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    Showing 9 of 256 news items in Ocean & Biodiversity
    Elders, Conservationists Race to Record Fading Sacred Ties to Philippines’ Endemic Birds
    Ocean & BiodiversitySeptember 10, 2026

    Elders, Conservationists Race to Record Fading Sacred Ties to Philippines’ Endemic Birds

    The forest settles into a gentle rhythm as the trail climbs into the Iraya Mangyan ancestral domain in Puerto Galera town, on the Philippines’ Mindoro Island. Only birdsong breaks the silence as towering trees sway overhead. A clear stream tumbles across the trail over smooth rocks. Ahead walks 43-year-old Lenito Pampilo. Every few steps, he stops — not because the climb is difficult, but because the forest is speaking, he says. He points to an unseen bird in the canopy. Another answers from farther uphill. For him, each call carries meaning. “Our elders taught us these birds,” he tells Mongabay. Pampilo, an Iraya community leader and ecotrail guide, has spent much of his life in these mountains. His knowledge goes beyond recognizing species. “Some birds signal changing weather, warn of danger or carry messages between the living and spirit worlds,” he says. “Trees, streams and ridges also hold stories passed from one generation to the next.” For the Iraya, the forest is a largely unwritten living archive. As elders age and fewer young people learn beside them, the Center for Conservation Innovations Philippines (CCIPH) is helping Iraya knowledge holders document wildlife, medicinal plants and culturally important places under its Mindoro Forest and Biodiversity Conservation Programme (MFBCP), a REDD+ carbon finance initiative in eastern Mindoro Island. This includes the UNESCO-designated Puerto Galera Biosphere Reserve, which overlaps with the Iraya Mangyan’s roughly 40,000-hectare (98,800-acre) ancestral domain, home to about 2,500 households, according to the CCIPH. The Iraya have used and managed its forests, settlements and culturally important places across generations. The information will contribute to the Iraya’s Ancestral Domain Sustainable Development and Protection Plan (ADSDPP), and an ecotrail being co-developed with the community. “The environmental information gathered from the community becomes part of their ADSDPP,” says Rey Luna, CCIPH project management adviser and former Oriental Mindoro provincial officer of the National Commission on Indigenous Peoples (NCIP). “From those data, the community can determine what projects are appropriate for their land.” Luna says he envisions guides explaining why trees matter, how places were named and why some grounds are sacred. “You’re not just walking through the forest — you learn the story of the place,” he says. Where every bird tells a story CCIPH surveys have recorded 517 species across the program area, including 134 animal and 154 plant species considered rare, threatened or endemic. These include 42 bird species, among them three culturally important endemics. Pampilo began learning about birds as a child, when he and his friends playfully mimicked the siruk, or Mindoro boobook (Ninox mindorensis). More birds answered until their calls surrounded the village. “The elders told us, ‘You’re teasing them,’” Pampilo recalls. “Then we all ran.” Families spent the night elsewhere in the mountains, fearing malevolent spirits might pass through the settlement. “We didn’t even bring our belongings,” Pampilo says. “We just left.” Younger generations respond differently, he says, but the lesson remains: Do not provoke the bird. “We simply let it sing,” he says. The sulit, or Mindoro scops owl (Otus mindorensis), carries another spiritual meaning. Some Iraya associate it with departed relatives, Pampilo says, and release any accidentally trapped bird. For Pampilo, these customs teach restraint toward other forest beings. The turis, or Mindoro racket-tail (Prioniturus mindorensis), provides practical guidance. Lenito’s cousin, Bernito Pampilo, an Iraya forest patroller recalls the parrots gathering noisily in one tree when he was about 9. His father interpreted their behavior as a storm warning. That night, a powerful typhoon struck, forcing the family to shelter beneath the buttress roots of a large tree as their house was damaged. “When I see them gather like that, I prepare,” Bernito tells Mongabay. Such observations guided travel, farming and storm preparations before forecasts reached mountain communities. Today, Christianity has also become part of Iraya religious life. Pampilo, who also volunteers in Catholic catechism for children, says Christianity has not entirely displaced Iraya spiritual traditions. He describes the two as coexisting. “We now combine our beliefs with Catholicism, but not all our traditions have disappeared,” he says. “We keep what is most important to us.” All three bird species are endemic to Mindoro and are declining due to deforestation and infrastructure development. The IUCN Red List classifies the Mindoro boobook and Mindoro racket-tail as vulnerable and the Mindoro scops owl as near threatened. Currently, CCIPH-supported Indigenous patrollers monitor forests and report logging, hunting and other threats, while government personnel inspect ports and municipal borders for trafficked wildlife. The local government also conducts annual terrestrial biodiversity assessments, supplemented by CCIPH monitoring and targeted surveys of threatened and Mindoro-endemic species. Ronet Santos, a bird photographer and senior program operations manager of the D’Aboville Foundation, a nonprofit environmental organization working in Mindoro, says the three birds also indicate forest health. The Mindoro racket-tail helps disperse seeds while the Mindoro boobook and Mindoro scops owl provide natural pest control by keeping prey populations in check. “Long-term Indigenous observations can complement scientific knowledge and conservation initiatives by providing a complete temporal picture of these species’ behavior,” Santos tells Mongabay. “It’s not easy for scientists to observe species over the long term, and when they do, they need local Indigenous guides. Indigenous peoples are in the area throughout the year, while scientists only ‘bungee jump’ into the area for short periods.” Santos adds that many of Mindoro’s remaining endemic species occur within Indigenous ancestral domains, making community collaboration vital for long-term monitoring. In the foundation’s tamaraw (Bubalus mindorensis) work, Indigenous observations have helped researchers assess age classes and reproduction.

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    In 1944, 29 Reindeer Were Left on a Remote Island in Alaska, Decades Later, They Had Eaten Themselves Into Extinction
    Ocean & BiodiversitySeptember 3, 2026

    In 1944, 29 Reindeer Were Left on a Remote Island in Alaska, Decades Later, They Had Eaten Themselves Into Extinction

    What happened to the reindeer on St. Matthew Island is a classic story of wildlife boom and bust. In 1944, the US Coast Guard corralled 29 Nunivak Island reindeer on a barge and floated the animals north to the island, more than 200 miles away to one of the most remote places in Alaska. While they initially grew into a population across the land, today the island is devoid of any reindeer, according to a report by AS. A food source The Coast Guard had earlier in the year placed a radio navigation system on the island, along with 19 men. St. Matthew Island is a narrow strip of tundra in the Bering Sea, more than 200 miles from the nearest village. The reindeer were intended as a roaming food source should the men be cut off from supply shipments. The men never shot a single reindeer; the Allies were winning the war, and the Coast Guard pulled its men from the island. But they left the reindeer. Initially, the situation was fine for the animals. Their only predators had disappeared, leaving them on a 32-mile-long, four-mile-wide island rich with their favourite food, lichen. Biologist Dave Klein first stepped on the island in 1957, 13 years after the Coast Guard had abandoned it. Klein, 82, now a professor emeritus for the Univerisity of Alaska Fairbanks' Institute of Arctic Biology, hiked the length of the island with field assistant Jim Whisenhant in 1957. They noted that the herd of 29 reindeer had increased to more than 1,300 animals. Klein returned to the hard-to-reach island six years later. He could hardly believe how many reindeer were there. "We counted 6,000 of them," Klein said in a 2003 interview. "They were really hammering the lichens." But the scene, with its 47 reindeer per square mile, foreshadowed a crash ahead that no one was able to predict. They had trampled vegetation and consumed much of the food that had allowed their extraordinary expansion. The island could accommodate a population boom. It could not keep feeding one forever. For the unversed, a reindeer are large deer that live in the Arctic and sub-Arctic regions of Europe, Asia, and North America. In North America, they are commonly called caribou. They are well adapted to extremely cold environments, with thick fur, broad hooves and a layer of body fat that helps them survive harsh winters. Unlike most deer species, both male and female reindeer can grow antlers, although males generally have larger ones. Out of sight When Klein returned to the island in the summer of 1966, three years since his last visit, the herd of 6,000 had shrunk to a shocking 42. This number included only one male that had abnormal antlers and was probably unable to reproduce. There were no fawns. Moreover, reindeer skeletons littered the entire island. The herd had busted. During the next decade or so, all the reindeer of St. Matthew Island died off. According to the US Geological Survey, the last female died in 1981. According to Klein, an extreme winter might have forced the stressed population to the brink.

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    Restoration, Protection Aim to Save Belize’s Coral Reef From Extreme Heat and Disease
    Ocean & BiodiversityAugust 20, 2026

    Restoration, Protection Aim to Save Belize’s Coral Reef From Extreme Heat and Disease

    After Hurricane Iris decimated the coral reef at Laughing Bird Caye National Park in 2001, many wrote off the UNESCO World Heritage site as a coral graveyard. But a small group from the coastal village of Placencia, Belize, about 18 kilometers (11 miles) from the island, saw hope. In 2006, the park had just 6% live coral cover. By 2023, it had reached approximately 60% — the result of the group planting more than 92,000 fragments of coral within the 1-hectare (2.5-acre) shallow fringing reef. The group, Fragments of Hope (FOH), is a Belize-based nonprofit organization focused on restoring coral reef habitats. Their work at Laughing Bird Caye is widely regarded as the best example of reef restoration in the Caribbean. But while the park stands as a beacon of hope for coral restoration, it has not been immune to the onslaught of record-breaking temperatures occurring globally. “2024 was the worst bleaching event since we’ve been recording around 2008,” Lisa Carne, FOH’s founder, said during an interview with Mongabay. Many of the corals planted at Laughing Bird have succumbed to extreme heat stress and disease. At Moho Caye, another restoration site, live coral cover dropped from more than 50% to less than 5%, “likely reflecting similar declines at Laughing Bird,” Carne said. It’s not just Laughing Bird and Moho. Unprecedented coral bleaching, a relatively new illness called stony coral tissue loss disease (SCTLD), and other threats to corals are negatively impacting reef health across Belize, and it forced FOH to shift tactics. “Over the past two years, it’s been getting hotter and hotter, and we haven’t been able to plant coral, which is what we would normally do,” Monique Vernon, a coral reef restoration practitioner trained by FOH who has been conducting restoration and monitoring activities with the group for years, told Mongabay. Instead, the group focused on conducting monitoring surveys and collecting data on the rate of coral bleaching and coral diseases at restored sites in Belize. “We’re trying to host two trainings per year so that we can get more Belizeans on board helping us to survey corals,” Vernon said. In March, when Mongabay spoke with her, Vernon was doing just that: serving as a trainer for a FOH workshop in Placencia to teach a group of Belizeans the basics of coral monitoring and data collection. This scientific effort is pivotal to identifying site variability and corals that show genetic resistance to stressors, according to Carne. She called these resilient corals “winners” and said finding them will inform future coral restoration and protection activities. FOH will eventually transplant fragments from these winners to sites with fewer stressors, with the hope that their proven resilience in harsher conditions will increase their chances of survival and growth. “We need to keep an eye on everything with monitoring,” Esther Peters, an expert on coral reefs and their diseases at George Mason University in Virginia, U.S., told Mongabay. “Often, there are not too many laboratories and not too many researchers. We need to bring in more people and get them involved and being able to report what they see to researchers,” said Peters, who has conducted research in Belize over the years and has recently been working close by, in Roatan, Honduras.

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    Madeira Study: Artificial Reefs Cannot Replace Natural Habitats
    Ocean & BiodiversityAugust 13, 2026

    Madeira Study: Artificial Reefs Cannot Replace Natural Habitats

    Artificial reefs created from sunken ships in Madeira and Porto Santo help support marine biodiversity, but cannot reproduce all the ecological functions of natural reefs, a scientific study has concluded. The findings are based on nine years of fish monitoring by Madeira’s marine biodiversity programme, BioMa, which has been operating across the archipelago since 2016. Pedro Neves, a researcher at the Oceanic Observatory of Madeira, said the study compared two natural reefs and one artificial reef on each island. The research was carried out in partnership with Madeira’s Institute of Forests and Nature Conservation and the University of Las Palmas. The two artificial reefs studied were created by sinking former Portuguese Navy corvettes: the Afonso Cerqueira off Madeira and the General Pereira d’Eça off Porto Santo. “We concluded that artificial reefs behave like natural reefs in some respects, because more or less the same species are found in both places,” Neves told Lusa. “However, the species living around the artificial reefs do not perform all the same ecological functions as those found on natural reefs. Artificial reefs remain very important, for example for diving, tourism and the local economy, but we cannot regard them as substitutes for natural reefs,” he said. In Madeira, where fish communities are richer and more functionally diverse, the differences between natural and artificial reefs were less pronounced. The artificial structures appear to act mainly as an extension of the island’s existing network of marine habitats. In Porto Santo, however, the differences between sites were more evident. The artificial reef displayed high levels of functional diversity compared with a natural reef exposed to greater fishing pressure. Researchers recorded 52 fish species during the study, including several considered particularly important for conservation and the functioning of the marine ecosystem. These included large predators and ecologically distinct species such as grouper, triggerfish, dogfish and several types of ray. Neves said artificial reefs are valuable because they create additional habitats, but stressed that natural environments must continue to be protected, warning that conservation decisions should not be based solely on the number of species found in one location. Instead, marine protected areas should encompass a mosaic of different environments, including sandy seabeds, rocky reefs and kelp fields. “We cannot protect only a natural reef because it has more species than a sandy bottom, or just an artificial reef because it has a higher density than a natural reef,” he said. “We have to try to preserve a little of everything.”

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    How Social Media and Parrotfish Poop are Protecting the Maldives
    Ocean & BiodiversityAugust 13, 2026

    How Social Media and Parrotfish Poop are Protecting the Maldives

    It started six years ago when Shaha Hashim began seeing posts across social media: Vulnerable and protected species were being fished throughout the atoll islands of the Maldives, and some were even turning up in fish markets. This included animals like the giant clam (genus Tridacna), Napoleon wrasse (Cheilinus undulatus), and even species of parrotfish (subfamily Scarinae). These species weren’t historically targeted by Maldivian fishers, but were rising in popularity over the last decade. This came to a head in the midst of the COVID-19 pandemic, as tourism workers were being let go from their jobs at resorts, and fishing became more popular recreationally, as well as a means of earning money and providing food. “This was the only way for them to earn an income at that time,” Hashim told Mongabay by video call. Today, she’s the co-founder and executive director of Maldives Resilient Reefs (MRR). Hashim said the parrotfish were particularly concerning. At the time, they weren’t a protected species, though they played a key role in recycling sediment and generating new habitat for coral reefs. Protecting them means safeguarding accretion: An important sedimentary process that is intertwined with the resiliency and natural management of atolls. “Accretion really is the deposition of sediment above the water level,” said Paul Kench, a coastal scientist and the pro vice-chancellor of Te Wānanga Pūtaiao Division of STEM at the University of Waikato in New Zealand. He told Mongabay by video call that accretion allows atolls to naturally combat climate change by rising with the sea level and growing horizontally. Parrotfish help in multiple ways In 2015, Kench co-authored a paper that found parrotfish responsible for generating upwards of 85% of the new sand-grade sediment produced in outer reefs surrounding reef islands. They use their beak-like teeth to grind through coral exoskeletons to get to the algae — or sometimes the soft, living coral polyps — inside. They then excrete any ingested coral chunks as fine sand It’s one of many ways sediment can be generated and make its way to islands, in order for accretion to take place. A study published in the journal Geology in 2015 found that parrotfish were responsible for producing upwards of 85% of sand in the outer reefs surrounding the islands of the Maldives. Beyond generating sediment, parrotfish contribute to reef expansion by eating algae off of prime surfaces where baby coral called planulas can anchor and grow. Coral reefs are ultimately sediment factories, said Sebastian Steibl, a postdoctoral researcher at the University of Auckland and the Naturalis Biodiversity Center in the Netherlands. He has studied Maldivian coastal ecosystems for the last decade. He told Mongabay by video call that when it comes to these ecosystems, protecting biodiversity and sedimentary processes are intertwined. “It comes in a package,” Steibl said. #FishForTomorrow campaign is a success With the Blue Marine Foundation, MRR launched an educational campaign over social media: #FishForTomorrow. Their goal was to broadcast information about the important ecological roles of the different species that were starting to show up in markets. They posted facts about parrotfish life spans, the amount of sediment they produce, and how they help make room for baby coral. The community campaign went viral on social media, Hashim told Mongabay. Community members began posting videos with the hashtag of them releasing parrotfish that accidentally ended up on their lines; local scientists spoke out in support of the campaign; fishers began reaching out to Hashim’s NGO to thank them for their work. An online poll from MRR garnered 27,000 responses in the final days of the four-week campaign: Around 70% of responders supported the legal protection of parrotfish. “It was really exciting to see that other people were appreciating what we were trying to do, and they were willing to join for free, voluntarily,” Hashim said.

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    The Big Island’s Communities Mobilise To Protect Vanishing Coastal Pools
    Ocean & BiodiversityAugust 6, 2026

    The Big Island’s Communities Mobilise To Protect Vanishing Coastal Pools

    Rising seas are changing Hawaiʻi Island's anchialine pools, rare brackish ecosystems connected to the ocean and fed by groundwater. More than 400 occur on the Kona Coast, where they support endemic species including ʻōpae ʻula shrimp, yet stronger waves, invasive fish, wastewater runoff and coastal development are putting them under growing pressure. Hui Loko, a collective of 23 groups, is restoring and protecting the pools through actions such as removing invasive weeds and fish while building public awareness of their ecological and cultural importance.

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    Turning the Tide: Hong Kong Seagrass Project Transforms Mudflats into Underwater Grassland
    Ocean & BiodiversityAugust 6, 2026

    Turning the Tide: Hong Kong Seagrass Project Transforms Mudflats into Underwater Grassland

    On Hong Kong's Lamma Island, researchers from the University of Hong Kong's Swire Institute of Marine Science are working with local people to restore seagrass in the waters off Sok Kwu Wan. Decades of coastal development had left parts of the seabed as bare mudflat, and the project is cultivating the native paddle grass, Halophila ovalis, for transplantation into marine meadows. Seagrass can improve water quality, reduce coastal erosion and provide nursery habitat for young marine life.

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    New Seychelles-EU Fisheries Deal Worth €23 Million Secures Local Jobs and Investment
    Ocean & BiodiversityJuly 30, 2026

    New Seychelles-EU Fisheries Deal Worth €23 Million Secures Local Jobs and Investment

    Seychelles and the European Union have signed a four-year protocol to their Sustainable Fisheries Partnership Agreement, allowing EU vessels to resume fishing for tuna and other migratory species in Seychelles' Exclusive Economic Zone. The agreement provides €23 million over four years, including €3 million for sustainable fisheries-sector support, alongside licence and catch fees paid by shipowners. By sustaining activity at Port Victoria and providing a reliable supply for tuna processing, the protocol is expected to safeguard maritime and shore-based jobs while supporting infrastructure, safety and modernisation for artisanal fishers.

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    Coral Reefs in Mauritius are Turning Ghostly White. Can Nurseries Rescue Them From Climate Change?
    Ocean & BiodiversityJuly 23, 2026

    Coral Reefs in Mauritius are Turning Ghostly White. Can Nurseries Rescue Them From Climate Change?

    Mauritius has lost roughly half of its coral cover since the 1970s as ocean warming, bleaching events and pollution place intense pressure on reefs that support biodiversity, fisheries, tourism and coastal protection. A national restoration project, backed by the Adaptation Fund and UNDP, is using coral nurseries and both sexual and asexual reproduction to restore degraded reef areas in Blue Bay Marine Park. Researchers are growing fragments before transplanting them to the seabed, while also exploring coral spawning as a route to resilient new colonies.

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