In recent decades, change has defined our environment in the United States. Agriculture intensified. Urban areas sprawled. The climate warmed. Intense rainstorms became more common. But, says a new University of Wisconsin–Madison study, while those kinds of changes usually result in poor water quality, lakes have surprisingly stayed the same.
Due to their surprisingly complicated nature, scientists have long struggled to classify smiles, but a study published last week by the University of Wisconsin-Madison and collaborators has now categorized them into three groups.
A researcher reports that meiosis takes a heavy toll on the viability of offspring — and not just for humans. Many creatures pay a price to undergo sexual reproduction.
An increase in the proportion of the population that is undocumented is associated with fewer drug arrests, drunken driving arrests and drug overdoses.
The smile may be the most common and flexible expression, used to reveal some emotions, cover others and manage social interactions that have kept communities secure and organized for millennia. But how do we tell one kind of smile from another?
A new era in neutrino physics in the United States is underway, and UW–Madison’s Physical Sciences Laboratory (PSL) in Stoughton is playing a key role.
As you bite into your next peanut butter and jelly sandwich, chew on this: The peanut you’re eating has a secret. It’s a subtle one. The peanut and its kin — legumes — have not one, but two ways to make the amino acid tyrosine, one of the 20 required to make all of its proteins, and an essential human nutrient.
If you’re a hungry caterpillar and you’ve got a choice between eating a plant or another caterpillar, which do you chose? You pick your fellow caterpillar, scientists have found — if the plant is noxious enough.