Science

In spite of their rich history, biologically derived sources of energy like wood, grass, dung and alcohol have failed to ignite the public "buzz" of the other renewables: solar, wind or even geothermal.
One organism, exploding in population, thrives at the expense of others in its ecosystem. That's essentially what happens when a toxic algal bloom spreads a slimy, stinky trail across a body of water.
The year 2070 may sound like an impossibly distant date from the vantage point of 2016, but it's as near into the future as John Glenn's first orbit of the Earth is in the past.
With such a fast rise to fame, understanding the long-term effects of Pokémon Go on kids is impossible. However, what is known about other technologies can help predict how to make the use of new media, like Pokémon Go and other social platforms, a safe and positive experience for kids and parents.
The Yahara 2070 research project uses science to project potential changes in the watershed surrounding Madison. Monica Turner, an ecology professor at UW-Madison and one of the project's principal investigators, discusses the research.
Anyone who has spent much time with young children knows they have a way of forming their own ideas about the world around them, no matter what lessons family and teachers try to instill. Kids also can pick up on things that adults would rather they not.
Fermentation — the process by which microorganisms metabolize sugar into alcohol and other byproducts — has been an important part of the human diet for thousands of years. But the art and science of this practice is undergoing a bit of a renaissance.
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The Babcock butterfat test, developed at the University of Wisconsin, provided a simple and inexpensive way to assess the quality of milk.
Biologists define parasitism as a relationship where one organism benefits in the course of taking advantage of another. By understanding how parasites prey on their hosts, medical researchers could develop some novel ways to fight disease.
Any serious look at Wisconsin's geology and groundwater will at some point likely encounter the term "karst." The concept is hardly specific to Wisconsin, but it's helpful for understanding the land and drinking water across much of the state.