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The spring equinox will occur at 5:01 a.m. EDT on Thursday. Here's what to know about the start of the spring season.
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Spring Equinox Is Today: Everything You Need to KnowAnd today, March 20, the vernal equinox signals the astronomical start of spring in the Northern Hemisphere. Though equinoxes might not get the same attention as solstices, they're a lovely way to ...
Thursday is the first day of spring, or the vernal equinox, in the Northern Hemisphere. During an equinox, the center of the ...
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The spring equinox is here. What does that mean?Spring is almost here — officially, at least. The vernal equinox arrives on Thursday, marking the start of the spring season for the Northern Hemisphere and the fall in the Southern Hemisphere. On the ...
They get roughly 12 hours of daylight and nighttime year-round. If you ever hear anyone say “vernal equinox,” it means the same thing. The term equinox comes from the Latin word “equinoxium,” meaning ...
In classic Ohio fashion, Mother Nature has offered a preview of things to come, with sunny skies and warmer temperatures in recent days.
The word “equinox” is derived from the Latin words for “equal” and “night ,” because the hours of night and day are nearly ...
Spring Equinox is rapidly approaching. When is the first day of spring? What we know about when spring starts, winter ends, summer solstice and more.
Spring 2025 technically begins at 5:01 a.m. Eastern time that day as the sun moves directly over the Earth’s equator — the central line between the North Pole and the South Pole — bringing almost ...
The Northern Hemisphere is welcoming Spring 2025 on March 20, also known as the vernal equinox. The jump into spring has come with celebrations and traditions of rebirth around the world for ...
The Northern Hemisphere’s vernal (spring) equinox can fall between March 19 and 21 while the fall equinox hits sometime between September 21 and 24.
The first day of meteorological spring is March 1, while the astronomical first day of spring varies based on the vernal equinox. Astronomical seasons depend on the Earth's position relative to ...
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