Partial solar eclipse to be visible in NYC this weekend
The moon will pass between the sun and the Earth for a partial solar eclipse on Saturday morning, according to NASA. New Yorkers will be able to see the eclipse starting at 6:44 a.m. with maximum coverage at 6:46 a.m., as laid out on the Space Administration's website.
Things To Do Around NYC
About 22% of coverage over the sun will be visible to those in the five boroughs. Visibility of the partial eclipse will end around 7:04 a.m. in NYC. Only cities in Greenland and Canada will see more than 80% of eclipse coverage.
Much like last year's solar eclipse, astronomers warn residents to wear viewing glasses known as 'eclipse glasses' that comply with the ISO 12312-2 international standard.
More Local News
Additionally, residents are advised not to look at the eclipse through a camera lens, telescope, binoculars, or any other optical device while wearing eclipse glasses. The concentrated solar rays can burn through the filter and cause serious eye injury, astronomers at NASA say.
This marks the second eclipse for March after the duel lunar eclipse and blood moon was visible on March 14.
A second partial solar eclipse is expected on Sept. 21, however, it will likely only be visible in Australia, the Pacific, the Atlantic, and Antarctica.
Dominique Jack is a digital content producer from Brooklyn with more than five years of experience covering news. She joined PIX11 in 2024. More of her work can be found here.
Copyright 2025 Nexstar Media, Inc. All rights reserved. This material may not be published, broadcast, rewritten, or redistributed.

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
2 hours ago
- Yahoo
Mercury's 'missing' meteorites may have finally been found on Earth
When you buy through links on our articles, Future and its syndication partners may earn a commission. Most meteorites that have reached Earth come from the asteroid belt between Mars and Jupiter. But we have 1,000 or so meteorites that come from the Moon and Mars. This is probably a result of asteroids hitting their surfaces and ejecting material towards our planet. It should also be physically possible for such debris to reach the Earth from Mercury, another nearby rocky body. But so far, none have been confirmed to come from there — presenting a longstanding mystery. A new study my colleagues and I conducted has discovered two meteorites that could have a Mercurian origin. If confirmed, they would offer a rare window into Mercury's formation and evolution, potentially reshaping our understanding of the planet nearest the Sun. Because Mercury is so close to the Sun, any space mission to retrieve a sample from there would be complex and costly. A naturally delivered fragment, therefore, may be the only practical way to study its surface directly — making such a discovery scientifically invaluable. Observations from NASA's Messenger mission have inferred the surface composition of Mercury. This suggests the presence of minerals known as such as sodium-rich plagioclase (such as albite), iron-poor pyroxene (for example enstatite), iron-poor olivine (such as forsterite) and sulfide minerals such as oldhamite. The meteorite Northwest Africa (NWA) 7325 was initially proposed as a possible fragment of Mercury. However, its mineralogy includes chromium-rich pyroxene containing approximately 1% iron. This poorly matches Mercury's estimated surface composition. As a result of this, and other factors, this link has been challenged. Related: Mercury may have a 'potentially habitable' region below its surface, salty glaciers suggest Aubrite meteorites have also been proposed as potential Mercurian fragments. Recent modeling of their formation suggests an origin from a large planetary body approximately 5,000km in diameter (similar to Mercury), potentially supporting this hypothesis. Although aubrites do not exhibit chemical or spectral (the study of how light is broken up by wavelength) similarities with Mercury's surface, it has been hypothesized that they may derive from the planet's shallow mantle (the layer beneath the surface). Despite ongoing research, the existence of a definitive meteorite from Mercury remains unproven. Our latest study investigated the properties of two unusual meteorites, Ksar Ghilane 022 and Northwest Africa 15915. We found that the two samples appear to be related, probably originating from the same parent body. Their mineralogy and surface composition also exhibit intriguing similarities to Mercury's crust. So this has prompted us to speculate about a possible Mercurian origin. Both meteorites contain olivine and pyroxene, minor albitic plagioclase and oldhamite. Such features are consistent with predictions for Mercury's surface composition. Additionally, their oxygen compositions match those of aubrites. These shared characteristics make the samples compelling candidates for being Mercurian material. However, notable differences exist. Both meteorites contain only trace amounts of plagioclase, in contrast to Mercury's surface, which is estimated to contain over 37%. Furthermore, our study suggests that the age of the samples is about 4,528 million years old. This is significantly older than Mercury's oldest recognised surface units, which are predicted (based on crater counting) to be approximately 4,000 million years. If these meteorites do originate from Mercury, they may represent early material that is no longer preserved in the planet's current surface geology. To link any meteorite to a specific asteroid type, moon or planet is extremely challenging. For example, laboratory analysis of Apollo samples allowed meteorites found in desert collection expeditions to be matched with the lunar materials. Martian meteorites have been identified through similarities between the composition of gases trapped in the meteorites with measurements of the martian atmosphere by spacecraft. Until we visit Mercury and bring back material, it will be extremely difficult to assess a meteorite-planet link. The BepiColombo space mission, by the European and Japanese space agencies, is now in orbit around Mercury and is about to send back high-resolution data. This may help us determine the ultimate origin body for Ksar Ghilane 022 and Northwest Africa 15915. If meteorites from Mercury were discovered, they could help resolve a variety of long-standing scientific questions. For example, they could reveal the age and evolution of Mercury's crust, its mineralogical and geochemical composition and the nature of its gases. RELATED STORIES —Mercury is weird because of a 'hit-and-run' incident in its youth —See Mercury's frigid north pole in extraordinary new images from the BepiColombo spacecraft —9-mile-thick layer of solid diamonds may lurk beneath Mercury's surface, study hints The origin of these samples is likely to remain a subject of continuing debate within the scientific community. Several presentations have already been scheduled for the upcoming Meteoritical Society Meeting 2025 in Australia. We look forward to future discussions that will further explore and refine our understanding of their potential origin. For now, all we can do is make educated guesses. What do you think? This edited article is republished from The Conversation under a Creative Commons license. Read the original article.
Yahoo
2 hours ago
- Yahoo
ISS astronaut captures a rare phenomenon from orbit — a giant 'sprite' above a thunderstorm
When you buy through links on our articles, Future and its syndication partners may earn a commission. U.S. astronaut Nichole "Vapor" Ayers captured a spectacular view of a phenomenon known as a "sprite" blazing to life above an intense thunderstorm — and she did this while orbiting 250 miles (400 kilometers) above Earth aboard the International Space Station (ISS). "Sprites are TLEs or Transient Luminous Events, that happen above the clouds and are triggered by intense electrical activity in the thunderstorms below," wrote Ayers in an X post showcasing the image. "We have a great view above the clouds, so scientists can use these types of pictures to better understand the formation, characteristics, and relationship of TLEs to thunderstorms." Vivid, multicolored sprites are among the least understood and visually striking electrical phenomena known to manifest in Earth's upper atmosphere during intense thunderstorm events. They typically occur roughly 50 miles (80 km) above the planet's surface in the wake of powerful lightning strikes, taking on an array of otherworldly shapes composed of complex, tendril-like features and plumes of red light, according to NASA. Even so, the gigantic sprite Ayers managed to witness is a particularly impressive specimen, seen rising high above lightning-lit clouds and treading into Earth's upper atmosphere above Mexico and the U.S. All the while, the sprite appears to glow brightly alongside artificial light emanating from the cities below. Over the past few years, NASA has been working on the "Spritacular" citizen science project, which asks members of the public to contribute images of TLE sightings in an attempt to provide the scientific community with data that can be used to decode the phenomenon. These efforts are now being bolstered by orbital footage of the spectacular events, including by multiple astronauts aboard the ISS, who — like Ayers — have embraced photography as a creative outlet during their time on the station. Many questions certainly persist surrounding the nature of sprites, how and why they form and how they interact with the surrounding atmosphere — but maybe they'll have some answers soon. Editor's Note: If you capture an image of a sprite or TLE and want to share it with readers, then please send your photo(s), comments, and your name and location to spacephotos@
Yahoo
5 hours ago
- Yahoo
NASA Plans To Leave The ISS After 2030 - Here's What Will Come Next
Since November 2000, the International Space Station has provided a habitat for a continuous human presence in space, but its days are numbered. They say it's the miles that count, and the 420,000 miles it travels every day -- 17,500 mph for 24 hours -- is more than most cars ever travel in their lifetimes. Multiply that over 30 years and consider that it travels in the inhospitable vacuum of space, and it's amazing that the ISS has already lasted this long. In 2030, NASA will deorbit the ISS to burn up in the Earth's atmosphere, an inglorious end to 30 years of international cooperation in space. However, that won't be the end of long-term human space occupation. NASA is already planning a replacement low Earth orbit space station, with three private companies trying to win the contract. Additionally, NASA wants to put a space station in orbit around the moon as part of the Artemis program, though that may not happen with a renewed emphasis on missions to Mars instead. Read more: These Are The Car-Related Movie Mistakes That Really Bother You NASA has learned that operating a space station on its own is an expensive proposition. President Reagan's vision of a wholly American-owned and operated Space Station Freedom eventually morphed into the International Space Station we know today, with other countries sharing the cost. Today, NASA favors private companies to meet its needs. Much of SpaceX's success is due to NASA's heavy investment in the Falcon 9 rocket and Dragon spacecraft to bring cargo and astronauts to the ISS. Boeing's Starliner, on the other hand, has not worked out as well. As the ISS goes out of service, it makes sense that NASA would pursue the commercial route with a replacement space station as well. Three companies have made proposals to NASA for the next American space station. Axiom Space has a plan not only to build its own station but to dock its payload, power, and thermal module to the ISS in 2027. Important research could be transferred off the ISS into this module, which would detach before the ISS is deorbited. It would then become the hub of Axiom Station as new modules launch and attach to it. Orbital Reef is another commercial space station proposal, backed by companies including Sierra Space, Blue Origin, and Boeing. It proposes "a mixed-use business park in space," focused on research, commercial purposes, and even tourism. Starlab is the third proposal, with involvement from Voyager, Airbus, and Mitsubishi. NASA also has space station plans beyond low Earth orbit. An important aspect of the Artemis program involves putting the Gateway space station into orbit not around the Earth, but around the moon. The Orion capsule will dock here, where astronauts will spend their time in lunar orbit rather than crammed into a small capsule as in the past. This is also where astronauts will transfer to the Human Landing System for trips to the lunar surface. Gateway will function rather like the ISS, except in lunar orbit. NASA oversees the project and flies astronauts there on Artemis missions. Europe and Japan will supply some of the station's modules, the United Arab Emirates will provide an airlock, and Canada will provide a new Canadarm similar to that used on the ISS and Space Shuttle. Gateway's first habitation module, HALO (Habitation and Logistics Outpost), has already been built in Italy and delivered to a Northrop Grumman facility in Arizona for further testing and preparation. However, long-term projects such as Artemis are vulnerable to short-term political goals. Thanks to huge cuts to NASA's budget, the entire Artemis program, including Gateway, is in danger of being canceled. This was originally to prioritize a manned Mars mission, but President Trump's on-again, off-again relationship with Elon Musk may mean the Mars shot could get canceled as well. Want more like this? Join the Jalopnik newsletter to get the latest auto news sent straight to your inbox... Read the original article on Jalopnik.