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    News

    Curated stories and analysis from islands and sustainability leaders worldwide.

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    Showing 9 of 2195 news items
    This Pacific Island Disappeared Under Rising Seas. A New Sculpture Marking the Spot Will Morph Into a Home for Seabirds, Coral and Marine Life
    Climate ActionSeptember 3, 2026

    This Pacific Island Disappeared Under Rising Seas. A New Sculpture Marking the Spot Will Morph Into a Home for Seabirds, Coral and Marine Life

    A decade ago, rising tides in the Pacific Ocean submerged Kale, a 50,000-square-meter island in the Solomon Islands archipelago. Once home to a small community, Kale was one of the first documented islands in the world to be lost to sea-level rise, which continues to threaten the Solomon Islands. Since 2008, more than 26,000 people across the island chain have been forced to relocate from their homes due to the encroaching ocean and extreme weather, Nicola Smith and Charley Piringi reported for the Telegraph in 2023. “With its white sandy beaches, clear waters and lush forests, Kale was a jewel between the ocean and the sky,” wrote climate activist Gladys Habu Bartlett, who grew up on the Solomon Islands, in a 2020 guest blog for the International Institute for Environment and Development. “It was a much-loved spot for people living on the northwest of the Solomon Islands’ Isabel Province and a significant part of our cultural heritage.” Now, to commemorate ten years since Kale was officially lost, a marine artist installed a new sculpture in the intertidal zone where sand intermittently peeks above the waves. The Solomon Siren by British artist Jason deCaires Taylor pays homage to a lost home while also celebrating Bartlett’s environmental activism. “Modeled on Gladys, the sculpture stands as a memorial to a lost landscape and a powerful reminder of the communities already living with the impacts of climate change,” Taylor writes in an Instagram post. The sculpture portrays a life-size figure of Bartlett—who has been recognized internationally for her work to advance gender equity and environmental awareness in the Pacific—resting against a tree that represents the former island’s diverse vegetation and natural resources. The artwork is made from pH-neutral cement and biochar, which creates a porous surface “suitable for marine colonization” by algae, corals and invertebrates, My Modern Met’s Sage Helene reports. Meanwhile, the tree’s branches offer a resting place for seabirds. The sculpture has markings tracking sea level rise in the area in 2006, 2016 and 2026, as well as projected marks for 2036 and 2046 based on climate models. Per a recent United Nations report, global sea levels are rising today at twice the rate of a decade ago. “Year after year, we watched the sea rise. We watched our homeland disappear,” Bartlett says in a video accompanying the sculpture’s debut. “I chose to share our story, and this sculpture is a deeply meaningful part of it. What happened is a warning, not only for us, but for the world.” The sculpture is the latest in Taylor’s ongoing “Siren” series responding to marine ecosystems. His Sirens of Sewage sculpture in Whitstable, England, sought to raise awareness about water companies’ release of untreated sewage along the coast. And his Ocean Siren sculpture off the coast of Australia changes color to reflect the real-time temperature of the Great Barrier Reef, where warming water leads to coral bleaching.

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    Digital Hospital: Connecting Care Across Nine Islands
    Connectivity & DigitizationSeptember 3, 2026

    Digital Hospital: Connecting Care Across Nine Islands

    For the 240,000 people living across the nine islands of the Azores, an archipelago of Portugal, access to healthcare has always been shaped by geography. Patients often face long journeys between islands to reach specialists. Healthcare professionals work across a fragmented network of hospitals, local health units, and care centers. As Regional Secretary for Health and Social Security Mónica Seidi puts it: “The Azores are made up of nine islands, and I would almost dare to say nine challenges.” To address these barriers, the Azores Regional Health Service launched its Digital Hospital project, a region-wide transformation designed to connect healthcare providers, patients, and clinical information across the archipelago. Working with Siemens Healthineers, the initiative is creating an integrated digital ecosystem built around a unified electronic health record, patient and physician portals, teleconsultations, and standardized clinical data. Improving access to specialized care through digital healthcare The goal is clear: ensure that high-quality care is available regardless of where patients live. Instead of traveling by plane for routine specialist appointments, patients can increasingly access care virtually, review medical records online, manage prescriptions, and schedule appointments through a single digital platform. Connecting clinical data for better patient care For healthcare professionals, centralized information means more informed decisions and fewer administrative barriers. As physician Lénio Couto explains: “Centralizing data allows us to spend more time with patients, to talk with them. It’s not a separation, but rather a way to get closer.” The impact is already becoming visible. Patients can access consultations, exam results, and vaccination records online, while teleconsultations are reducing travel and improving access to specialist expertise. Digitalization is strengthening coordination across the islands, reducing redundancies, and supporting safer, more efficient care.

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    Singapore to Merge Several Outer Islands to Form New Western Island
    Climate ActionSeptember 3, 2026

    Singapore to Merge Several Outer Islands to Form New Western Island

    Singapore intends to merge several southern islands to create a new “western island” in the coming decades for a new generation of industries, power generation infrastructure and defence needs. Pulau Semakau, Pulau Bukom and Pulau Sudong are among the islands that could be merged through planned land reclamation announced by Prime Minister Lawrence Wong on Aug 23 at the 2026 National Day Rally. PM Wong said the new island follows the example of Jurong Island, a global energy and chemicals hub that was formed from the reclamation of several offshore islands. That investment has delivered lasting benefits for Singapore, he added, citing Jurong Island’s role in creating jobs and anchoring important industries, making Singapore a critical node in global energy flows, and strengthening its energy security and resilience, most recently amid the disruptions in the Middle East. Said PM Wong: “Jurong Island was the result of bold decisions, careful planning and sustained investment over many decades. “Now it’s our turn to think just as boldly, and build for the next generation.” He said that every piece of land matters in Singapore, where space is needed for homes, jobs, transport and infrastructure. At the same time, the Republic cherishes green spaces, biodiversity and places with heritage and history. “Sometimes, difficult choices and trade-offs have to be made. “Where development is necessary, we study the impact carefully, make adjustments and minimise the disruption.” Nearly half of Singapore is covered in greenery, PM Wong pointed out, adding that Singapore is continuing to expand its green spaces and strengthen native biodiversity. He stressed that the Singapore way is to plan far ahead by creating new options for future generations so that they will have room to grow, while preserving what is precious about the city-state. He said: “We plan 50, 70, even 100 years ahead. We plan with every Singaporean – born and not yet born – in mind.” To create some of these new possibilities, the Government is looking to transform Singapore’s outer islands, said PM Wong. He highlighted a cluster of islands south of Jurong Island, which includes Pulau Semakau that houses Singapore’s only offshore landfill, Pulau Bukom where the nation’s first refinery still operates, and Pulau Sudong. According to a video shown at the rally, the reclamation profile for the area could also absorb Pulau Hantu, Pulau Jong and Pulau Sebarok.

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    Can The 2027 Indian Ocean Games Transform Tourism in Comoros?
    Tourism & Remote WorkSeptember 3, 2026

    Can The 2027 Indian Ocean Games Transform Tourism in Comoros?

    The Comoros Islands have long possessed the ingredients of an Indian Ocean tourism success story: volcanic landscapes, largely undeveloped beaches, coral-rich waters, a distinctive blend of African, Arab and French influences, and a location between East Africa, Madagascar and the established island destinations of Mauritius, Seychelles and Réunion. What Comoros has lacked is not tourism potential, but the infrastructure, connectivity, investment pipeline and international visibility required to convert that potential into a functioning visitor economy. The 2027 Indian Ocean Island Games, known by the French acronym JIOI, could become a rare opportunity to change that trajectory. Yet the Games will only produce a lasting tourism dividend if the accommodation, transport and sporting investments being planned are designed for commercial use long after the athletes have returned home. At the center of one proposed legacy project is Faouzia Vitry, a former Réunion regional political figure with extensive experience in Indian Ocean cooperation. Information provided to eTurboNews says Vitry has been appointed to lead a special-purpose company responsible for developing an accommodation village for the Games. The proposed development would include approximately 200 villas used to house participants during the sporting event before being converted into permanent residential or tourism accommodation. The plan is ambitious. It could provide Comoros with desperately needed room capacity and create an investable real-estate product for Comorians, the diaspora and regional partners. It could also become an expensive post-event liability unless ownership, utilities, management, access and market demand are settled before construction begins. Independent public documentation confirming the SPV’s complete financing structure, construction timetable and final commercial model remains limited. These details will be essential in judging whether the village is a bankable tourism development or primarily a Games-related accommodation solution. Faouzia Vitry Returns to Indian Ocean Regionalism Vitry’s appointment would reconnect several strands of Indian Ocean tourism history. In 2016, she represented Réunion at the Carnaval International de Victoria in Seychelles, an event associated with former Seychelles tourism minister Alain St. Ange and designed to bring cultures and tourism destinations together through a highly visible international carnival. At that time, Réunion and Comoros were both associated with the Vanilla Islands regional tourism initiative, which sought to market the Indian Ocean islands collectively rather than as isolated destinations. Vitry later served as a vice president of the Regional Council of Réunion. Regional documents identify her as having held responsibilities connected with education, youth, the Vanilla Islands and regional affairs. According to the information supplied to eTurboNews, she also managed regional cooperation programs with a budget of approximately €64 million and served in municipal and community positions in Saint-Denis. Her move to Comoros is therefore more than a conventional property appointment. It signals an attempt to bring regional political experience, institutional knowledge and diaspora engagement into a project that Comoros hopes will survive beyond 2027. eTurboNews contacted Alain St. Ange, who described the proposed Games village as an opportunity to bring Comoros more visibly onto the tourism map. His broader argument is familiar across the Indian Ocean: major events are most valuable when they leave usable hotel rooms, transport links, public spaces and international awareness rather than empty structures. What Are the Indian Ocean Island Games? The Indian Ocean Island Games are a regional multi-sport competition involving Comoros, Madagascar, Maldives, Mauritius, Mayotte, Réunion and Seychelles. The event was created to promote sporting competition, friendship and cooperation among the islands and is generally held every four years. Comoros is scheduled to host the 12th edition in Moroni in 2027. Recent regional reporting says 18 sporting disciplines have been approved, with the Games expected to run from August 24 into early September. The program includes athletics, swimming, football, basketball, handball, judo, karate, volleyball, table tennis, tennis, pétanque and para-sport events. Hosting the Games is significant for Comoros because the country has never before had to provide accommodation, sporting facilities, transportation and event services at this scale. A regional inspection has already raised the issue of slow infrastructure progress. That does not mean the Games cannot be delivered, but it compresses the time available for procurement, construction, testing and operational training. The event could attract several thousand athletes, officials, media representatives, contractors and supporters. Even if the direct visitor volume is modest by global mega-event standards, it would represent a substantial demand shock for a destination whose tourism economy remains small. Comoros Has the Product, but Not Yet the Tourism System Comoros consists principally of Grande Comore, Anjouan and Mohéli, while Mayotte is administered by France and remains politically disputed. Grande Comore offers the capital, Moroni, the active Mount Karthala volcano, lava landscapes, traditional towns and beaches framed by black volcanic rock. Anjouan is greener and more mountainous, with historic settlements, waterfalls and agricultural landscapes. Mohéli has perhaps the strongest ecotourism proposition, including marine biodiversity, nesting sea turtles, whales and community-based conservation. The country’s tourism potential has been recognized for years. A World Bank tourism review identified nature, culture and marine assets but also highlighted weak infrastructure, limited skills, poor destination management and inadequate connectivity as major barriers. The numbers demonstrate how far Comoros remains from its Indian Ocean competitors. Central-bank data cited by Trading Economics indicate 21,718 tourist arrivals in 2024, compared with 20,297 in 2023. Even allowing for differences in statistical methods, this is a fraction of the annual traffic handled by Mauritius, Seychelles or nearby Zanzibar. Low visitor numbers are not necessarily a weakness. They give Comoros a chance to avoid the high-density resort model and position itself around nature, culture, community tourism and small-scale luxury. But exclusivity by itself is not a tourism strategy. Travelers still need reliable flights, functioning roads, quality accommodation, trained guides, safe boats, medical support, electricity, water, telecommunications and predictable booking channels. The United States’ travel guidance states that formal tourism infrastructure is limited and warns that emergency response and medical treatment capacity are inadequate. Canada similarly advises travelers to exercise a high degree of caution because of limited emergency and medical services. Those warnings are commercially important. International tour operators, insurers, corporate travel departments and event organizers consider medical evacuation, emergency planning and duty-of-care standards before placing clients in a destination.

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    The Extinction of Languages Is an Environmental Issue
    Culture & CommunitySeptember 3, 2026

    The Extinction of Languages Is an Environmental Issue

    More than 2,000 Indigenous languages are at risk of disappearing this century — and with them we could lose vitally important traditional ecological knowledge. Environmentalists, myself included, pay close attention to gloomy topics like species extinctions and Earth’s dwindling life-support systems. It’s not for the love of dark matters that we keep tabs on depressing metrics. Rather, it’s with the hope that they teach us something and guide us toward mitigating future losses. On the biological front, about a million species could be taken by an extinction vortex by the end of the century. That’s also when linguists estimate about one-third of the world’s 7,000-plus Indigenous languages will go silent — and with them, most of their related cultures. This is not uplifting news, to be sure. Nonetheless, people concerned with environmental protection can learn a lot from language extinctions. As it turns out, the survival of languages and species may well be linked. And when we wrap our minds around this, the panorama for conservation actually gets a little brighter. A Confluence of Curious Similarities Linguistic variation around the world caught the imagination and attention of naturalists going back at least to the Victorian era of exploration, when folks like Alfred Russell Wallace and Charles Darwin traveled across the wilds of South America and the Malay Archipelago. Wallace marveled at the linguistic diversity shown by communities spread along the edges of the watery world in the Amazon basin and dotting the highlands of New Guinea. He even wrote out partial lexicons to aid in communicating with his guides. Darwin, in his ruminations on the descent of man, went so far as to remark that languages and species are “curiously the same.” He was thinking about human evolution and wondering if languages might evolve by natural selection. With his thoughts on the flowering of languages, he did not give time to their senescence. It would take more than 100 years, after the concurrent publication of Darwin and Wallace’s theory of natural selection, for scientists to uncover the full extent of global linguistic variation, and also the languages’ risk of extinction. Today the patterns emerging from these discoveries hold lessons for environmentalists. One of the pioneering explorations was conducted by Larry Gorenflo (Penn State University) and his team of conservation biologists and linguists. Their labors produced some profound findings. First off, the places on Earth with outrageously high numbers of species also have outrageously high numbers of Indigenous languages. Furthermore, many of the species and languages of these hyper-rich spots are endemic. They don’t occur, much less co-occur, anywhere else. Gorenflo and team went on to examine language diversity in regions that conservationists designate as “priority areas.” A second striking fact emerged: High-priority conservation regions are home to nearly 70% of the world’s languages. These results demonstrate we can either win big or lose big, depending on the success of our efforts in these doubly diverse hotspots. It’s like playing a Daily Double, with “How to save life on Earth?” as the question to the answer. Lullaby for Language Extinction is forever. Except when it’s not. This isn’t a reference to de-extinction and the facsimiles brought into existence by technology. It’s about languages. When the last speaker of a language falls into eternal slumber, so does their language. Linguists say that such languages are “dormant.” Dormancy is different from the extinction of biological species, at least in principle. Sleeping languages can, hypothetically, experience reawakening. That is, they can be spoken again after a period of dormancy, but only under special circumstances. At a minimum there must be a written record of the lexicon and syntax. For instance, Hebrew came back in the 19th century after a long slumber. Sadly, however, the vast majority of Indigenous languages only exist in the oral form, making linguistic resurrections nearly impossible. This is why dormancy and extinction are, for all intents and purposes, synonymous. It’s also why we must work to document and teach Indigenous languages before they nod off. High Tolls for Both Languages and Species Just as the vastness of language varieties was unearthed, the global decline became apparent as well. Nowadays researchers race to figure out what drives language endangerment. Lindell Bromham and Xia Hua (Australian National University) are two such investigators, who lead a large interdisciplinary team analyzing the subject. In a recent cutting-edge study of massive scope and scale, the team uncovered the principal determinants that drive the downturn. One of the top three is strangely simple: roads. “Greater road density, which may encourage population movement, is associated with increased (language) endangerment,” Bromham and team conclude. You might say that roads compromise the linguistic intactness of a landscape. Conservation biologists, well versed in the dangers that roads pose to natural ecosystems, should relate to that. This is not to suggest that road effects are perfectly analogous in their impacts on languages and species. There are major differences. They have to do with the paradoxical capacity of roads to both create and destroy connections. For remote ethnolinguistic groups, a frontier highway increases connectivity. Distances that once required weeks or more to cross may be traversed in hours or days. Lines of communication suddenly open — for material goods, of course, but also for the transmission of diverse ideologies and ways of life. When this happens with high speed or without guardrails, a collision with cultural traditions and language preservation ensues. Often, such roads are the handiwork of large industries, looking to make money in the frontier, usually at the expense of local peoples whose lands they usurp. One of the first casualties of enhanced contact is the local vernacular. This is a big blow to culture, potentially harming people’s health, wellbeing, and identity. The loss is accompanied by a shift to another language, usually the parlance of government, business, and education. A new sociocultural reality arises as the highway expansion continues. By contrast, roads harm ecosystems by severing connections. Effectively, highways fracture natural populations and break the fundamental rules of ecology. Renowned ecologist and conservation biologist Dr. William Laurance (James Cook University) tells me that bulldozing through forest expanses is like opening Pandora’s box. “It’s because of the transformative effect that (roads) have,” he says. “They’re the single most important proximate driver of environmental change and degradation. A road goes in and six months later the forest is split open like a splayed fish.” In distant lands, far from government regulation and oversight, a motorway quickly spawns ghost roads — unauthorized byways branching from the central transit spine. In short order, plantation monocultures flatten forests and open-pit mines erupt like infectious pocks. The cleavage of habitats puts native plant and animal populations at greater risk of declines, even extinctions. Curbside, roadkill piles up. So while highways and their byways exert harm in different ways, they are nonetheless critical factors that must be reckoned with, for both conservationists and linguists. We Don’t Need No Education? The work by Bromham and team produced a result that may run counter-intuitive to every reader of this piece. Next to roads, say the investigators, the biggest threat to languages is formal education. Educators may shake their heads, but there’s good evidence that Bromham and colleagues are right. They argue that monolingual education can lead to language shifts, with local Indigenous languages yielding to rising tongues. Young people, looking ahead to professional careers, may be strongly incentivized to adopt the language that advances their aspirations. Various lines of evidence suggest this is, indeed, what happens. An example comes from Papua New Guinea, a tiny nation in Melanesia whose name graces the very top of the list of language-rich countries. That diversity is endangered, in large part, due to high school education, say Alfred Kik (University of Goroka) and Vojtěch Novotný (Czech Academy of Sciences). They’re long-term investigators in Papua New Guinea who have been documenting students’ Indigenous language skills and knowledge of local flora and fauna. Their work demonstrates a “precipitous” decline in both. The result derives, they argue, from the push for children to learn English, which is used in schools and perceived to be the language of opportunity. The shift is also related to the spread of Tok Pisin, a type of pidgin English used extensively as the lingua franca in multilingual settings, including cafeterias and playgrounds. The message is not that formal education should be eliminated for the sake of global linguistic diversity. The lesson, rather, is that the language of instruction, which is usually determined by education policy and funding availability, is highly consequential. Multilingual education is a possible antidote, especially in the context of environmental education.

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    Scientists X-Rayed Ancient Penguin Bones From Remote Antarctic Island. Here’s Why.
    Climate ActionAugust 27, 2026

    Scientists X-Rayed Ancient Penguin Bones From Remote Antarctic Island. Here’s Why.

    A study of penguin fossils, conducted by researchers from China University of Geosciences in Beijing, has revealed how ancient bones can offer a glimpse into climate change from millions of years ago. This study, published in the journal Fossil Record, is the first use of vertebrate fossils to reconstruct ancient climate change, linking penguin bone chemistry to Antarctica’s environmental history. The penguin fossils, found on Seymour Island (located around the tip of Graham Land on the Antarctic Peninsula), date back to the Eocene epoch, which spanned approximately 34-56 million years ago. Seymour Island provides insight into a significant chapter of Earth’s history of climate change. As the island’s rock layers stack up in a mostly unbroken sequence, they offer a unique look into major geodynamic changes, including the initial growth of the Antarctic ice sheet and the opening of Drake Passage. This makes Seymour Island a rare natural laboratory for tracing how climate conditions on our planet shifted over millions of years. Although scientists traditionally relied on whole-rock geochemical approaches to study this area, this new study offers a fresh source of environmental data. “Penguins are among the most iconic animals of Antarctica and represent one of the most distinctive groups of birds, having completely lost the ability to fly and instead using their flipper-like wings for swimming,” say the research team. “Seymour Island preserves one of the world’s richest and most stratigraphically continuous records of Eocene penguin fossils. These fossils span an important interval of Antarctic climate evolution, from the relatively warm and humid conditions of the early Eocene to the cooler climate of the middle and late Eocene.” The fossil chemistry To analyse the fossils, the scientists used a technique called micro-X-ray fluorescence mapping, which allowed them to map chemical elements across the surface of the bones. The analysis found that the oldest fossils, from around 54-55 million years ago, had much higher levels of titanium, silicon and potassium. These chemical patterns point to intense rock weathering – a sign that the climate of that time was warm and humid, causing more erosion and runoff into the area where the penguins died and their bones fossilised. “Based on the statigraphic, sedimentological and paleoclimatic evidence, we interpret this pattern as being consistent with stronger continental weathering and terrestrial material input under the warm and humid conditions of the early Eocene,” adds the research team. The scanning method also detected iron, manganese and sulphur patterns trapped within the bones – reflecting local chemical changes in the marine sediment as the fossils were buried over millions of years.

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    Canary Islands and Galapagos: Common Challenges And Collaboration in Innovation and Sustainability
    Policy & GovernanceAugust 27, 2026

    Canary Islands and Galapagos: Common Challenges And Collaboration in Innovation and Sustainability

    Canary Islands and Galapagos will seal a key agreement in August to boost innovation and sustainability. Discover how this alliance will address crucial challenges such as energy, water, and biodiversity for the islands. The Government of the Canary Islands plans to sign a line of work next August with the Ecuadorian archipelago of Galapagos to address issues of interest to both territories in terms of innovation and sustainability and to exchange knowledge in this regard. The Deputy Minister of the President's Cabinet, Octavio Caraballo, will visit this area and will hold a meeting with the authorities of the Galapagos Special Regime Council to lay the foundations for stable cooperation between both archipelagos. Caraballo highlighted that this collaboration arose from the interest shown by the Galapagos authorities in the research and innovation being developed in various centers in the Canary Islands, which they learned about at the II edition of DiploInnova Canarias, held in Madrid last February, which focused on Oceans and Climate Change. In this meeting, the numerous affinities shared by both archipelagos were noted, characterized by their unique island condition, their extraordinary natural heritage, their strategic relevance, and the common challenges arising from biodiversity conservation, sustainability, resilience to climate change, and the need to move towards balanced and innovative development models. Galapagos and the Canary Islands recognize that island territories are reference points for innovation and the generation of sustainable solutions to global challenges. Both regions have shown interest in consolidating cooperation that favors the exchange of knowledge, the identification of good practices, and the international projection of both archipelagos as benchmarks in the sustainable development of island territories. In this context, the Canary Islands aim to promote a stable relationship of institutional collaboration with the Ecuadorian archipelago based on the exchange of experiences, mutual learning, and technical cooperation in aspects such as the energy transition and sustainable mobility; sustainable water management; biodiversity conservation, biosecurity, and invasive species control; territorial planning, island governance, and demographic challenge management. Likewise, it is in the interest of the Canary Islands and the Galapagos Islands to work together on circular economy and waste management; food sovereignty and sustainable territorial development; the conservation and sustainable management of the marine environment and fishing resources; adaptation to climate change and strengthening the resilience of island territories, or innovation, knowledge transfer, and exchange of good practices in public policies for island territories. The objective is to be able to carry out an exchange of technical delegations and researchers from the two territories and facilitate the transfer of knowledge applied to public policies, as well as organize thematic sector workshops and establish specialized working groups in these areas, in addition to developing joint pilot projects.

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    South Korea Names 2026 ‘Year to Visit Islands,’ Offers Up to 100,000 Won in Travel Aid
    Tourism & Remote WorkAugust 27, 2026

    South Korea Names 2026 ‘Year to Visit Islands,’ Offers Up to 100,000 Won in Travel Aid

    The Ministry of the Interior and Safety said Friday it has designated 2026 as the “Year to Visit Islands” and will provide up to 100,000 won in travel support for people who visit islands. The initiative is being launched for the first time to highlight the tourism value of Korea’s islands, which the ministry said has been underestimated, and to promote tourism as part of efforts to support balanced regional development in island communities. The ministry said it will subsidize lodging costs for tourists who visit islands and stay at least one night during the summer vacation season (July-August) and during the 2026 Yeosu World Island Expo, scheduled for Sept. 5-Nov. 4. Detailed eligibility rules and application procedures will be posted on a dedicated website set to open May 18. South Jeolla Province will also run its own “Jeonnam Year to Visit Islands” program offering up to 100,000 won in travel support, and the Korea Tourism Organization plans to hold an island lodging discount campaign in September, known as the Lodging Sale Festa. The ministry held a proclamation ceremony for the “2026 Year to Visit Islands” at 3 p.m. Friday at Yi Sun-sin Square in Yeosu, South Jeolla Province. Attendees included Vice Interior Minister Kim Min-jae, South Jeolla Vice Gov. Hwang Gi-yeon, Yeosu Vice Mayor Jeong Hyeon-gu, and Korea Island Development Institute President Cho Seong-hwan. The ministry said it will also roll out participation programs aimed at helping people build ongoing ties with islands. It plans a “One Person, One Island” promotional campaign that issues participants a digital “island resident ID,” along with events that match people with a “companion island” or grant honorary island resident status. The ministry also plans an event encouraging visits to 88 islands selected each year as places people want to travel to. “Our country is an archipelago tourism nation with 3,390 beautiful islands, and each island has its own unique appeal and value,” Kim said. “I hope that, through the 2026 Year to Visit Islands, more people will visit islands and enjoy a special trip with family and friends.”

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    Renewable Energy Powering Shoals Marine Laboratory Could Be Blueprint for the Future
    Energy & TransportAugust 27, 2026

    Renewable Energy Powering Shoals Marine Laboratory Could Be Blueprint for the Future

    At Shoals Marine Laboratory, jointly operated by UNH and Cornell University on Appledore Island, sustainability has been a way of life for 20 years. This story, reprinted with permission from the Union Leader, the state's largest daily newspaper, details how the lab's green power microgrid has helped reduce reliance on diesel fuels by 98% — and is a proof of concept for renewable energy anywhere. Wondering what the future of renewable, sustainable energy might look like in New Hampshire? The answer may just lie about 6 miles offshore in the Gulf of Maine — no crystal ball needed. Look no further than Appledore Island, home to the Shoals Marine Laboratory (SML), marking its 60th anniversary this year. Operated by the University of New Hampshire and Cornell University, the 95-acre island isn’t connected to the electricity grid that exists on the mainland, and engineers have worked to build an innovative green power microgrid that runs on renewable energy. And now, they’re ready to show it off to the world. “Shoals Marine Lab’s green grid has got to be 20 years ahead of anybody else. It’s truly incredible,” said Tom Greene, a UNH Marine Docent — a group of volunteers who help connect the public with coastal research happening at Shoals. From the solar panels to a wind turbine, the green grid provides electricity that powers research, computers, phones, lights and the dining hall — everything needed to keep the operation running. Throw in other sustainable operations such as compostable toilets, recycling, kitchen composting and collecting rainwater for use in the famous Celia Thaxter Garden and those familiar with the site say the day-to-day operations on Appledore are decades ahead of similar efforts elsewhere in New Hampshire. On Tuesday, a Union Leader reporter and photographer were among 29 people to take part in the inaugural, day-long Shoals Sustainability Tour, developed in response to growing interest in green living. Participants on the sold-out trip spent the day alongside SML’s engineering and sustainability staff learning how the island campus produces and manages its own power, water and waste while serving hundreds of students, researchers and visitors each year. “We’ve been living sustainably and have this great, amazing green grid on the island for like the last 20 years and we had to have it that way in order to have our students out there. But it’s become such a topic of public interest that we decided to do a pilot tour last summer and test what it would be like to actually focus a full day on our green grid and sustainable infrastructure. You guys are the first real, live public program that we’ve had,” said Amy Fish, SML’s director of community relations. About 65 people live on Appledore Island in the summer, all of them connected in some way to the lab. No one is onsite during the winter months. Until the mid-2000s, SML was powered exclusively by diesel generators. If the generators went down, the lights went out. By 2006, SML was consuming more than 10,000 gallons of diesel per year. Since then, through implementation of green energy solutions and dedication to energy savings, SML has reduced its diesel fuel consumption by 98%. Last year, the lab’s generators, which operate using solar power with diesel as a backup, used just 170 gallons of diesel for the entire four-month season (May through August), compared with using 9,361 gallons of diesel prior to the installation of solar panels in 2007, when the generators ran the island. Conserving energy and water The energy conservation building, constructed in 2014, is home to the main battery bank for the island’s green energy microgrid, storing solar and wind power to distribute electricity to 14 buildings. Energy is stored when the sun is shining and the wind is blowing, for use when clouds roll in for any extended period of time. “On a day where it’s completely cloudy, I literally will make an announcement in lunch and say, ‘What do you see outside?’” said Sara Morris, executive director of SML. “And the students get to know very quickly — clouds. What does that mean? Turn everything off that we possibly can. What this means is that the students see a sense of responsibility and they can see that they can make a difference in the environment.” Potable water is an important but finite resource on the island. A reverse osmosis machine that produces fresh water is “a big energy draw,” which is why it makes sense to run it when there’s excess energy being generated, according to Alec O’Meara, director of external affairs at Unitil, which helps with the design and maintenance of SML’s microgrid. “If you’re running it in the afternoon, while you’re able to get all the solar energy you need to charge the batteries at max and run the lab completely, they still have surplus energy at that time — energy that they couldn’t do anything with otherwise,” O’Meara said. “So, by running this (reverse osmosis machine) and generating the water at that moment, they’re able to maximize that use. If they’re doing it any other time, they’re going to be using energy that otherwise would have been stored, right? “That’s time-of-use energy. Utilities create things like time-of-use rates to try and incentivize exactly what this is doing in real time out here, use energy when it is most abundant.” Tanner Burns, a lead engineer at SML, said conserving water on site is “extremely important.” “The biggest way we do that is through our usage,” Burns said. “We limit the amount of showers we take. So, everybody on the island, staff and students, are permitted two Navy showers a week. A Navy shower is, turn the water on, you get wet, turn it off, soap yourself up, you rinse yourself, you get out. So, we try to keep it really brief.” Through efforts like this, SML has reduced the amount of water needed for bathrooms, from 1½ gallons to 6 ounces. The island also has composting toilets. “Prior to these composting toilets, we had an overboard discharge permit,” Burns said. “We actually had a treatment set up on island that we were able to actually treat solid waste, and have an overboard discharge permit where we would actually pump that treated waste into the ocean.” Harnessing wind without killing birds Walking by the 80-foot, 10 kW Bergey Excel wind turbine on the island, it’s easy to miss the fact that one of the three blades is black. Fish said the darker color helps deter birds from hitting the turbine and killing them. “In the whole time that we’ve had the turbine installed, we have yet to have one bird be killed by the wind turbine,” Fish said. “Safe to say that it’s very effective in keeping birds away.”

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