Watch the moon turn red during a total lunar eclipse in March
The best views will be from North America and South America. Parts of Africa and Europe may catch a glimpse.
Lunar eclipses happen when the moon, Earth and sun align just so. The Earth casts a shadow that can partially or totally blot out the moon.
During a partial lunar eclipse, Earth's shadow appears to take a bite of the moon. The full moon is covered during a total eclipse and blushes coppery red because of stray bits of sunlight filtering through Earth's atmosphere.
Lunar and solar eclipses happen anywhere from four to seven times a year, according to NASA. A partial lunar eclipse graced skies in the Americas, Africa and Europe last September and the last total lunar eclipse was in 2022.
The so-called blood moon will be visible for about an hour starting at 2:26 a.m. Eastern on Friday morning. Peak viewing will be close to 3 a.m. Eastern.
To see it, venture outside and look up — no need for eclipse glasses or any special equipment.
'As long as the sky is clear, you should be able to see it,' said Shannon Schmoll, director of Abrams Planetarium at Michigan State University.
The setting of the moon may make it harder to see the eclipse in Europe and Africa.
'This is really an eclipse for North and South America,' said astronomy expert Michael Faison from Yale University.
If you miss out, mark your calendar for Sept. 7. Another total lunar eclipse will sweep across parts of Asia, Africa, Australia and Europe. Parts of the Americas will get their next taste in March 2026.
History of eclipses
Civilizations have viewed and interpreted lunar eclipses for thousands of years. Ancient people knew more about the celestial bodies than we give them credit for, said historian Zoe Ortiz.
'They were looking at the night sky and they had a much brighter vision than we do today,' said Ortiz with the University of North Texas.
Aristotle noticed that the shadow the Earth cast on the moon during a lunar eclipse was always curved, observations proving that the Earth is round.
And a civilization in ancient Mesopotamia saw the blood red moon as a bad omen for the king. The people installed a substitute king on the throne around the time of the eclipse to protect their ruler from any bad will.
'If there's ever a movie plot,' said Ortiz, 'that's the one.'

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
2 hours ago
- Yahoo
NASA Curiosity rover discovers coral-like flower-shaped rocks on Mars
NASA's Curiosity Rover has taken images of coral-like and flower-shaped rocks on Mars, which have been estimated to be billions of years old. On July 24, the rover sent images of a wind-eroded rock about one inch wide, resembling a piece of a coral reef. NASA has said that the rover has taken many images of rocks of this type. The space agency noted that when liquid water still existed on the planet, it carried dissolved minerals into the cracks of rocks. When the liquid dried, it deposited hardened minerals. 'This common process, seen extensively on Earth, has produced fantastic shapes on Mars, including a flower-shaped rock,' the agency said in a statement. NASA noted that the 'unique shapes' seen today came to be after billions of years of sandblasting. A uniquely shaped rock nicknamed 'Paposo' was also found on July 24. Similarly, another rock shaped like a flower was discovered in 2022. According to NASA, the flower rock is believed to have formed as mineralizing liquids went through conduits in the rock. The Jet Propulsion Laboratory built the rover, which is leading its Mars mission. After travelling for eight months and 352 million miles, the rover landed on Mars in 2012. NASA noted that it was the largest and most capable rover ever sent to Mars at the time. The rover has explored as much as 22 miles of the planet and previously found chemical and mineral evidence of previous habitable environments. According to NASA, the rover is continuing to gather samples and data from a time when Mars may have hosted microbial life. The one-inch rock was found in the Gale Crater, an impact basin. In June, Curiosity took images of a geological structure called 'spiderwebs' because of its pattern of ridges, also indicating that Mars previously had water that has since hardened. 'The images and data being collected are already raising new questions about how the Martian surface was changing billions of years ago,' NASA said in a June statement. 'The Red Planet once had rivers, lakes, and possibly an ocean. Although scientists aren't sure why, its water eventually dried up and the planet transformed into the chilly desert it is today,' the agency added. 'Remarkably, the boxwork patterns show that even in the midst of this drying, water was still present underground, creating changes seen today.' 'Eons of sandblasting by Martian wind wore away the rock but not the minerals, revealing networks of resistant ridges within,' said the agency. Solve the daily Crossword
Yahoo
2 hours ago
- Yahoo
US wants to put a nuclear reactor on the moon in next ten years, NASA chief says
The United States wants to put a nuclear reactor on the moon in the next ten years, according to a NASA directive obtained by The Independent. President Donald Trump's NASA chief Sean Duffy has expedited the timeline to build the reactor, and wants it to have at least 100 kilowatts of power - enough to run about 80 homes - and be ready to launch by 2030. The directive, first reported by Politico, mentions China and Russia's joint effort to place a reactor on the moon by the mid-2030s. The two U.S. adversaries first announced their plans in March 2024. 'The first country to do so could potentially declare a keep-out zone which would significantly inhibit the United States from establishing a planned Artemis presence if not there first,' Duffy warned in the directive. NASA is working with the Energy Department and the broader space industry to design a fission power system that would provide at least 40 kilowatts of power. The space agency has already mentioned the benefits of developing fission surface power (FSP) on the moon and Mars. 'Relatively small and lightweight, fission systems are powerful and could enable robust operations on the Moon and Mars,' NASA states on its website. NASA's Artemis campaign aims to establish the first long-term presence on the moon. During Trump's inaugural address, he said the U.S. would launch astronauts 'to plant the stars and stripes on the planet Mars.' 'It is about winning the second space race,' a NASA senior official also told Politico. In Duffy's new timeline, a Fission Surface Power Program Executive will be designated within 30 days of the directive. The executive 'is empowered to provide reporting and updates with maximum transparency directly to the Administrator,' the NASA chief wrote. Within 60 days, NASA will ask for industry proposals for the nuclear reactor, according to the directive. The directive mentioned Trump's budget request for the 2026 fiscal year, which includes $350 million for a new program 'that will accelerate the development of high priority technologies for Mars, (i.e. FSP).' The funding would increase up to $500 million starting in 2027. Trump's budget request also proposes a huge cut to NASA, with The Planetary Society, a global non-profit space organization, reporting it's the smallest budget proposed for the agency since 1961. Solve the daily Crossword
Yahoo
2 hours ago
- Yahoo
Experts sound off after Trump and NASA fast-track a nuclear reactor on the moon: ‘The whole proposal is cock-eyed'
Fast-tracking a NASA plan to build a nuclear reactor on the moon may sound dubious. Experts say that's because it is. 'The whole proposal is cock-eyed and runs against the sound management of a space program that is now being starved of money,' national security analyst, nuclear expert and author Joseph Cirincione told The Independent. Nuclear has been used in space since the 1960s. That's nothing new. The U.S. launched its first test reactor into orbit in 1965, and the former Soviet Union has sent up dozens more. NASA says that a new 100-kilowatt reactor could be used to power a future base at the lunar South Pole, and fuel prospective missions to Mars and beyond. Nuclear would help to fill gaps in solar energy that occur when that side of the moon is in darkness for two weeks. The majority of space experts have said that placing a reactor on the moon is possible, so, why is NASA's current plan 'cock-eyed?' The problem is the proposed timeline. Interim NASA Administrator Sean Duffy, who also serves as President Donald Trump's Secretary of Transportation, pushed to expedite the project, detailed in a memo this week. Duffy said the administration wanted to have a nuclear reactor ready to launch by 2030. Earlier this year, China and Russia announced a plan to build a nuclear reactor for a lunar base by 2035. 'The first country to do so could potentially declare a 'keep-out' zone which would significantly inhibit the United States from establishing a planned Artemis presence if not there first,' Duffy said. NASA first announced in 2021 that it would put a reactor on the moon 'within a decade.' In 2024, NASA then said that their target date for delivery a reactor to the Earth-based launchpad was the early 2030s. But, Cirincione says essentially no progress has been made. 'It was in the last Trump administration that NASA had put out a press release, they had a YouTube video, they had these announcements about how they're going to develop these small, modular nuclear reactors for use on the moon, and it was going to be ready by 2026,' said Cirincione, who is vice-chair of the Center for International Policy, a non-profit that advocates for a peaceful approach to foreign policy. 'Oh, really? So, where is it?' Ultimately, the expert believes a nuclear reactor on the moon could take up to 20 years to become a reality. NASA would need a working launch vehicle, a small and adaptable reactor, and the ability to land on the moon. Right now, the SpaceX Starship is the only vehicle option – but it has exploded during several of its test flights. NASA has been working with Boeing on a Space Launch System - the main competitor to Space X's Starship - but that program would be canceled under the Trump administration's proposed cuts which slash 24 percent from NASA's overall budget. Landing on the moon is no picnic, and attempts by Japanese space companies in 2023 and 2025 ended in crashes. There are also the scientific and technological advances needed for the nuclear reactors. The reactors must be able to withstand harsh conditions on the moon, including temperatures swings from 250 degrees Fahrenheit during the day to minus 400 degrees at night. 'Small modular nuclear reactors, it turns out, are always just around the corner – a corner you never get to turn,' Cirincione said. Many scientists and nuclear energy experts have shared in Cirincione's skepticism. Dr. Kathryn Huff, a former nuclear energy official at the U.S. Department of Energy, and professor at the University of Illinois at Urbana-Champaign, wrote in a Bluesky social media post that she's not 'bullish' on 'unrealistic timelines.' 'The 2030 target does not align well with recent budgetary trends…' she explained in a statement, shared by the university. 'Accelerating the FSP program could come at the expense of other critical priorities, including earth science, climate observation and space-based weather forecasting – all core elements of NASA's public-serving mission.' Dr. Alfredo Carpineti, an Italian astrophysicist, wrote in IFLScience this week that the proposal is 'unfeasible.' 'Even if we allow landing the nuclear reactor on December 31, 2030, the timing is really too short for something that must not have any faults if you want to operate it safely,' Carpineti wrote. Others were more optimistic about NASA's accelerated timeline. Sebastian Corbisiero, a senior program manager at Idaho National Laboratory who leads the Energy Department's space reactor program, told The Independent that a nuclear reactor on the moon is 'doable' by 2030. 'Nuclear reactor technology has been around for decades, so its well known,' he said. 'Some key differences with a space reactor is that it needs to fit on a rocket, so there are mass and volume requirements; and that the system needs to operate in vacuum – so components will need to be built to survive that environment.' Dr. Bhavya Lal, a former associate administrator for technology, policy, and strategy at NASA, and former aerospace executive Roger Myers, recently argued that it would be possible to have nuclear reactor on the moon by 2030, and it would take $3 billion to do so. 'It's possible, but it will require serious commitment,' Lal told The Independent. But even if plans are speeded up, Lal says there's no need to worry about the prospect of the moon blowing up. It's 'simply not grounded in science,' she said. Solve the daily Crossword