If you keep up with celestial event , you may already know that there ’s more than one type of eclipse . On October 14 , you’re able to see up to take in an annular solar eclipse , often called a “ ring of ardour ” because themoondoes not completely cover thesun . Here ’s what you should have intercourse to verify you do n’t miss it .

What Is an Annular Eclipse?

During a full solar eclipse , the moon parry the total Lord’s Day and cast off its darkness across Earth , called the course of totality . To the great unwashed watching from Earth , the sun ’s Light Within appears temporarily extinguished . But in an ringed solar eclipse , as the synodic month passes between Earth and the Lord’s Day , the sun ’s out edge remains visible at all time . This results in a dazzling doughnut of twinkle circle the silhouette of the lunation .

The differences in the occultation do down to the Sun Myung Moon ’s distance from Earth . When the moon is farther off from our satellite , it obliterate less of the sun during a solar occultation . The moon need to be comparatively close to our major planet to produce a entire solar eclipse like the one we witnessed in North America in2017and the next one we ’ll be capable to see , occurring inApril 2024 .

How to See the Annular Eclipse in October

The full “ ring of fervor ” effect will bevisibleto people the westerly U.S. , Central America , and upper South America during the eclipse on October 14 . In North America , the full annular occultation start at 9:13 a.m. Pacific in Oregon and reason out at 12:03 p.m. Central in Texas . fond effects of the occultation will be visible for some time along the route of totality leading up to and following the peak .

Like any solar eclipse , you will need protective glasses to look at the partial or circinate solar eclipse directly . Here aremore tipsfor safely viewing an eclipse .

A version of this tarradiddle ran in 2021 ; it has been updated for 2023 .

An annular solar eclipse appears like a ring of fire in the night sky.

A composite image showing the phases of an annular solar eclipse in 2012.