Feature Destination
Gitga’at Guardians: Using Science to Safeguard their Territory
Gitga’at Guardians at a Glance
The GITGA’AT FIRST NATION depends on the resources of their territory for their community well-being. They have made it a priority to research and monitor their lands and waters in order to protect their traditional way of life.
Through their Guardian Program, the Nation is tracking the effects of vessel traffic and industrial development activities in order to protect the resources they depend on. The program combines traditional Gitga’at stewardship practices with scientific monitoring. By combining these approaches, the Gitga’at Guardian Watchman Program supports the Nation’s sustainable management of their ecologically-diverse territory and the rich resources they rely on.

Watching the Water, Protecting Whales

Gitga’at Guardian Mary Reece identifying humpback whales by their tail fins. The shape and markings on their tail fins is unique to each individual whale. Photo by Meaghan Hume.
The Gitga’at Guardian program is part of the Gitga’at Nation’s stewardship programs to strengthen knowledge of their territory and enable sound conservation and resource management decisions. This includes understanding of how to protect the rare wildlife found in their territory.
The remote, island-dotted coastal waters of the Gitga’at Nation are ideal whale habitat, including endangered species such as Orca and Fin Whales, and at-risk species such as Humpback whales. The Gitga’at have partnered with a number of organizations to support research initiatives that track the movement of whales in their territory and examine the conditions that support whale abundance.
In partnership with the North Coast Cetacean Society, the Guardians helped install a hydrophone network — a series of underwater microphones that detect the song calls of whales. It’s the first of its kind in Canada, and it helps to determine the whales’ favourite feeding areas, routes of travel, and duration of stay in certain areas. It’s an exciting initiative to help understand key factors for whale conservation.

A humpback whale breaches along the Gitga’at Guardians’ cetacean monitoring route in Squally Channel. Photo credit Brodie Guy.
Chris Picard, Science Director of the Gitga’at First Nation, explains how the traditional ecological knowledge of the Nation works in tandem with the hydrophone project. “The Gitga’at Nation and Guardians’ extensive knowledge of whale sightings and frequency helped to design the hydrophone project. It determined what should monitored and where, and the guardians also assisted with the installation of the network.”
The partnership also extends to analysis of the data. “The Society is currently collecting all the data, but when it comes time to analyze it, report on it, and ask research questions, we will work closely with them” says Picard. The Guardians also support the North Coast Cetacean Society by observing and recording whale sightings while out on patrol to add to the Society’s database. They identify individual Humpback whales from the unique markings on the underside of their tail fins and record the sighting. This information helps to track population dynamics and the movements of each whale spotted in Gitga’at territory.
From Observation to Understanding
The Gitga’at wanted to take this research one step further. For them, it was not enough to simply know the number of whales and their location in the territory. The Nation also wanted to understand the underlying factors that attract and sustain the whale populations in the first place. “We wanted to get a better sense of what was actually bringing whales to the territory. We know where the whales are, their activities, their numbers, and when they come and go. What we didn’t know is why,” explains Picard.
To find the answer, the Nation partnered with Scripps Institute of Oceanography to determine theconditions that support whale populations in Gitga’at territory. “This partnership is focused on examining water conditions such as temperature and salinity, and the abundance, biodiversity, and biomass of zooplankton,” explains Picard. When finalized, the data will present a bigger picture of why the Gitga’at territory is such desirable habitat for whales.
The Gitga’at Guardians assisted in the design of the study and have also provided equipment and logistical support. In turn, the partnership has spurred a future training initiative for the Gitga’at Guardians. “We’ve realized we would like to have some of the Guardians take this oceanographic training further so we can continue this high-level monitoring into the future,” says Picard.
The presence of the Guardians also ensures that they are able to protect wildlife by quickly responding to distress calls. In July 2015, the Guardians were able to SAVE A STRANDED ORCA WHALE in their territory.
Listening to the Forest: Measuring Industrial Noise

The remote forests of Gitga’at territory provide quiet habitat for terrestrial species. Photo by Brodie Guy.
Back on dry land, the Nation also has monitoring projects to maintain the health of its lands, forests, and terrestrial animal populations by measuring noise levels and “noise pollution” in its territory. In 2013, the Gitga’at Guardians developed an acoustic baseline data-collection project with University of British Columbia student Max Ritts and ecologist Stuart Gage.
For this data-collection effort, the Guardians helped to install eight automated sound recording meters throughout Douglas Channel, Wright Sound, and Otter Channel. The meters record the sounds of animal, human, and industrial noises to create an acoustic measure of each ecosystem. By establishing an acoustic baseline for the area, the meters can measure how noise levels change with industrial activity and determine the health of an ecosystem and how it is affected by development.
The Gitga’at Guardian program supported the design, installation, and maintenance of this project. Now that this effort has been underway for two years, they are turning to the reporting phase with a long-term view. “We are at the stage now where we will be doing analysis of the data and reports and thinking about how to design a follow up, longer term project,” says Picard. The results from the data provide the Gitga’at with evidence for how industry affects the ecology of their territory and use this information when planning future projects.
Looking to the Past for the Future

Ancient petroglyphs and other important cultural features are located throughout Gitga’at territory and are monitored and protected by the Guardians.
For centuries, members of the Gitga’at First Nation have stewarded their lands and resources for the benefit of future generations. The Nation has turned to the traditional use of their resources to help determine sustainable practices and resource management priorities.
To capture this knowledge, the Gitga’at are studying archaeological features in their territory and conducting interviews with Elders. This research paints a broader picture of how the territory has been managed for centuries.
“We are trying to document all the knowledge that the Elders have, and the evidence of past occupancy patterns that are etched in the land,” explains Spencer Greening, a Gitga’at First Nation member and University of Northern British Columbia Masters student. “This area has a lot of fishing history. We are looking at evidence of fish traps in the area to get an idea of how our ancestors managed fish there, estimate what time of year people were fishing, and determine their route,” says Greening.
By examining past stewardship practices, the Nation hopes to maintain the cultural traditions and resources of the land to ensure harvests do not deplete resources and that their ecosystems remain healthy. “The in-depth knowledge that the Elders have, about which streams will be salmon bearing and exactly what time of year – it’s an unbelievable amount of knowledge that exists,” says Greening.
These research findings will ultimately be incorporated into the Nation’s traditional laws and guiding management practices. “We are doing this research to affirm that these are our territories, and these are the laws for them” says Greening. “We aren’t just talking about traditional stewardship. We are living it, strengthening our ability to govern and watch over the territory, and ensuring that our vision for it is alive and well.”
Monitoring Bears
Gitga’at territory is home to the revered “Spirit Bear”—black bears with a rare recessive gene that produces a white coat. The territory has a higher frequency of these bears than anywhere else in the world and they are culturally significant to the Gitga’at people.
In order to improve the Nation’s ability to protect Spirit Bears, the Gitga’at Guardian program is piloting a data-collection project to research them. “Through this project, we want to understand bear foraging requirements, seasonal use patterns, and habitat range to make sure the bear population remains healthy and stable,” says Picard.
To measure these activities, the Guardians have installed hair snag stations throughout the territory to collect bear hair for DNA testing. This DNA research shows the number of bears that are in the area and whether they are carriers of the white-coat gene. Through stable isotope analysis, the hair samples also tell researchers about the bears’ diet and whether they are getting enough to eat.
For information on the relationship between the Gitga’at and the bears in their territory, watch below:
Guardians of the Great Bear Rainforest: Spirit Bears and the Gitga’at Nation
Key Challenges and Successes
Steady Growth
Marven Robinson, Operations Manager of the Gitga’at Guardians.The Gitga’at Guardians have developed their programs over many years to achieve what they have today. It took time to develop, and management was careful to ensure the growth of the organization was supported by human resources. This included a COMPLETE RESTRUCTURING of the organization in 2009.
“When we knew how much work there was to do, we started brainstorming how we were going to do it, and a lot of thought went into the re-structuring of the Guardians and how to build from there,” says Robinson. “We were always careful to not take on too much, because that could be overwhelming and we did not want to do an incomplete job of anything. We would rather start small and do a great job of a few things, and then take on more.”
Since the re-structuring, the program is more robust than ever. The Gitga’at Guardians continue to plan ahead for how to sustainably expand their programs and hone their scientific knowledge of the territory.
Fostering Diverse Partnerships
Developing strong partnerships has been fundamental to the success of the Nation’s research programs. Often, partnerships have begun informally, with the Guardians lending logistical support to researchers, and have grown to incorporate the Gitga’at on the research aims and analysis of projects, as with Scripps Institute and North Coast Cetacean Society.
Maintaining relationships with the Department of Fisheries and Oceans (DFO) and the Coast Guard has also enabled the Gitga’at to clearly communicate concerns they have within their territory. “It’s a two-way relationship” says Robinson. “If they ever need us to check out anything in the water, we drop our stuff and come help them out.”
Likewise, the Guardians have taken representatives of DFO out with them to show them the sensitive and important areas of their territory and what the Guardians are working to protect. “It helps them understand what’s at stake for us. Then when we communicate what we want to accomplish in our territory, they know what is important to us.”
Economic Outcomes
Cultural Outcomes
Environmental Outcomes
Social Outcomes
The Gitga’at Guardian program provides significant employment and training opportunities to members in Hartley Bay. Additionally, management of the program seek opportunities to engage youth and other members of the community in their activities to increase knowledge and awareness of the territory and conservation issues.
The Gitga’at Guardians have partnered with the local school to assist with interactive learning opportunities for local elementary students. The school applies their science education curriculum locally by introducing the students to the unique ecosystems that surround Hartley Bay in partnership with the Guardians.
Learn more about SKILLS TRAINING.
Coast Funds was created in 2007 out of mutual recognition by conservationists, First Nations, industry, and government that a sustainable economy is vital to conservation efforts in the Great Bear Rainforest and Haida Gwaii areas of British Columbia.
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Art & Culture
Sixteen days in Tunisia

Tunisia is named after Tunis. Not the other way around. If the country takes its name from the city, then any attempt to understand Tunisia must start in Tunis.
Before reading any further, look at a map. You must appreciate the exceptional location of Tunis; only then does the city make full sense. Historically, Tunis was little more than a compact nucleus pressed in the strip of land between the Séjoumi lagoon (a flamingo sanctuary) and Lake Tunis, once the natural harbour. Everything that now feels expansive, avenues, neighbourhoods, infrastructure, rests on land reclaimed from water. Bab Al-Bhar, the Sea Gate, crystallises this transformation: standing there today, flanked by white buildings, you have to imagine the water once visible straight through the gate. The city quite literally stole land from the sea as it expanded.
That tension between land and water, between natural geography and human intervention, repeats itself everywhere in Tunisia. An artificial peninsula appears in the ancient harbours of Carthage. Salt lakes replace vanished seas in Chott el Djerid. Urban coastlines are pushed back, fortified, paved over. Today, the landscape bears the marks of centuries of negotiation with water, sometimes reverent, sometimes violent. But let’s stay in the capital for a moment.
Visiting the medina (old town) on a Sunday, when most souks are closed, made the architecture audible. Without the commercial noise, proportions, light and texture take over; the business-day buzz is thrilling, but silence teaches you how the city breathes. That quiet also sharpens your attention to thresholds. And then the beauty of the doors hits you. Again and again. Painted, carved, symbolic, they demand to be read, often concealing unexpected worlds behind them. In the medina, access is never guaranteed: museums may still be family homes, so you knock, you wait and someone might let you in. Knowledge survives through generosity. This constant negotiation between private and public space explains why repurposing feels so natural here. People inhabit ancient burial sites, former shrines become cafés and even the old slave market has transformed into the jewellers’ quarter; history reused rather than erased. The twenty madrasas scattered through the medina embody this logic perfectly: still embedded in daily life, neither fully public nor entirely private, their doors test your luck. Finally stepping inside one felt unreal, courtyards opening suddenly, tiled interiors that seemed imagined rather than constructed. I honestly felt I was dreaming.
But don’t forget to look up, as architecture constantly communicates power, belief and belonging, often far more than we initially perceive. The green-tiled domes signalling burial places, the octagonal or patterned motifs minarets proclaiming variants of Islam (Ottoman and Almohad respectively) or the colour codes identifying hammams and barber shops all speak a visual language that locals instinctively read. In Tunis, belief is never private, it is inscribed into skylines and façades.
That inscription extends inward. Mosques feel less like austere institutions than wellness centres, spaces of rest, learning and calm. Mats are placed against ancient columns to shield people’s backs from the cool marble. I even witnessed people nap inside Al-Zaytuna. So much peace that you can sleep. How do churches compare?

Al-Zaytuna itself is the city’s anchor, the Great Mosque. The souks grew around it, originally as little more than rented awnings, now covered streets wrapping commerce around devotion. You walk through trade and suddenly stumble into the sacred. Built in the seventh century, shortly after the Islamic conquest of Byzantine Africa, the mosque stands on layers of belief. While it is likely that a temple existed here since antiquity, legend says it was built on the shrine of Saint Olive of Palermo. “Zaytuna” means olive, in Arabic and in Spanish. Language preserves memory even when stones are repurposed. Indeed, the entire prayer hall is held by a forest of Roman columns and capitals, older worlds literally supporting newer ones.
As a Spaniard, Tunisia had many a surprise in store for me. Rue des Andalous reveals one of Tunisia’s most consequential migrations. During the Middle Ages, much of Spain was Muslim. Forced conversions, expulsions and finally the mass expulsion even of Moriscos (former Muslims converted to Christianity) in 1609 drove tens of thousands across the sea. Spain was Al-Andalus in Arabic and so these Spaniards became known as “Andalusians”. Large numbers settled in Tunisia, founding neighbourhoods and entire industries. That legacy is not abstract. Chechias, the characteristic red felt hats associated with Tunisois men, were produced using techniques brought by Andalusian refugees. By the nineteenth century, chechia makers were among the wealthiest and most influential merchants in Tunis. The Tunis souks where you can still watch them work are living archives of forced migration turned cultural inheritance. Indeed, the link with Al-Andalus is still emotionally present. Several people called me “cousin” when I told them I was Spanish. It did not feel metaphorical. It felt familial. Spanish presence resurfaces repeatedly: forts at La Goulette, inscriptions in Castilian, Andalusian refugees founding towns like Testour, where the mosque clock runs backwards (‘anticlockwise’) like Arabic script. Jewish and Muslim Spaniards built whole towns together after fleeing persecution. They brought urban planning, architecture, food and memory.

Non-human animals are also everywhere if you know where to look, silently narrating human history. Today, cats dominate Tunis, lounging, glamorous, fully at home in the city. But North Africa was once also home to another feline: lions, ultimately erased from the landscape by hunting. At the Bardo museum, Roman mosaics celebrate them while also depicting their mass slaughter in amphitheatres. Venationes (gladiatorial hunting shows) paved the way to extinction long before modern poaching. Rome’s “games” were ecological disasters disguised as entertainment. El Djem boasts the third largest amphitheatre in the world, an uncomfortable reminder that the spectacle of violence against animals became industrial. Birds, too, mark survival. Storks now nest on electrical poles, thanks to recent conservationist efforts, and the ancient castle on the artificial Chikly island in Lake Tunis is now a natural reserve for over fifty-seven species.
Water management reveals another continuity of power. Ancient Carthage was defined by water engineering. Artificial harbours, commercial and naval, remain legible after 2,200 years. Aqueducts carried water across vast distances; cisterns stored enough to sustain one of the Mediterranean’s largest cities. Fresh water was sacred. Springs, such as that at Zaghouan, were divine. Nymphs were believed to guard the source so temples rose where water emerged from the rock. But human transformations of the landscape sometimes rival natural phenomena. Chott el Djerid, now a salt desert, was once part of the Mediterranean Sea. When geological shifts cut it off, the water evaporated, leaving salt behind. The salt is now actively extracted and shipped north, sold to Scandinavian countries as grit to combat icy roads. At the same time, visions of reversing this desiccation persist, from colonial-era schemes to the revival of the “Sahara Sea” project in the 2010s, approved by the Tunisian state in 2018. Coastlines have also been shaped by humans. Hammamet’s medina once met the waves directly. Boulders and walkways intervened. Monastir’s ribat once stood on the beach before roads severed it from the sea. Sousse’s medina now violently cut away from the Mediterranean. Tunisia has never stopped imagining how to reshape water.



Just as water and animals shape human settlement, so too does climate. Again and again in Tunisia, habitation reveals extraordinary adaptation to environment. At the ancient site of Bulla Regia, houses were built partly underground to escape heat, flooding interior spaces with light while sheltering them from extremes. At Matmata, troglodyte dwellings carved into the earth have stabilised temperature in a harsh desert landscape for centuries. At Zriba Olia, a town only abandoned decades ago, Amazigh (Berber) architecture merges seamlessly with mountain rock: the house ends, the mountain begins. Even the Roman theatre at Dougga takes perfect advantage of the mountain’s elevation. These are not picturesque oddities; they are intelligent, time-tested responses to landscape. But changes aren’t always benign, especially when colonial brutality is concerned. In Carthage, Roman policy deliberately buried, erased and levelled the Punic past on Byrsa Hill. Centuries later, French authorities turned amphitheatres into chapels, erected cathedrals atop Punic acropolises and even built a farmhouse on the Roman capitol at Oudna. Layers of civilisation were literally crushed to assert dominance. The irony is that archaeology eventually resurrected what imperial ideology tried to annihilate.



Language binds all of this astonishing diversity together. Phoenician (Punic) script underpins our Latin alphabet. Tifinagh survives among Amazigh communities. Writing systems are fossils of contact. Even humour reveals linguistic layering: Tunisians seem to have the worst, and best, wordplay, producing gems like “Pub-elle”, “Bar Celone” or “Mec Anic”, jokes cleverly built on French that land perfectly in Tunisian streets. Religion, too, refuses neat boundaries. Phoenician deities merge with Egyptian, Persian and Roman gods. Judaism flourished in North Africa from antiquity and remained deeply rooted in Tunisia until the twentieth century. Christianity arrived early, fractured into multiple denominations and left basilicas, cathedrals and martyrs’ narratives across the landscape. Islam absorbed, adapted and reinterpreted what came before. Syncretism is not the exception here, it is the rule.
By the end, what remains clearest is this: Tunisia is not a palimpsest with erased layers. It is an accumulation where nothing disappears entirely. Former seas leave salt. Empires leave infrastructure. Migrations leave words, recipes, and cousins!
Sixteen days is nothing.
And it was everything.
Written by: Fernando Nieto-Almada
ABOUT THE AUTHOR

Fernando read History at university in London and Paris and currently teaches Languages. You can follow him on Instagram here.
Aquacultures & Fisheries
Small Scale Fishing in Tunisia Faces Growing Environmental and Economic Strain
For generations, fishing along Tunisia’s coast has been both livelihood and identity. From the shallow tidal flats of the Gulf of Gabès to the small ports of Sfax, Kerkennah, and Mahdia, the sea once offered a reliable rhythm. Fishermen knew the seasons, the winds, and the species that would arrive and depart each year. That knowledge shaped not only income, but family life, food traditions, and entire coastal cultures.
Today, that rhythm is breaking down. Tunisian fishermen are facing a convergence of pressures that few communities are equipped to absorb. Climate change is altering weather patterns and sea conditions faster than local knowledge can adapt. Fish stocks are declining or shifting their ranges. At the same time, destructive bottom trawling has expanded into coastal waters, undermining both ecosystems and the economic viability of small scale fishing.
Together, these forces are eroding a centuries old relationship between people and sea.

A Coast Shaped by Small Scale Fishing
Tunisia’s fishing history is deeply tied to artisanal practices. With more than 1,300 kilometres of Mediterranean coastline, the country developed one of the largest small scale fishing fleets in the region. The vast majority of Tunisian fishing vessels are small boats operating close to shore, using nets, traps, and fixed gear designed to work with coastal ecosystems rather than against them.
In places like the Kerkennah Islands, fishing traditions such as the charfia system were refined over centuries. Wooden barriers and palm fronds guided fish into enclosures using tides and seasonal movements. These methods depended on healthy seagrass meadows, predictable spawning cycles, and intact coastal habitats. They also reflected a deep understanding of ecological limits.
By the early 2000s, fishing supported tens of thousands of Tunisian families directly and many more through processing, transport, and trade. Fish was both a staple food and an important export, especially to European markets.
That balance is now under strain.
Climate Change Reaches the Docks
The Mediterranean Sea is warming faster than the global ocean average. Rising sea surface temperatures have intensified marine heatwaves, altered currents, and increased the frequency of extreme weather events. For fishermen working in small boats, these changes are not abstract trends. They translate into lost days at sea, damaged equipment, and growing danger.
Fishermen across Tunisia report longer periods of bad weather and storms that arrive with little warning. Conditions that once followed seasonal patterns are now unpredictable. Autumn and winter storms are stronger and more erratic, making it harder to plan fishing trips or ensure safe returns.
Research by international fisheries and climate bodies shows that weather related disruptions already affect fishing activity for a significant portion of the year, particularly in northern and central Tunisia. The risks are highest for artisanal fishermen, whose boats lack the size, shelter, and safety systems of industrial fleets.
In some cases, these risks have been fatal. Storm related sinkings in recent years underscore how climate change is increasing the human cost of fishing in the Mediterranean.
A Sea Rich in Life, and Increasingly Fragile
Beneath Tunisia’s coastal waters lies one of the Mediterranean’s most ecologically important regions. The Gulf of Gabès is unique due to its shallow depth and tidal range, which support vast meadows of Posidonia oceanica seagrass. These underwater forests are among the most productive ecosystems in the sea.
Posidonia meadows act as nurseries for fish, feeding grounds for invertebrates, and carbon sinks that help regulate the climate. Hundreds of marine species depend on them at some stage of their life cycle, including species of commercial importance and others already considered threatened.
Tunisia’s waters also host migratory species, sea turtles, dolphins, and endemic organisms found nowhere else. This biodiversity has long supported artisanal fishing, allowing small scale gear to yield steady catches without exhausting stocks.
However, climate change is weakening this ecological foundation. Warmer waters affect reproduction, oxygen levels, and species distribution. Some fish are migrating north or into deeper waters. Others are declining as habitats degrade.
These changes alone would challenge fishermen. Combined with destructive fishing practices, they become devastating.
The Rise of Bottom Trawling in Coastal Waters
Over the past decade, bottom trawling known locally as kys fishing has expanded dramatically along Tunisia’s coast. Using heavy nets dragged across the seabed, these vessels capture everything in their path. The method is highly efficient in the short term and highly destructive in the long term.
Bottom trawling damages seagrass meadows, disturbs sediments, releases stored carbon, and destroys the complex structures that support marine life. It also tears through the nets and traps used by artisanal fishermen, causing direct economic losses.
Although bottom trawling is regulated under Tunisian law and Mediterranean fisheries agreements, enforcement has struggled to keep pace with its spread. Legal ambiguities, limited monitoring capacity, and misclassification of vessels have allowed trawlers to operate in areas where they are restricted or banned.
In regions such as Sfax and the Gulf of Gabès, the number of kys trawlers has increased sharply since the early 2010s. Many fishermen attribute this rise to declining catches from traditional methods and economic pressure following political and social upheaval after 2011.
The result is a vicious cycle. As trawlers degrade habitats and reduce fish stocks, artisanal fishermen see their catches fall. Some abandon fishing altogether. Others feel compelled to adopt destructive methods themselves, even as they recognise the long term damage.
Economic Stakes Beyond the Shore
Fishing remains economically significant for Tunisia. Annual production reaches well over one hundred thousand tonnes, with a substantial portion exported. European markets are particularly important, making sustainability and traceability critical for trade.
Illegal and indiscriminate fishing practices threaten that relationship. International partners have raised concerns about bottom trawling and enforcement gaps, warning that continued violations could jeopardise exports and reputational standing.
Tunisian authorities have increased inspections, seizures, and surveillance in recent years, and have acknowledged both progress and limitations. With a long coastline and limited resources, oversight remains uneven.
Meanwhile, coastal communities bear the consequences first.
Lives Caught in the Middle
On the docks, the impacts are deeply personal. Fishermen speak of species that once fed families now becoming luxuries. Octopus, once affordable and common, has become scarce and expensive. Younger fishermen hesitate to invest in boats or start families, unsure whether the sea can still provide a future.
Older fishermen recall a time when knowledge of tides, winds, and seasons was enough to make a living. Today, even experience cannot offset degraded ecosystems and unpredictable conditions.
The loss is not only economic. It is cultural. As fishing becomes less viable, traditions tied to food, language, and community risk fading with it.
An Uncertain Horizon
Tunisia’s fishermen are navigating a narrow passage between climate change and industrial pressure. Protecting their future will require more than enforcement alone. It will demand rebuilding marine ecosystems, supporting small scale adaptation, and recognising that artisanal fishing is not a problem to be replaced, but a solution worth preserving.
The sea still holds life. Whether it can continue to sustain those who have depended on it for generations depends on choices made now, before the tide turns further against them.
Sources and References
Arab Reporters for Investigative Journalism. Climate Change Deepens the Struggles of Tunisia’s Fishermen, as “Kys” Trawlers Boats Steal Their Livelihoods.
Food and Agriculture Organization of the United Nations. Mediterranean fisheries assessments and Tunisia country profiles.
Intergovernmental Panel on Climate Change. Sixth Assessment Report. Mediterranean regional impacts.
Environmental Justice Foundation. Reports on bottom trawling and seafloor carbon release in Tunisia.
General Fisheries Commission for the Mediterranean. Technical regulations and Gulf of Gabès management measures.
UNEP Mediterranean Action Plan. Coastal ecosystems and climate vulnerability.
International Union for Conservation of Nature. Mediterranean biodiversity and Posidonia oceanica assessments.
Mongabay. Investigative reporting on illegal trawling and seagrass loss in the Gulf of Gabès.
Giacomo Abrusci, SEVENSEAS Media
Conservation Photography
Running Wild: The Return of Patagonia National Park’s Rheas
The Chacabuco Valley stretched wide before us. The golden steppe was broken by winding rivers, framed by snow-capped ridges that seemed to glow in the fall sun. We were in the heart of Patagonia National Park, a place reborn from what used to be one of the largest sheep ranches in Chile. Old Estancias once carved the land into squares made of barbed wire and filled with overgrazed pastures. But today, those fences are gone. The grasslands pulse with guanacos again and the park has become a symbol of what rewilding can mean when it’s done right.
We’d come here to see a beacon of rewilding in the area, which took shape as an oddly familiar looking species of bird called the Darwin’s rhea (known locally as ñandú or choique.) It’s Patagonia’s strangest survivors, this flightless animal with legs built for speed and feathers streaked in soft browns that disappear into the grass. From a distance, they look almost prehistoric, like something you might imagine darting across the steppe in a bygone epoch. Up close, they’re ecosystem engineers, spreading seeds that shape grassland health, and feed predators such as pumas and foxes that depend on them for survival.

These birds possess an unusual way of fertilizing the land, making them critical players and worth a heavy invesment in their rewilding. Unlike guanacos, which use fixed latrines (skat dropping areas) that concentrate nutrients in one spot, rheas are wanderers in every sense. As they roam, they drop seeds across the steppe in a steady scatter, with each pile of droppings carried further by rodents like tuco-tucos that burrow and churn the soil. This gives plants a chance to take root in Patagonia’s harsh winds. It’s a less prominent, yet highly fundamental cycle where rheas eat, move, fertilize, and in doing so, stitch the landscape together. Without them, the steppe would grow weaker and far less resilient.

Rheas, standing about three feet tall, are designed to vanish into Patagonia’s grasslands rather than dominate them. Rheas move almost like ghosts, disappearing into the landscape until you realize the ground itself was alive and moving all along. And yet here, in what should be one of their strongholds, rheas had nearly vanished.
Just a decade ago, a survey inside the park found fewer than 22 individuals left—a catastrophically low number for a bird so integral. The reasons were painfully manmade, as they often are when it comes to biodiversity loss like this. Decades of ranching, which ended here in 2008, had blanketed the valley in fences that trapped and killed rheas. Eggs were taken for food, chicks were chased down, and their range shrank until they were pushing just shy of a memory.

That’s where Emiliana Retamal, a young veterinarian turned wildlife ranger, comes into the conversation. She’s part of a small team with Rewilding Chile trying to bring rheas back to the Chacabuco steppe. The first thing she said upon meeting was to slow our movements, talk less, and to follow her lead when approaching these flightless wonders. We were off to the holding pens that served as a temporary home for both rhea adults and chicks, known here as charitos. Some of them were getting ready to be released into the wild, marking another historic moment for the rewilding team.
The following morning was all about getting things right. Rewilding Chile’s rhea initiative, called Ñandú Conservation and Recovery Programme, has been running since 2014. Ever since, the team has been incubating eggs, raising chicks, slowly reintroducing birds into the wild, all building toward a goal of restoring a self-sustaining population of at least 100 adults and at least four actively reproducing.

For Emiliana, release days are equal parts research, nerves, and a ton of hope. Each bird is carefully prepared, including mandatory health checks, parasite treatments, and a period of acclimatization inside open-air pens where they gain strength and learn to fend for themselves. The idea is not to domesticate them in any way, but rather, give them just enough of a head start to survive top predators, and Patagonia’s harsh winters once the pen gates swing open. Some are fitted with GPS collars—the first of their kind for monitoring rheas here—allowing the team to track their survival rates and see if they’re reproducing in the wild.
We were fortunate enough to witness this particular relase, which was a true milestone. Alongside captive-born birds, a group of 15 rheas had been translocated from Argentina for the first time. These wild individuals were specifically brought in to bolster genetics. These bird groups act quite differently, with the wild ones moving as a tighter group and demonstrating discomfort around people. That’s exactly what Emiliana wants, as the goal is to ensure the animals remember what it means to be wild or remain entirely wild to up their chances of survival.

When the moment finally came, the puesto (or field station) buzzed with controlled urgency. Emiliana and her patchwork team of rangers, vets, community leaders, and allies, moved with practiced rhythm, coaxing these powerful, awkward-looking birds into small wooden crates. These rheas were not tame, so asking them to willingly go into confinement requires a patient and steady hand. Every movement was about safety—maximizing calmness while minimizing stress, and avoiding injury for all.
Outside, a convoy of trucks rumbled to life while drones circled high above, ready to follow the release. Autumn had painted the surrounding forests in fire-reds, yellows and oranges. The air carried the kind of crispness that warned of winter’s approach. Bundled in layers, we set off across the park along a road that wound through valleys where iconic mountains dominated the horizon. The landscape begged us to stop and stare, but the mission pushed us forward. When we reached the release site, the cages were lifted down and arranged side by side. The team stood in a nervous silence. Everything was ready, so the countdown began.

On the count of three, the gates opened and the wranglers stepped back fast. For a heartbeat, not a single bird moved. Then, with a rush of feathers and legs, the rheas spilled out into the open, scattering across the grasslands like wind made visible. Some lingered, hesitating at the threshold. Others bolted in tight groups, vanishing into the tawny steppe. It certainly was not graceful, but it was emotional nonetheless. A species that had nearly disappeared from this place was running free, once again.
Releases like this may look simple. Open the gates, let the birds run, right? But the reality is far from it. Rewilding is hard work, and with rheas, it’s closer to brutal. In the wild, more than half of chicks don’t survive their first year. Eggs are eaten by predators or trampled by livestock, chicks are picked off by foxes, eagles, and pumas, and even curiosity can be fatal. Young birds often die from mistaking the wrong thing for food, like rocks or other inedible objects. And on top of that, the male birds are sometimes left caring for 50 chicks at once, making survival that much harder. Add to that the genetic bottleneck of starting with so few individuals in the wild, and every single bird that makes it into adulthood feels like a victory against impossible odds.

That’s why Emiliana and her team treat each rhea like an individual case study. Every release is followed by weeks of long days in the field monitoring and collecting data. Collars on individuals provide glimpses of survival, but much of the knowledge still comes from old-fashioned ranger work of tracking footprints across the steppe. Their job next will be to spot birds from a distance, asking local police and community members to report sightings to speed up the process.
And yet, for all the setbacks, the progress is undeniable for this team. From a ghost population of just 22 individuals to more than 70 now roaming the Chacabuco steppe, the recovery is indisputable. But numbers alone aren’t enough around here. Survival depends on genetics, and until recently, most of the birds released here had been hatched or raised in captivity. This means they were strong in body, but softer in instinct. This release however, was marking a turning point.

These 15 wild rheas translocated from Argentina to Puesto Ñandú—just a few kilometers from the border—arrived carrying what captive-bred birds could not: diverse DNA, sharper instincts, and that memory of how to live without the aid of humans. While borders divide people, they mean nothing to the animals who cross them freely. Rheas don’t recognize Chile or Argentina, but they recognize habitat. And if this recovery is to last, it will take both nations working together to protect the grasslands they share.
Even with the numbers trending upward, one of the biggest challenges is, of course, social. In nearby Cochrane, Emiliana is known casually as “the choique girl.” People are aware of the project, but they don’t always feel ownership of it. Many still see the park as something created by outsiders, disconnected from their lives. That gap is fundamental, and something the Rewilding Chile team, as well as its other collaborators including Quimán Reserve, CONAF (Chile’s National Forestry Corporation), SAG (Agriculture and Livestock Service) and Carabineros de Chile, are putting emphasis on. Rewilding efforts must be equally about saving species and building genuine relationships with communities or everything done in the field will not be effective.

Being in attendance on that release day, standing in the steppe as the cages opened and rheas burst back into a landscape that once nearly lost them, was something that will never escape our memory. The pride on the team’s faces, the outward relief after months of preparation, the sight of those birds vanishing into the golden grasslands, all felt triumphant.
As Emiliana reminded us, this is only the beginning. In the vastness of Patagonia National Park, surrounded by snow-capped ridges and rivers that once ran through sheep pastures, the work ahead is as immense as the landscape itself. Watching rheas roam free again was proof that rewilding means to restore the past, in addition to defining a new future, where ecosystems can someday thrive without our intervention.
Written by: Andi Cross
ABOUT THE AUTHOR

Andi Cross is an explorer, strategist, and extended range diver with Scuba Schools International and Scubapro, who leads Edges of Earth—a global expedition and consulting collective documenting resilience and climate solutions across the world’s most remote coastlines. Her work centers on “positive deviance”—spotlighting outliers succeeding against the odds—and using storytelling and strategy to help scale their impact.
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