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Odd Ocean Critters to Inspire Your Next Halloween Costume
Photo banner credit: Rebikoff-Niggeler Foundation
It’s spooky season, and if you’re an ocean-lover looking for unique DIY Halloween costume ideas, we have some inspiration from across your National Marine Sanctuary System. Learn a few fun facts about strange and interesting animals found in the ocean, along with ideas on how to make a one-of-a-kind costume utilizing common craft supplies, such as paint, ribbons, and construction paper, and items found around the house, like cardboard, an old sheet, or a milk jug. These costumes can be made for anyone from babies to adults. Take the ideas below, get creative, and make it your own! While you’re out trick-or-treating in your homemade Halloween costume, don’t forget to share the fun ocean animal facts you learned in this guide.

The gulper eel, also known as a pelican eel, is a deep-sea-dwelling eel found at depths of 1,600 to almost 10,000 feet in tropical and temperate regions. In 2018, the E/V Nautilus had a rare opportunity to film a gulper eel within Papahānaumokuākea Marine National Monument, showcasing their unique abilities. These odd eels have a pouch-like throat and stomach that they can quickly inflate in order to scoop up larger prey, such as a big squid, a school of fish, or a swarm of shrimp. This behavior reminds many people of a pelican expanding its throat pouch to scoop up fish, which is where the nickname comes from.
While their mouths are an impressive adaptation, they’re actually not the best of hunters because they have very small eyes, making it tough for them to locate prey in the deep, dark, depths that they live in. They have a very thin whip-like tail and lack pelvic fins, which help fish with balance, and do not have a swim bladder, which help fish maintain buoyancy. For these reasons, they are not the best of swimmers.
DIY Gulper Eel Costume
- Make a frame for the gulper eel’s jaw and head using recycled cardboard.
- Paint the cardboard cutout dark purple or black.
- Draw, cut out, and glue on felt pieces to represent the eyes and teeth. If you don’t have felt available, you can cut the pieces out on recycled construction paper, cardboard, or paper towel rolls and paint them the desired color. You could even do a beach clean up and use the plastic scraps you collect to create the eyes and teeth of this costume.
- Attach a long trail of black fabric to the back of the cardboard piece, representing the eel-like body.
- Wear a dark purple or black outfit and put on your homemade gulper eel headpiece!
Portuguese Man O’ War (Physalia physalis)


Portuguese man o’ war may look like a type of jelly, but they are actually a type of siphonophore, which are closely related to corals and jellies. These colonial animals are made up of groups of specialized organisms, known as zooids, that work together as a unit. Each of the four specialized zooids of a man o’ war is responsible for a specific task, such as floating (the pneumatophore), capturing prey (the dactylozooids, or tentacles), feeding (gastrozooids), and reproduction (gonozooids).
These ocean drifters generally live in warm tropical and subtropical waters and get carried by wind and currents into the waters such as Florida Keys National Marine Sanctuary, Gray’s Reef National Marine Sanctuary, and Flower Garden Banks National Marine Sanctuary, and can appear in groups of more than 1,000. The top part of their body is a float, or a sail, referred to as a “pneumatophore,” that is partially filled with carbon monoxide. Like other animals in the Phylum cnidaria, Portuguese man o’ war have stinging organelles, called nematocysts, that line their long dactylozooids and are meant to stun and capture their prey. These long tentacle and polyp colonies that extend below the ocean’s surface from the float can reach lengths of up to 30 feet!
DIY Portuguese Man O’ War Costume
- Use a wide-brimmed hat for the base of your costume to represent the gas-filled pneumatophore and paint or tye-dye it blue and purple.
- Take several pink and purple puffballs or painted cotton balls and glue them to the brim of the hat to represent the gonozooids.
- Use short, purple, paper streamers to represent the gastrozooids. For a more sustainable option, you can use old shoe strings or paracord.
- Recycle your old gift wrapping supplies! Attach some different blue, purple, and pink long ribbons to the brim of the hat to represent the long and often curly dactylozooids. If you don’t have ribbons to use, another option is to cut an old sheet into thin strips and dye the fabric blue and purple.
- Wear a blue or purple outfit and put on your Portuguese man o’ war hat!
Black Seadevil Anglerfish (Melanocetus spp.)

The deep sea is a dark place, and food can be hard to find without a good strategy. An anglerfish is a type of bony fish that lives in the deep sea, that uses fishing rod-like projection with a light at the end to lure in its prey. The light is produced by millions of bacteria inside of a specialized organ (the “esca”) through a chemical process called bioluminescence. There are over 200 species of anglerfish, but the most widely known and recognizable is the black seadevil anglerfish, which has long, spiky teeth protruding from its jaws.
The black seadevil anglerfish, like the one in this video from Monterey Bay National Marine Sanctuary, uses its bioluminescent lure to attract prey. When the timing is right and an unsuspecting prey swims too close, the anglerfish snatches it up. This sneak attack style of feeding is known as “ambush predation.”
Decorator Crab (Superfamily Majoidea)DIY Anglerfish Costume
- Spray paint a bike or skateboard helmet black.
- Use cardboard cutout pieces to make the body, mouth, and fins of the anglerfish that will attach to the helmet and fit around your head, then spray paint the pieces black and glue them onto the helmet. You may need to layer the pieces to get the correct shape.
- Cut a small slit in the top of the anglerfish’s head through the cardboard and slide a battery-powered book light through the slit.
- You can make the eyes of the anglerfish costume out of a variety of things. You can cut two circles out of a recycled plastic container, such as a milk jug, or you could use duct tape, cardboard, paper, or felt.
- The teeth of the anglerfish can be cut from white craft foam, felt, or cardboard.
- Wear a black outfit, put on your anglerfish helmet, and start luring in your prey!
Decorator Crab (Superfamily Majoidea)

Decorator crabs are one of nature’s masters of disguise. There are several different species of decorator crab, all belonging to the superfamily Majoidea. These creative crabs use materials from their environment to hide from, or ward off, predators. They do this by covering their hard outer shell (exoskeleton) and legs with algae and animals such as sponges, anemones, tunicates, and bryozoans in order to blend in with the seafloor environment.

Their bodies are covered in fine bristly hairs that act like a type of Velcro, latching onto the chosen decorations. Some decorator crabs are highly selective about the decorations they choose, such as the furcate spider crab (Stenocionops furcatus), which often chooses to wear the hitchhiker anemone (Calliactis tricolor) on parts of its body to deter predators. In this symbiotic relationship, the crab gets protection, and the anemone gets a place to live and discarded scraps of the crab’s food. This particular relationship has been observed throughout the tropical Atlantic and Gulf of Mexico, and was first documented in Flower Garden Banks National Marine Sanctuary in 2007 during a Stetson Bank Long Term Monitoring Cruise.
Crabs are crustaceans that have 10 legs. Most decorator crabs are a type of spider crab, which tend to have long, thin limbs and a triangular carapace (shell). They have a front pair of legs with pincers, and the remaining four pairs of legs are pointy at the end. Like many other crustaceans, rather than the shell growing along with the body of the decorator crab, the crab has to shed its shell in a process known as “molting.” Each time the decorator crab molts, it carefully removes its anemones, sponges, and other decorations so it can use them on its newly grown exoskeleton.
Can you find the decorator crab hiding on the reef in this 360 video of Cordell Bank National Marine Sanctuary?
DIY Decorator Crab Costume
- Trace a rounded triangle onto a piece of cardboard and cut out the shape.
- Use felt or an old sheet and retrace the shape onto that, with about two inches of overhanging fabric.
- Cut a few 1-inch slits into the edges of the fabric to make it easier to bend and fold.
- Place the fabric over the cardboard cutout and begin folding the notched edges under and gluing the fabric to the cardboard on the underside. Leave a 5-inch opening for the next step.
- Add stuffing into your crab’s exoskeleton through the gap. You can re-use the stuffing from an old, unwanted pillow or old stuffed animals.
- Add straps to your exoskeleton so you can wear it on your back (just like a backpack).
- To make the front pair of pincers you can use a pair of oven mitts.
- For the remaining eight legs, draw them onto a piece of cardboard, paint them your desired color, cut them out, and glue them to the carapace.
- To create the stalked eyes of the crab, glue googly eyes to styrofoam balls and attach them to a headband using hanger wire.
- To make your crab stand out as a decorator crab, be sure to glue or Velcro some items to its exoskeleton! You can keep your costume realistic and create your own sponges, tunicates, anemones, and algae to glue to your shell, or you can be a more comical version — a “trashy” decorator crab — and attach random household objects to your shell, such as a hair brush, a pearl necklace, and socks.
- To complete the costume, wear a brown, orange, or red outfit under your decorator crab backpack.
Dumbo Octopus (Grimpoteuthis spp.)

It’s not a flying elephant that lives in the sea; the dumbo octopus is a type of umbrella octopus that is found deeper in the ocean than any other type of octopus (over 13,000 feet). Umbrella octopuses swim by flapping a pair of very large fins that protrude from the mantle above the eyes. There are 14 known species of umbrella octopus, all belonging to the Grimpoteuthis genus. These eight-armed inhabitants of the deep-sea feed on snails, worms, bivalves, isopods, and other small prey.
Unlike many of the other octopuses found at shallower depths, dumbo octopuses lack chromatophores and are unable to color-change to camouflage with their surroundings. Their bodies are usually pale or unpigmented, with some dark purple pigmentation on the oral surface of the arms (the side that has the suckers on it).
DIY Dumbo Octopus Costume
- To create the eight arms of the dumbo octopus, you will need two different-colored fabrics: a pale pink (dorsal side) and purple (oral side). Make the oral piece slightly narrower than the dorsal piece.
- Cut out eight 20–24 inch-long arms. The arms should be wider at the base (5–6 inches) than they are at the tip (about 1 inch), and the tip of each arm should be rounded.
- If you want your octopus arms to curl slightly, you can sew a piece of elastic into the middle of the tentacle on the dorsal side (the lighter pink fabric).
- Sew your pieces of fabric together on three sides, leaving the base end open for stuffing.
- Stuff your eight octopus arms with recycled pillow stuffing or cotton balls, then close up the final edge.
- Cut out a two-inch strip of fabric to create a waistband and sew it into a ring that will fit the costume-wearer.
- Attach the eight arms onto the waistband.
- To create the characteristic large, flapping fins of the dumbo octopus, you will cut a large oval (about 24 inches) out of the pink fabric and then cut the oval in half.
- Use hot glue to attach one half of the oval to one side of a headband and the other half of the oval to the other side so when you wear the headband, you have a flappy fin on either side of your head.
- Wear a pale pink outfit under the eight-armed “skirt” and start flapping your way around the deep sea.
Other Possibilities
There are lots of other bizarre-looking, funky, and spooky animals found throughout your national marine sanctuaries and beyond. If the examples above didn’t get you into the Halloween spirit, see if any of the other options below can inspire your next ocean-themed costume idea!
Rachel Plunkett is the writer/editor for NOAA’s Office of National Marine Sanctuaries
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Issue 119 - April 2025
Southern Thailand Elephant Foundation: Improving Elephant Welfare in Southern Thailand
This article is written by Lorraine Miller
A low rumble echoes through the air as a large female Asian elephant walks across the dirt track in front of me, her mahout following close behind. They meander slowly up the path to the veterinary centre, stopping on the way for the gentle giant to browse on a nearby tree.

The Southern Thailand Elephant Foundation is a first of its kind in Southern Thailand, offering free veterinary care to the elephants in the region to improve their welfare and protect their future.
This animal health charity, established in 2017, operates a state-of-the-art elephant hospital, nestled in the lush natural mixed-forest countryside of Phang Nga Province. Staffed by local Thai veterinarians, the hospital, which received its first patient in July 2022 has eliminated the arduous four-hour truck journey that once separated ailing elephants from urgent medical care.
The site also benefits from a veterinary laboratory, an isolation unit and two mobile clinics, which enable the charities expert elephant vets to reach remote and urgent cases.
I watch at a distance as Dr Aon shows the elephant and her mahout to a free stall. She prepares her equipment and begins to evaluate her new patient.
“Sometimes the conditions we see are very obvious, but some illnesses can also be very difficult to diagnose.” Dr Aon says as she reaches for a small torch from the veterinary tray beside her.
She explains that this female elephant has a corneal ulcer, which will require treatment for several days. She calls the three volunteers over from behind her and shows them the ulcer, asking them what treatment they would prescribe.
The Southern Thailand Elephant Foundation not only treats sick and injured elephants but educates the next generation of elephant veterinarians. The charity offers both international volunteer opportunities for vets and vet students to gain valuable experience and collaborates with Thai universities to provide internships for local vets to learn about elephant health, care and welfare.
Veterinary volunteers and interns spend time shadowing the charities expert elephant vets at the hospital, attend emergency call outs in the mobile clinic and perform basic tests in the onsite laboratory to determine diagnoses. They may also be called upon to take samples, read vital signs or observe elephants who need constant monitoring.
“It truly has been a once in a lifetime experience that is hard to put into words, but my life and my medicine has been changed for the better after being around the amazing people at STEF” says Megan Pounder, a veterinarian from Canada, who volunteered at the hospital in March this year.
The foundations dedication to elephant welfare is not limited to immediate care but is a holistic commitment to protecting these remarkable beings and maximising their welfare. The charity partners with academic institutions, elephant health organisations and experts in the field to offer training and support to those caring for Asian elephants in the region, to safeguard the wellbeing of these incredible animals. Recently STEF hosted a foot care course run by elephant expert and STEF advisor Lee Sambrook, who trained elephant carers in elements of foot care such as nail trimming and emphasized the importance of routine maintenance and preventative care. He also discussed the benefits of positive reinforcement training and husbandry alterations that can also encourage positive foot health such as regular movement and enclosure additions such as sand piles.

“The foot care workshop at the veterinary hospital was a fantastic success that saw elephant carers from all over Southern Thailand come together to learn new skills to benefit the welfare of the animals in their care.” Stated STEF UK Chair Dr Merry Smith.
The specialist elephant hospital also has plans for an intensive care unit to treat very young animals that may need their help. The veterinary centre often treats elephant calves that are suffering from Elephant Endotrophic Herpes Virus (EEHV), a deadly disease that affects young animals with a very low survival rate.
“If we can get to the calves quickly enough and treat them appropriately as soon as possible, they stand a much better chance of survival” says Dr Smith. “Having a dedicated intensive care unit for these cases would be a huge benefit for these young patients.”
The Southern Thailand elephant Foundation has also hosted local school groups to teach children of all ages not only about elephant health, care and welfare but about the history of the Asian elephant within Thai culture and the importance of caring and protecting them whether they are in the wild or in human care.
As I walk around the site it is clear how much dedication and commitment it takes to run the hospital, which is funded entirely on donations. Members of the team are treating elephants, teaching students, tending to the grounds and collecting browse for their larger-than-life patients. Members of staff will even work into the night to provide the very best of care for their elephant charges.
Founder of the Southern Thailand Elephant Foundation, Jakrapob Thaotad insists the charity was created not only to ensure optimal health and welfare for elephants in the region but to support education on the Asian elephant, to improve healthcare and highlight the importance of these incredible animals to Thai people. “Asian elephants are an emblem of Thailand’s cultural heritage, symbolizing longevity, loyalty, and strength. Our efforts are fuelled by a responsibility to ensure their survival and well-being.”


About The Author
Lorraine Miller is a zoologist and author from the UK. She is the director of Great Ape Consultancy and alongside her work promoting positive animal welfare, she works with the B-Corp travel company ‘Flooglebinder’ to facilitate conservation and sustainability focused travel. She also works with several animal charities including the Southern Thailand Elephant Foundation and Wild Welfare as well as publishing books and articles focused on conservation education. She also has a huge passion for marine life and is a PADI rescue diver and licensed marine mammal medic.
More Article by Lorraine Miller
Issue 119 - April 2025
Fourth Annual Plastic-Free Parks Trashblitz Launches During Earth Month
The 5 Gyres Institute Calls on Volunteers to Track Plastic Pollution Trends in U.S. National Parks
SANTA MONICA, CALIFORNIA – The 5 Gyres Institute announces the fourth annual Plastic-Free Parks TrashBlitz project, a community science initiative to track plastic pollution trends in U.S. National Parks and on federal lands.
Volunteers around the country can participate by collecting trash at any land managed by the federal government, including the National Park Service, National Forest Service, Bureau of Land Management, and Fish and Wildlife Service, and logging their findings in the TrashBlitz app. This data contributes to an annual report that reveals the top items, materials, and brands found and outlines science-based recommendations to reduce waste.
Plastic has made up the majority of trash logged for the past three years, averaging 75% of all waste recorded. Single-use plastic items, including food wrappers, bottles, bottle caps/rings, cigarette butts, wipes, and fragments, are most commonly identified. The top corporate polluters primarily represent the tobacco, food, and beverage sectors, with brands like Coca-Cola, Pepsi, Gatorade, Marlboro, and Camel topping the list.
“For three years, TrashBlitz has served as a valuable tool in tracking waste trends across national parks. From this data, we know that single-use plastic is the worst offender, and we’re seeing the same brands commonly identified in waste audits all over the world,” said Nick Kemble, Program Associate at 5 Gyres. “Systemic changes, like implementing reuse and refill systems and shifting to better alternatives, can have a real, immediate impact on reducing waste in national parks.”
The data from TrashBlitz is used to drive legislation, like the Reducing Waste in National Parks Act, and as a resource for local parks to identify problem areas and implement changes. Amid recent budget and staffing cuts in national parks, this data also serves as a tool to monitor the impact of these unprecedented changes.
“The TrashBlitz data from previous years underscores the urgent need to address plastic pollution in our national parks. Now is not the time to cut essential resources and personnel responsible for waste management, education, and park maintenance,” said Alison Waliszewski, Director of Regional Policy & Program Development at 5 Gyres. “We can all step up to help our parks during this time, and we’re calling on the public to take action by collecting data that can push forward solutions.”
Data collection will run through October 31, 2025. For more information, to read previous reports, and to sign up to volunteer, visit 5gyres.org/PlasticFreeParks. To locate a federal land near you, visit https://bit.ly/FederalLandsNearMe.
Partners supporting Plastic-Free Parks TrashBlitz and leading local waste audits include AI on the Beach, Californians Against Waste, Center for Environmental Health, Clean Miami Beach, Eco-Bags, Environment for the Americas, Friends of the Mississippi River, Keep Florida Beautiful, Lake Chelan Research Institute, MeMotherEarth, Mission Clean Beaches, NatureBridge, Ocean Preservation Society, Ray Brown’s Talkin’ Birds, ReThink Disposable CA, Shark Stewards, Sway, The Bay Foundation, Wild Cumberland, Yosemite Climbing Association.
About The 5 Gyres Institute
The 5 Gyres Institute (5 Gyres) is a leader in the global movement against plastic pollution with 15 years of expertise in scientific research, engagement, and education. With the original goal of answering a few key scientific questions about ocean plastics, co- founders Marcus Eriksen and Anna Cummins led 19 research expeditions in all five subtropical gyres, as well as many of the world’s lakes and rivers. 5 Gyres continues to lead with scientific research to drive upstream solutions through education, advocacy, and community building. Learn more at 5gyres.org and @5gyres.
About TrashBlitz
TrashBlitz is a data collection platform and community-focused research project created by The 5 Gyres Institute. The community-based project is designed to engage local stakeholders in measuring plastic pollution and other trash across various cities – from shorelines to riverbeds to urban neighborhoods – and utilizing data to generate relevant action plans. TrashBlitz provides robust research protocols, a web-based platform that identifies problem products and brands, and a network to bring diverse stakeholders together to co-create solutions to stop plastic pollution at the source.
Issue 118 - March 2025
Meeting Luke Senior: A Look Into How Rewilding is Reviving Argyll’s Iconic Ecosystems
Interview by Andi Cross
Photography by: Adam Moore & Marla Tomorug
Support from: Kilchoan Melfort Trust (KMT)
Tucked away on Scotland’s west coast, Argyll is a region defined by its rugged beauty and its once rich ecological diversity. Despite its remote nature, it’s still surprisingly accessible—a place where ancient woodlands meet dramatic coastal landscapes, offering a window into Scotland’s natural and cultural heritage. The area is renowned for its Atlantic rainforests, a rare ecosystem globally, as well as its deeply rooted traditions in farming and forestry. Argyll was once known for its rampant overuse of its natural resources, but today, it’s become a frontier for rewilding efforts. And venues like the Kilchoan Estate are leading the way in restoring habitats and biodiversity.
We had the unique opportunity to explore Kilchoan Estate with Luke Senior, Head of Gardens & Terrestrial Rewilding, who has a deep background in horticulture. Luke’s passion and fascination for plants date all the way back to his childhood. At 16, he began studying ornamental horticulture at college, which then led him into work in the food production and conservation industries. More specifically, he began exploring how low-impact, small-scale agriculture can work within broader food systems. Then, he took to botanical horticulture at the Royal Botanic Gardens Kew in London, which deepened his understanding of plant diversity and ecosystems. And all of this eventually led him to the estate where he is now focused on gardens as well as terrestrial rewilding and how to bring Scotland back to its former glory.

Starting Early
Gardening is in my blood. My mum was a gardener, and so was my granddad. One of my earliest memories is planting peas with him—a simple moment that left a lasting impression. Growing up next to a plant nursery, I spent weekends surrounded by greenery, sampling cuttings, carrying pots, and exploring the world of plants in ways I didn’t realize would shape my future.
Early on, I knew I wanted a career that kept me connected to the earth. I’ve always made a conscious effort to stay grounded (literally) with my boots on the ground and soil in my hands. But the more I’ve learned about plants, the more I’ve realized just how much there is to uncover. You could spend a lifetime studying a single genus, or even one species, and still think of new questions to ask. That endless possibility for discovery is what keeps me fascinated.

Working at KMT has only deepened that curiosity. In the garden, I encounter species from around the world, and while out on the hills, I find plant communities that feel nostalgic from my childhood yet reveal surprising complexities the more I observe them. Over time, I’ve gained a deeper understanding of how plants interact with animals, how geology influences ecosystems, and how all these elements fit together in a delicate balance. Every day here is a reminder that nature is endlessly intricate, offering a new layer to explore and appreciate.
A Past Scotland
Scotland’s iconic landscapes owe much of their character to centuries of human influence. While often imagined as a land of dense, unbroken woodlands, the truth is more complex. Historically, Scotland was a patchwork of open woodland, grasslands, and peatlands—a dynamic mosaic of ecosystems shaped over millennia.
After the retreat of the ice sheets at the start of the Holocene, the barren land was gradually colonized by pioneering species like birch and hazel, followed by oak and alder. With the arrival of humans, the landscape began to shift. Early settlers introduced hunting, farming, and basic woodland management, such as coppicing hazel and cultivating crops.

Over time, human activity intensified. Woodland clearance spread, and practices like controlled burns were used to manage heather and grasses for livestock and game. By the Victorian era, large-scale sheep grazing and land reforms had drastically reshaped the environment. Crofting communities were displaced, and land ownership was consolidated to prioritize commercial farming, wool production, and hunting. This led to a homogenized landscape designed for specific industries, often at the expense of ecological diversity.
Modern forestry practices have added new challenges. Non-native Sitka spruce plantations dominate many areas, creating monocultures with low biodiversity. While timber production is vital, the focus on fast-growing species like Sitka often undermines native ecosystems. Scotland’s temperate rainforest, or “Atlantic rainforest,” is an ecological gem, home to a rich diversity of plants and wildlife that depend on native species like oak, hazel, and birch.

At KMT (Kilchoan Melfort Trust), we’re addressing these challenges through rewilding and habitat restoration. By reducing intensive human interference and restarting natural processes, we aim to give Scotland’s ecosystems the space and time they need to recover. Our goal is to create a landscape that supports biodiversity while balancing sustainable human activity—a vision of Scotland that honors its natural heritage and future resilience.
Covering Only 2%
It’s important to mention that the ecosystems here are uniquely shaped by a hyper-oceanic climate heavily influenced by the nearby sea. This climate creates remarkably stable conditions with minimal temperature fluctuations. At Kilchoan Estate, for instance, the mean annual temperature is around 8°C, with very few days of hard frost. Rainfall averages 1.8 meters per year, coupled with frequent cloud cover, fog, and consistently high humidity. These conditions support a niche group of species specifically adapted to thrive in this environment.
Globally, this kind of temperate rainforest covers only about 2% of the planet. It’s found in select regions such as the Pacific Northwest, south-central Chile, Tasmania, parts of China, the foothills of the Himalayas, and here in semi-remote Scotland. This limited distribution makes Scotland’s Atlantic rainforest an ecological rarity!

The ocean plays a pivotal role in shaping this landscape. Acting as a natural regulator, it keeps temperatures stable, provides fresh, clean air, and delivers the abundant rainfall essential for maintaining the lush vegetation and unique biodiversity of the region. This maritime influence defines not just the environment but also the activities and management practices on estates like ours.
The Power of a Rewilding Estate
In Scotland, estates refer to privately owned parcels of land, often spanning diverse terrains and uses. Owners have considerable freedom in deciding how to manage their land, from farming and forestry to conservation and rewilding. At Kilchoan Estate, we’re using this flexibility to restore and protect ecosystems, balancing what remains of Scotland’s natural heritage with a vision for its future.
The estate’s landscape is remarkably diverse, with dramatic shifts in habitat and ecosystem types that reflect centuries of human activity. Historically, much of this land was dedicated to sheep grazing, which prevented natural woodland regeneration. When the estate came under private ownership, it presented an opportunity to shift toward positive environmental change—one that benefits the local community and the wider ecosystem.

Charitable ownership and placing the land into trust ensures the longevity of this work, as the woodland we’re fostering is intended to endure in perpetuity—all a part of this legacy of restoration. Since 2016, we’ve reallocated over 400 acres from grazing to woodland creation, planting 230,000 trees. This effort has been supported by self-funding and grants from the European Rural Development Fund and the Scottish Government.
But establishing these woodlands hasn’t been without its challenges. High populations of red deer required installing fencing to protect young saplings. Yet the goal remains to foster self-sustaining ecosystems where active management gives way to observation. These woodlands are designed to reconnect people with nature, offer vital ecosystem services, and showcase the resilience of habitats unique to this region.

We’ve planted a mix of native species, such as oak, hazel, and birch, all perfectly adapted to Argyll’s climate. This approach stands in contrast to the monoculture Sitka spruce plantations commonly seen across Scotland. While Sitka grows quickly and stores significant carbon, these plantations offer minimal biodiversity. At KMT, it’s not just about carbon sequestration; it’s about creating thriving ecosystems teeming with life.
Diverse native woodlands provide far more than the sum of their parts. For example, oak trees host globally scarce lichen communities, while structured woodlands support an intricate web of insects, birds, and mammals. By planting these dynamic, life-filled forests, we’re not just restoring landscapes—we’re demonstrating the critical value of biodiversity in healing and balancing our environment.
The Species it Supports
Everything here is connected—from the soil flora and fauna to the macroinvertebrates living within it and, of course, the lichens that make the west coast of Scotland so unique. And some of these lichens are incredibly rare on a global scale. Take Leptogium hibernicum, for example—it’s found in only a handful of places in the UK, and Argyll is one of them. Without diverse, regenerating woodlands, these species have nowhere to go, especially as older woodlands reach the end of their natural life cycles.

And this is what makes the work we’re doing so exciting. This estate offers an opportunity to explore rewilding and woodland creation in a way that can serve as a case study for others. Woodland creation itself isn’t a new concept, but we’re approaching it with a strong focus on biodiversity and comprehensive monitoring. We’re not just planting trees; we’re observing and recording the changes across multiple layers of the ecosystem—from the soil microbiome to lichen diversity to bird populations. It’s a chance to watch these woodlands grow from the very beginning into thriving, mature habitats.
In just the five and a half years I’ve been here, I’ve watched tiny saplings grow into trees you can now walk through, where the canopies even tower overhead. Even more exciting is seeing lichens starting to colonize the bark, a clear sign that these woodlands are becoming functional ecosystems.
And Then There’s Climate Change
I think about this often: no matter what happens to humanity, plants will endure. But what about our survival? Well, that’s another story entirely. We have a responsibility to care for plants because they care for us—providing clean air, food, and a foundation for life itself. Yet, the impacts of a changing climate are becoming harder to ignore. Plants are flowering at unusual times, species are appearing in unexpected places, and horticulturists are stretching the limits of what can grow where. It leaves me wondering how much longer we’ll be able to recognize the landscapes we’ve taken for granted.

As a horticulturist, the unpredictability of the climate is deeply concerning. Here on the estate, when we design gardens, we’re always thinking long-term: what a tree will look like in 60 or 100 years, how it will fit into its surroundings, and how it will survive in a rapidly changing environment. Rewilding adds another layer of complexity. It’s not just about restoring what’s been lost—it’s about preparing landscapes for an uncertain future. Unlike gardening, which blends native and non-native species to create ornamental spaces for people, rewilding focuses on repairing ecosystems and allowing nature to thrive independently.
Not every habitat, however, is meant to have trees. Peatlands and alpine montane scrub habitats, for instance, aren’t suited for dense woodlands, and respecting these natural boundaries is crucial. But across Scotland, there are vast areas where woodlands should exist but have been erased over centuries. Government tree-planting targets often focus on commercial forestry, prioritizing fast-growing species like Sitka spruce. While Sitka stores carbon quickly, monocultures like these lack biodiversity and fail to support the rich ecosystems native woodlands can provide.

Carbon storage in trees is only valuable if it remains stored. Using Sitka spruce for biomass energy releases carbon right back into the atmosphere. That’s why it’s so important to plant the right trees in the right places. Scotland’s landscapes are finite, and we can’t afford to misuse productive agricultural land or further degrade fragile ecosystems. Most of our woodlands today are semi-natural at best, shaped by centuries of human impact—from woodland clearance to shifting rainfall patterns and atmospheric changes.
If we continue with the same short-sighted mindset, we’ll only exacerbate the damage. Every action we take as humans ripples outward, affecting ecosystems in ways we often can’t predict. The challenge is recognizing that humanity and nature aren’t separate; we’re part of the same intricate system. By embracing this interconnectedness and making deliberate, thoughtful choices, we have the opportunity to create positive change—building ecosystems that sustain life rather than just reacting to their decline.
The Future of Kilchoan
Scotland, for all its reputation as a land of wild beauty, is one of the most nature-depleted countries in the world. The iconic species and landscapes that visitors marvel at today are but a fraction of what once flourished here. “Value what’s here and push for more,” I often say. It’s not enough to admire; we must actively restore and protect what remains. At KMT, this means balancing ecological restoration with innovation. Through partnerships like the International Conifer Conservation Program, we’re cultivating rare and threatened tree species from around the globe, using the estate as a “safe site” for their preservation.

Even Highland cattle, an iconic symbol of Scotland, play a role in this vision. Beyond their cultural significance, they act as proxies for the herbivores that once roamed these lands, grazing shrubs and grasses in a way that increases landscape dynamism and fosters biodiversity. Their presence supports species like the marsh fritillary butterfly, tied intricately to plants like Devil’s Bit scabious, ensuring that no link in the ecological chain is overlooked.
The work at KMT is far from finished, but that’s what actually excites me most. Every decision we make—whether planting a tree, introducing grazing animals, or monitoring ecosystem changes—feels like a step toward something greater than ourselves. It’s about leaving a legacy that extends beyond our lifetimes: a landscape that’s richer, more resilient, and deeply connected to its natural heritage.
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