The heartwarming clip, shared on Wednesday by the account @junothetort, features the cat, named Woody, playing gently with his tortoise companion, Juno. The two have become inseparable since their first meeting, with their connection growing stronger over time. In the video, Woody can be seen tenderly interacting with Juno, who appears equally delighted by the attention.

“The story of my baby tortoise and cat,” the video’s caption reads. “From the first day Juno came home, Woody was obsessed. He was there for every single morning bath.”

The video continues, recounting the pair’s deepening bond. “They began spending more time together and wouldn’t leave each other’s side. Woody’s signature ‘happy stretches’ became a daily ritual, and he would wait eagerly for Juno to join him for playtime. Eventually, they began kissing each other on the nose. Now, they are inseparable,” the caption concludes. “A friendship like no other.”

While cats are often associated with hunting small animals, experts suggest that domesticated cats can peacefully coexist with other pets, including tortoises. Dr. Roy Cruzen, a veterinarian featured in a Pet MD article, explains that domestication reduces a cat’s hunting instincts. “In the wild, cats hunt for survival. But in a home environment, where their basic needs are met, the drive to hunt is often more for entertainment,” he says. “This allows for peaceful coexistence between cats and species typically seen as prey, like rabbits, tortoises, and guinea pigs.”

Despite the potential for harmony, Dr. Cruzen emphasizes the importance of supervising interactions between cats and smaller pets. “Even if they seem to get along, it’s always advisable to monitor their interactions,” he advises.

Caring for a tortoise, however, requires specific considerations. Dr. Melissa Magnuson, a veterinarian at All Pets Veterinary Hospital, notes that tortoises’ habitats should closely resemble their natural environment to keep them happy and healthy. “Tortoises are reptiles and cannot regulate their body temperature, so a heat lamp should be placed in one section of their enclosure,” she explains.

Dr. Magnuson also offers dietary advice, explaining that tortoises should eat primarily fresh greens (about 80 percent of their diet), supplemented by fresh vegetables and fruits.

The touching video, which has now amassed over 939,000 views and 121,000 likes, has left social media users in awe. Many commenters expressed their emotions over the unlikely friendship, with one user, Maaz Khan, reflecting on the inevitable passage of time: “Am I the only one thinking about how long turtles live and one day he will lose his best friend?”

Other viewers shared their own emotional responses. “Literally just had my baby 3 days ago and my hormones are all over the place and this has made me ball my eye out. It’s so adorable,” wrote Caitlin Emery. Another user, Rose, remarked: “I’ve never seen such a chilled ginger cat.”

As the heartwarming video continues to make the rounds, it serves as a reminder of the unexpected and enduring bonds that can form between animals, transcending typical instincts and differences.

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Leopard Tortoises, native to Africa, often face threats that lead them away from their natural habitats. Many are captured for the illegal wildlife trade or kept in captivity by traditional healers. Blue’s case is no exception. The tortoise was found in the yard of a Sangoma, a traditional healer, who had painted Blue, likely as a means of identification.

The Leopard Tortoise is one of the largest species on the African continent and is known for its longevity and resilience. These traits have made it a symbol of strength, which is particularly fitting for Blue, who has endured significant hardship.

Carina Crayton, co-founder of the Wild Heart Wildlife Foundation, explained the dangers of painting a tortoise’s shell. “A tortoise’s shell is more than just armor; it’s part of their skeletal system, with their ribs and spine fused to it,” Carina said. “The shell is porous, which allows tortoises to absorb moisture—essential for their survival, especially in arid regions. Painting it can block this natural process, preventing the absorption of moisture, sunlight, and key nutrients like Vitamin D and calcium.”

Thanks to the quick actions of Loraine Botha and Martin van der Breggen, who rescued Blue and transported him to the foundation’s rehabilitation facility, the tortoise now has a chance for a full recovery. Upon arrival, the team began stabilizing Blue and initiated the painstaking process of removing the harmful paint.

Carina emphasized that the process would be challenging and stressful for Blue but is necessary for his long-term health. “We are using a specialized, non-toxic, organic product to carefully lift the paint from his shell,” she explained.

While the road to recovery may be slow, the Wild Heart Wildlife Foundation remains committed to restoring Blue to full health, giving him the opportunity to live out his natural life free from harm.

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The Longest Known Terrestrial Dispersal

The study, led by herpetologist and paleontologist Simon Scarpetta, suggests that Fiji’s native iguanas, Brachylophus, are most closely related to North American desert iguanas, Dipsosaurus. This connection had not been established before. Scarpetta, now an assistant professor at the University of South Florida, explained in a press release that this revelation significantly alters previous assumptions about the origins of Fiji’s iguana species.

“Prior research had suggested that Fiji’s iguanas were descendants of a now-extinct species, but our findings tell a different story,” Scarpetta said.

Iguanas and Overwater Dispersal

Overwater dispersal, the process by which organisms travel across seas to new landmasses, is a well-documented phenomenon. Species ranging from plants to animals, including humans, have used this natural mode of travel to colonize newly formed islands. This dispersal process has fascinated scientists, including Charles Darwin, for centuries as it leads to the development of unique ecosystems and species.

Iguanas, found across the globe, often occupy isolated regions such as the Galapagos and Fiji. The new research challenges earlier hypotheses about the arrival of Fiji’s iguanas, which were once thought to have descended from a now-extinct species. Instead, the study suggests the iguanas arrived via a transoceanic journey, coinciding with the formation of the Fiji archipelago.

Genetic Evidence of the Journey

Through a detailed analysis of genetic divergence, the study reveals that the Fiji iguanas split from their closest relative, the desert iguana, around 30 to 34 million years ago. This timing aligns closely with volcanic activity in the region, which could have created the land masses of the Fiji islands.

“The lineage of Fiji iguanas diverged much more recently than previously thought, coinciding with or just after volcanic events that may have created land in the region,” Scarpetta noted.

While other theories have suggested the iguanas may have come from South America or Australia, no fossil evidence supports these claims. Scarpetta posits that a large storm could have swept the iguanas out to sea, with the creatures surviving the journey due to their ability to withstand extended periods without food or water.

“It’s plausible that a cyclone could have knocked over trees where iguanas and their eggs were, and the debris could have carried them across the ocean,” Scarpetta speculated.

The Role of Rafts in the Journey

The study suggests that if fallen trees served as rafts, they may have provided food for the iguanas during their long journey across the Pacific. These natural rafts would have been crucial for the survival of the reptiles over such a vast distance.

Brachylophus: An Endangered Outlier

Fiji’s Brachylophus species is not only remarkable for its long-distance journey but is also an outlier among iguana species. Today, it faces severe threats from habitat loss, poaching, and invasive species such as rats.

To better understand the evolutionary history of Brachylophus, Scarpetta conducted a genomic analysis of over 200 iguana specimens, which confirmed the close genetic relationship between Brachylophus and Dipsosaurus. This genetic connection underscores the resilience of desert iguanas, which are known for their ability to withstand harsh conditions, such as dehydration and starvation.

Scarpetta believes that the traits of desert iguanas made them particularly suited to survive the 5,000-mile journey across the Pacific. “If any group of lizards could endure such a long voyage on a mass of vegetation, a desert iguana-like ancestor would be the one,” he explained.

This study not only reshapes our understanding of the evolution of Fiji’s iguanas but also highlights the extraordinary adaptability and resilience of these creatures in the face of nature’s challenges.

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Auckland Council’s Environmental Services team has embarked on a vital conservation initiative to protect the Hochstetter’s frog, or pepeketua, a species classified as “At-Risk – Declining” by the Department of Conservation. This project, supported by Ngāti Manuhiri kaitiaki, will see local conservation experts collaborate with contractors to monitor and protect the frog’s remaining habitats.

Frogs are often regarded as environmental “barometers,” sensitive to changes in their surroundings. As Auckland grapples with climate change and urban development, understanding the status of this ancient amphibian could offer insights into the broader health of local ecosystems.

Senior Ecologist Alicia Wong is leading the charge on this important research. She explains that despite its impressive ability to live for more than 30 years—longer than many household pets—the Hochstetter’s frog is facing a decline in numbers.

“Although this species has fared better than its relatives, like Archey’s and Hamilton’s frogs, its population is still in decline,” Wong said. “This survey is crucial for understanding their population, distribution, and habitat needs, ensuring that conservation efforts are focused on the best areas.”

The first phase of the survey, completed last summer, focused on identifying areas with the highest potential for suitable frog habitats. The current phase, which began this week, will provide a more detailed survey of the frog populations to guide future conservation actions.

Frogs have existed for more than 360 million years, outdating even the dinosaurs, yet they are among the most threatened animals today. Hochstetter’s frog (Leiopelma hochstetteri) is one of the most evolutionarily distinct amphibians, with a lineage spanning over 70 million years. Found only in specific parts of the North Island, including the Auckland region, its conservation is now more urgent than ever.

Globally, nearly 41% of amphibian species face extinction, a rate higher than that of mammals, birds, or reptiles. Habitat destruction, climate change, and disease are major threats to frog populations worldwide.

New Zealand is home to 14 native frog species, including Archey’s frog, Hamilton’s frog, Hochstetter’s frog, and the unique Aotea/Great Barrier Island swimming frog. Hochstetter’s frog is now considered to be made up of at least 10 genetically distinct populations, although they have yet to be formally described. Auckland hosts four of these populations, including those from the Hūnua Ranges, Great Barrier Island, Waitākere Ranges, and Rodney.

Unlike their vocal relatives, Hochstetter’s frogs are voiceless and earless, preferring to stay silent. These unique amphibians are also the only species in New Zealand that thrive in aquatic habitats, inhabiting damp forests, streams, and mossy rocks.

In an effort to better understand the frog’s distribution and population in Auckland, the Environmental Services team has launched a two-year survey across multiple sites, including Department of Conservation land and private properties.

On Aotea/Great Barrier Island, Auckland Council is working with local herpetologists, the Windy Hill-Rosalie Bay Catchment Trust, and Ngāti Rehua to monitor the island’s Hochstetter’s frog population. Dr. Sabine Melzer, Senior Regional Advisor for Fauna, emphasizes the importance of the long-term monitoring program, which has been ongoing since 2012.

“This monitoring program provides vital data on population trends, helping us shape future conservation strategies for the Hochstetter’s frog,” Dr. Melzer said. “These frogs are nocturnal and rely on cool, moist environments such as streams, waterfalls, and rocky crevices for survival, but face serious threats from habitat loss, predation by invasive species, and climate change.”

The project underscores Auckland Council’s commitment to preserving the region’s unique biodiversity and supporting the survival of the Hochstetter’s frog. The initiative is a crucial step in conserving New Zealand’s rare wildlife, offering hope for this ancient species’ future.

Auckland Council is also encouraging residents to get involved in frog conservation by protecting local waterways, reducing sediment runoff, participating in predator control programs, and supporting habitat restoration efforts.

While it may not be possible to turn a frog into a prince, as Kermit the Frog famously said, “It’s not easy being green,” a little effort can go a long way in ensuring the survival of the Hochstetter’s frog for generations to come

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A Century of Absence

The Alsodes vittatus frog was first discovered by French entomologist Philibert Germain in the La Araucanía region of Chile, specifically at the former Hacienda San Ignacio de Pemehue. Germain collected three specimens and handed them over to Rodolfo Amando Philippi, a prominent paleontologist and zoologist, who formally described the species in 1902. However, after this initial sighting, the frog was not observed again, despite numerous efforts to locate it.

Elusive and Rare

Regarded as one of the rarest amphibians in Chile, Alsodes vittatus proved to be particularly elusive. Despite several expeditions over the years, researchers were unable to confirm any sightings. Between 1995 and 2002, multiple attempts were made to find the frog in the northwest Pemehue area, but to no avail. In 2015 and 2016, researchers Claudio Correa and Juan Pablo Donoso led another search, uncovering two populations of frogs. However, these specimens did not exhibit the distinctive white or yellow dorsal line that characterizes Alsodes vittatus.

Rediscovery: A ‘Treasure Hunt’

The breakthrough came after Correa and his team spent years combing through historical records, including Germain’s original papers, to refine the frog’s potential habitat. Their meticulous research led them to the Lolco and Portales river basins, as well as the Tupuyuntué River in La Araucanía. In 2023 and 2024, Correa, along with renewable natural resources engineer Edvin Riveros Riffo, confirmed the presence of two populations of Alsodes vittatus, marking the first time the species had been observed in over a century.

Why the Delay?

The difficulty in locating Alsodes vittatus is due in part to the rich biodiversity of the Southern Cone of Latin America, which spans Argentina, Chile, and Uruguay. The region’s vast and varied ecosystems may have obscured the frog’s presence, despite its rarity.

The rediscovery of Alsodes vittatus underscores the importance of continued research and conservation efforts in preserving the rich wildlife of the Southern Cone. As scientists continue to study this elusive amphibian, the hope is to gain a deeper understanding of its habitat, behavior, and role in the local ecosystem.

The rediscovery of Alsodes vittatus after 130 years highlights the enduring mystery of nature and the ongoing efforts of scientists to uncover the hidden wonders of our planet.

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Plesiosaurs were among the most successful marine predators of their time, with fossils of these creatures found across the globe. However, soft tissue remains are exceedingly rare, with only eight specimens recorded to date. This new analysis, led by Lund University paleontologist Miguel Marx and his team, utilizes advanced microscopy and spectroscopy to uncover unprecedented details about the appearance and adaptation of these marine reptiles.

The fossil, which belonged to a plesiosaur estimated to be around 4.5 meters in length, was originally excavated in 1940 from Holzmaden, Germany. Following its discovery, the specimen was buried for protection during World War II before being stored for decades in a museum.

The team confirmed that the fossil dates back approximately 183 million years, to a time when plesiosaurs were especially abundant in Earth’s oceans. These creatures are known to have given birth to live young and breathed air, traits that suggest they may have been warm-blooded. Interestingly, while the skin on the fossil’s tail remained smooth, resembling that of today’s warm-blooded marine animals, a sample from the right foreflipper revealed small, irregular triangular scales.

By comparing these fossilized scales to those of modern animals, the researchers found that they closely resemble the carapace scutes of sea turtles and the scales of mosasauroid marine lizards. The thickness of the plesiosaur’s skin was also found to be similar to that of living sea turtles, suggesting an evolutionary adaptation to their aquatic environment.

Marx and his team propose that these scale-like structures may have served a dual purpose. The scales could have enhanced swimming performance by reducing drag, or they may have provided traction while the plesiosaur moved along the seafloor during benthic grazing. The latter theory is supported by evidence of plesiosaurs “bottom-walking” and feeding on sediment-dwelling snails and crustaceans, with preserved stomach contents further corroborating this behavior.

Additionally, the researchers discovered pigment cells near the surface of the tail skin but not on the tougher flipper skin, which may have been adapted for protection. These pigment cells contain corneous beta-proteins, which are responsible for the hardness and immobility of modern reptile scales.

The findings suggest that, unlike other marine reptiles of the time—such as the more fish-like ichthyosaurs, which lost their scales to reduce drag—plesiosaurs retained their reptilian scales after transitioning from land to sea. The researchers conclude that these flipper scales likely provided a selective advantage, contributing to the plesiosaur’s long-term success as one of the most dominant marine predators of the Mesozoic era.

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Physical Characteristics

The Hawaiian green sea turtle, the largest hard-shelled sea turtle species, typically weighs between 200 to 500 pounds and can grow up to five feet in length. With their streamlined bodies and powerful flippers, these turtles navigate effortlessly through the water, covering vast distances. Their heart-shaped shell, known as the carapace, provides both protection from predators and buoyancy for efficient swimming.

Habitat

These turtles are most commonly found in the warm, shallow waters surrounding the Hawaiian Islands, where coral reefs and coastal lagoons offer abundant feeding opportunities. Rich in seagrass and algae, the islands’ waters provide an ideal habitat for the turtles. However, human development and climate change continue to threaten these delicate marine environments, jeopardizing the turtles’ natural habitat.

Feeding Habits

Primarily herbivores, Hawaiian green sea turtles consume a diverse range of seagrasses and algae. Their serrated jaws are specially adapted to tear through vegetation. During their juvenile years, however, their diet is more varied, including small invertebrates like jellyfish. Their feeding habits play a crucial role in maintaining the balance of the marine ecosystems they inhabit.

Reproductive Behavior

Hawaiian green sea turtles undergo long migrations for reproduction, with females returning to the beaches where they were born to lay their eggs. This incredible journey can span thousands of miles. Nesting typically occurs every two to four years, with females laying around 100 eggs in the sand. After an incubation period of approximately two months, hatchlings begin their perilous journey to the ocean.

Conservation Efforts

Despite the challenges they face, the Hawaiian green sea turtle population is carefully monitored and protected. Conservation programs and legal protections, such as restrictions on hunting and habitat destruction, aim to ensure the survival of this ancient species. These efforts are critical in preserving the turtle’s role in Hawaii’s marine ecosystem for generations to come.

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According to Chiu Kuo-hao from the Forestry and Nature Conservation Agency, an estimated 200,000 iguanas are currently roaming these areas. Last year, specially trained hunting teams managed to eliminate around 70,000 of the creatures, offering bounties of up to $15 per iguana. Local governments have called on the public to assist in identifying iguana nests, with fishing spears recommended as the most humane method for killing the animals.

Lee Chi-ya, an agricultural official in Pingtung County, explained that many green iguanas were initially purchased as pets but were later released into the wild as they grew too large and long-lived for their owners. The iguanas have since thrived in Taiwan’s environment, reproducing rapidly and creating an urgent need for population control. “This has disrupted the natural balance, forcing us to take action,” Lee stated.

The green iguanas, which have no natural predators on the island, have established themselves in hard-to-reach areas such as forests and the outskirts of towns, further complicating efforts to manage their numbers. With the ongoing threat to agriculture, the planned cull aims to mitigate the damage and restore ecological balance.

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Wu Yaocheng was walking along the boardwalk around 1:30 p.m. when he observed the snake, identified as a Red-tailed Racer, tightly coiling around the bird. Wu shared footage of the incident on the Singapore Wildlife Sightings Facebook page, noting that he was unsure how the snake had caught the bird. He also mentioned that the mynah still appeared to be alive, with “a little bit of breath” left, as the snake began its attempt to swallow it.

The footage shows the snake using its fangs to secure the bird while twisting its body around the bird’s form. The snake then dragged the bird from the center of the boardwalk toward the railings.

The incident sparked a debate among onlookers about whether human intervention was necessary. Some suggested that Wu could have stepped in to save the bird, while others emphasized the importance of allowing nature to take its course and minimizing human interference.

Experts confirmed the snake’s identity as a Red-tailed Racer, a non-venomous species known for preying on birds, bird eggs, and even bats. These snakes are notorious for raiding nests.

In response to the incident, the National Parks Board (NParks) issued a reminder to the public on handling wildlife encounters. They advised staying calm when encountering a snake, as most snakes are shy and will retreat if left undisturbed. The NParks also cautioned against attempting to handle snakes without proper training.

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Juan was rushed from Squamish to the Dewdney Animal Hospital in Maple Ridge, one of the few facilities in the province equipped to treat exotic animals. The issue? Juan had swallowed a 50-pence coin.

Dr. Adrian Walton, the hospital’s owner and lead veterinarian, explained the odd behavior with humor and science.
“Juan is a prime example of too few brain cells in too big a body,” Walton told CTV News. “I’m not trying to insult frogs, but they’re really, really stupid. Anything that moves in front of them, they’ll try to eat.”

The coin, which occupied around 20% of Juan’s abdomen, posed a serious health risk. The clinic’s standard otoscope was too short to retrieve the object, prompting Walton to call in a specialist: Dr. Eugene Gorodetsky, an endoscopist known for removing swallowed items from pets across the province. Gorodetsky also stars in the new reality series My Pet Ate What!?, premiering on CTV Wild this weekend.

Complex Anesthesia Procedure

Anesthetizing Juan proved to be a unique challenge. With thousands of frog species and limited guidelines for sedation, the veterinary team had to make educated guesses.
They began with an injectable anesthetic, which only partially sedated the frog. Next, they applied a fish anesthetic to Juan’s skin, and finally injected the same drug directly into his abdomen.

“After a few minutes, Juan was sufficiently asleep for us to insert a camera down his throat and grab the coin,” Walton said.

The entire process took 45 minutes to achieve sedation but only three minutes to extract the coin.

Not Juan’s First Mistake

Juan is not the first frog Walton has treated for swallowing unusual objects. Previous patients have ingested socks and toys.

“I can’t stress this enough: frogs are not smart. Big body, tiny brain,” Walton remarked.

Juan’s owner reports that the frog is recovering well, despite his questionable dietary decisions.

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