Life
We summarize the week's scientific breakthroughs every Thursday.
- Animals
Invasive earthworms may be taking a toll on sugar maples
Sugar maple trees in the Upper Great Lakes region are more likely to have dying branches when there are signs of an earthworm invasion, a new study finds.
- Animals
Bones reveal what it was like to grow up dodo
Scientists take a first look at the inside of dodo bones.
- Life
How horses lost their toes
Fossils reveal that as horses evolved to have fewer toes, they also got stronger and faster.
- Genetics
If you’re 35 or younger, your genes can predict whether the flu vaccine will work
A set of nine genes predicted an effective response to the flu vaccine in young people, no matter the strains.
- Life
Wild yeasts are brewing up batches of trendy beers
Wild beer studies are teaching scientists and brewers about the tropical fruit smell and sour taste of success.
- Life
‘Darwin’s Backyard’ chronicles naturalist’s homespun experiments
In the new book Darwin’s Backyard, a biologist explores Charles Darwin’s family life, as well as four decades’ worth of his at-home experiments.
- Astronomy
Inquiries about the moon’s twilight zone, and more reader feedback
Readers had questions about the moon's tidal locking, quantum communication, microneedles and more.
- Paleontology
This ancient sea worm sported a crowd of ‘claws’ around its mouth
A newly discovered species of arrow worm that lived over half a billion years ago had about twice as many head spines as its modern kin.
- Life
Embryos kill off male tissue to become female
Female embryos actively dismantle male reproductive tissue, a textbook-challenging study suggests.
- Neuroscience
How an itch hitches a ride to the brain
Scientists have figured out how your brain registers the sensation of itch.
- Health & Medicine
A new tool could one day improve Lyme disease diagnosis
There soon could be a way to differentiate between Lyme disease and a similar tick-associated illness.
- Animals
Giant larvaceans could be ferrying ocean plastic to the seafloor
Giant larvaceans could mistakenly capture microplastics, in addition to food, in their mucus houses and transfer them to the seafloor in their feces.
