logo
When is the next full moon? Sturgeon Moon will rise over Mississippi soon in August 2025

When is the next full moon? Sturgeon Moon will rise over Mississippi soon in August 2025

Yahoo7 days ago
The August full moon will rise over Mississippi soon. But stargazers have other astronomical events to look forward to this month.
Showy fireballs and shooting stars will be visible at night over Mississippi until late August. Three meteor showers are happening now.
The Perseid is the most famous of the trio. According to the American Meteor Society, it runs from about July 17 to Aug. 23.
The alpha Capricornids are still in progress and will be active through about Aug. 12, according to the American Meteor Society. The Delta Aquariid Meteor Shower will also be visible from July 18 through around Aug. 12.
Falling stars can be visible from evening through dawn, meaning you don't have to stay up late for this stargazing, though the best times are between midnight and dawn.
Can the full moon keep you from seeing the celestial show? Here's what to know about the August full moon and when you can try to get the best view of the meteor showers over Mississippi.
When is the August full moon?
The full moon in August, called the "Sturgeon Moon," will be on Aug. 9, 2025. Peak illumination will be 2:55 a.m. CT, according to Farmer's Almanac.
Moonrise in Jackson will be at 7:48 p.m. CT, on Aug. 8, according to timeanddate.com. That'll be shortly after sunset around 7:51 p.m.
Why is it called the Sturgeon Moon?
According to Farmer's Almanac, it's called the Sturgeon Moon because lake sturgeon were plentiful this time of year. The fish were an important food for Native American tribes.
Other names for this moon include:
Black Cherries Moon
Corn Is in the Silk Moon
Corn Moon
Dry Moon
Feather Shedding Moon
Grain Moon
Green Corn Moon
Hot Moon
Hunger Moon
Lightning Moon
Plum Moon
More: When to watch Perseid meteor shower light up the sky tonight in Mississippi
What nights will have the most meteors in August?
The Perseids will peak around Aug. 12-13, according to the American Meteor Society.
Peak periods for these showers were around July 29-30, but they're still putting on a show. It's just not the maximum number of meteors you might see.
What are the best nights to see shooting stars in August?
The worst nights for viewing meteor showers will be in the days surrounding the full moon.
NASA released an article explaining that the full moon will be 84% full on the peak nights of the Perseids. You still might see a few bright meteors before dawn, but overall visibility will be low on the nights when the most will be shooting across the sky.
The new moon is Aug. 23, so the darker nights as the moon wanes will be your best bet for a night sky dark enough to see the end of the Perseid.
What are the names of other full moons throughout the year?
Other popular nicknames for monthly full moons, according to the Old Farmer's Almanac, include:
Wolf Moon (January)
Snow Moon (February)
Worm Moon (March)
Pink Moon (April)
Flower Moon (May)
Strawberry Moon (June)
Sturgeon Moon (August)
Corn Moon (September)
Hunter's Moon (October)
Beaver Moon (November)
Cold Moon (December)
Why do we see moon phases?
There are four lunar phases based on the Earth's position between the sun and the moon. A full moon means the entire visible side of the moon facing Earth is reflecting sunlight. When less of the moon gets light, it's dark (a new moon) or waxing or waning.
Full moons normally happen 29.5 days apart and once a month.
Rarely are there two full moons in a single month. It's called a "blue moon," and the next one will be on May 31, 2026.
Contributing: Mary Walrath-Holdridge
Bonnie Bolden is the Deep South Connect reporter for Mississippi with Gannett/USA Today. Email her at bbolden@gannett.com.
This article originally appeared on Mississippi Clarion Ledger: When is the next full moon? See the Sturgeon Moon, Perseid meteor shower
Solve the daily Crossword
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

World's ‘oldest baby': what a 30-year-old embryo tells us about the future of fertility
World's ‘oldest baby': what a 30-year-old embryo tells us about the future of fertility

Yahoo

timean hour ago

  • Yahoo

World's ‘oldest baby': what a 30-year-old embryo tells us about the future of fertility

A baby born in the US has made headlines for a surprising reason: they came from an embryo that had been frozen for more than 30 years — setting a new world record. The embryo was created and stored in 1994, back when Bill Clinton was US president and the internet, email and mobile phones were still in their infancy. Now, decades later, that embryo has become a living child. But how is this possible – and what does it mean for the future of fertility treatment? Freezing embryos is a common and effective part of in vitro fertilisation (IVF). During IVF, multiple eggs are fertilised, and any unused embryos can be frozen and stored for future use. Globally, thousands of embryos are placed in long-term storage each year – and as the demand for fertility treatment grows, so too does the number of embryos in storage. But once a person or couple finishes treatment, the question of what to do with unused embryos can become complicated. As this case in the US illustrates, families and circumstances change. Relationships may end. People may change their minds. And yet, many feel conflicted about allowing embryos to 'perish' (the term used when frozen embryos are removed from storage, thawed and not used), especially after investing significant emotional, physical and financial resources in their creation. As a result, many continue to pay storage fees for years – sometimes decades – after their treatment has ended. Embryo donation One option for those with unused embryos is to donate them. Typically, this is coordinated through the fertility clinic. But in this record-breaking case, the embryos were donated through a US Christian organisation called Snowflakes, which allows donors to choose the recipients. The donor – now a woman in her 60s – wanted a say in where the embryos went because any resulting children would be full genetic siblings to her 30-year-old daughter. In many countries, donor-conceived people are now entitled to information about their donors. But rarely does this involve embryos frozen for decades – raising the possibility of a future connection between the child, their parents and the donor family, including a half-sibling born 30 years earlier. In the US, there's no legal limit on how long embryos (or sperm and eggs) can be stored. In the UK, the maximum storage limit was recently extended to 55 years, enabling a similar situation: someone could be conceived from an embryo stored for decades, and the donor may be elderly – or even deceased – by the time contact is made. Read more: What remains unclear is how these wide age gaps between donor and child – or between donor-conceived siblings – might affect how people relate to one another. It's an area that remains largely unexplored. Finding genetic relatives As direct-to-consumer DNA testing becomes increasingly common, more donor-conceived people are turning to services like 23andMe and to find genetic relatives outside of regulated routes. These commercial tests allow users to upload a sample and receive a list of people they may be related to, including potential donors or donor siblings. With longer embryo storage periods possible, it's likely that people will use these platforms to make contact with genetic relatives across many years, bypassing formal donor registries and regulated systems. In this US case, the embryo donation took place within the same country. But that's not always the case. With the globalisation of fertility treatment, including international travel and the cross-border shipment of frozen sperm, eggs and embryos, it's increasingly common for people who are genetically related to live in different countries. A 2024 Netflix documentary about sperm donation highlighted this issue, showing how a single donor fathered children in multiple countries, prompting calls for better regulation of international donor limits. One of the most intriguing – and underexplored – questions is how people born from decades-old embryos will come to understand their origins. While research on donor-conceived families suggests that they typically function well, the idea of being 'frozen in time' for 30 years is unique. It introduces a temporal disconnect between conception and birth that may feel uncanny or dislocating. Donor-conceived people are often curious about their genetic background – but being born from an embryo created before the internet or mobile phones adds another layer to this. It could influence how people make sense of their identity, family connections, and even their place in history, especially if their genetic siblings or donors are decades older, or deceased. The long gap between fertilisation and birth raises profound questions not just about biology, but about belonging, narrative, and what it means to be from a particular time. With rapid advances in reproductive technology, it's likely this won't be the last record-breaking case. As techniques improve and cultural boundaries around family and parenthood continue to evolve, we'll see more questions arise: about identity, genetics and what it really means to be part of a family. This article is republished from The Conversation under a Creative Commons license. Read the original article. Nicky Hudson receives funding from the UK Economic and Social Research Council. She is a member of the UK NICE Guideline Committee on fertility treatment, a working group member for the Nuffield Council on Bioethics' project on Reviewing the 14-day rule, a member of the British Fertility Society's Law, Policy and Ethics group and an advisory board member for the Fertility Alliance.

How Alien Life Could Exist Without Water
How Alien Life Could Exist Without Water

Gizmodo

timean hour ago

  • Gizmodo

How Alien Life Could Exist Without Water

The search for alien life usually hinges on finding the same conditions that sustain life on Earth. But what if aliens don't need the same things that we need to survive? A new proposal tackles this question for water—arguably one of the most important factors in the search for alien life. Intriguing new research from MIT proposes that liquids are what's important for extraterrestrial habitability, and not just water. The new research specifically focuses on ionic fluids—substances that planetary scientists believe could form on the surfaces of rocky planets and moons. Ionic liquids are highly tolerant to high temperatures and low pressures, allowing them to remain in a stable liquid state that's potentially friendly to biomolecules. If confirmed, the proposal, published August 11 in Proceedings of the National Academy of Sciences, would dramatically expand what's considered the 'habitable zone' among known exoplanets. By current standards, the habitable zone is defined as the band within planetary systems in which liquid water can remain stable on the surface. When it comes to life, we're understandably biased towards water; all life as we know it depends on it. 'We consider water to be required for life because that is what's needed for Earth life,' Rachana Agrawal, study lead author and a postdoctoral researcher at MIT, told MIT News. 'But if we look at a more general definition, we see that what we need is a liquid in which metabolism for life can take place.' Originally, the researchers were studying the toxic, gassy atmosphere of Venus and whether such conditions could support extraterrestrial life. The planet is shrouded in clouds of sulfuric acid, a common byproduct of volcanic activity on Earth and, presumably, on other rocky planets. While experimenting with different ways to extract organic compounds from sulfuric acid, the team noticed that each time, 'a stubborn layer of liquid always remained,' they explained. 'From there, we took the leap of imagination of what this could mean,' Agrawal said. 'Sulfuric acid is found on Earth from volcanoes, and organic compounds have been found on asteroids and other planetary bodies. So, this led us to wonder if ionic liquids could potentially form and exist naturally on exoplanets.' For the study, the researchers explored how ionic liquids could form naturally. (Earth's ionic liquids are largely synthesized for industrial purposes; the only natural instance is the venom mixture from two very specific species of ants). They mixed various nitrogen-containing organic compounds with sulfuric acid on basalt rock, a common geological feature of rocky planets. This reaction occurred under the hot, low-pressure conditions resembling the weather at Venus or other rocky planets. They found that ionic liquid emerged from these experiments at temperatures up to 356 degrees Fahrenheit (180 degrees Celsius) and also at extremely low pressures. 'We were just astonished that the ionic liquid forms under so many different conditions,' Sara Seager, study co-author and an astrophysicist at MIT, told MIT News. The results also demonstrate the extraordinary persistence of ionic liquids compared to water, Seager explained. If 'pockets' of ionic liquid could remain on a planet's surface for millennia, they'd be the 'small oases for simple forms of ionic-liquid-based life.' 'We just opened up a Pandora's box of new research,' Seager added. It's wholly reasonable to begin the search for alien life using Earth and Earth-based life as our starting point. But when we consider something that could contradict these baseline assumptions, that's when the most provocative, groundbreaking initiatives come to life.

NASA's SpaceX Crew-10 Returns Safely After Completing Dozens of ISS National Lab-Sponsored Investigations
NASA's SpaceX Crew-10 Returns Safely After Completing Dozens of ISS National Lab-Sponsored Investigations

Yahoo

time2 hours ago

  • Yahoo

NASA's SpaceX Crew-10 Returns Safely After Completing Dozens of ISS National Lab-Sponsored Investigations

Astronauts wrap up mission after supporting research that could lead to new cancer treatments, more lifelike robotics, space debris removal, and more KENNEDY SPACE CENTER, Fla., Aug. 11, 2025 /PRNewswire/ -- After nearly six months onboard the International Space Station (ISS), the four astronauts of NASA's SpaceX Crew-10 mission have safely returned to Earth. This weekend's splashdown off the coast of California concludes a long-duration science expedition that supported dozens of investigations sponsored by the ISS National Laboratory®. NASA astronauts Anne McClain and Nichole Ayers, Japan Aerospace Exploration Agency (JAXA) astronaut Takuya Onishi, and Roscosmos cosmonaut Kirill Peskov played a vital role in advancing science in space, contributing to biomedical research, physical and materials sciences, technology demonstrations, and student-led experiments. Their work helped push the boundaries of discovery in low Earth orbit to benefit life on Earth and support a sustainable and robust space economy. ISS National Lab-sponsored projects the crew worked on during their mission include the following: A project from the University of Connecticut and Eascra Biotech, in partnership with Axiom Space, is using microgravity to improve the production of Janus base nanomaterials, which could be used to treat diseases like osteoarthritis and cancer. This project builds on previous ISS investigations and is funded through NASA's In-Space Production Applications program. Multiple projects were funded by the U.S. National Science Foundation, which has a long-standing partnership with the ISS National Lab to advance fundamental research on the orbiting laboratory. ELVIS may enhance the search for life beyond Earth. Portland State University, in collaboration with NASA's Jet Propulsion Laboratory in Southern California and Teledyne Brown Engineering, Inc., tested a new holographic microscope—the Extant Life Volumetric Imaging System (ELVIS)—that could allow scientists to study the adaptability of life under extreme conditions. Kall Morris Inc, in partnership with Voyager Technologies, leveraged the Astrobee free-flying robots on the space station to validate its REACCH system, which uses tentacle-looking arms with gecko-like adhesive pads to capture floating space debris. REACCH could help protect critical in-orbit infrastructure for Internet communications, weather prediction, GPS, and more. The ISS National Lab is proud to have partnered with NASA and international collaborators to enable this impactful space-based research for the benefit of humanity. The return of NASA's SpaceX Crew-10 mission marks the successful completion of another science expedition in the ongoing effort to leverage space as an innovation platform. To learn more about the science supported by the astronauts during this mission, visit our launch page. Download a high-resolution image for this release: Crew-10 Return About the International Space Station (ISS) National Laboratory:The International Space Station (ISS) is a one-of-a-kind laboratory that enables research and technology development not possible on Earth. As a public service enterprise, the ISS National Laboratory® allows researchers to leverage this multiuser facility to improve quality of life on Earth, mature space-based business models, advance science literacy in the future workforce, and expand a sustainable and scalable market in low Earth orbit. Through this orbiting national laboratory, research resources on the ISS are available to support non-NASA science, technology, and education initiatives from U.S. government agencies, academic institutions, and the private sector. The Center for the Advancement of Science in Space® (CASIS®) manages the ISS National Lab, under Cooperative Agreement with NASA, facilitating access to its permanent microgravity research environment, a powerful vantage point in low Earth orbit, and the extreme and varied conditions of space. To learn more about the ISS National Lab, visit our website. As a 501(c)(3) nonprofit organization, CASIS accepts corporate and individual donations to help advance science in space for the benefit of humanity. For more information, visit our donations page. Media Contact: Patrick O'Neill 904-806-0035PONeill@ International Space Station (ISS) National LaboratoryManaged by the Center for the Advancement of Science in Space® (CASIS®)1005 Viera Blvd., Suite 101, Rockledge, FL 32955 • 321.253.5101 • View original content to download multimedia: SOURCE International Space Station National Lab

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store