It was also recommended for sprains, wounds and skin maladies. Even in the wars of the twentieth ... Mary's gold exhibited a strange sensitivity to light from the sun. Every farmer and gardener knew ...

The first full moon in 2025 arrived on Monday, Jan. 13, at 6:22 p.m., CST. It is called the Wolf Moon because wolves were wont to prowl and howl (“ululate”) on cold January nights, searching for prey.

She revealed the key to her radiant skin is to focus on “the basics,” like staying hydrated and drinking plenty of water. Pair that with a healthy diet, and it’s clear her beauty routine ...

Oxygen isotope identity of the Earth and Moon with implications for the formation of the Moon and source of volatiles. Proceedings of the National Academy of Sciences , 2024; 121 (52) DOI: 10.1073 ...

Its early-evening amber glow is derived from the way light travels from the sun and reflects off the moon at certain wavelengths. When the moon is closer to the horizon, its angle with respect to ...

As a volcanic eruption darkened the sun roughly 4,900 years ago, a Stone Age culture sacrificed hundreds of decorated stone plaques to try to coax it back. A trove of engraved stones unearthed ...

On Jan. 15, the sun will oppose Mars retrograde, triggering a cosmic standoff between your ego and your emotions. This is the kind of transit that could make you feel like you’re caught in a tug ...

While a solar eclipse involves the moon passing between the sun and the Earth, casting a shadow across our planet, a lunar eclipse involves the Earth passing directly between the moon and the sun.

sun balms" and other cosmetic products to protect themselves from skin cancer-causing ultraviolet (UV) radiation. Australia has strict sunscreen regulations enforced by the Therapeutic Goods ...

The search for a missing Sun Prairie woman has become a homicide investigation, police said at a press conference Tuesday night. Dane County deputies found a body in a field near Portage Road and ...

The first full moon of the year, the Wolf Moon ... are always in a line because they follow the path of the sun — the ecliptic — across our sky. But they aren’t in a line stretching out, one behind ...