Rare Snail Captured on Camera for the First Time Laying an Egg Through Its Neck
A rare New Zealand snail had been captured on video for the first time laying an egg from its neck
The Powelliphanta augusta snail was undergoing a routine weight check when the egg appeared
The snail species lays roughly five eggs a year, which can take over a year to hatchWhat came first, the snail or the egg?
New footage of a rare New Zealand snail laying an egg from its neck for the first time is now picking up steam online, and it's not happening at a snail's pace. The clip, shared by CBS News and The Guardian, shows a Powelliphanta augusta snail pushing a tiny egg from the neck of its body. Animal experts who witnessed the moment in person and New Zealand's Department of Conservation are calling the moment "quite remarkable."
"In all the years we've been doing that [work], we've never encountered it," Ingrid Gruner, the regional biodiversity liaison of the department, told The Guardian.
Gruner, per the outlet, helps manage a captivity program for the Powelliphanta augusta snails — otherwise known as the Mount Augustus snail — launched nearly 20 years ago. Experts with the program were weighing the egg-laying snail as part of a routine weight check when the creature started pushing the egg out of its neck.
Gruner told The Guardian that the team "struck lucky" and captured the moment on camera.
The snails lay roughly five eggs annually, which can take longer than a year to hatch, per a news release.
Senior science advisor for New Zealand's conservation department, Kath Walker, noted in the release that snails have a genital pore on their necks to mate while remaining in their shells. According to The Guardian, other snails mate or lay eggs similarly, with some species even birthing live young.
"It extends its penis out of this pore and into its mate's pore, and its mate does the same, simultaneously exchanging sperm, which they can store until they each fertilize the sperm they've received to create eggs," Walker said of the Powelliphanta augusta snail's procreation methods. "As hermaphrodites, they have both male and female genitalia, so although they usually mate with another to cross-fertilize their eggs, as carnivores which have to live at relatively low density, being able to occasionally self-fertilize must help with the survival of the species."
Following a mining proposal in 2006 for the Mt Augustus ridge line on South Island — which The Guardian reports as the snail's sole native habitat — scientists have since been managing the critter's population. At the time, 2,000 snails were used to start a captive colony, while 4,000 were transferred to areas nearby. Faulty temperature controls of a department refrigerator led to roughly 800 of the snails dying in 2011.
According to The Guardian, as of March, 1,884 snails (hatchlings to adults) and 2,195 eggs were in the captive breeding program. New colonies in the wild have since been established, and the department is monitoring them.
Never miss a story — sign up for to stay up-to-date on the best of what PEOPLE has to offer, from juicy celebrity news to compelling human interest stories.
"It's remarkable that in all the time we've spent caring for the snails, this is the first time we've seen one lay an egg. We caught the action when we were weighing the snail. We turned it over to be weighed and saw the egg just starting to emerge from the snail," Lisa Flanagan, who has worked with the snails for over 12 years, said.
"Some of our captive snails are between 25 and 30 years old," Flanagan added of the snails, which take eight years to reach sexual maturity. "They're polar opposites to the pest garden snail we introduced to New Zealand, which is like a weed, with thousands of offspring each year and a short life."
Read the original article on People
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
8 hours ago
- Yahoo
Writer shares troubling story about invisible threat impacting neighborhood where she grew up: 'We lived in the shadow'
Growing up, writer Reniqua Allen-Lamphere worried about gun violence. But as an adult, she's realized that the biggest danger to her childhood was invisible — but no less dangerous. Allen-Lamphere shared her story in The Guardian. Growing up in a peaceful community in Englewood, New Jersey, she spent most afternoons playing in a local park, where she would splash in the brook and enjoy the sunshine. But just beyond, the threat lurked. "We lived in the shadow of factories bordering our beloved park," she explained. "Companies such as the LeDoux Corporation, a chemical testing company that had worked on everything from the Manhattan Project to the moon landing, were just steps from the swings." And as more people began to suffer from seemingly unrelated, mysterious health issues — from endometriosis to diabetes — people began to wonder if those factories had something to do with them. One family friend of Allen-Lamphere's shared: "As kids, we always played in the brook and thought it was fun when the water changed colors and stained our hands. … Our neighborhood smelled like rotten eggs every day when we came home from school, which I now know was the smell of sulfur. I can only imagine the toxins we were exposed to." Nowadays, scientists have a better idea of the links between environmental pollution and health. Air pollution is now known to be linked with a plethora of issues, from respiratory illness to dementia, certain cancers, and cardiovascular issues, per the National Institute of Environmental Health. But Allen-Lamphere had personally suffered from severe menstrual pain and endometriosis, and a recent study from Human Rights Watch found that this, too, may have been exacerbated by the pollution. Researchers found links between air pollution and gestational diabetes, pre-eclampsia, and fibroids. And other common toxins and contaminants, including heavy metals and industrial chemicals, have been linked with infertility and endocrine disruption, leading to pregnancy complications. And unfortunately, people of color are disproportionately affected by this. Black people are 75% more likely to live within close range of industrial facilities, meaning that the air they breathe is, on average, 38% more polluted than the air in majority-white communities, per the Climate Reality Project. Researchers are looking into ways to reduce air pollution while simultaneously contributing to a greener future. From a team looking to convert methane into airplane fuel to another team reverse-engineering real dairy butter out of air-based carbon molecules, the potential solutions are vast and varied. But at its root, reducing air pollution means reducing it at the source and decreasing the amount of toxins and emissions generated in the first place. Both governmental regulations — such as the EPA's recent closing of loopholes on highly polluting steel plants — and initiatives by corporations, like transitioning shipping fleets to clean fuels, will be necessary for this. And as a citizen and a consumer, you can use your voting power and your money to contribute your own power to this effort. Do you worry about air pollution in and around your home? Yes — always Yes — often Yes — sometimes No — never Click your choice to see results and speak your mind. Join our free newsletter for weekly updates on the latest innovations improving our lives and shaping our future, and don't miss this cool list of easy ways to help yourself while helping the planet.
Yahoo
a day ago
- Yahoo
"Gasping": Scientists Make Breakthrough Toward Full Cure for HIV
Researchers say they've taken a major step toward finding a cure for HIV. As The Guardian reports, scientists at the Peter Doherty Institute for Infection and Immunity in Melbourne found a way to make the HIV virus visible, potentially laying the groundwork for ways to banish it from the body altogether. As detailed in a paper published in the journal Nature Communications, the team developed a way to send messenger RNA into cells, to root out the hiding virus by fully enveloping it in a bubble of formulated fat called lipid nanoparticles (LNPs). The genetic molecules then instruct the cells to make the virus visible. Author and Doherty Institute research fellow Paula Cevaal told the Guardian that it was "previously thought impossible" to deliver mRNA into HIV-containing white blood cells. But thanks to a new type of LNPs, dubbed LNP X, the team found a way for these cells to accept the mRNA. "Our hope is that this new nanoparticle design could be a new pathway to an HIV cure," she added. The human immunodeficiency virus attacks the human body's immune system and can lead to deadly AIDS if left untreated. Despite decades of research, there's still no effective cure for the disease; though a handful of patients have been fully cured of HIV, the treatments remain brutally complex and expensive. While the number of people in the United States living with HIV has decreased since 2018, over 39,000 new patients were diagnosed in 2023. The latest research came with such surprising findings that the team didn't believe it at first. "We were overwhelmed by how [much of a] night and day difference it was — from not working before, and then all of a sudden it was working. And all of us were just sitting gasping like, 'wow,'" Cevaal told the Guardian. While it's a promising step in the right direction, scientists still have to figure out whether making the hidden virus visible will cause the body's immune system to deal with it. Other possibilities include developing new ways to combine their findings with other gene therapies to ultimately cure HIV. Before the latest technique can be used in humans, it would also have to be put through its paces, from animal experiments to human safety trials, a process that could easily take many years. And Cevaal appears to be realistic about those chances. "In the field of biomedicine, many things eventually don't make it into the clinic — that is the unfortunate truth; I don't want to paint a prettier picture than what is the reality," she told the Guardian. "But in terms of specifically the field of HIV cure, we have never seen anything close to as good as what we are seeing, in terms of how well we are able to reveal this virus." "So from that point of view, we're very hopeful that we are also able to see this type of response in an animal, and that we could eventually do this in humans," she added. Beyond HIV, the researchers are hoping their LNP-based mRNA delivery method could be applied to other diseases as well, including certain types of cancer. More on HIV: Religious Conservatives Trying to End Insurance Coverage of Incredibly Effective Anti-HIV Drug
Yahoo
a day ago
- Yahoo
Scientists uncover exciting new method to remove dangerous chemicals from the body: 'Feasible, accessible and economical'
In a hopeful breakthrough for public health, researchers found that dietary fiber may help reduce PFAS — toxic "forever chemicals" — from the human body. As reported by The Guardian, the pilot study showed that increased fiber intake can lower levels of two of the most widespread and harmful PFAS: PFOA and PFOS. These pollutants are commonly found in water, food packaging, and household products, and they have been linked to serious health issues, including cancer, birth defects, and kidney disease. PFAS, short for perfluoroalkyl and polyfluoroalkyl substances, are called forever chemicals because they don't naturally break down and can remain in the body for decades. The study's authors believe dietary fiber forms a gel in the digestive system that blocks PFAS from being absorbed, allowing them to exit when you go to the bathroom — similar to how fiber helps remove bile acids. Importantly, the study found that both soluble and insoluble fibers were needed, and oat beta-glucan, a common supplement, was mentioned as a helpful source. Timing is also important, as fiber works best when taken with meals, when bile production is highest. While fiber didn't work as well for "short-chain" PFAS (which are excreted more easily through urine), it was highly effective at reducing levels of long-chain types such as PFOA and PFOS — the types most commonly found in people's blood. This method also appears to be a gentler alternative to treatments such as cholestyramine, a cholesterol drug sometimes used to treat PFAS exposure but known to cause uncomfortable digestive issues. By contrast, fiber has a wide range of health benefits and is easy to integrate into your daily routine. This promising discovery joins other innovative solutions such as an LED method used to break down PFAS and ultraviolet purification used to break down PFAS in water. "The key is that this is feasible, accessible and economical," said Boston University's Jennifer Schlezinger, a co-author of the study. She added that early results are "very promising," and a larger study is underway. People online were impressed with the findings. "Wild how something as simple as fiber could help flush out toxic forever chemicals," one person said on Instagram. "The link between fiber intake and reducing 'forever chemicals' is such an important topic. More research like this could shape our understanding of diet and health. Thanks for sharing!" added another. Do you worry about having toxic forever chemicals in your home? Majorly Sometimes Not really I don't know enough about them Click your choice to see results and speak your mind. Join our free newsletter for easy tips to save more and waste less, and don't miss this cool list of easy ways to help yourself while helping the planet.