In the Northwest, where tons of biomass rots in forests or burns in slash piles, the conversion of waste into biochar is an environmental and economic win-win.
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In the Northwest, where tons of biomass rots in forests or burns in slash piles, the conversion of waste into biochar is an environmental and economic win-win.
“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.
OSU scientists were astounded recently when they listened to recordings of an iceberg that had formed in Antarctica, floated into the open ocean, and eventually melted and broke apart. Scientists have dubbed this phenomenon an “icequake.”
Andrew Thurber is a self-described “connoisseur of worms.” He finds these wriggling, sinuous creatures, many with jaws and enough legs to propel an army, to be “enticing.” In the Antarctic, where he dives through the ice in the name of science, a type of worm known as a nemertean can reach 7 feet long.
Oregon is warming, and snow is waning. The clear, clean water that supplies many of Oregon’s cities and farms originates high in the Cascades. Stored on snowy peaks, the water feeds rivers and aquifers that supply some of the state’s most populous regions.
When a submersible dove into deep waters off Florida not long ago, the scientists aboard saw an alarming sight: big lionfish, lots of them.