(NEXSTAR) – A solar eclipse will be visible from numerous U.S. states today, Oct. 14, a day highly anticipated by self-described “eclipse chasers” who have called the events life-changing, equating the sight to “looking upon the eye of God.”

It’ll be a partial eclipse for Michigan, with 30-40% of the sun covered by the moon at maximum. However, it’s likely to be quite overcast today. You may notice it getting a little darker and drearier, but that’s all we get.

Today’s eclipse is annular, meaning that the moon will be between the Earth and sun, but at or near its farthest distance from the Earth. That means the sun will create a bright ring effect around the moon.

A solar eclipse occurs when the moon blocks the light of the sun, darkening the sky for people on Earth who are in the shadow’s path (Credits: NASA’s Goddard Space Flight Center)

You may not be an eclipse chaser, but if you’re still curious how close you are to the “path of annularity,” the less-than-150-mile-wide track from which the “ring of fire” will be visible, take a look at the map below.

If you’re outside of that relatively narrow stripe, you may not see the ring of fire, but can still enjoy a partial view of the phenomenon. The 80-90% range includes portions of California, Nevada, Oregon, Arizona, Utah, Wyoming, Colorado, New Mexico, Oklahoma, Texas and Idaho, for instance.

Moving a little further from the path of annularity, states with a 70-80% view include parts of Washington, Montana, Idaho, Wyoming, Colorado, Kansas, Nebraska, Oklahoma, Louisiana, Texas, Arkansas, California, and Arizona.

In the U.S., the annular eclipse will start at 12:13 p.m. EDT in Oregon and will last be visible in Texas at 1:03 p.m. EDT before moving on to Mexico, Guatemala, Belize, Honduras, Nicaragua and Panama, according to NASA.

In 2024, U.S. residents will be treated to a total solar eclipse on April 8. Cities near the so-called “path of totality,” the relatively slender strip from which eclipse viewers will have the best view, are already bracing for the wave of visitors.

In Texas, some school districts have already decided to cancel classes, while others are planning to host special events for the students.

“We are canceling classes because we are actually in the path of totality,” Megan Hamilton, district communications specialist with Marble Falls ISD, told Nexstar’s KXAN in August. “We’re expecting people from all over the world to come to our small area. So we have to look at the resources that we have and how to best accommodate.”

The next annular eclipse will happen on Oct. 2, 2024, and will be visible from the Southeast Pacific and Southern America. The next total eclipse will happen Aug. 12, 2026, and will be visible from the Arctic, eastern Greenland, Iceland, and northern Spain.

The next decent total solar eclipse across the U.S. won’t come until August 12, 2045.

How to watch a solar eclipse

Unless you are in full totality, the most important thing to remember is that you should shield your eyes when staring at the sun.

“Viewing any part of the bright Sun through a camera lens, binoculars, or a telescope without a special-purpose solar filter secured over the front of the optics could cause severe eye injury,” NASA warns.

Eclipse glasses, which are thousands of times darker than normal sunglasses, are one way of safely viewing an eclipse. If you pick up a pair before Oct. 14, make sure they are undamaged and comply with the ISO 12312-2 international standard.

An example of an eclipse projector made with a white sheet of paper, tape, scissors and aluminum foil. (Credit: NASA)

If glasses aren’t an option, you can try an indirect viewing method that allows you to see the eclipse without staring at the sun. One example would be to punch a hole in an index card and use that hole to project an image of the sun onto a nearby surface, making sure not to stare through the hole at the sun.

While moments of totality make it dark enough to momentarily remove eye protection during a total eclipse, NASA reminds skygazers that the same isn’t true for an annular eclipse, during which the sun is partially visible. When I viewed the total solar eclipse in August 2017, I was with my 98-year-old mother in Oak Ridge TN. Where we were, we had 24 seconds of totality, where we could remove out eclipse glasses. Fortunately, we were at the American Museum of Science and Energy and a scientist (I think he was an astronaut) was there to do a play-by-play of the eclipse and tell the crowd when to take our glasses off and when to put them back on.