Spectacular "Strawberry Moon" to illuminate night sky this week
This month’s full moon, known as the “Strawberry Moon,” will light up the night sky on June 11, offering a stunning celestial display.
The fully illuminated moon will appear especially striking as it rises low over the southeastern horizon, casting a warm glow and creating ideal viewing conditions for skywatchers, News.Az reports, citing foreign media.
What is a full 'Strawberry Moon'?
A full moon occurs each month when the moon is positioned opposite the sun in Earth's sky, which allows the lunar disk to be fully lit from our perspective. June's full moon is commonly referred to as the "Strawberry Moon" in America, but the nickname isn't a reference to its color (though there's a decent chance it will take on a yellow-orange hue when near the horizon due to our atmosphere's habit of scattering certain wavelengths of light).
Rather, the evocative name is thought to have been coined by the Native American Algonquian tribes in reference to the short strawberry harvesting season that falls around this time of year, according to the Old Farmer's Almanac. Other cultures have dubbed the event the Blooming Moon, Green Corn Moon, Birth Moon and Hatching moon, to name a few.
When and where will the Strawberry Moon rise?
This month's full moon phase will occur during the early hours of June 11 for viewers in New York, at 3:44 a.m. EDT (0744 GMT). The exact timing of the event will vary depending on your location on Earth, so be sure to check a trusted website such as TimeandDate.com for specifics about your locale.
The lunar disk will appear fully lit to stargazers across America when it rises above the southeastern horizon at sunset on June 10, marking the best opportunity for the astrophotography community to capture the Strawberry Moon close to the horizon.
Earth's natural satellite will appear particularly large to the naked eye at moonrise thanks to the little-understood "moon illusion," a strange effect wherein the human brain convinces us that objects are larger than they actually are when in close proximity to the horizon.
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