinner.
Some people take a dim view of the idea that Oregon, as well as the rest of the world, could be expected to continue warming in coming decades. They may cite March snowfall in the Willamette Valley or unpublished comparisons of mean temperatures over a given time period in specific places. Appealing as it is, such evidence hardly constitutes proof that the region is cooling and does not trump rigorous, peer-reviewed science.
If you love 3-D graphics, the daily TV weather maps just keep getting better. With the sweep of an arm, an announcer can set winds and weather systems in motion like the master of ceremonies in a three-ring circus. We can sit back and watch clouds, rain and snow swirl over landscapes from local to continental.