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‘Currents bring life – and plastics’: animals of Galápagos live amid mounds of waste

News Feed
Tuesday, April 23, 2024

As our small fishing boat slows to a halt in a shallow bay south-east of Puerto Ayora, Santa Cruz, in the Galápagos Islands, a green turtle surfaces next to us, followed by a second, then a third a few metres away. A spotted eagle ray glides underneath the vessel.The skipper, Don Nelson, steps on to the black volcanic reef, slippery with algae. We follow, past exposed mangrove roots and up on to higher ground. Pelicans swooping into the trees and small birds, perching on branches, ignore our approach.This remote archipelago still hosts the unique species such as giant tortoises and finches that inspired the naturalist Charles Darwin’s theory of evolution almost two centuries ago, and it is impossible not to be struck by the apparent harmony with which animals coexist with humans here.But then, up ahead, a jarring sight: a marine iguana, a notable Galápagos species found nowhere else in the world, sits atop a mound of plastic litter – fishing buoys, oil drums, household containers and drinks bottles – pushed on to the reef by high spring tides. The prehistoric-looking reptile, classed as vulnerable by the International Union for Conservation of Nature (IUCN), is among the species here most at risk from plastic.“These reefs are resting places for pelicans and marine iguanas,” says Mariana Vera, Galápagos programme manager of Conservation International. “There are a lot of turtles because it is the nesting season. It is overwhelming and sad to see them full of plastic.”Mariana Vera, Galápagos programme manager of Conservation International, removes plastic fishing ropes wrapped around mangrove roots. Photograph: Joshua Vela Fonseca/The GuardianResearch has found that most of the plastic washed up here comes from Peru, Ecuador and China. Plastic originating in Asia is unlikely to have reached the Galápagos by ocean currents, according to a 2019 study, which suggests that items with Asian labels are likely to have come from nearby fishing boats.Globally, about 20% of plastic pollution in the ocean comes from maritime sources, but in the Galápagos, although estimates vary greatly, that figure could be as high as 40%, according to research due to be published by the Galápagos marine reserve and the Galápagos Conservation Trust.We find pollution on all the islands but there are hotspots where tides and currents gatherIt has been four years since news of a massive fishing fleet of hundreds of mostly Chinese vessels surrounding the edge of this reserve shocked the world. It led to a vow, from the then president of Ecuador, Lenín Moreno, to protect what he described as “a seedbed of life for the entire planet”, and various diplomatic agreements between the countries.Since then, the Chinese fishing fleet has reportedly kept a greater distance from Ecuador’s exclusive economic zone (EEZ), an area extending 200 nautical miles beyond its coast, throughout which it has jurisdiction over marine resources.But the illegal dumping of plastic waste from its fishing vessels in the high seas – outside the EEZ – along with the other plastic from mainland Latin America, continues. “The problem is constant,” says Rodrigo Robalino, the Galápagos national park’s environmental manager, who accompanies us.The islands are the second most important nesting and feeding area for marine turtles, listed as endangered by the IUCN, after Mexico.Rodrigo Robalino, the Galápagos marine reserve’s environmental manager. Photograph: Joshua Vela Fonseca/The Guardian“We find pollution like this on all the islands but there are hotspots where the tides and currents gather,” says Robalino. The windward shores have a heavier burden of plastic.We walk past huge columns of cactus to a further tideline of sun-bleached mangrove roots, strewn with mainly clear plastic drinks bottles.The pollution is recent, Robalino says, because it is clear, with no barnacles attached. We count 21 bottles in all, among strands of fishing line. Six, including a soap dispenser, have Asian labels; three are Peruvian, with brands including Inca Kola, a joint Peruvian and Coca-Cola brand, and Sporade, made by AJE and sold all over Latin America. Those with labels include international brands including Dasani, made by Coca-Cola, and PepsiCo’s Gatorade.“These plastic bottles are coming from other countries in the region,” says Robalino. “But also from international fishing fleets, including the Chinese fleet that surrounds the marine reserve.”Twice a week, the reserve organises clean-ups of the four inhabited islands: Isabela, Floreana, San Cristóbal and Santa Cruz. Plastic is shipped to Guayaquil, 600 miles away in Ecuador, to be recycled or landfilled.Last year, they collected 13m tonnes. For the more remote islands (there are 13 major islands and many more smaller ones), only occasional clean-ups are possible. They are more difficult to access and it can cost up to $2,000 (£1,600) and take up to 15 days to get there, clean up the beaches and return. From May to November, weather conditions make it impossible to reach many islands. For Robalino, Vera and the fishers and community volunteers who take part, the clean ups are a sisyphean task. But they have no choice.A yellow warbler nest perches on its nest, made out of plastic as well as grass, on the Galápagos Islands. Photograph: Joshua Vela Fonseca/The Guardian“If we don’t do it, the plastic breaks down into fibres that birds often use for nests, and then into microplastics, which can be carried by the wind or go into the ocean,” says Robalino. Contaminated with chemicals, microplastics can be toxic and cause genetic damage to marine life and humans when ingested.The waters around the Galápagos islands, which were designated a Unesco heritage site in 1978, are among the richest on Earth for biodiversity, partly due to their location amid three major ocean currents. The largest, the Humboldt current, sweeps cold, nutrient-rich water from Antarctica along the coasts of Chile and Peru, before turning west to the islands.Thanks to the protection offered by the marine reserve, biodiversity on the islands, 97% of which are uninhabited, remains relatively undisturbed. But the currents, with their rich nutrients, have led to two of the largest threats: overfishing and plastic pollution.“Currents are a source of life in the Galápagos,” says Nicolás Moity, a marine ecologist at the Charles Darwin Foundation on Santa Cruz. “They brought the species here at the beginning. The early giant tortoises came from the mainland as small tortoises and evolved here.skip past newsletter promotionSign up to Global DispatchGet a different world view with a roundup of the best news, features and pictures, curated by our global development teamPrivacy Notice: Newsletters may contain info about charities, online ads, and content funded by outside parties. For more information see our Privacy Policy. We use Google reCaptcha to protect our website and the Google Privacy Policy and Terms of Service apply.after newsletter promotion“You have warm and cold currents intermingling, creating an amazing plethora of life. You have penguins and corals in the same place.“But now, in this globalised world, the currents are bringing plastics to the Galápagos,” he says.Asian labels found on water bottles along the tideline in Santa Cruz, probably from fishing vessels. Photograph: Joshua Vela Fonseca/The GuardianMoity, who is working with the reserve and environmental organisations to identify how the plastic accumulation sites affect biodiversity so they can better target clean-ups, says that after some plastic-picking trips, “you come back three days later and you see the same”.Three years ago, Moity examined sea urchins and found that 75% of them had ingested microplastics. “Microplastics get ingested by everything from zooplankton to bigger animals – and we don’t know the effect,” he says.Many of the animals most at risk from plastic entanglement or ingestion are also under threat from other human activities, including degraded habitats and climate breakdown: the critically endangered Santa Cruz giant tortoises, endangered green turtles, vulnerable marine iguanas, endangered Galápagos sea lions and whale sharks, according to a paper in 2023. Earlier this year, another study showed giant tortoises were eating plastic, mistaking it for food, with up to 86% of the debris found in tortoise faeces being plastic.Ecuador has bid to host the signing of the UN plastics treaty, the first legally binding global treaty to halt plastic waste, in the Galápagos. The latest talks towards the treaty are under way this week in the Canadian capital, Ottawa, until 29 April. The aim is to complete negotiations by the end of 2024 and for the treaty to be signed in 2025.Dr Jen Jones, chief executive of the UK-based Galápagos Conservation Trust, is working with the marine reserve to finalise a five-year study on plastic pollution. She expects to present some of the findings at this week’s talks.“We have looked at multi-year datasets from clean-ups, looking at all plastics, bottles fishing gear, such as ropes and other items,” says Jones. She found a higher percentage of the plastic – “at least 40%” – came from maritime sources than previous research on plastic bottles suggested, which put the figure at about 13%.The trust is also hosting a mini-summit for small islands in the Pacific, which suffer a similarly unfair burden of plastic pollution as the Galápagos, to highlight the islanders’ role in protecting the world’s biodiversity and to urge more powerful nations to address the unfair burden of plastic pollution.“This is a social justice issue,” says Jones.If the plastic is not collected, it breaks down into microplastics, which are ingested by wildlife. Photograph: Joshua Vela Fonseca/The GuardianSenegal, Peru and Rwanda have also put forward bids to the UN at the treaty negotiations to have the resultant agreement signed in their countries.The incoming chair of the talks in Canada, Luis Vayas Valdivieso, who is also the Ecuadorian ambassador to the UK, has an impartial role in the negotiations. But Valdivieso, who has recently returned from Rapa Nui, or Easter Island, a Chilean territory in Polynesia, where he witnessed plastic pollution, says he understands the unfair burden islanders and small-island nations face.“I see the concern from the islands and the people from the islands,” he says. “They are making huge efforts. In the Galápagos and other islands they have special legislation – they don’t use single-use plastics, but still they are seeing pollution.“You can have the best national legislation in the world, to ban plastics. But if you don’t have a global agreement, it won’t work.”

As diplomats search for a way to curb the world’s growing problem of plastic, bottles, buoys, nets and packaging are piling up on what should be one of the most pristine environmentsAs our small fishing boat slows to a halt in a shallow bay south-east of Puerto Ayora, Santa Cruz, in the Galápagos Islands, a green turtle surfaces next to us, followed by a second, then a third a few metres away. A spotted eagle ray glides underneath the vessel.The skipper, Don Nelson, steps on to the black volcanic reef, slippery with algae. We follow, past exposed mangrove roots and up on to higher ground. Pelicans swooping into the trees and small birds, perching on branches, ignore our approach. Continue reading...

As our small fishing boat slows to a halt in a shallow bay south-east of Puerto Ayora, Santa Cruz, in the Galápagos Islands, a green turtle surfaces next to us, followed by a second, then a third a few metres away. A spotted eagle ray glides underneath the vessel.

The skipper, Don Nelson, steps on to the black volcanic reef, slippery with algae. We follow, past exposed mangrove roots and up on to higher ground. Pelicans swooping into the trees and small birds, perching on branches, ignore our approach.

This remote archipelago still hosts the unique species such as giant tortoises and finches that inspired the naturalist Charles Darwin’s theory of evolution almost two centuries ago, and it is impossible not to be struck by the apparent harmony with which animals coexist with humans here.

But then, up ahead, a jarring sight: a marine iguana, a notable Galápagos species found nowhere else in the world, sits atop a mound of plastic litter – fishing buoys, oil drums, household containers and drinks bottles – pushed on to the reef by high spring tides. The prehistoric-looking reptile, classed as vulnerable by the International Union for Conservation of Nature (IUCN), is among the species here most at risk from plastic.

“These reefs are resting places for pelicans and marine iguanas,” says Mariana Vera, Galápagos programme manager of Conservation International. “There are a lot of turtles because it is the nesting season. It is overwhelming and sad to see them full of plastic.”

Mariana Vera, Galápagos programme manager of Conservation International, removes plastic fishing ropes wrapped around mangrove roots. Photograph: Joshua Vela Fonseca/The Guardian

Research has found that most of the plastic washed up here comes from Peru, Ecuador and China. Plastic originating in Asia is unlikely to have reached the Galápagos by ocean currents, according to a 2019 study, which suggests that items with Asian labels are likely to have come from nearby fishing boats.

Globally, about 20% of plastic pollution in the ocean comes from maritime sources, but in the Galápagos, although estimates vary greatly, that figure could be as high as 40%, according to research due to be published by the Galápagos marine reserve and the Galápagos Conservation Trust.

It has been four years since news of a massive fishing fleet of hundreds of mostly Chinese vessels surrounding the edge of this reserve shocked the world. It led to a vow, from the then president of Ecuador, Lenín Moreno, to protect what he described as “a seedbed of life for the entire planet”, and various diplomatic agreements between the countries.

Since then, the Chinese fishing fleet has reportedly kept a greater distance from Ecuador’s exclusive economic zone (EEZ), an area extending 200 nautical miles beyond its coast, throughout which it has jurisdiction over marine resources.

But the illegal dumping of plastic waste from its fishing vessels in the high seas – outside the EEZ – along with the other plastic from mainland Latin America, continues. “The problem is constant,” says Rodrigo Robalino, the Galápagos national park’s environmental manager, who accompanies us.

The islands are the second most important nesting and feeding area for marine turtles, listed as endangered by the IUCN, after Mexico.

Rodrigo Robalino, the Galápagos marine reserve’s environmental manager. Photograph: Joshua Vela Fonseca/The Guardian

“We find pollution like this on all the islands but there are hotspots where the tides and currents gather,” says Robalino. The windward shores have a heavier burden of plastic.

We walk past huge columns of cactus to a further tideline of sun-bleached mangrove roots, strewn with mainly clear plastic drinks bottles.

The pollution is recent, Robalino says, because it is clear, with no barnacles attached. We count 21 bottles in all, among strands of fishing line. Six, including a soap dispenser, have Asian labels; three are Peruvian, with brands including Inca Kola, a joint Peruvian and Coca-Cola brand, and Sporade, made by AJE and sold all over Latin America. Those with labels include international brands including Dasani, made by Coca-Cola, and PepsiCo’s Gatorade.

“These plastic bottles are coming from other countries in the region,” says Robalino. “But also from international fishing fleets, including the Chinese fleet that surrounds the marine reserve.”Twice a week, the reserve organises clean-ups of the four inhabited islands: Isabela, Floreana, San Cristóbal and Santa Cruz. Plastic is shipped to Guayaquil, 600 miles away in Ecuador, to be recycled or landfilled.

Last year, they collected 13m tonnes. For the more remote islands (there are 13 major islands and many more smaller ones), only occasional clean-ups are possible. They are more difficult to access and it can cost up to $2,000 (£1,600) and take up to 15 days to get there, clean up the beaches and return. From May to November, weather conditions make it impossible to reach many islands. For Robalino, Vera and the fishers and community volunteers who take part, the clean ups are a sisyphean task. But they have no choice.

A yellow warbler nest perches on its nest, made out of plastic as well as grass, on the Galápagos Islands. Photograph: Joshua Vela Fonseca/The Guardian

“If we don’t do it, the plastic breaks down into fibres that birds often use for nests, and then into microplastics, which can be carried by the wind or go into the ocean,” says Robalino. Contaminated with chemicals, microplastics can be toxic and cause genetic damage to marine life and humans when ingested.

The waters around the Galápagos islands, which were designated a Unesco heritage site in 1978, are among the richest on Earth for biodiversity, partly due to their location amid three major ocean currents. The largest, the Humboldt current, sweeps cold, nutrient-rich water from Antarctica along the coasts of Chile and Peru, before turning west to the islands.

Thanks to the protection offered by the marine reserve, biodiversity on the islands, 97% of which are uninhabited, remains relatively undisturbed. But the currents, with their rich nutrients, have led to two of the largest threats: overfishing and plastic pollution.

“Currents are a source of life in the Galápagos,” says Nicolás Moity, a marine ecologist at the Charles Darwin Foundation on Santa Cruz. “They brought the species here at the beginning. The early giant tortoises came from the mainland as small tortoises and evolved here.

skip past newsletter promotion

after newsletter promotion

“You have warm and cold currents intermingling, creating an amazing plethora of life. You have penguins and corals in the same place.

“But now, in this globalised world, the currents are bringing plastics to the Galápagos,” he says.

Asian labels found on water bottles along the tideline in Santa Cruz, probably from fishing vessels. Photograph: Joshua Vela Fonseca/The Guardian

Moity, who is working with the reserve and environmental organisations to identify how the plastic accumulation sites affect biodiversity so they can better target clean-ups, says that after some plastic-picking trips, “you come back three days later and you see the same”.

Three years ago, Moity examined sea urchins and found that 75% of them had ingested microplastics. “Microplastics get ingested by everything from zooplankton to bigger animals – and we don’t know the effect,” he says.

Many of the animals most at risk from plastic entanglement or ingestion are also under threat from other human activities, including degraded habitats and climate breakdown: the critically endangered Santa Cruz giant tortoises, endangered green turtles, vulnerable marine iguanas, endangered Galápagos sea lions and whale sharks, according to a paper in 2023. Earlier this year, another study showed giant tortoises were eating plastic, mistaking it for food, with
up to 86% of the debris found in tortoise faeces being plastic.

Ecuador has bid to host the signing of the UN plastics treaty, the first legally binding global treaty to halt plastic waste, in the Galápagos. The latest talks towards the treaty are under way this week in the Canadian capital, Ottawa, until 29 April. The aim is to complete negotiations by the end of 2024 and for the treaty to be signed in 2025.

Dr Jen Jones, chief executive of the UK-based Galápagos Conservation Trust, is working with the marine reserve to finalise a five-year study on plastic pollution. She expects to present some of the findings at this week’s talks.

“We have looked at multi-year datasets from clean-ups, looking at all plastics, bottles fishing gear, such as ropes and other items,” says Jones. She found a higher percentage of the plastic – “at least 40%” – came from maritime sources than previous research on plastic bottles suggested, which put the figure at about 13%.

The trust is also hosting a mini-summit for small islands in the Pacific, which suffer a similarly unfair burden of plastic pollution as the Galápagos, to highlight the islanders’ role in protecting the world’s biodiversity and to urge more powerful nations to address the unfair burden of plastic pollution.

“This is a social justice issue,” says Jones.

If the plastic is not collected, it breaks down into microplastics, which are ingested by wildlife. Photograph: Joshua Vela Fonseca/The Guardian

Senegal, Peru and Rwanda have also put forward bids to the UN at the treaty negotiations to have the resultant agreement signed in their countries.

The incoming chair of the talks in Canada, Luis Vayas Valdivieso, who is also the Ecuadorian ambassador to the UK, has an impartial role in the negotiations. But Valdivieso, who has recently returned from Rapa Nui, or Easter Island, a Chilean territory in Polynesia, where he witnessed plastic pollution, says he understands the unfair burden islanders and small-island nations face.

“I see the concern from the islands and the people from the islands,” he says. “They are making huge efforts. In the Galápagos and other islands they have special legislation – they don’t use single-use plastics, but still they are seeing pollution.

“You can have the best national legislation in the world, to ban plastics. But if you don’t have a global agreement, it won’t work.”

Read the full story here.
Photos courtesy of

The pangolin: An armored, insect-controlling mammal

Covered in armor and curled in mystery, the pangolin is an endangered species in Asia and Africa. Learn more about them here. The post The pangolin: An armored, insect-controlling mammal first appeared on EarthSky.

Watch this video to learn more about the amazing pangolin. Image via A. J. T. Johnsingh/ WWF-India/ NCF/ Wikipedia (CC BY-SA 4.0). Deep within the tropical forests of Asia and Africa lives a creature that seems to have stepped out of an ancient legend. With its body covered in scales, surprisingly long tongue and curious way of walking, the pangolin is one of the most unique animals on the planet. Yet despite its striking appearance, very few have seen one in the wild. And even fewer understand its vital role in maintaining the ecological balance of its habitat. Unfortunately, the pangolin faces a serious threat. Poaching and illegal trafficking have made it the most trafficked mammal in the world. How can such an unknown animal be on the brink of extinction? To protect it, we must first get to know it. Discover why the pangolin is a truly one-of-a-kind creature. The pangolin has an almost impenetrable armor The pangolin is easily recognized by its body covered in tough scales made of keratin, the same substance found in human fingernails and rhinoceroses’ horns. These scales form a natural armor that serves as its main defense mechanism. When threatened, the pangolin curls up into a nearly impenetrable ball, protecting its most vulnerable parts. There are eight recognized species of pangolin, four in Asia and four in Africa. Although they vary in size and color, they share certain physical characteristics. They have elongated bodies, short legs with strong claws, and some species have prehensile tails. They lack teeth, which may seem like a disadvantage, but they are perfectly adapted to their insect-based diet. To stay safe, pangolins curl up into a ball, covering themselves with their hard, protective scales. Image via U.S. Fish and Wildlife Service Headquarters/ Wikipedia (CC BY 2.0). How pangolins get around This animal has a curious way of walking. Although it’s a quadruped (with four legs), it often walks mainly on its hind legs, using its front legs only partially. This is because its front legs have very long, sharp claws. They use them to tear open termite mounds and anthills. To avoid wearing down or damaging these claws while moving, many pangolins walk with their wrists bent or even in a semi-upright position, relying more on their back legs. There are also arboreal (tree-dwelling) species of pangolins. These pangolins use their long, curved claws to climb tree bark. They also have prehensile tails that help them grip branches and maintain balance. Their bodies are muscular and flexible, allowing them to move easily among branches. Pangolins have strong, curved claws on their front legs, which they use for tearing open ant and termite nests. Their front legs are shorter and more muscular for digging, while their longer hind legs support walking, often with the front claws tucked under to protect them. Image via pma/ iNaturalist (CC BY 4.0). Pangolin vs. armadillo: How similar are they? At first glance, many people confuse pangolins with armadillos due to their armor-like bodies. However, these similarities are a perfect example of convergent evolution. This is when different species develop similar traits due to similar ecological needs, even though they are not closely related. Armadillos are native to the Americas, while pangolins live in Asia and Africa. Genetically and evolutionarily, they are quite distant: the armadillo belongs to the order Cingulata, along with sloths and anteaters, while the pangolin is the only member of its order (Pholidota), making it even more unique. Another major difference is their body covering. Pangolin scales are made of keratin, while the armadillo’s shell is bony and more rigid. Additionally, armadillos are strong swimmers and expert diggers, whereas pangolins are agile climbers, although some species also dig burrows. So, despite their outward similarity, they differ greatly in behavior, habitat and evolution. Many species of pangolins are excellent climbers. They use their strong claws and prehensile tails to grip branches and navigate trees with ease, especially in forested environments. What makes the pangolin special? Unlike other mammals, the pangolin has a slow metabolism and nocturnal habits, making it even harder to spot. It is a peaceful, solitary and very shy animal that prefers the quiet of forests or savannas to live its life undisturbed. The pangolin is a specialized insectivore, feeding almost exclusively on ants and termites. Its tongue can be longer than its own body! It uses its tongue to explore underground tunnels and consume insects at high speed. Plus, it produces sticky saliva to catch its prey effectively. Pangolins also play an important ecological role in their environment. They can consume up to 70 million insects per year, helping to control pests and maintain ecosystem balance. It’s a natural cleaner, essential for environmental health. Pangolins eat large numbers of ants and termites, helping to keep the environment balanced and naturally controlling pest populations. What are baby pangolins like? Despite their scaly appearance, pangolins are mammals, and their young are born alive after a gestation period of four to five months, depending on the species. Usually, the mother gives birth to a single baby, though in rare cases there may be two. At birth, the young weigh between 0.18 and 0.99 pounds (80 to 450 grams) and are already covered in scales, although they are soft and pinkish at first. Over the following days, the scales harden, forming the protective armor that defines the species. Pangolin babies are born with their eyes open and have a remarkable ability to cling to their mother from the start. During the first weeks of life, the baby stays very close to the mother. When the mother moves, the baby clings tightly to her tail, and when resting, she curls up around the baby to shield it with her body and scales. This maternal behavior is essential for the baby’s survival, as it relies completely on its mother for nourishment and protection. In the early months, it feeds exclusively on her milk, although later it begins to eat ants and termites. Sadly, both baby and adult pangolins face serious threats. Illegal trafficking – driven by the demand for their scales and meat in Asian and African markets – has put all pangolin species at risk of extinction. This is especially critical because pangolins reproduce very slowly, making population recovery extremely difficult. Mother pangolins protect their babies by curling around them, forming a protective ball with their tough, scaly bodies. The most trafficked mammal in the world: the tragedy of illegal trade Despite their shy and peaceful nature, pangolins have drawn the wrong kind of attention: they are the most trafficked mammal in the world. It is estimated that millions have been captured over recent decades, particularly in Asia, due largely to unfounded myths about their supposed medicinal properties. In some Asian cultures – especially in China and Vietnam – there is a false belief that their scales can cure diseases such as asthma, arthritis or even cancer, despite a total lack of scientific evidence. Additionally, their meat is considered a rare delicacy and a status symbol. These myths have led to indiscriminate hunting of the pangolin. This trafficking has pushed all eight pangolin species to the brink of extinction. Some, such as the Chinese and Sunda pangolins, are already critically endangered. Habitat loss, uncontrolled hunting and a lack of public awareness about their ecological importance are worsening the crisis. Sadly, pangolins are the most heavily trafficked mammals in the world, suffering from illegal trade and poaching for their scales and meat. Image via Shukran888/ Wikipedia (CC BY-SA 4.0). What’s being done to protect them? In 2016, the Convention on International Trade in Endangered Species (CITES) completely banned international trade of pangolins. Additionally, conservation organizations and governments are promoting protection programs, environmental education and rehabilitation of rescued animals. Still, pangolins need more than laws; they need respect, awareness and action. Only through collaboration between communities, governments and global citizens can we ensure that this enigmatic forest guardian does not disappear forever. And you? Had you heard of the pangolin before reading this? Perhaps now you’ll see it with different eyes, not as a rarity, but as a symbol of the biodiversity we are either about to lose … or save. These animals are irresistibly cute and walk like tiny T. rexes, balancing on their hind legs with their front claws held up like little arms! Bottom line: Covered in armor and curled in mystery, the pangolin is an endangered species in Asia and Africa. Learn more about them here. Read more: Anteaters are vacuum-like animals: Lifeform of the week Sloths are our calm and smiley lifeform of the week Spiky porcupines are our lifeform of the weekThe post The pangolin: An armored, insect-controlling mammal first appeared on EarthSky.

Doctors Sound The Alarm As RFK Jr.’s Baseless Circumcision-Autism Claim Fuels Misinformation

In yet another shocking statement, Kennedy doubled down on the not-true claim that Tylenol use, in this case after circumcision, is linked to autism.

This week’s Trump administration Cabinet meeting featured everything out of a medical professional’s nightmare. Confusion about what a placenta is by the man in charge of health in this country, more false claims about Tylenol’s link to autism and new untrue claims about circumcision, Tylenol and autism risk.Health and Human Services Secretary Robert F. Kennedy Jr. made unfounded claims about the “link” between “early circumcision” and Tylenol use in babies and autism.In the Cabinet meeting, Kennedy said, “There’s two studies that show children who are circumcised early have double the rate of autism,” referring to the surgical procedure in baby boys in which the foreskin of the penis is removed. “It’s highly likely because they’re given Tylenol,” Kennedy continued, repeating the debunked claim that Tylenol use is linked to autism.When asked for comment, the Department of Health and Human Services pointed to Kennedy’s recent post on X, which said, “as usual, the mainstream media attacks me for something I didn’t say in order to distract from the truth of what I did say ... An August 2025 Preprints.org review by Patel et al. directly validates my point that the observed autism correlation in circumcised boys is best explained by acetaminophen exposure, not circumcision itself.”This is not the first time Kennedy has suggested Tylenol causes autism; just a few weeks ago, he said Tylenol use in pregnancy is linked to higher rates of autism (this is not true) and told pregnant people not to take it.“His continued obsession with autism is peculiar,” Dr. Mona Amin, a board-certified pediatrician in Florida and face behind the medical social media account @pedsdoctalk, told HuffPost via email.“Instead of chasing procedures and headlines, he should focus on advancing real research like genome and exome testing to better understand genetic and neurodevelopmental factors that play a much bigger role,” Amin said.Research shows that most autism cases are genetic, not caused by things like Tylenol or circumcision. Kennedy’s comments about circumcision and autism risk only create more confusion for new parents while also peddling ableist ideas. It’s flat-out dangerous and flat-out wrong. HuffPost spoke to pediatricians about Kennedy’s dangerous circumcision and Tylenol claims. Here’s what they said.“There is no solid data” behind his claims.“I’m highly concerned, like with most of his statements,” said Amin.“We can’t make bombastic claims when they’re not supported by credible evidence. There’s no solid data behind what he’s saying,” Amin added.Dr. Lauren Hughes, a board-certified pediatrician, owner of Bloom Pediatrics in Kansas and a medical communicator on social media, told HuffPost via email that she was first surprised that Kennedy had made this statement after so recently blaming Tylenol during pregnancy as a cause of autism. “My second thought was ‘He’s lying again,’ because there is no credible study saying there is double the risk of autism,” said Hughes.Kennedy’s post on X cites 2025 research that is “pre-print, not peer-reviewed,” said Amin. “The authors are real researchers, but the findings haven’t gone through independent scientific review yet,” Amin added.“Most evidence cited is observational or animal-based, which can’t establish cause and effect,” Amin said.This is important because studies need to account for things like environment and family genetics, added Amin. This research does not do that.In regard to a Danish study from 2015 that Kennedy refers to later on in his social media post, “this study never mentioned the use of Tylenol ... at all. Instead, they looked at pain related to circumcision in infancy causing autism,” Hughes said.“That study showed a weak association in certain subgroups, but it was based on tiny numbers and didn’t even track Tylenol use,” Amin explained. “Experts have since said the findings were more about statistical noise than cause and effect.” The 2015 study also did not control for “critical confounders” like genetics, family history or prenatal history, Hughes said. “These are all known risk factors for developing autism and should be adjusted for,” Hughes added.“Before accepting this as truth,” Amin said of Kennedy’s claims, “we need well-designed, peer-reviewed studies that control for confounding factors, use accurate exposure data and replicate findings across diverse populations. Until then, [the 2025] paper should be seen as hypothesis-generating, not practice-changing.”“These kinds of claims grab attention but not truth. And when public figures keep reaching for random connections, it spreads fear, not facts,” Amin added.Babies aren’t even always given Tylenol during or after circumcision.According to Amin, Kennedy’s claim that babies are given Tylenol for pain relief during circumcision “just doesn’t line up with reality.”“In most hospitals, newborns are soothed with oral sucrose [sugar water] or other comfort measures during the procedure, not Tylenol,” Amin added.For instance, according to their websites, both Texas Children’s Hospital and the University of Kansas Health System give babies a local anesthetic and a pacifier dipped in sugar water.While some hospitals may give or prescribe babies Tylenol post-procedure, it is not an across-the-board rule.“This is very site-dependent — some [babies] get acetaminophen, some get sugar water or breast milk or directly breastfeed,” Dr. Elizabeth Meade, a pediatrician in Seattle and spokesperson for the American Academy of Pediatrics, told HuffPost via email.“And, if parents give Tylenol afterward, it’s usually a single dose. We can’t blame a one-time or two-time medication for a lifelong neurodevelopmental difference like autism,” Amin said.Bloomberg via Getty ImagesKennedy claimed children who go through "early circumcision" and are given Tylenol to soothe pain are at higher risk of developing autism, but Dr. Mona Amin said "there’s no proof that circumcision or Tylenol causes autism."Circumcision is a generally safe procedure that is not linked to autism.While Kennedy has since stressed that he is linking circumcision and Tylenol use to autism, and not circumcision alone, these kinds of statements only confuse caregivers who want to make the best decision for their babies.“Circumcision is a safe, commonly performed procedure, but as with any medical procedure, there are risks associated,” said Hughes.Risks include bleeding, infection, and too much or too little skin removal, according to Amin.Kennedy specifically referred to “early circumcision,” which is not a phrase Hughes uses — “I do not use the term ‘early circumcision’ and instead only call it circumcision.” Multiple sources, including the Cleveland Clinic, Johns Hopkins Medicine and Texas Children’s Hospital, say circumcision is most commonly done within the first days or weeks of a baby’s life. “Early circumcision” is a bizarre way to categorize something that is commonly recommended early in a baby’s life. “It’s an elective procedure, not a medical requirement. With proper hygiene, being uncircumcised is completely healthy, too,” Amin added.Some cultures and groups of people find circumcision to be controversial, “and that’s understandable,” said Amin.“Parents should be able to make this decision based on their values and medical guidance without judgment. It’s a personal choice, not a moral or medical obligation,” she noted.It’s a parent’s choice whether or not to have their baby circumcised, but a fear of autism should not be a reason not to, said Hughes.Because, again, there is no proof that circumcision and Tylenol use are linked to a higher chance of developing autism.There is no proof that Tylenol causes autism.This is not the first time Kennedy has linked Tylenol use to autism, but there is no solid proof of a connection, experts told HuffPost again and again.“An extremely well done study was published in April of 2024 reviewing acetaminophen use in pregnancy,” said Hughes. (Acetaminophen is the active ingredient in Tylenol.)Researchers evaluated roughly 2.5 million children and “after adjusting for sibling diagnosis, they found there was no associated link between acetaminophen use during pregnancy and neurodevelopmental disorders,” Hughes added.“The use of acetaminophen in childhood has not been robustly studied, but no data exists showing a causal link,” she said.“As a parent, I understand how confusing all this can feel. And as a clinician who walks families through these decisions every day, it’s frustrating to see misinformation replace genuine curiosity.”- Dr. Mona Amin, board-certified pediatrician in FloridaThe American Academy of Pediatrics says acetaminophen is safe for children when used as directed and discussed with a child’s pediatrician. “Acetaminophen remains the safest option for pain and fever during pregnancy and infancy when used as directed,” Amin added.Tylenol is commonly used to help control fevers in children and pregnant women, and having an untreated fever is dangerous. “Here’s what parents need to understand: The developing brain is affected far more by untreated high fevers or infections than by a single, properly dosed pain reliever,” Amin said. “The benefit of using Tylenol when truly needed outweighs any unproven theoretical risk,” noted Amin.Autism is complex, but research is ongoing.“Autism is complex. It’s not caused by one medication, one vaccine, or one parenting decision,” said Amin.For decades, scientists have been researching the cause of autism, Hughes added.“It is very, very important to state that no one wants to find the causes for autism more than pediatric health care providers,” Meade noted. “I say ‘causes’ very intentionally, because we know this is not a one-cause diagnosis, it is very multifactorial and complex.”“We will keep looking, and keep investigating, including looking into acetaminophen use — but the reality is that many large and well-done studies have shown absolutely no causal link at this point,” Meade said.“Research shows genetics play the biggest role — sometimes inherited from parents, sometimes through spontaneous gene changes that affect how the brain forms and communicates,” Amin said.“So, please, if you have a child with autism, do not think you did anything wrong. And know that the scientific community has not, nor will ever, forget about you,” Hughes said.Studies looking into environmental risk factors are ongoing, “but ‘environmental’ doesn’t mean things like Tylenol or vaccines. It refers to broad prenatal or early life influences like severe maternal infection during pregnancy, significant prematurity, or exposure to high levels of air pollution, lead, or pesticides,” Amin said.But, these environmental factors do not flat-out cause autism, and instead increase autism risk in combination with genetic predisposition, Amin said.YourSupportMakes The StoryYour SupportFuelsOur MissionYour SupportFuelsOur MissionJoin Those Who Make It PossibleHuffPost stands apart because we report for the people, not the powerful. Our journalism is fearless, inclusive, and unfiltered. Join the membership program and help strengthen news that puts people first.We remain committed to providing you with the unflinching, fact-based journalism everyone deserves.Thank you again for your support along the way. We’re truly grateful for readers like you! Your initial support helped get us here and bolstered our newsroom, which kept us strong during uncertain times. Now as we continue, we need your help more than ever. We hope you will join us once again.We remain committed to providing you with the unflinching, fact-based journalism everyone deserves.Thank you again for your support along the way. We’re truly grateful for readers like you! Your initial support helped get us here and bolstered our newsroom, which kept us strong during uncertain times. Now as we continue, we need your help more than ever. We hope you will join us once again.Support HuffPostAlready contributed? Log in to hide these messages.“As a parent, I understand how confusing all this can feel. And as a clinician who walks families through these decisions every day, it’s frustrating to see misinformation replace genuine curiosity,” Amin said.“We should be investing our energy into research, education and support for autistic individuals, not fighting baseless claims,” she added.

Study: Commercial Lion Farming in South Africa Could Be Harming, Not Helping, Wild Lions

As we’ve seen with tigers and other threatened species, captive lion breeding may stimulate consumer demand and put additional pressure on wild populations across African home ranges. The post Study: Commercial Lion Farming in South Africa Could Be Harming, Not Helping, Wild Lions appeared first on The Revelator.

I recently co-authored a new peer-reviewed study that has delivered another blow to South Africa’s controversial commercial captive lion industry, finding no solid evidence that breeding lions in captivity benefits wild populations and warning that it may be doing the opposite. Our study, a collaboration with researchers from Blood Lions and World Animal Protection, paints a troubling picture of an industry that has exploded over the past three decades to around 350 facilities holding nearly 8,000 lions — alongside thousands of other big cats — for exhibition and breeding, tourism experiences, “canned” or captive trophy hunting, and the trade in bones and body parts. We examined 126 scientific papers and 37 organizational reports published between 2008 and 2023, flagging three major concerns: Currently there is no proof that the commercial industry aids conservation. Captive breeding may increase demand for lion parts. Links between legal and illegal trade could be strengthened. Bottle feeding and cub petting are popular revenue streams for captive predator facilities. Cubs are separated from their mothers at a young age, forcing the females back into estrus while visitors pay to interact with the cubs. © Blood Lions, used with permission. From cub-petting selfies to walking with lions, “canned” hunts, and the (now illegal) export of lion skeletons, the commercial predator industry is big business. The industry claims that commercial lion farming relieves pressure on wild lions; our study shows that it could actually fuel the demand for lion products and open the door to increased wildlife trafficking. Can Commercial Breeding Meet Consumer Demand? While proponents of commercial wildlife utilization assert that wildlife farming offers an effective means to meet the demand for wildlife commodities and relieve pressure on wild populations, our analysis of previous work by researchers and conservationists shows that this approach may be counterproductive. Farming wildlife may, in fact, put increased pressure on wild populations by promoting demand for wildlife products. This increases the risk of wildlife poaching and laundering through existing legal channels. It has also been noted that captive wildlife stock is sometimes renewed with animals from the wild to bring in fresh genes and prevent inbreeding or to breed for specific traits, such as dark manes. Countering arguments that farming wild animals is a logical means to protect wild populations, conservationists and researchers have highlighted that such mistaken assumptions may endanger wild populations. Other species have already demonstrated that commercial farming of wild species — such as tigers for bones and other body parts, bears for bile, and Southeast Asian porcupines for meat consumption — have all put increased pressure on wild populations. Consumer demand studies that have highlighted a preference for products sourced from wild-caught animals based on perceptions of medicinal strength or meat quality. Overall these studies highlight the faulty logic inherent in justifying the commercial breeding of wild animals as a supply-side approach. A lion skeleton prepared for export to be used in Traditional Chinese Medicine and trinkets. © Blood Lions, used with permission. There’s still a lot we don’t know. In our paper we highlighted the urgent need for scientific, peer-reviewed research to better understand consumer demand, economic comparisons between wild and farmed products, the genetics of captive lions, and the scale of illicit trade to get a more complete picture of the impact of commercial lion farming on wild lions. South African Wild Lion Populations Remain Stable, But What About Other Range States? In 2018 an assessment for African lions stated that the export of captive-bred lion trophies, live captive-bred lions for zoological or breeding purposes, and/or the trade of lion skeletons from the captive population would not harm South Africa’s wild lion population. The commercial captive lion industry has repeatedly failed to account for severe welfare issues, including malnourishment, obesity, overbreeding, inbreeding, poor keeping conditions, and health concerns. © Blood Lions, used with permission. But while wild lion populations in South Africa remain stable, our new research clearly highlights the risks associated with a commercial captive lion industry and the already vulnerable wild lion populations and other big cat species across other range states. Dr. Louise de Waal, director of Blood Lions and one of the paper’s authors, says South Africa’s stable wild lion population could change if the captive industry keeps growing: “We need to err on the side of caution globally, but in particular in African lion range states, to stop facilitating further emergence of commercial captive predator breeding and trade. This is particularly relevant when considering the increased wildlife trafficking opportunities between the African continent and Southeast Asia through, for example, the expansion of the Belt and Road Initiative, a global infrastructure development strategy by the Chinese government.” Welfare Concerns Continue The industry also has a long record of animal welfare violations. Some of the most recent cases include a successful conviction for animal cruelty after starved lions were discovered at a farm in May 2023. In another National Council of Societies for the Prevention of Cruelty to Animals (NSPCA) welfare case in 2025, horrific animal cruelty and neglect were uncovered at a notorious predator facility, where at least 80 tigers were kept for commercial purposes, one of whom had resorted to self-mutilation to relieve stress and pain from untreated injuries. Commercial captive-keeping conditions fail to provide adequate living conditions for sentient apex predators, including the ability to hunt and roam freely. © Blood Lions, used with permission. These aren’t isolated incidents. Douglas Wolhuter, national chief inspector and manager of the NSPCA Wildlife Protection Unit, reported that they had conducted 176 inspections of captive lion facilities across South Africa from 2022 to 2024. Wolhuter outlined that in most cases, captive predators were denied even the bare basics like access to clean drinking water, proper food, shelter, environmental enrichment, hygienic living conditions, and appropriate veterinary care, including treatment of parasitic infestations. Many of the captive predator- and lion-breeding facilities required repeat visits due to unaddressed noncompliances. Their inspections resulted in 64 warnings, 10 formal Animal Welfare Notices, and 21 warrants granted in 2022 alone. That year, as a result, 23 severely compromised lions had to be euthanized. Our research, combined with these on-the-ground realities, provides another catalyst for South Africa’s Minister of Forestry, Fisheries, and the Environment, Dr. Dion George, to take urgent action by implementing a moratorium on breeding and a time-bound phaseout plan. It also signals the serious need for caution: Lion farming in South Africa isn’t saving wild lions. It could even be accelerating their decline, particularly in already vulnerable lion range states across other African countries. Previously in The Revelator: In South Africa, Tigers and Other Captive Predators Are Still Exploited for Profit. Legislation Offers Pitiful Protection The post Study: Commercial Lion Farming in South Africa Could Be Harming, Not Helping, Wild Lions appeared first on The Revelator.

Saving Zimbabwe’s Vultures

From poisonings to collisions with power lines, these birds face many threats. But as they decline, so does their ability to control the spread of deadly diseases. The post Saving Zimbabwe’s Vultures appeared first on The Revelator.

A narrow road meanders through Zimbabwe’s Vumba Mountains, where sweet songs of various bird species fill the air on a sunny afternoon. The distant chatter of monkeys adds to this wildlife melody. But one sound, once common, no longer echoes over the mountains: the calls of soaring vultures. These majestic birds have disappeared from this part of Zimbabwe. Big game poachers despise vultures for circling over the carcasses of dead animals — a natural process that inadvertently “snitches” poachers’ illicit activities to game park rangers. Poachers have retaliated by lacing the bodies of their prey with deadly poison, which vultures consume, dramatically increasing the killers’ body counts. That’s not the only threat these birds face. Habitat loss is a big issue. In some cases vultures are killed for their parts, which are used in traditional “medicine” in some cultures of Zimbabwe. And to a lesser extent, power lines have also killed vultures, who die from electrocution or after collisions with the structures. The threats have all but wiped out the vultures, in this area known for its birds. “Birding in the Vumba as well as the Burma Valley area [in Zimbabwe] is considered a shining jewel in the Eastern Highlands, and tourists travel far and wide for the very special birds found here. However, vultures are no longer a presence,” says Sue Fenwick, a trustee of the Friends of the Vumba, an organization working to protect wildlife in the area. The group’s mission faces many challenges. In this part of Zimbabwe, illegal farming activities have decimated vast tracts of wildlife habitats. Benhildah Antonio, who manages the Preventing Extinctions Program at Birdlife Zimbabwe, says the twin threats of farming and poisons intersect. In addition to poachers’ poisons, Antonio says vultures are often poisoned unintentionally. This is prevalent in farming communities surrounding national parks, where lions prey on livestock. “Farmers put poison on carcasses to target lions or any other predators but unintentionally end up poisoning vultures,” Antonio says. “The vultures will die in large numbers because of their feeding habits. One carcass can have 50 or more vultures feeding on it.” A Loss That Echoes Vultures’ disappearance from Zimbabwe and other African countries comes with an environmental cost. “We call them the ‘clean-up crew,’” says Antonio. “When the vultures feed on dead carcasses, they help us with cleaning the environment; they help us with sanitation. That’s the main ecosystem service we get from vultures. They do this free service. They also reduce the spread of … rabies, anthrax, tuberculosis, and other diseases.” When vultures eat a carcass, they can digest pathogens without getting sick. At the same time, vultures reduce the available food sources for feral dogs and other scavengers, thereby suppressing diseases like rabies. Many Species, Similar Threats According to Birdlife Zimbabwe, Africa is home to 11 vulture species, six of which can be found in Zimbabwe. All but one of the species in Zimbabwe are threatened or endangered. The International Union of Conservation of Nature Red List, which assesses the conservation status of species around the world, classifies the white-backed vulture, white-headed vulture, and hooded vulture as critically endangered. The lappet-faced vulture and cape vulture are categorized as endangered and “vulnerable to extinction” respectively, while the palm-nut vulture is listed as “least concern” (although it was last assessed a decade ago). Regardless of their conservation status, all vultures in Zimbabwe have special protection under the Zimbabwe Parks and Wildlife Act, making it illegal to kill a vulture, even in cases of accidental harm.   View this post on Instagram   A post shared by Jeannee Sacken (@authorjeanneesacken) The six species have specific habitat niches, but many of their ranges overlap in Zimbabwe. The lappet-faced vulture breeds in Lowveld semi-arid areas like Gonarezhou National Park, while the white-headed vulture breeds in Hwange National Park and Gonarezhou. Cape vultures rely on cliffs for breeding and roosting, particularly in the central parts of the country. The hooded vulture breeds in low-lying areas of Tsholotsho and Gokwe. Palm-nut vultures, though considered rare in Zimbabwe, are seen mostly in the country’s Eastern Highlands. But no matter where they’re found, they face the same dangers — and vultures’ declines aren’t unique to Zimbabwe. A Worldwide Threat José Tavares, director of the Vulture Conservation Foundation, says the major threats to vultures in Africa and globally come from the ingestion of poison baits. “These [poison baits] are mostly put to deal with human-wildlife conflict, although in Southern Africa sentinel poisoning has also been significant,” Tavares says, referring to the poisoning to prevent circling vultures from giving away poachers’ locations. “The illegal poisoning of wildlife is a non-discriminatory measure that has a profound impact.” Zimbabwe presents a powerful illustration of the problem. According to the Zimbabwe Parks and Wildlife Management Authority (Zimparks) 2019-2022 Action Plan, the country experienced increased vulture poisoning incidents that are causing vulture populations to decline and harming other species. Mass poisoning events cited in the report include 191 vultures in Gonarezhou National Park in 2012, 40 at a farm in Fort Rixon in 2014, 22 in Sinamatella in 2015, 43 at Sentinel Ranch in 2016, 94 on the border of Gonarezhou National Park in 2017, 24 at Sengwa Wildlife Research Station in 2017, 28 in Main Camp in 2018, and 21 in Hwange National Park in 2019. There is no recent data from Zimparks covering the post-COVID period. According to former Zimparks director Fulton Mangwanya, a single vulture provides over US$11,000 worth of ecosystem services. “By halting the spread of disease, they are worth much more to society in saved health service costs, not to mention contributing significant revenue to the tourism sector as well,” Mangwanya wrote in the action plan. This poses direct threats to humans. In India, for example, one study reveals that between 2000 and 2005, the loss of vultures caused around 100,000 additional human deaths annually, resulting in more than £53 billion per year in mortality damages, or the economic costs associated with premature deaths. These deaths, experts say, were due to the spread of disease and bacteria that vultures could have otherwise removed from the environment. Has the decline in vultures caused similar problems in Zimbabwe? Kerri Wolter, chief executive officer of VulPro, a South African nonprofit organization devoted to safeguarding Africa’s vulture species, says it’s impossible to link the recent outbreak of anthrax in Gonarezhou National Park to the massive poisoning deaths of 280 vultures in the park in the past few years. The anthrax outbreak last year killed more than 120 animals, including four elephants, 75 buffaloes, and 38 kudus. However, more studies are needed on the possible link between the declining vulture population in Zimbabwe and rising cases of anthrax in the country’s national parks. But Wolter says the future of these birds is dire and the threat of vulture species’ extinctions is a very real possibility. “If we cannot get a grip on poisonings, I fear we will continue to see losses and some species disappearing,” she says. Saving Zimbabwe’s Vultures With an understanding of these threats, local and international groups have mobilized several efforts in Zimbabwe that aim to save the country’s last vultures. Birdlife Zimbabwe, for example, is working with communities to resolve human-wildlife conflict issues so they don’t end up causing vulture deaths as collateral damage. “We have created vulture support groups in [Zimbabwe’s] Gwayi area, where community members do vulture monitoring and educate other community members about vulture conservation,” Antonio says. “We are also educating and building capacity for law-enforcement agents so that they are conscious about vulture conservation and crimes against vultures. We also work with traditional healers because of belief-based use of vultures in traditional medicines.” And Tavares says the Vulture Conservation Foundation is fighting illegal poisoning through engaging with the competent authorities for the proper enforcement of the law and adequate investigation of illegal poisoning incidents to reduce impunity. Wolter says their work impacts the whole Southern Africa region. “We lead by example and have assisted, trained, and worked with Victoria Falls Wildlife Trust and Jabulani Safaris [in Zimbabwe] and continue to do so,” she says. Other efforts, including one funded by tourism, help vultures by giving them what they need most: safe food. The Victoria Falls Safari Collection, operated by the Africa Albida Tourism hospitality group, runs the Vulture Culture Experience at Victoria Falls Safari Lodge, where the birds are provided with food, typically animal carcasses, to support their survival and well-being.   View this post on Instagram   A post shared by Estnat Engsted (@ekewildphotography) “Our … conservation initiative has been highly successful in providing a safe food source for hundreds of vultures every day and reducing the risks of poisoning they face in the wild,” says Anald Musonza, head of sales and marketing at Victoria Falls Safari Collection. Musonza says the program has also become a powerful educational platform, where thousands of visitors learn about the plight of these highly endangered raptors and turn into ambassadors for vulture conservation. “Even when our hotels stood still during COVID, the Vulture Culture Experience never stopped — that’s how seriously we take conservation,” Musonza says. He says they work with VulPro as well as the Victoria Falls Wildlife Trust on this project. “While the activity is free of charge, guests may make donations towards vulture research, and $1 from selected dishes at our MaKuwa-Kuwa Restaurant is donated to vulture conservation programs,” he says. Musonza says their biggest challenges have been in constantly raising awareness of the threats vultures face and the significant role they play in the ecosystem. “The poisoning of these birds is also of great concern, which is why education plays a crucial role in this conservation initiative,” Musonza says. Previously in The Revelator: Newest Flock of Wild California Condors Faces an Old Threat: Lead Poisoning The post Saving Zimbabwe’s Vultures appeared first on The Revelator.

Protected areas in the Hauraki Gulf nearly triple under a new law – but it comes with a catch

An exception for commercial ring-net fishing in some protected areas of the Hauraki Gulf means they don’t count towards the global goal of protecting 30% by 2030.

Getty ImagesA new law that almost triples the protected area in the Hauraki Gulf Tīkapa Moana – New Zealand’s largest marine park at more than 1.2 million hectares, surrounding Auckland and the Coromandel peninsula – is something to be celebrated. But it comes with compromises, and it is especially disappointing that some forms of commercial fishing will continue in some areas. This week, parliament passed the Hauraki Gulf/Tīkapa Moana Marine Protection Bill into law. It increases areas under some form of protection from 6% to 18% by extending two existing marine reserves and adding 12 high protection areas and five seafloor protection areas. These new areas add to the diversity of habitats under protection, including under-represented soft sediment ecosystems, and provide new opportunities for customary management. While fishing will be restricted in 18% of the gulf, there is a carve-out for commercial ring-net fishing in high protection areas. This diminishes their status as protected areas and makes it more difficult for New Zealand to fulfil its promise under the Global Biodiversity Framework to protect 30% of the marine environment by 2030. We should also recognise this is only a starting point in restoring the mauri (life force) of the gulf. Animals that live in the gulf’s water column remain vulnerable, and given the rate of environmental change in New Zealand’s waters, we need to fast-track the conservation process. Levels of protection The new legislation has three forms of protection. Marine reserves are complete no-take zones. High protection areas (HPAs) allow for restoration activities and provide for customary practices of tangata whenua. Seafloor protection areas (SPAs) protect habitats on the seabed, but they allow for activities that don’t damage them, such as non-bottom fishing. All three forms of protection share a common theme in restricting large-scale seafloor disturbances from bottom trawling and dredging, large-scale removal of non-living material such as sand, and dumping or discharge of waste. The protection of the seafloor is critical to preserving the many benefits we gain from its ecosystems, including carbon storage, the processing of excess nutrients, provision of food for fish, and nursery habitats. HPAs value Māori management and support the restoration of nature and culture. This opens up opportunities to undertake active restoration to accelerate passive recovery. Such activities may include large-scale kina (sea urchin) removal and re-seeding of shellfish populations. Many of the HPAs are alongside areas where significant restorative efforts are happening on land. This acknowledges land-sea connections and these areas will hopefully become successful examples of what integrated management can achieve. Lessons from NZ’s oldest marine reserve The Cape Rodney-Okakari Point (Goat Island) Marine Reserve at Leigh became New Zealand’s first legislated marine reserve 50 years ago. This reserve, on the north-east coast of the Hauraki Gulf, will quadruple in size under the new law. It has taught us many lessons about how coastal reef ecosystems are affected by human activity and how marine reserves benefit people, including fishers. For example, we know that marine reserves maintain populations of predators, such as large lobsters and snapper, which stop sea urchins from becoming too abundant and over-grazing coastal kelp forests. In the protected waters of the Goat Island marine reserve, snapper can grow big and populate other areas across the Hauraki Gulf. Getty Images The ability to protect large snapper has also demonstrated that size matters in fish reproduction. The marine reserve contributes disproportionately to the snapper population across a large part of the gulf. If this is scaled with the new protection area, it should lead to a more productive fishery that will benefit all. The expansion of the Cape Rodney-Okarkai Point Marine Reserve and the Te Whanganui-A-Hei Marine Reserve at Hahei will open up new opportunities for learning about connections between reef and soft-sediment habitats and how they influence biodiversity. Fast-tracking marine conservation Overfishing, pollution, climate change and invasive species mean marine ecosystems are changing rapidly. Management responses must do so as well. Successive State of the Gulf Reports have documented the continued decline of its ecosystems. This new legislation builds on decades of efforts to protect the gulf. It follows the 2016 Sea Change/Tai Timu Tai Pari marine spatial plan and the Hauraki Gulf Marine Park Act 2000 which provided special recognition for the gulf but no additional protection. During times of rapid environmental change, we need strong connections between science, policy and management. Otherwise, we’re at risk of missing the connections and processes responsible for ecological tipping points. This new law must not be the end to marine protection and restoration of the Hauraki Gulf. Early European settlers reported an abundance of fish, invertebrates, whales and dolphins and we are a long way from these historical baselines. The new measures protect from some important forms of stress, namely overfishing and seafloor disturbance, but there are many others that continue to affect the gulf, including those that begin on land. Unless we work to substantially reduce the flow of sediment, nutrients and microplastics into the gulf, recovery will be slow. We also need to remember what these new measures do not protect: the fish, marine mammals and seabirds that live or move through the water column or depend on it. Our research and experience so far highlights the need to apply systems thinking to the management of marine environments. This means recognising and accounting for the dependencies between the ecological health and economic and social wealth of the Hauraki Gulf. Conrad Pilditch receives funding from the Department of Conservation, MBIE, regional councils and PROs. He is affiliated with the Mussel Reef Restoration Trust, the Whangateau Catchment Collective and New Zealand Marine Sciences Society.Simon Francis Thrush receives funding from MBIE and philanthropy. He is affiliated with the Royal Society New Zealand, NZ Marine Sciences Society and Whangateau Harbour Care.

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