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  • On This Day In Space! Feb. 11, 2010: NASA Launches Solar Dynamics Observatory

    By Hanneke Weitering, Space.com Staff Writer | February 11, 2018 09:30am ET

    Author Bio


    Hanneke Weitering

    Hanneke Weitering, Space.com Staff Writer

    Hanneke joined the team at Space.com in August 2016 as a staff writer and producer. She’s a self-proclaimed science geek from the South with a passion for all things out of this world! She has previously written for Scholastic, MedPage Today, Scienceline, and Oak Ridge National Lab. After studying physics at the University of Tennessee in her home town of Knoxville, she moved to New York City and earned her graduate degree in Science, Health and Environmental Reporting (SHERP) from New York University. To keep up with Hanneke’s latest work, follow her on TwitterFacebook or Google+.

  • Science and Sci-Fi at the Movies in 2017

    There was plenty of science in the movies that hit screens large and small in 2017.

    Some films presented the stories of real people whose historic contributions to modern science were long hidden from public view. Others were set in a world and time much like the present one, but with some type of science fiction twist, while still others spun futuristic and fantastic tales of imaginary universes occupied by bizarre and unfamiliar creatures wielding technologies that we can only dream of.

    From Space.com and Live Science, here’s our roundup — in no particular order — of science and sci-fi at the movies in 2017.

    Not only did “Hidden Figures” (20th Century Fox) do a great job of showing how NASA launched its first astronaut into orbit during the space race, but it also tells the important story of the role that African-American women played in helping NASA achieve that goal at a time when the agency and the rest of the nation was still highly segregated.

    A carpenter ant (<i>Camponotus atriceps</i>) in the Brazilian Amazon is parasitized by <i>Ophiocordyceps camponoti-atricipis</i>.”/></div>
<p>A carpenter ant (<em>Camponotus atriceps</em>) in the Brazilian Amazon is parasitized by <em>Ophiocordyceps camponoti-atricipis</em>.</p>
<p><cite class=Credit: João Araújo

    What if a type of fungus that parasitized and mind-controlled ants were to infest people? In “The Girl with All the Gifts” (Saban Films/Lionsgate), the world is transformed by a type off fungal parasite that acts on humans like the fungus Ophiocordyceps acts on ants, hijacking their brains and bodies and changing their behavior. But unlike Ophiocordyceps, the fungus in the film turns its hosts into vicious, flesh-eating zombies.

    On an isolated island paradise, a team of adventurers, researchers and military personnel unite to battle deadly creatures — including a giant ape that stands about 100 feet tall, the length of a modern blue whale. No land mammal has ever reached that height, though some types of sauropod dinosaurs once achieved Kong-like stature, and the largest mammals to walk the Earth went extinct by the end of the last ice age. Kong may be big, but even bigger threats awaited voyagers to this mysterious island.

    Based on the French comic series “Valérian and Laureline,” this movie chronicles the adventures of two government agents who are tasked with maintaining order in the universe and fall in love in the process. While the love story itself is less than stellar, the movie is loaded with gorgeous extraterrestrial creatures, strange alien planets and action-packed scenes that will keep you on the edge of your seat. And there’s plenty of science too.

    In this cosmic coming-of-age story, the first human born and raised on Mars decides to visit Earth to find his father and a girl he met online. But when he reaches Earth, his body proves ill-equipped to handle the increased gravity in this new environment. He ends up racing accomplish his mission before his body breaks down — and evading the authorities who are trying to save his life. “The Space Between Us” (STXfilms) may be a fictional love story, but the science behind the film is based on real science facts and up-to-date research on spaceflight and the human body.

    Renée Elise Goldsberry as Henrietta Lacks, whose cells produced the “immortal” cell line, HeLa.

    Credit: Copyright 2017 Home Box Office, Inc.

    This original HBO film “The Immortal Life of Henrietta Lacks” based on the book by journalist Rebecca Skloot, tells the story of Henrietta Lacks, an African-American woman who died of cancer in 1951, and whose cells from a malignant tumor created a cell lineage that seemed “immortal,” the first survive and reproduce in the lab. Unbeknownst to Lacks’ family, her cells were widely distributed for use in scientific research, and the movie follows Lacks’ daughter Deborah (Oprah Winfrey) as she searches for answers about her mother’s death and uncovers what happened to her cells after she died.

    In the 2017 movie “Flatliners,” Courtney (Ellen Page) experiences death. But then she gets better.

    Credit: Sony Pictures

    Dallying with death can come at a terrible cost, as five medical students find out in the movie “Flatliners” (Sony Pictures). Ambition and curiosity drive them to experience “the afterlife” by deliberately stopping their hearts, and they soon learn that dying — even temporarily — comes with unexpected and terrible consequences. But not everything they experience after their brief “deaths” occupies the realm of science fiction, as a growing body of research suggests that human consciousness doesn’t immediately wink out after the heart stops.  

    When astronauts at the International Space Station (ISS) discover the first Martian lifeform following a robotic sample-return mission to the Red Planet, humanity welcomes the discovery with open arms. But the adorable alien specimen, which looks like a squirmy lile mushroom, quickly kills the mood as it grows out of control and embarks on a murderous rampage. The astronauts make some questionable decisions while fighting for their lives as the Martian monster destroys everything around them. While the film brings to attention the ethics of meddling with extraterrestrial life, it also illustrates precisely what not to do during an alien attack at the ISS.

    Ana De Armas as Joi and Ryan Gosling as K in Alcon Entertainment’s action thriller “BLADE RUNNER 2049,” a Warner Bros. Pictures and Sony Pictures Entertainment release, domestic distribution by Warner Bros. Pictures and international distribution by Sony Pictures.

    Credit: Copyright 2017 Alcon Entertainment, LLC

    It took 35 years for fans of the 1982 sci-fi noir classic “Blade Runner” to finally get their sequel, which takes place 30 years after the events of the first film. And a new “Blade Runner” movie means more replicants — the androids that are nearly impossible to distinguish from people, except by highly trained professional assassins. Replicant-hunter Officer K (Ryan Gosling) digs deep to find answers about these humanlike machines — which are still a long way off for the rest of us.

    The latest installment in the “Alien” movie saga delivers all the blood, guts and extraterrestrial terror that fans of the original movies would expect. A spaceship carrying 2,000 space colonists to their new home planet changes course after the crew receives a rogue transmission that sounds like it came from a human in distress. Before long, terrifying xenomorphs start bursting out of people’s chests and making the crew the USCSS Covenant regret pursuing this brave rescue mission.

    A fish-human and a human woman explore interspecies love in the film “The Shape of Water.”

    Credit: Copyright Twentieth Century Fox Film Corporation

    The poetic movie “The Shape of Water” (Fox Searchlight Pictures) introduces a mysterious creature that appears to be part human and part fish. While the movieis set against the backdrop of the Cold War, the unusual creatureis like nothing ever seen on Earth — asemiaquatichumanoid biped that is also adapted for life in water. Housed in a secret government lab, he is prodded, poked and probed by scientists until a deaf woman who works in the building befriends him, and plots to rescue him from his captors.

    One of the most highly anticipated science-fiction movies of the year, “Star Wars: The Last Jedi” (Walt Disney Studios) does not disappoint. The eighth installment in the iconic space opera is emotional and gripping, and it addresses some of the biggest mysteries viewers were left with after watching “The Force Awakens.” The show is visually stunning, with epic space battles and outrageously adorable porgs.

    Original article on Live Science.

  • Biggest Full Moon of 2018 Shines in Spectacular New Year's Photos

    Tyler S. Leavitt captured this image of the bright full moon in the cloudy Las Vegas sky on Jan. 1, 2018.

    Skywatchers got a glimpse of a spectacular full moon this New Year’s Day — the largest the moon will appear in 2018.

    Although the “biggest full moon of 2018” doesn’t look that different from a typical full moon — it is at the moon’s closest point in orbit, called perigee, but it appears a bit bigger and brighter than other full moons — the beautiful lunar appearance let viewers ring in the new year anyway. [See our full gallery of the Jan. 1 supermoon here!]

    Gianluca Masi, an astrophysicist with The Virtual Telescope Project, caught some moon views from Rome, where the livestreaming telescope followed the lunar event:

    On Jan. 1, Frank Job captured this shot of the largest full moon of 2018 passing over Toronto: “Multiple image composite,” he told Space.com in an email. “All images taken at 200mm f8 with varying shutter speeds to maintain moon brightness. City brightened in post.”

    Credit: Frank Job

    Frank Job sent Space.com this multiple-image composite of the full moon over Toronto, using varying shutter speeds to keep the moon at the same brightness and also brightening the city in post-processing.

    Astrophysicist Gianluca Masi, of The Virtual Telescope Project, photographed the full moon over Rome on Jan. 1, 2018.

    Astrophysicist Gianluca Masi, of The Virtual Telescope Project, photographed the full moon over Rome on Jan. 1, 2018.

    Credit: Gianluca Masi

    Tyler Leavitt, photographing the moon from Las Vegas, told Space.com: “It was a rare cloudy night here in Las Vegas; still a couple cool photos of the supermoon rising between the clouds and palm trees.”

    Tyler S. Leavitt photographed the full moon in the skies of Las Vegas on Jan. 1, 2018.

    Tyler S. Leavitt photographed the full moon in the skies of Las Vegas on Jan. 1, 2018.

    Credit: Tyler S. Leavitt

    Alexander Krivenyshev sent gorgeous images of the moon above New York’s Empire State Building from Hoboken, New Jersey:

    Alexander Krivenyshev took this photo of the Jan. 1, 2018, full moon from Hoboken, New Jersey, showing it shining over New York's Empire State Building.

    Alexander Krivenyshev took this photo of the Jan. 1, 2018, full moon from Hoboken, New Jersey, showing it shining over New York’s Empire State Building.

    Credit: Alexander Krivenyshev/WorldTimeZone.com

    On Jan. 1, the moon appeared 14 percent bigger and 30 percent brighter than when the full moon is at its farthest point from Earth. The next full moon, which will occur on Jan. 31, will be at the moon’s closest approach as well (although it won’t be quite as close as it was on Jan. 1) — and it will present a total lunar eclipse! On that day, skywatchers will see the moon turn blood-red as it passes through the shadow cast by the Earth.

    Editor’s note: If you captured an amazing photo of the Jan. 1 New Year’s Day full moon and would like to share it with Space.com for a story or gallery, send images and comments to spacephotos@space.com

    Email Sarah Lewin at slewin@space.com or follow her @SarahExplains. Follow us @Spacedotcom, Facebook and Google+. Original article on Space.com

  • NASA Willing to Consider Flying Researchers on Commercial Suborbital Vehicles

    NASA’s Flight Opportunities program is already flying experiments on Blue Origin’s New Shepard vehicle, but researchers and companies alike want NASA to also fund experiments with people on board.

    BROOMFIELD, Colo. — As commercial suborbital vehicles capable of carrying both payloads and people prepare to enter service, NASA officials say they’re willing to consider allowing agency-funded researchers to fly on those vehicles.

    In an interview after a speech at the Next-Generation Suborbital Researchers Conference here Dec. 19, Steve Jurczyk, NASA associate administrator for space technology, said the agency would be open to allowing researchers funded by NASA’s Flight Opportunities program to fly on suborbital spacecraft to carry out their experiments.

    “As principal investigators propose, both internal to NASA and external, we’ll do the same kind of process that we do with Zero G,” he said, referring to the company that performs parabolic aircraft flights. Zero G flies investigations as part of the Flight Opportunities program, with researchers flying on the aircraft with their experiments. [Watch Blue Origin’s New Shepard 2.0 Spacecraft Soar in 1st Test Flight]

    Zero G’s aircraft, a Boeing 727, is regulated by the Federal Aviation Administration. Jurczyk said that, in addition to the FAA oversight, NASA’s Armstrong Flight Research Center performs an evaluation of the aircraft for investigations selected by the Flight Opportunities program for flights on it. “It just ensures that our grantees and contractors are safe to fly, and then we allow them to go fly,” he said in a speech at the conference.

    A similar procedure is not yet in place for suborbital vehicles, but Jurczyk said the agency would be open to finding some process analogous to that used for Zero G. “Moving forward, as these capabilities start coming online, we’ll figure it out,” he said in the interview.

    His comments come four and a half years after another agency official opened the door to flying people on commercial suborbital vehicles through the Flight Opportunities program. Speaking at the same conference in June 2013, Lori Garver, NASA deputy administrator at the time, said that past prohibitions about flying people would be lifted.

    “We absolutely do not want to rule out paying for research that could be done by an individual spaceflight participant — a researcher or payload specialist — on these vehicles in the future,” Garver said then. “That could open up a lot more opportunities.”

    That announcement took the program by surprise, with the program’s managers saying at the time they had yet to craft a policy for allowing people to fly with their experiments. Development of such a policy suffered years of delays, in part because of Garver’s departure from NASA just a few months after her announcement as well as extended delays in the development of commercial suborbital vehicles capable of carrying people.

    “It mostly resulted in a bunch of ostriches sticking heads in the sand for a few years,” said Erika Wagner, business development manager at Blue Origin, during a panel discussion at the conference Dec. 18.

    Blue Origin’s New Shepard vehicle is already carrying research payloads, including for Flight Opportunities, but without people on board. However, the vehicle will be able to support missions carrying payloads and people in the future. Virgin Galactic’s SpaceShipTwo vehicle will also fly research payloads accompanied by a payload specialist.

    Wagner said she has seen some progress as both companies’ vehicles advance through flight testing. “The heads are back out. They’re looking around trying to understand what really are the barriers, what is the liability regime.”

    Those liability issues today, she said, prevent NASA civil servants from flying on the Zero G aircraft, even though outside researchers whose experiments are funded by NASA are able to do so. Jurczyk, in his speech at the conference, said that’s because they would have to sign a liability waiver to do so. “Right now, that’s just NASA policy. We don’t have a strong mission need to do that,” he said. “That’s current policy. I’m not saying it’s going to be policy forever and ever.” [In Photos: Blue Origin’s New Shepard 2.0 Aces Maiden Test Flight]

    Scientists who would like to fly experiments on suborbital vehicles argue that such missions are analogous to fieldwork — oftentimes hazardous — performed in other fields. “Marine biologists and marine geologists get to put themselves in that very same operationally risky environment by going to the bottom of the ocean, to a deep sea vent,” said Dan Durda, a planetary scientist at the Southwest Research Institute, during the Dec. 18 panel. “These vehicles offer us, as space scientists, that opportunity to get into the field the way that biologists and geologists do.”

    Advocates of commercial suborbital research, such as the Commercial Spaceflight Federation’s Suborbital Applications Research Group, have been pushing to allow NASA to fund human-tended experiments.

    “They’re working quietly to get the word out that there are very definite needs for human-tended payloads,” said Steven Collicott, a Purdue University professor, in a conference speech Dec. 19. “We’ve heard some encouraging words and we’re working quietly to try and move that ahead.”

    Others at the conference noted a decades-old precedent that suggests existing barriers to flying NASA-funded researchers on commercial suborbital vehicles can be overcome. In the 1980s, several payload specialists flew on the space shuttle, including Charles Walker, a McDonnell Douglas engineer who was part of three shuttle missions.

    Walker, in the Dec. 18 panel discussion, noted that on those shuttle missions he and his family signed liability waivers. He supported similar approaches to allow researchers to fly on commercial suborbital vehicles.

    “The environments opened up by suborbital flight and, at a greater scale, orbital flight, are laboratory environments,” he said. “You should be there to maximize the answers that are coming out of the conduct in that environment.”

    This story was provided by SpaceNews, dedicated to covering all aspects of the space industry.

  • Mystery Solved? Gravity Waves Behind Jupiter's Weird Switching Jet Stream

    The mystery of Jupiter’s strangely switching jet stream may have just been solved. 

    Gravity waves are likely causing Jupiter’s jet stream to change direction, a new study suggests. The new results could reveal information not just about clouds in the atmospheres of planets in our own solar system, but also about those moving above the surfaces of alien worlds, researchers said.

    Jupiter is much bigger than Earth, much farther from the sun, rotates much faster and has a very different composition, but it turns out to be an excellent laboratory for understanding this equatorial phenomenon,” study lead author Rick Cosentino, a postdoctoral fellow at NASA’s Goddard Space Flight Center in Greenbelt, Maryland, said in a statement. [Photos: Jupiter, the Solar System’s Largest Planet]

    An image of Jupiter in a crescent shape, with its famous Red Spot prominent.

    An image of Jupiter in a crescent shape, with its famous Red Spot prominent.

    Credit: NASA/JPL-Caltech

    About every four Earth years, the east-west jet stream flowing high over Jupiter’s equator switches direction — a mysterious phenomenon called the quasi-quadrennial oscillation (QQO). The QQO resembles a process seen both on Earth and Saturn, which occurs every 28 Earth months and every 15 Earth years, respectively, study team members said. 

    For the first time ever, researchers analyzed detailed observations of the full QQO process, made over the course of five years with NASA’s Infrared Telescope Facility (IRTF) in Hawaii. The new measurements — which spanned latitudes from about 40 degrees north to 40 degrees south of Jupiter’s equator — were made possible by an instrument called the Texas Cross Echelle Spectrograph, which the study team mounted on the IRTF.

    “These measurements were able to probe thin vertical slices of Jupiter’s atmosphere,” study co-author Amy Simon, also a scientist at NASA Goddard, said in the same statement. “Previous data sets had lower resolution, so the signals were essentially smeared out over a large section of the atmosphere.”

    After comparing the new data with simulations, the team concluded that gravity waves are likely the driving force behind QQO. Gravity waves occur in air or liquid, and are caused by gravity or buoyancy acting to restore equilibrium; wind-driven waves at the ocean’s surface are a prominent example. They’re very different than the ripples in space-time known as gravitational waves.    

    On Jupiter, gravity waves produced by convection low in the atmosphere likely cause the QQO as they rise into the stratosphere, the researchers said.

    A cylindrical projection of Jupiter’s surface from the “Journey to Jupiter” project led by Peter Rosén in Stockholm. The pearl-shaped storms in Jupiter’s southern hemisphere are located at approximately 40 degrees south latitude.

    Credit: Peter Rosén/PixMix

    “Our model could be applied to study the effects of these mechanisms in other planets of the solar system and in exoplanets,” study co-author Raúl Morales-Juberías, an associate professor at the New Mexico Institute of Mining and Technology in Socorro, said in the same statement. “Despite the many differences between Earth and Jupiter, the coupling mechanisms between the lower and upper atmospheres in both planets are similar and have similar effects.”

    Follow Doris Elin Salazar on Twitter@salazar_elin. Follow us @Spacedotcom, Facebook and Google+. Original article on Space.com.

  • January Full Moons 2018: See the 'Full Wolf Moon' and a Blue Moon, Too!

    January is a very special month for lunar observers: The first month of 2018 will feature two full moons and a total lunar eclipse, or “blood moon.”

    New Year’s Day Full Moon: Are ‘Supermoons’ Really That Super?

    Full Wolf Moon: New Year’s Supermoon Is the Biggest of the Year 

    Super Blue Blood-Moon 2018: When, Where and How to See It

    See the moon phases, and the difference between a waxing and waning crescent or gibbous moon, in this Space.com infographic about the lunar cycle each month. <a href=See the full infographic. ” data-options-closecontrol=”true” data-options-fullsize=”true”/>
    See the moon phases, and the difference between a waxing and waning crescent or gibbous moon, in this Space.com infographic about the lunar cycle each month. See the full infographic.

    Credit: Karl Tate, SPACE.com

    The January full moon is traditionally called the Full Wolf Moon in the Northern Hemisphere, according to the Old Farmer’s Almanac. In 2018, it occurs on Jan. 1 at 9:24 p.m. EST (0224 GMT). [Note: In Europe and Asia, the full moon occurs Jan. 2 due to time zone differences.]  Moonrise in New York City that day is at 4:34 p.m. local time, just a few minutes before sunset which happens at 4:39 p.m. So the Wolf moon will briefly share the sky with the sun, though you’ll need a view of a relatively flat, unobscured horizon to see it happen.

    January’s full moon will also occur just hours after the moon reaches perigee, its closest point to Earth in its monthly orbit, making it a so-called supermoon. At its closest point on Jan. 1, the moon will be 221,559 miles (356,565 kilometers) from Earth. On average, the moon is about 238,000 miles (382,900 km) from Earth, though its orbit is not perfectly circular. For more on the Jan. 1 supermoon, read our full guide: 

    Supermoon 2018: When and How to See January’s Two Full Moons

    The Wolf moon (when it reaches full phase) will be in the constellation Gemini, according to heavens-above.com, roughly along a line between Pollux (Beta Geminorum) and Betelgeuse (Alpha Orionis). The moon is so bright that it will make the deep sky objects nearby — the Orion nebula, for example — a bit harder to see if the sky isn’t perfectly clear.

    An interesting artifact of celestial motions is that on that first full moon night, none of the traditional naked-eye planets — Mercury, Venus, Mars, Jupiter or Saturn — will be visible at all from the northeastern U.S. when the moon reaches full phase. Mars and Jupiter don’t rise in New York City until the morning of Jan. 2 at 2:54 a.m. and 3:04 a.m. local time, respectively, and Saturn doesn’t poke above the horizon until 6:37 a.m., just about 42 minutes before sunrise.

    Blood moon lunar eclipse & supermoon

    That second full moon has also been dubbed a “supermoon” — a full moon that roughly coincides with perigee, the point in the moon’s orbit when it is closest to Earth. In January the moon reaches perigee on the night of Jan. 30, and reaches peak fullness on the night of Jan. 31.

    Here’s our full eclipse guide: Super Blue Blood-Moon 2018: When, Where and How to See It

    The moon’s distance from Earth can vary a bit because the orbit isn’t perfectly circular, so even though the average distance is 238,855 miles (384,400 kilometers) on Jan. 30 it will be only 221,559 miles (356,565 kilometers) away. On average, the apparent size of the moon in the sky is about 0.5 degrees across, or about 31 arcminutes. (Check out Space.com’s guide to measuring distances on the sky for more information.) During this supermoon, though, our lunar neighbor will be 33.51 arcminutes across, or 0.56 degrees. As a result, it will appear 11 percent larger than an average full moon. For most skywatchers, that difference is difficult to see.

    While the moon is always a beautiful sight in the sky, occasionally skywatchers are treated to a special “supermoon.” Do you know at what phase a supermoon occurs? Or why supermoons don’t happen every month?

    Supermoon

    0 of 10 questions complete

    Supermoons can appear 30 percent brighter and up to 14 percent larger than typical full moons. <a href=Learn what makes a big full moon a true ‘supermoon’ in this Space.com infographic.” data-options-closecontrol=”true” data-options-fullsize=”true”/>

    Credit: Karl Tate/SPACE.com

    The month’s second full moon, on Jan. 31, will feature a total lunar eclipse, or a “blood moon.”. If you live in the western U.S., Hawaii, or the Eastern half of Asia, you’ll see the moon turn blood-red as it enters the deepest parts of the Earth’s shadow during the eclipse. A total lunar eclipse is one where the moon passes through the central region of the shadow of the Earth, which describes a cone that stretches away from the sun. At other times the moon only passes through the shadow partway, and that’s a partial lunar eclipse.

    During a total lunar eclipse, the surface of the moon appears to turn red because red light that passes through the Earth’s atmosphere is bent; the atmosphere is acting like a lens. In addition, red light is scattered less than blue. So the red light makes it through and shines on the lunar surface, even though the moon is in shadow. This is the same mechanism that makes sunsets look red – at sunset the sun’s light has to pass through more of the Earth’s air and the shorter-wavelength blue parts of the spectrum are scattered away. 

    Some places on Earth will feature a spectacular view of the blood moon rising or setting on the day of the eclipse. Observers on the East Coast of the U.S. on Jan. 31 won’t get that — the moon will only just be entering the darker part of the Earth’s shadow when it sets at 7:04 a.m. in New York City. (Fullness occurs at 8:26 a.m. local time in New York, but the moon will be out of view then). On the other hand, if you are in Chicago, the eclipse will reach its maximum at 6:56 a.m. local time, and the moon will be setting at 7:03 a.m. As one moves west, the eclipse happens earlier in the evening, and by the time one reaches Hawaii the entire eclipse is visible well before the moon sets (at 7:19 a.m. local time in Honolulu).  

    If you live in Moscow or locations roughly on a northwest-to-southeastern line from there, the moon will be emerging from the Earth’s shadow as it rises. This line marks the “terminator” of the Earth – the line between the day side and night side. (It’s not straight north-south because the Earth is tilted on its axis).

    In Moscow, moonrise is at 5:01 p.m. local time and the moon will still look red for another six minutes. Moving aoutheast to Karachi, the view is better; at 6:13 p.m. local time the moon rises, and it reaches the maximum eclipse at 6:29 p.m., making for some spectacular photo-ops.

    Editor’s note: If you snap an awesome photo of the moon that you’d like to share with Space.com and our news partners for a potential story or gallery, send images and comments in to spacephotos@space.com.

    Follow Mike Wall on Twitter @michaeldwall and Google+. Follow us @Spacedotcom, Facebook or Google+.

  • First Blue Moon Total Lunar Eclipse in 150 Years Coming This Month

    The moon turns blood-red in this image of a total lunar eclipse from 2004. A total eclipse of a “blue moon” will occur on Jan. 31, 2018.

    The first eclipse of 2018 will be a lunar one that comes at the very end of the month, on Jan. 31. 

    It will be a total eclipse that involves the second full moon of the month, popularly referred to as a Blue Moon. Such a skywatching event hasn’t happened for more than 150 years.

    The eclipse will take place during the middle of the night, and the Pacific Ocean will be turned toward the moon at the time. Central and eastern Asia, Indonesia, New Zealand and most of Australia will get a fine view of this moon show in the evening sky. Heading farther west into western Asia, the Indian subcontinent, the Middle East and Eastern Europe, the eclipse will already be underway as the moon rises. [Super Blue Blood-Moon 2018: When, Where and How to See It]

    To the east, Alaska, Hawaii and northwestern Canada will see the eclipse from start to finish. Moonset will intervene for the rest of North and Central America, however.  

    Below, we provide a timetable for the main stages of the moon’s passage through the Earth’s shadow for six time zones — one for Hawaii (HST), one for Alaska (AKST) and four across the U.S and Canada: Pacific (PST), Mountain (MST), Central (CST) and Eastern (EST). All times are a.m.

    Timetable for the main stages of the Jan. 31, 2018, blue moon total lunar eclipse, for six time zones.

    Timetable for the main stages of the Jan. 31, 2018, blue moon total lunar eclipse, for six time zones.

    Credit: Joe Rao/Space.com

    Along the U.S. West Coast, the total phase begins at 4:51 a.m. PST. The farther east you go, the closer the start of the partial phases will coincide with moonrise. Along the U.S. Atlantic Seaboard, for instance, the moon will have only just begun to enter the darkest part of Earth’s shadow, the umbra, at 6:48 a.m. EST when it will disappear from view below the west-northwest horizon. The duration of the total phase is 77 minutes, with the moon tracking through the southern part of the Earth’s shadow. So, during totality, the moon’s lower limb will appear much brighter than the dark upper limb. [In Photos: The Snow Moon Lunar Eclipse & Comet 45P Encounter]

    How unusual are Blue Moon eclipses? To answer that question, we consulted the reference book Canon of Lunar Eclipses, 1500 B.C. – A.D. 3000, by Bao-Lin Liu and Alan D. Fiala (Willmann-Bell Inc., 1992).  

    This NASA chart by eclipse expert Fred Espenak details the visibility range and times for the Jan. 31, 218 total lunar eclipse, which also occurs during a blue moon and near a supermoon.

    This NASA chart by eclipse expert Fred Espenak details the visibility range and times for the Jan. 31, 218 total lunar eclipse, which also occurs during a blue moon and near a supermoon.

    Credit: NASA

    After this year, the next time that a Blue Moon passes through Earth’s umbra will be on Dec. 31, 2028, and, after that, on Jan. 31, 2037. Both of these eclipses will be total. Before 2017, there was an 8 percent partial eclipse on Dec. 31, 2009, but, for a total eclipse of a Blue Moon, we have to go all the way back to March 31, 1866.  

    So, the upcoming eclipse on Jan. 31 will be the first total eclipse of a Blue Moon in nearly 152 years!

    We will have more to say about January’s eclipse here at Space.com in the coming weeks.

    Editor’s note: If you capture an amazing photo of the Jan. 31 total lunar eclipse and would like to share it with Space.com for a story or gallery, send images and comments to: spacephotos@space.com

    Joe Rao serves as an instructor and guest lecturer at New York’s Hayden Planetarium. He writes about astronomy for Natural History magazine, the Farmer’s Almanac and other publications, and he is also an on-camera meteorologist for Verizon Fios1 News, based in Rye Brook, NY. Follow us @Spacedotcom, Facebook or Google+. Originally published on Space.com.

  • New Year's Day Full Moon: Are 'Supermoons' Really That Super?

    On this first day of 2018, at 5 p.m. EST (2200 GMT), the January full moon will arrive at perigee, its closest point to Earth in an orbit. Today, our lunar companion reaches an extreme perigee distance of 221,559 miles (356,565 kilometers). When these events coincide (a full moon at perigee), some people refer to the event as a “supermoon.”

    This will be the “biggest full moon of 2018,” and the difference in the moon’s apparent size, compared with when it is positioned at its average distance from Earth, will be 7.3 percent. But that variation is not readily apparent to observers who are viewing the moon directly.

    And then there is the other facet: the oft-cited statistic that the perigee full moon is 30 percent brighter than a “normal” full moon. But that translates to only a 0.1 or 0.2 magnitude difference in brightness. When added to the glow of a full moon, the difference is hardly perceptible to the human eye. (In fact, most observers can’t discern a truly “full” moon from a nearly full moon, and for a day or two before and after peak fullness, many people who see the moon will assume it is full.) [Supermoon 2018 Guide: When and How to See January’s Two Full Moons]

    Put another way, if you didn’t hear that the New Year’s Day full moon was going to be the biggest and brightest one of the year, would you notice it? Probably not.

    A supermoon — a full moon that occurs at lunar perigee — rises behind the Washington Monument on June 23, 2013. The New Year's Day supermoon full moon of Jan. 1, 2018 will be the biggest and brightest of the year.

    A supermoon — a full moon that occurs at lunar perigee — rises behind the Washington Monument on June 23, 2013. The New Year’s Day supermoon full moon of Jan. 1, 2018 will be the biggest and brightest of the year.

    Credit: NASA/Bill Ingalls

    You can watch webcasts of January’s New Year’s Day supermoon live today and tonight. First, the Virtual Telescope Project by astrophysicist Gianluca Masi will host a free webcast of the full moon rising over Rome, Italy at 11 a.m. EST (1600 GMT). You can watch that webcast live here.

    At 9 p.m. EST (0100 GMT), the online observatory Slooh.com will offer a live webcast from its remotely operated telescopes around the world. You can watch the Slooh supermoon webcast here, though registration for the website – which is free – is required. 

    You can also watch the January supermoon webcast on Space.com here, courtesy of Slooh.com.

    Supermoons can appear 30 percent brighter and up to 14 percent larger than typical full moons. <a href=Learn what makes a big full moon a true ‘supermoon’ in this Space.com infographic.” data-options-closecontrol=”true” data-options-fullsize=”true”/>

    Credit: Karl Tate/SPACE.com

    Most media outlets love to treat a “supermoon” as some sort of special or unusual occurrence. Upon hearing that a specifically selected moon comes with the prefix “super” attached, people rush outside to get a look and come away thinking that they have just witnessed something akin to a rare cosmic alignment. Such feelings put a new spin on the whimsical tale penned in 1837 by Hans Christian Andersen, “The Emperor’s New Clothes.”

    In fact, I once took a phone call at New York’s Hayden Planetarium from a young woman who sounded as though she had been cheated. “I went outside last night to look at that so-called ‘super’ moon and was very much disappointed. It didn’t look at all brighter than normal.” When I queried her on what she had expected to see, she replied, “I thought it was going to be something like those three-way light bulbs. Like when you go from 100 to 150 watts; I thought the moon was going to appear noticeably brighter last night, but it really wasn’t at all!”  

    Of course, once somebody is told that the moon is closer than normal to Earth and that it will consequently appear somewhat larger, they might respond with something like, “Oh yeah! It does look bigger than normal!” This is especially true if someone sees the moon near to the horizon, where the enigmatic “moon illusion” always comes into play.

    If the criteria for a supermoon is chiefly dependent on the moon’s arrival at its closest point in its orbit relative to Earth, then the “super” branding is a bit of a misnomer. Indeed, the moon arrives at perigee every month and sometimes twice in a calendar month. Indeed, now the full moons that immediately flank the Jan. 1 perigean full moon are also being branded as supermoons. The full moon on Dec. 3 was “super,” and the one later this month, on Jan. 31, will be, too. And the margin for a supermoon seems to be widening, as full moons that occur within one or two days of perigee are sometimes given the “super” moniker.

    So why can’t we have a supermoon at other phases? This year on Halloween, for instance, the last-quarter moon will come within less than 4 hours of perigee. But nobody ever gets excited about a “super” half-moon.

    The popular astrophysicist Neil deGrasse Tyson probably said it best: “In the overall scheme of things, is this relatively small increase in the moon’s apparent size really so meaningful? I mean, if you turned a 14-inch pizza into a 15-inch pizza, would you then call it a “super-pizza?”

    Maybe when it comes to our natural satellite, size doesn’t really matter after all.

    Editor’s note: If you capture an amazing photo of the Jan. 1 New Year’s Day supermoon and would like to share it with Space.com for a story or gallery, send images and comments to: spacephotos@space.com

    Joe Rao serves as an instructor and guest lecturer at New York’s Hayden Planetarium. He writes about astronomy for Natural History magazine, the Farmer’s Almanac and other publications, and he is also an on-camera meteorologist for Verizon Fios1 News, based in Rye Brook, New York. Follow us @Spacedotcom, Facebook and Google+. Original article on Space.com.

  • Full Wolf Moon: New Year's Supermoon Is the Biggest of the Year

    Editor’s Note: This story was updated at 12 p.m. E.T.

    New Year’s Day is a time for resolutions and hangovers, but this year, it also provides a chance to see the moon in all its glory.

    The first day of 2018 brings a “Full Wolf Moon” — the biggest of two supermoons that will rise in January.

    Skywatchers, take note! On Jan. 1, 2018, Earth will be closest to the moon at 4:54 p.m. EST (2154 GMT), according to EarthSky.org. The moon will be full at 9:24 p.m. EST (0224 GMT on Tuesday Jan. 2).

    January Full Moons 2018: See the ‘Full Wolf Moon’ and a Blue Moon, Too!

    Supermoon 2018: When and How to See January’s Two Full Moons

    A supermoon occurs when the moon is at perigee — its closest point to Earth in its monthly orbit — around the same time as a full moon. The moon looks slightly larger and brighter than average at these times.

    The moon that will be visible on New Year’s Day will appear bigger than usual, but most people will not notice the difference. However, thanks to a phenomenon called the “moon illusion,” the moon may appear bigger when it’s close to the horizon, so this New Year’s supermoon may be most impressive when it’s rising. 

    While the moon is always a beautiful sight in the sky, occasionally skywatchers are treated to a special “supermoon.” Do you know at what phase a supermoon occurs? Or why supermoons don’t happen every month?

    Supermoon

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    The Full Wolf Moon gets its name from the hungry wolves that would howl outside Native American villages during these January full moons, according to the Farmer’s Almanac. However, some people argue that the names for the full moons actually come from Anglo-Saxon culture, according to timeanddate.com.

    In any case, wolves do not howl more during the supermoon, studies show. In fact, wolves do not howl at the moon at all, but rather at each other to communicate, according to “The Wolf Almanac, New and Revised: A Celebration of Wolves and Their World” (Lyons Press, 2007). [6 Wild Ways the Moon Affects Animals]

    Many supermoon myths have tied the unusually bright celestial object to a variety of spooky outcomes. Some believe supermoons make people go crazy. Others claim supermoons trigger natural disasters. The vast majority of these supposed effects (such as increased emergency-room visits) have not been borne out by studies, Live Science previously reported.

    Though the moon will be at its closest point to Earth on Jan. 1, the moon will gradually appear bigger and brighter over the coming days. And those who were too busy working out or still nursing a hangover on the evening of Jan. 1 shouldn’t despair: Another supermoon (this one a Blue Moon, or the second full moon in a calendar month), will occur Jan. 31, Space.com reported. That later supermoon will also be involved in a total lunar eclipse, in which the Earth’s shadow totally covers the moon, making it a Blood Moon as well.

    Editor’s Note: This article was updated to remove a reference to the Full Wolf Moon being 11 percent larger than average. That is how much much bigger the Blue Moon at the end of January will be. 

    Originally published on Live Science.

  • Angosat-1 Communications Restored After Post-launch Glitch

    Angosat-1 seen prior to launch.

    GLASSBORO, New Jersey — Angola’s new satellite is communicating normally with ground teams again after losing contact shortly following launch.

    Moscow-based Energia, manufacturer of Angosat-1, as well as the Russian state corporation Roscosmos confirmed in press releases Dec. 29 that the satellite is sending telemetry and that onboard systems are in good health.

    Angosat-1 launched Dec. 26 on a Zenit-3SLBF rocket from the Baikonur Cosmodrome in Kazakhstan. Energia reported the following day that Angosat-1 had stopped sending vital data to ground teams. Angosat-1 is the first satellite for Angola, designed for television broadcast and communications services in C- and Ku-band, and took eight years to complete.

    The Angolan National Office for Space Affairs, or GGPEN (Gabinete de Gestão do Programa Espacial Nacional), said Dec. 29 in a Portuguese-language website update that the satellite regained contact at 9:00 a.m. Eastern (3:00 p.m. local time in Angola) on Dec. 28, one day after the glitch.

    The lapse in telemetry data with Angosat-1 was the second high-profile space sector mishap for Russia in two months, following a November Soyuz failure that claimed the Meteor-M No.2-1 weather satellite and 18 secondary payloads.

    While Russian rockets regularly provide launch services for international customers, the 1,647-kilogram Angosat-1 satellite represents a rare export for the country’s satellite manufacturing industry. Angosat-1 has a design life of 15 years, providing coverage over all of Africa and parts of Europe.

    This story was provided by SpaceNews, dedicated to covering all aspects of the space industry.

  • Message to the Gods: Space Poetry That Transcends Human Rivalries

    This article was originally published at The Conversation. The publication contributed the article to Space.com’s Expert Voices: Op-Ed & Insights.

    Sputnik 1 started it all. The beachball-sized satellite was launched by the Soviet Union on October 4, 1957 and, despite a relatively short mission of only 21 days in orbit around Earth, quickly became regarded as a device that changed the world. It represented the beginning of the Space Age – and immediately heightened tensions between the US and the USSR, prompting fears about the weaponising of space.

    But Sputnik, and the missions that were to follow as humankind sought to bring space increasingly within the reach of the Earth, was not just about rivalry. There was to be unprecedented international cooperation, as in the collaboration over the International Space Station. Nowadays, you are more likely to hear about the competition between private and state-owned companies for ownership of the next big space programme.

    Perhaps the longest lasting of Sputnik’s many legacies is the idea that orbital circumnavigation brings the world together. This idea gathered momentum in the 1960s and 1970s with the tradition of orbital photography that started with NASA’s Earthrise and Blue Marble images and continues today with the thousands of striking photos of Earth taken by astronauts on the International Space Station. It is a photographic tradition that is often credited with revealing the world to its inhabitants.

    To focus on Sputnik’s technological, political, military, commercial or photographic legacy is, however, to neglect the strange practice of sending poetry into space. In 2013, more than 1,100 haikus were sent on NASA’s MAVEN (Mars Atmosphere and Volatile Evolution) probe. These poems were selected by public vote following a competition that invited submissions from around the world.

    The winner, by Benedict Smith, points to the failed project of global community in the age of satellites and spacecraft:

    It’s funny, they named
    Mars after the God of War
    Have a look at Earth

    Maya Angelou's speech for Barack Obama’s 2008 presidential campaign.

    Maya Angelou’s speech for Barack Obama’s 2008 presidential campaign.

    Credit: Talbot Troy, CC BY

    In 2014, NASA again sent poetry into space when Maya Angelou’s poem A Brave and Startling Truth was carried on Orion’s orbital test flight. Commemorating the UN’s 50th anniversary in 1995, this poem offers an inspirational vision of humanity’s capacity to overcome conflict.

    Written as though from beyond the world, Angelou’s poem is at the same time focused on the human and the earthly.

    What it sees is a humanity that is not subject to a celestial gaze or divine authority, but can direct the course of worldly affairs and aspire to planetary peace. At the culmination of this poem, Angelou writes:

    We, this people, on this wayward, floating body
    Created on this earth, of this earth
    Have the power to fashion for this earth
    A climate where every man and every woman
    Can live freely without sanctimonious piety
    Without crippling fear.

    Predating Angelou’s poem and MAVEN’s haikus by several decades is Thomas Bergin’s For A Space Prober. Etched into an instrumentation panel on the Transit Research and Attitude Control (TRAAC) satellite that was launched on November 15, 1961, Bergin’s poem was the first literary work to leave Earth. This poem continues to circle the Earth at an altitude of 600 miles – and it is expected to remain there for 800 years. It is a message to the gods that declares the end of their belligerent influence:

    From Time’s obscure beginning, the Olympians
    Have, moved by pity, anger, sometimes mirth,
    Poured an abundant store of missiles down
    On the resigned, defenceless sons of Earth.
    Hailstones and chiding thunderclaps of Jove,
    Remote directives from the constellations:

    Aye, the celestials have swooped down themselves,
    Grim bent on miracles or incarnations.
    Earth and her offspring patiently endured,
    (Having no choice) and as the years rolled by
    In trial and toil prepared their counterstroke –
    And now ’tis man who dares assault the sky.
    Fear not, Immortals, we forgive your faults,
    And as we come to claim our promised place
    Aim only to repay the good you gave
    And warm with human love the chill of space.

    Bergin was Professor of Romance Languages at Yale University from 1945 to 1973 – and known in particular for his 1955 English translation of Dante’s The Divine Comedy. Dante’s poem is significant partly because of the medieval cosmology that it articulates.

    Thomas Bergin's poem will orbit the Earth for another 750 years.

    Thomas Bergin’s poem will orbit the Earth for another 750 years.

    Credit: CubPunch28 via Wikimedia Commons, CC BY

    The world, The Divine Comedy tells us, is its own entity and can be comprehended. It is not merely a subordinate element in a larger, and mysterious, divine order. Dante’s poem announces the arrival of this outlook at a time when the influence of the heavenly kingdom was retreating. No longer subject to a higher authority, humanity started at this point to take on a transcendent perspective. The secular world became able to see, and to take control of, itself.

    Bergin’s poem is shaped by this vision of a world that is detaching itself from the realm of the gods. It is humanity’s ability to rise above and comprehend its earthly home that is affirmed by the first poem sent into orbit. It is, then, part of an overlooked literary legacy that situates orbital circumnavigation in deep theological and earthly time.

    Before the Earthrise and Blue Marble photos, it is poetry that offers a vision of the whole world. However, this poem also exposes a blind spot in the story of Sputnik’s journey and its aftermath. It reveals how, 60 years ago, orbit was not viewed exclusively as the space of a heightened military threat or the source of new national divisions. Remarkably, the first poem in space petitions for the decommissioning of weapons in orbit and calls for universal peace.

    Phil Leonard, Professor of Literature & Theory, Nottingham Trent University

    This article was originally published on The Conversation. Read the original article. Follow all of the Expert Voices issues and debates — and become part of the discussion — on Facebook, Twitter and Google +. The views expressed are those of the author and do not necessarily reflect the views of the publisher. This version of the article was originally published on Space.com.

  • When, Where and How to See the Planets in the 2018 Night Sky

    This is a spectacular year for Mars. On July 31 at 3:50 a.m. EDT, the planet will come closer to Earth than at any other time since its historically close approach of August 2003. Its distance from Earth at that moment will be 35.78 million miles (57.59 million kilometers). Not until September 2035 will it come so close again.

    Shining like a “star” with a yellow-orange hue, Mars can vary considerably in brightness. It will appear in the mornings from Jan. 1 through July 26, and evenings from July 27 through Dec. 31. It will appear brightest between July 21 to Aug. 3.

    Mars will start the year in the morning sky, rising just before 3 a.m. in the constellation Libra, just west of the planet Jupiter, and shining only 1/20 as bright as Jupiter. At that time, Mars will be 181.4 million miles (292 million km) away, but it will be approaching Earth at an average of 687,000 miles (1.10 million km) a day and consequently will be getting slowly brighter.

    After April 1, its increase in brightness will start becoming more noticeable: By April 13 it will reach zero magnitude while cruising through the constellation Sagittarius, shining low in the southeast sky during the predawn hours. (See this Space.com guide to understand how the brightness of night sky objects are measured.) On June 9, now in the constellation Capricornus, it will rival Sirius, the brightest of all stars in Earth’s sky (besides the sun, of course), rising above the east-southeast horizon before midnight.

    So bright does Mars become that between July 7 and Sept. 6 it will supplant mighty Jupiter as the second brightest planet and become the third brightest object in the nighttime sky (next to the moon and Venus). It arrives at opposition to the sun (meaning it is on the opposite side of the Earth as the sun) on July 27. Mars will still be in Capricornus, visible from dusk to dawn and shining at an eye-popping magnitude of minus 2.8 — four times brighter than the star Sirius, and more than twice as bright as Jupiter!

    From July 27 through Dec. 31, Mars will appear in the evenings. After reaching this pinnacle, Mars will recede from Earth and gradually become dimmer through the balance of the year. By New Year’s Eve, it’s shining at a still-respectable magnitude of +0.5 in western Pisces, southeast of the Circlet asterism, crossing the meridian at dusk and setting in the west soon after 11 p.m. local time. On the mornings of Jan. 6 and 7, watch as Mars slides less than a half degree to the south of Jupiter. On the evening of Dec. 7, Neptune will be only about a quarter of a degree west of Mars, providing a good benchmark for sighting this dim, blue world in binoculars. Neptune will appear only about 1/1,500 as bright as Mars.

  • Full Moon Names 2018: From Wolf Moons to Cold Moons

    Each year since 2004, Space.com has provided a listing of full moon names that date back to a few centuries ago, when Native Americans occupied the region that’s now the northern and eastern United States. Those tribes of long ago kept track of the seasons by giving distinctive names to each recurring full moon. Their names were applied to the entire month in which each occurred.

    There were some variations in these moon names, but in general, the same ones were used by the Algonquin tribes from New England to Lake Superior. European settlers who arrived in those areas followed their own customs and created some of their own names. Because the lunar (“synodic”) month is roughly 29.5 days long on average, the dates of these full moons shift from year to year. [The Moon: 10 Surprising Lunar Facts]

    Here is a listing of all of the full moon names, as well as their dates and times for 2018. Unless otherwise noted, all times are for the Eastern time zone.

    The supermoon rises over the treetops in San Jose, California in this image by photographer Frank Langben.

    The supermoon rises over the treetops in San Jose, California in this image by photographer Frank Langben.

    Credit: Frank Langben

    With a pair of binoculars or a small telescope, many spectacular features can be spotted on the moon. <a href=See how to observe the moon in this SPACE.com infographic.” data-options-closecontrol=”true” data-options-fullsize=”true”/>

    Credit: Karl Tate, SPACE.com

    Amid the bitter cold and deep snows of midwinter, the wolf packs howled hungrily outside Native American villages. It was also known as the Old Moon or the Moon After Yule. Some tribes called it the Full Snow Moon.

    The moon reaches fullness at 9:24 p.m. EST and will arrive at perigee (its closest point to Earth in its orbit) about 4.5 hours earlier, at 5:00 p.m. EST, at a distance of 221,559 miles (356,565 kilometers) from Earth. (A full moon that takes place during perigee is sometimes known as a supermoon.) Because the full moon coincides with perigee, it will appear to be the biggest full moon of 2018. In addition, very high ocean tides can be expected during the two or three days after peak fullness. 

    Usually this title is reserved for a full moon in February, since  world tends to be fully coated in snow by then. But this year is an oddity, in that there will be no full moon in February. (This is true for most locations on Earth, but in some places, including eastern Asia and eastern Australia, the moment of peak fullness will occur on the morning of Feb. 1.) During February, the snow and bitter cold makes hunting difficult, so some tribes called this moon the Full Hunger Moon.

    This is the second time the moon turns full in a calendar month, so it is also popularly known as a Blue Moon. On average, full moons occur every 29.53 days (the length of the synodic month), or 12.37 times per year. So months containing two full moons occur, on average, every 2.72 years. This year, however, is a striking exception to this rule, as you will soon see.

    Jan. 31 will also be the night of atotal lunar eclipse.The Pacific Rim — the lands around the rim of the Pacific Ocean— will have a ringside seat for this event: Totality will last 77 minutes, and at mideclipse, the moon will appear directly overhead (or nearly so) over the open waters of the western Pacific Ocean.

    In the western U.S. and western Canada, the eclipse will take place during the predawn hours, but across the rest of North America, the progress of the eclipse will be interrupted by moonset.

    This occurrence happens once every 19 years. The last time February didn’t have a full moon was in 1999, and the time before that was 1980; the next time there will be no full moon in February will be 2037. (Once again, this is true for most locations on Earth, but in some places, including eastern Asia and eastern Australia, the moment of peak fullness will occur on the morning of Feb. 1.)

    The timing of the full moon is related to the Metonic Cycle, which is named for the Greek astronomer Meton, who discovered this phenomenon around 500 B.C. He noted that a given phase of the moon usually falls on the same date at intervals of 19 years. There doesn’t seem to be a name for a month that lacks a full moon, but February is the only month in which this can happen. Recall what we noted above: The lunar (“synodic”) cycle is roughly 29.5 days on average, but even during leap years, February cannot have more than 29 days. So if a full moon takes place on the final day of January, the next full moon will jump over February and occur at the beginning of March. And this will result in a second month with two full moons; the second full moon makes up for the lack of a full moon in February.

    In March, the ground softens, and the earthworm casts reappear, inviting the return of the robins. The Northern tribes knew this as the Full Crow Moon, when the cawing of crows signals the end of winter, or the Full Crust Moon because the snow cover becomes crusted from thawing by day and freezing at night. Fullness occurs at 7:51 p.m. EST(0051 GMT on March 2).

    Marking the time of tapping maple trees, this is another variation of the Full Worm Moon. In 2018, this is also the Paschal Full Moon, or the first full moon of the spring season. The first Sunday following the Paschal Moon is Easter Sunday, which indeed will be observed the very next day, on Sunday, April 1. This is also the second Blue Moon of 2018 — once again, depending your location, because the moon reaches peak fullness on April 1 for some locations. Fullness occurs at 8:37 a.m. EDT (0037 GMT on April 1.)

    One of the earliest-blooming, widespread flowers in North America is the grass pink or wild ground phlox. Other names for this full moon are the Full Sprouting Grass Moon, the Egg Moon and, to some coastal tribes, the Full Fish Moon, to mark when the shad come upstream to spawn. Fullness occurs at 8:58 p.m. EDT (0058 GMT on April 30).

    By this time of year, flowers are abundant. The Full Flower Moon was also known as the Full Corn Planting Moon or the Milk Moon. Fullness occurs at 10:20 a.m. EDT (1420 GMT).

    Strawberry-picking season peaks this month. Europeans called this the Rose Moon. Fullness occurs at 12:58 a.m. EDT (1658 GMT).

    This full moon occursin the month when the new antlers of buck deer push out from their foreheads in coatings of velvety fur. It was also often called the Full Thunder Moon, because it’s when thunderstorms are the most frequent in this part of the world. Sometimes, it’s also called the Full Hay Moon.

    There will also be a total eclipse of the moon on July 27. However, it will not be visible in North America because it will be happening during the daytime, when the moon is below the horizon. Much of the Eastern Hemisphere — from Europe and Africa, eastward across Asia to Japan, Indonesia and much of Australasia — will be able to watch this rather exceptionally long totality, which will last 103 minutes. Because the moon arrives at apogee (its farthest point from Earth in its orbit) about 14 hours earlier, this will also be the smallestfull moon of 2018; it will appear 12.3 percent smaller than the full moon of Jan. 1. Fullness occurs at 4:20 p.m. EDT (2020 GMT); the eclipse will peak at 3:21 EDT (1921 GMT).

    This full moon occurswhen this large fish of the Great Lakes and other major bodies of water, like Lake Champlain, are most readily caught. A few tribes knew it as the Full Red Moon, because when the moon rises, it looks reddish through the sultry summer haze. It is also known as the Green Corn Moon or the Grain Moon.Fullness occurs at 7:56 a.m. EDT (1156 GMT).

    Traditionally, this designation goes to the full moon that occurs closest to the autumnal (fall) equinox. The Harvest Moon usually comes in September, but (on average) once or twice per decade, it will fall in early October. At the peak of the harvest, farmers can work into the night by the light of this moon. Usually, the moon rises an average of 50 minutes later each night, but for the few nights around the Harvest Moon, the moon seems to rise at nearly the same time each night: just 25 to 30 minutes later each night across the U.S., and only 10 to 20 minutes later for much of Canada and Europe. Corn, pumpkins, squash, beans and wild rice — the chief Native American staples — are now ready for gathering. Fullness occurs at 10:52 p.m. EDT (0252 GMT on Sept. 25).

    For most of human history, the moon was largely a mystery. It spawned awe and fear and to this day is the source of myth and legend. But today we know a lot about our favorite natural satellite. Do you?

    Full Moon over Long Beach, CA

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    With the leaves falling and the deer fattened, it’s now time to hunt. Because the fields have been reaped, hunters can ride over the stubble and more easily see foxes, as well as other animals, which can be caught for a banquet after the harvest. Fullness occurs at 12:45 p.m. EDT (1645 GMT).  

    At this point of the year, it’s time to set beaver traps before the swamps freeze, to ensure a supply of warm winter furs. Another interpretation suggests that the name Full Beaver Moon comes from the fact that the beavers are now active in their preparation for winter. It’s also called the Frosty Moon. Fullness occurs at 12:39 a.m. EST (0539 GMT).

    It’s not hard to understand where the name of this moon comes from, as December is the month in which the winter cold fastens its grip on this part of the world. On occasion, this moon was also called the Moon Before Yule. Sometimes, this moon is referred to as the Full Long Nights Moon, which is appropriate because the winter solstice (the longest night of the year) occurs in December, and the moon is above the horizon for a long time. In December in the Northern Hemisphere, the full moon makes its highest arc across the sky because it’s diametrically opposite to the low sun. In fact, the moment of the winter solstice comes just over 19 hours before this full moon, at 5:23 p.m. EST on Dec. 21. Peak fullness occurs at12:49 p.m. EST (1749 GMT).

    Which of these lunar displays is your favorite skywatching treat?

    • Space.com
    • Supermoon! Not only is it the biggest full moon of the year, it’s super cool.
    • Full Moons: They come around every month and light up the night.
    • Lunar Eclipses: There’s nothing more spectacular than a blood-red moon in Earth’s shadow.
    • Blue Moon: They’re rare and amazing, if not actually blue.
    • Solar Eclipses: The moon has the power to block out the sun!

    Joe Rao serves as an instructor and guest lecturer at New York’s Hayden Planetarium. He writes about astronomy for Natural History magazine, the Farmer’s Almanac and other publications, and he is also an on-camera meteorologist for Verizon Fios1 News, based in Rye Brook, New York.

    Follow us @Spacedotcom, Facebook and Google+. Original article on Space.com.