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Bringing Cheetah Back to the Greater Luangwa Ecosystem: A Landmark Step for Conservation in Africa

Bringing Cheetah Back to the Greater Luangwa Ecosystem: A Landmark Step for Conservation in Africa

Bringing Cheetah Back to the Greater Luangwa Ecosystem: A Landmark Step for Conservation in Africa

By Olivia Sievert, manager of the EWT’s Cheetah Conservation Project

 

One of the first cheetahs released into Zambia's Greater Luangwa Ecosystem.

Before dawn breaks over Mbombela, a small team gathers in the winter cold. There is a quiet sense of anticipation as final preparations get underway. There is little conversation as everyone focuses on the task ahead. Veterinarians prepare darting equipment, tracking collars undergo final tests, and government officials organise permits and documentation.

For the people gathered here, this is more than a translocation. It is the culmination of over a decade of planning and collaboration aimed at returning cheetah to Zambia’s Greater Luangwa Ecosystem. Today, six Cheetah will begin a journey to restore a species to a landscape from which it has been absent for decades.

The reintroduction represents one of the most ambitious large carnivore restoration projects currently underway in Africa. Led by Zambia’s Department of National Parks and Wildlife (DNPW) and funded by Howard G. Buffett Foundation, the initiative brings together an exceptional coalition of partners, including the African Range Wide Cheetah Conservation Initiative under the Zoological Society of London, the North Luangwa Conservation Programme under the Frankfurt Zoological Society, the Zambian Carnivore Programme, Conservation South Luangwa, and the Endangered Wildlife Trust. Operating under the leadership of DNPW, planning and implementation have combined expertise in species recovery, carnivore ecology, protected area management, community engagement, and cheetah translocation.

Their efforts are focused on the Greater Luangwa Ecosystem, one of southern Africa’s most important remaining connected conservation landscapes. Spanning approximately seven million hectares, the ecosystem encompasses North and South Luangwa National Parks, Luambe National Park, Lukusuzi National Park, and surrounding Game Management Areas. The scale and ecological integrity of this landscape make it uniquely suited to supporting wide-ranging wildlife and provide a rare opportunity for cheetah restoration at a meaningful scale.

The reintroduction has only become possible because of more than four decades of conservation investment across the landscape. These efforts have restored wildlife populations, strengthened protected area management, and maintained connectivity between protected areas and surrounding Game Management Areas. As a result, populations of lions, African Wild Dogs and other large carnivores now thrive across the ecosystem. The return of Cheetahs will restore the final missing member of this historic carnivore guild. Although Cheetah persisted in the landscape until the late 1990s, the species disappeared. While the exact cause of their extirpation is unknown, it followed a combination of ecological pressures, including disease outbreaks and prolonged disturbance. Today, the nearest viable populations are too distant for natural recolonisation, making active reintroduction the only realistic pathway for their return.

The significance of this opportunity becomes even clearer when viewed against the broader conservation challenges facing Cheetah. Once widespread across Africa and parts of Asia, Cheetah have disappeared from much of their historical range. The last public estimates believe only about 6,500 mature individuals remain globally, and the species continues to decline, driven by habitat loss, declining prey populations, human-wildlife conflict, and illegal wildlife trade. As a result, Cheetah are currently listed as Vulnerable on the IUCN Red List.

Southern Africa remains the species’ most important stronghold, but even here populations are increasingly fragmented and isolated. As suitable habitat continues to shrink, opportunities to restore cheetah at a meaningful scale are becoming increasingly rare. The Greater Luangwa Ecosystem offers one of those opportunities.

As the first darts are administered, the countdown truly begins. Under the watchful eye of veterinarians and government officials, each Cheetah is carefully processed according to strict international requirements. Every individual is scanned to verify its unique identifying microchip, ensuring compliance with CITES regulations. Detailed health assessments are conducted, vaccines are administered, and satellite collars are fitted. Throughout the procedure, the animals receive supportive care, including oxygen and fluids, to ensure their well-being. Once all checks are complete, each Cheetah is carefully loaded into its transport crate and prepared for the next stage of the journey.

Conservation team conducting health checks on a cheetah before international translocation.

These six founding animals, comprising three males and three females, were carefully selected by the project team from South Africa’s managed Cheetah metapopulation. The Cheetah originated from Thanda Private Game Reserve, Manyoni Game Reserve, Nkomazi Game Reserve, and Dinokeng Game Reserve. Their selection was based on genetics, demographics, and familiarity with the prey species and competing predators they are likely to encounter in their new home. Together, these considerations were made to maximise the likelihood of establishing a healthy, self-sustaining breeding population in Zambia.

The source population itself represents an important conservation success story. Established in 2012, South Africa’s managed Cheetah metapopulation has grown by an average of 8.8% annually, making it one of the few growing Cheetah populations remaining anywhere in the world. This achievement is the result of more than a decade of collaboration between the EWT, private reserve owners, conservation practitioners, and provincial and national governments. Importantly, the success of the metapopulation means conservationists can move beyond simply preventing decline. Instead, they can utilise the population’s growth to source suitable Cheetah for restoration initiatives such as the Greater Luangwa reintroduction, helping restore the species to landscapes where it has been lost.

Following processing, the Cheetah are transported to Kruger Mpumalanga International Airport, where African Parks assists with the next leg of the operation using their Pilatus PC-12. From there, the animals are flown north to Mfuwe International Airport in Zambia. With the support of DNPW and CSL teams, the Cheetah are cleared for entry before continuing onward to a remote area of North Luangwa National Park.

The release site was selected following extensive habitat suitability modelling, prey assessments, and carnivore surveys. These studies identified the area as one of the most suitable locations within the ecosystem for re-establishing cheetah. The objective is not simply to release animals into the wild, but to provide them with the greatest possible opportunity to survive, reproduce, and ultimately establish territories across the wider landscape.

Upon arrival, all six Cheetah are safely offloaded into temporary holding enclosures. Here they spent several weeks acclimatising to the sights, sounds, and scents of their new environment before progressing through a carefully planned release process.

A key component of this reintroduction is a 2,000-hectare predator-proof sanctuary. The sanctuary has been specifically designed to help the Cheetah establish familiarity with the release area before entering the wider ecosystem. By temporarily concentrating animals within a defined space, it encourages interactions between males and females while promoting scent-marking and territory establishment. This is particularly important for males, whose scent-marking locations form a critical part of Cheetah social structure. By allowing these networks to develop before access to the broader landscape is provided, conservationists hope to improve settlement, breeding success, and long-term population establishment.

While the successful arrival of the first six Cheetah is significant, it marks only the beginning of a much longer conservation journey. Additional Cheetah are scheduled to join the founder population later this year, with a total of at least 18 individuals planned over the first two years of the programme. Every released individual will be monitored closely through satellite collars and dedicated field teams. These monitoring efforts will provide vital information on movement patterns, survival, behaviour, habitat use, and ecological interactions, allowing management approaches to be adapted as needed.

Importantly, success in a reintroduction project is measured in stages. The safe translocation of the Cheetah is the first milestone, but it is only the beginning. Their successful adaptation to the landscape is equally critical. The birth of the first litter will represent an encouraging sign that the population is establishing itself. However, the true measure of success will be the development of a self-sustaining population capable of persisting independently into the future. Ultimately, it is the survival and reproduction of second and third generations of cheetah born and raised entirely within the Luangwa landscape that will determine whether this vision has been realised.

For the EWT, this project reflects the organisation’s commitment to restoring threatened species and rebuilding ecological processes. It demonstrates how science-led conservation, long-term planning, and meaningful cross-border collaboration can reverse local extinctions and create new opportunities for species recovery. Equally important is the recognition that conservation success depends on people. Community engagement has been central to the project from its earliest planning stages, with consultations by the project leads taking place across the Munyamadzi Game Management Area and support secured from local leadership, including Chief Nabwalya.

The project has already generated significant employment opportunities in this remote area and forms part of wider efforts to strengthen local livelihoods through conservation-linked development initiatives. Human-wildlife coexistence remains a major focus of the project, although Cheetahs are generally considered a low-conflict carnivore that poses little threat to people.

The journey that began in the early morning darkness outside Mbombela is far from over. Yet with the successful arrival of the first six Cheetah and their release into the sanctuary, an exciting new chapter has begun. Across seven million hectares of wilderness, a species absent for decades has taken its first steps toward recovery. If successful, this ambitious undertaking will not only restore Cheetah to one of Africa’s most important conservation landscapes but also contribute meaningfully to securing the future of one of the continent’s most threatened large carnivores. More importantly, it will demonstrate what is possible when governments, conservation organisations, scientists, landowners, donors, and local communities work together towards a shared vision for wildlife recovery.

The project’s vision extends beyond restoring a single species. It aims to leave a lasting legacy of healthier ecosystems, strengthened conservation partnerships, improved opportunities for local communities, and a safer future for wildlife across the Greater Luangwa Ecosystem.

Six cheetahs being prepared for reintroduction into Zambia's Greater Luangwa Ecosystem.

This project is funded by the Howard G. Buffett Foundation. The Endangered Wildlife Trust’s cheetah conservation work is supported by the Ford Wildlife Foundation and MetroFibre.

DNA HAS ITS SAY:  COLOPHON BEETLE POPULATIONS MORE WIDESPREAD

DNA HAS ITS SAY: COLOPHON BEETLE POPULATIONS MORE WIDESPREAD

DNA HAS ITS SAY:  COLOPHON BEETLE POPULATIONS MORE WIDESPREAD

By Samantha Theron, Conservation Researcher at the EWT

 

Colophon nagai beetle fragments collected for DNA analysis

Left: Intact Colophon beetle remains found on the second survey. Center: Colophon fragments found on the third survey. Right: Live Colophon larvae found on the first survey.

Good news for a Critically Endangered Cape Stag Beetle: Recent DNA analyses of specimens from our high-altitude surveys of Cape Stag Beetles reveal that Nagai’s Cape Stag Beetle (Colophon nagai), is more widespread than we previously thought. This means that the threat of extinction may not be quite as imminent for this species as we had feared.

Over the past two years (2025 and 2026), the EWT’s Drylands Conservation team has conducted multiple field surveys across several mountain peaks in search of two species of Cape Stag Beetles (Colophon eastmani and C. nagaii) that are threatened by climate change, wildfires, and illegal collection. Cape Stag Beetles are high-altitude specialists and can serve as flagship species for high-altitude ecosystems, highlighting the challenges faced by organisms that have been driven upslope in response to changing environmental conditions. As climate change continues to alter these environments, mountaintop habitats – or “islands in the sky” – may shrink even further, increasing the risk of extinction for these high-altitude specialists. Furthermore, hotter, drier conditions resulting from climate change have resulted in an overall increase in the frequency and intensity of wildfires.

As soil dwellers, Colophon beetles are able, in some instances, to survive devastating fires. But, altered fire regimes, such as climate change- and human-induced changes in the frequency and intensity of fires, may pose significant threats to their existence.  This year, our project aimed to investigate the impact of altered fire regimes on Cape Stag Beetles, while extending our search for Colophon nagai eastwards from the historical site. Ultimately, our aim has been to improve fire management plans and response protocols to protect Colophon habitat by mitigating the threat of human-induced changes in fire regimes.

Our 2025 surveys revealed multiple new sites for Colophon eastmani, and we were able to update the distribution of the species and conduct a threat assessment for the IUCN Red List, listing this species as Endangered. However, for Colophon nagaii we found nothing but a few beetle remains at the historical site, also known as the type locality – the only location from which the species is known. Thus, we feared the species may already be extinct, with one plausible explanation being that a 2017 wildfire may have wiped out this population. We drafted the first IUCN Red List assessment for Colophon nagaii, listing it as Critically Endangered.

Last year, our surveys included two helicopter-assisted survey expeditions, in which Ross Air flew us to various previously unsurveyed and otherwise inaccessible mountain peaks to search for these beetles. We found the use of the helicopter extremely beneficial to the efficiency and feasibility of the surveys.  Thus the reason for ensuring the use of the helicopter again this year.

Cape Stag Beetle conservation survey on remote mountain peaks

The expedition team camped at the top of the mountain range.

We conducted three field surveys. The first was a five-day expedition, in which three members of our team went up in a helicopter, along with food and camping gear, and continued on foot to survey five mountain peaks along a 20km stretch of the mountain range throughout the five-day period. These peaks represented five of the eight peaks we had set out to survey this year. The helicopter further assisted with moving us and our camping gear to a new camping spot on the third day, collecting us again on the last day. During this trip, we found evidence of Colophon in the form of beetle remains/fragments at multiple sites, as well as live Colophon larvae at two sites, indicating that the population is still viable.

On the second survey, we visited two peaks, one of which represents the historical C. nagai site. We had aimed to visit this site in the beetle’s active season (November – March), as our previous survey did not take place during this period, which could explain why we had previously failed to detect recent signs of Colophon at the historical site. This time we found multiple Colophon beetle fragments, at least one of which was still perfectly intact and exposed on the surface of the ground. We suspect that we arrived just at the tail-end of the beetles’ active season, as we did not encounter any live beetles. We also found beetle fragments on the second peak, which is adjacent to the type locality and approximately 2 km further along the mountain range.

A third survey was conducted at the last of the eight peaks we had set out to survey this year. We had initially planned to survey this peak during the first helicopter-assisted survey, but were unable to due to poor weather conditions on the last day. This final survey also revealed evidence of Colophon presence in the form of beetle remains near the peak.

During this survey, we collected beetle fragments from two sites for genetic-based species identification. In addition, Colophon fragments that were collected last year, on a peak that lies roughly midway between the two species’ (C. nagai and C. eastmani) known distributions, and for which the species’ identity was unknown, were also genetically analysed for species identification.

The results revealed that the fragments from both sites to the east of the historical C. nagai site, as well as those from the unknown site to the west (midway between the two species), represent C. nagai. This is an indication that the species is in fact more widespread than we previously thought.

In May this year, we hosted a workshop in Montagu, inviting landowners and representatives of the local Fire Protection Agency to discuss Cape Stag Beetle conservation and stewardship options and assess fire management plans and response protocols.  Looking ahead, we will be distributing new fire management guidelines, specifically focussed on safeguarding key habitats for the species, to all relevant stakeholders. Two of the landowners have indicated their willingness to declare formal protection of Cape Stag Beetles on their properties, and we will be initiating these processes in due course. Protecting these remarkable and elusive insects and the habitats they depend on is essential, not only for their long-term survival, but also for advancing research on the impacts of climate change on species across the Karoo and Fynbos biomes.

The EWT thanks the Mohamed Bin Zayed Species Conservation Fund, Mapula Trust, Ross Air and the landowners for their support in this project.

The passion and insights of EWT Youth about conservation

The passion and insights of EWT Youth about conservation

The passion and insights of EWT Youth about conservation

 

June 16, 2026, marked the historic 50th anniversary of the 1976 Soweto Uprising.  This protest by youth was a defining moment in South Africa’s journey to democracy.  While older South Africans remember the events of 16 June, not all of today’s youth are aware of its significance.

At the Endangered Wildlife Trust, most of our youth work in the field as conservationists. These are young people who are actively involved in the protection of wildlife and ecosystems contributing to a sustainable future for people and planet.

For the EWT, youth are the future leaders and decision-makers.  They are the generation that will inherit environmental challenges, which means they need to be empowered to deal with long-term sustainability concerns. Conservation is not just about wildlife; it supports livelihoods, food security and community well-being.  Having youth in our pack brings innovation, creativity and, in some instances, a fresh look and infectious passion for a future, healthy world.

Kutlwano Mokgoro, a legal officer, shared that biodiversity is the very tapestry of Earth.  “A world without animals, water or clean air would resemble the bleak, lifeless future shown in WALL-E, where Earth has become an uninhabitable wasteland covered in waste and devoid of thriving ecosystems”.

In this edition of Conservation Matters, we bring you the views of four young people working in a variety of fields provide an insight into their work, the impact they have, and the future.

 

Young conservationists working in the field for the Endangered Wildlife Trust

Lindokuhle Mgwaba, field officer in the African Crane Conservation Programme

The thorn prickles, crunching, cracking, and crinkling cadence of Acacia pods prancing to the gambol of the hoofed wanderers. Phalanges dipped in mire reciting the language of the mud hoppers. The sky’s voice in anguish screams across the savanna, oh, the golo ghost of the night constantly amplifying the trauma. The blanket of consolation offered by the chorus rising in the branches and the dawn dusted in fire and glare sends the ghost to slumber. Spiritual trances traversing realms and amalgamating dialects of the earth and sky. My umbilical cord lies in the Dukuza of the thornveld.

Spiritual upbringing laid down the core principles of protecting and nourishing iMvelo. However, conservation and ecology interests were born of a range of factors: an inquisitive nature, passion, climate change, personal experiences, and sustainability. The main contributing factor is the awareness of a single reality: Spirituality and Indigenous systems were not going to survive as a single entity; they required input from multiple parties to directly and indirectly protect the very vessel on which the systems are reliant.

The younger generations are the tillers of hope in the land plagued by greed and overutilisation of natural resources. The contemporary youth are at risk of inheriting ǃGâi with a hostile climate, water scarcity, unproductive soils, biodiversity loss, polluted air, and food scarcity. Therefore, the call to action must come NOW! Earlier than any other generation before them.

Environmental awareness is the seed of all possibilities in achieving conservation goals. However, various studies have shown that it has a low success rate. That calls for a drastic change in how we view and approach awareness. It has become predictable, characterised by long PowerPoint presentations in closed doors. It is time to be more actionable, demonstrative methods, in practice lessons, maximise modern marketing strategies in the form of social media and gaming, sufficient support systems and inclusivity through integrating indigenous knowledge.

My role involves field tasks, data collection and management, wildlife and habitat monitoring, stakeholder engagement, and supporting conservation projects. These are very fulfilling tasks, but despite operational and logistical challenges associated with any role, the single most challenging aspect for me is the realisation that we are fighting a losing battle on so many fronts, definite extinctions on the horizon, immense pressure from multiple industries, volatile global political landscapes impacting funding routes, etc.

However, it’s not all doom and gloom; the role comes with exciting highlights, such as spending time in nature and observing wildlife, and most fundamentally, hearing how communities view conservation and the EWT from their perspective.

Endangered Wildlife Trust represents a platform that covers various biodiversity conservation key areas and community-based conservation.  This combination creates an interface of operating in species and habitat protection, productive agricultural systems, alleviating livelihoods, human wildlife coexistence, research, and education. These aspects are all in accordance with my values directed towards protecting indigenous systems and supporting revenues that promote sustainable productivity and improving the livelihoods of rural communities. Therefore, I would highly recommend working for the EWT on these grounds.

However, I fear that conservation careers are becoming largely unsustainable in the light of economic market fluctuations. Therefore, anyone coming in the sector needs a clear understanding of that fact and position themselves to be useful in multiple branches of the greenbelt.

 

Youth in conservation tracking vultures for wildlife research

Liam Taylor, field officer in the Birds of Prey Unit

Growing up, I always wanted to work in the bush with wildlife. Reading about Gus and Margie Mills studying hyenas in the Kalahari, or Bruce Bryden confronting poaching in the Kruger, fuelled my aspirations for this lifestyle. My passion for nature is intrinsic; it is not merely a component of my career, but rather the driving force behind everything I do and care about. A world without vultures circling overhead, the evening chorus of Scops Owls and bushbabies, or the sight of fresh leopard tracks in the morning sand would feel sterile, diminished, and contrary to how our natural world should be.

As a young conservationist, I admittedly enjoy the thrill. Whether walking through Big Five country to monitor raptor nests or flying low over remote wilderness in a small aircraft, no two days are ever the same. However, conservation is about far more than adventure. Some of the most rewarding moments come from rescuing wildlife affected by human activities and seeing those animals return to the wild. Watching the movements of a rehabilitated vulture with a GPS tracker, knowing that you played a role in giving that individual a second chance, is incredibly fulfilling.

I chose to work for the Endangered Wildlife Trust because of its long-standing reputation, proven conservation impact, and commitment to protecting species and ecosystems across Africa. The EWT provides opportunities for young conservationists to contribute meaningfully to real conservation outcomes. Through the organisation’s established relationships and credibility, I have been fortunate to work alongside reserve managers, wardens, ecologists, and veterinarians, despite having far fewer years of experience than many of them.

Entering the conservation sector was not easy. Opportunities within the NGO world are limited compared to many other professions, and breaking into the field required perseverance, continuous learning, and developing a broad range of skills. Conservation also comes with daily challenges, such as watching habitats or animals die without letting that destroy your zeal and drive or dealing with wildlife poisonings in the middle of the night. Yet these challenges make the successes all the more meaningful.

I would wholeheartedly recommend both conservation as a career and the EWT as an organisation. Conservation offers the opportunity to make a tangible difference while working in some of the most remarkable places on Earth. Working for the EWT has allowed me to contribute to meaningful conservation initiatives while continuously learning from dedicated professionals who share a common goal: ensuring that future generations inherit a world rich in wildlife and natural heritage. And honestly, doing something so fun for such a good cause, is just so awesome!

 

EWT youth conservation team protecting South Africa's wildlife

Kutlwano Mokgoro, legal officer in the Wildlife and Trade Unit

When people think about conservation, they often imagine scientists and rangers tracking wildlife in remote landscapes or researchers studying ecosystems. While these roles are essential, conservation requires many different abilities and professions. As a lawyer at the Endangered Wildlife Trust, I have found a way to meaningfully contribute to protecting South Africa’s natural heritage.

My decision to work for EWT was driven by a belief that environmental justice and social justice are deeply connected. Growing up as a black, young woman with a disability, I became aware of how unequal access to resources, opportunities, and healthy environments can shape people’s lives. I wanted to use my legal training to highlight some of these challenges while helping to protect biodiversity for future generations.

The law plays a crucial role in conservation. Environmental legislation provides the framework for protecting endangered species, regulating land use, combating wildlife crime, and ensuring that development takes place sustainably and responsibly. Without strong laws and effective enforcement, conservation efforts are undermined by illegal activities such as poaching, habitat destruction, and pollution.

As a lawyer, I help interpret legislation, support policy development, and ensure that conservation initiatives comply with legal requirements. In many ways, the law serves as one of conservation’s most important tools. Working at the EWT has shown me that conservation is not only about animals and ecosystems; it is also about people. Effective conservation requires collaboration between scientists, lawyers, economists, teachers, communicators, and community leaders. My role allows me to bridge legal processes and conservation goals, helping to create practical approaches that benefit both nature and society.

As someone from a background that is often underrepresented in the environmental sector, I am particularly passionate about increasing diversity in conservation. Representation matters. When young people see professionals who look like them and share similar experiences, they are more likely to believe that they too can make a difference. Being a black woman with a disability has given me a unique perspective on meaningful inclusion and participation, resilience, and the importance of ensuring that all voices are heard in decision-making processes.

I would love to see more young black people from different fields become involved in environmental issues. No matter the profession, there is a place for you in conservation. The environmental challenges we face today are complex and require multidisciplinary solutions. Protecting our planet is a collective effort and we must all answer the call.

My experience at EWT has reinforced my belief that everyone has something valuable to contribute. By bringing together diverse skills, perspectives, and lived experiences, we can build a stronger and more inclusive conservation movement for South Africa and beyond.

 

Field officer collecting wildlife monitoring data

Nonkululeko Makobong,  field officer in the Carnivore Conservation and Birds of Prey Units

My name is Nonkululeko Makobong, better known as Nonku, and I am a conservationist. Conservation is important to me because it helps protect the incredible wildlife and natural ecosystems that support life on Earth. Every species plays a role in maintaining healthy environments, and it is our responsibility to ensure that future generations can experience and benefit from nature just as we do today.

Youth Day reminds me of the courage and sacrifice of the young people on 16 June 1976. To me, it is not only a day of remembrance, but also a reminder that young people have the power to influence change in their communities and in the country. As a young conservationist, I see Youth Day as a reminder that creating positive change is not limited to politics. Contributing to wildlife conservation, environmental education, and protecting South Africa’s natural heritage is another way of serving my country.

Environmental awareness is especially important for young people because they will inherit the challenges facing our planet, including climate change, habitat loss, and biodiversity decline. By educating younger generations, we can inspire them to become responsible stewards of the environment and empower them to make sustainable choices.

My work as a Field Officer for the Carnivore Conservation Unit and the Birds of Prey Unit  involves monitoring wildlife, collecting field data, assisting with research projects, responding to conservation challenges, and supporting efforts to protect threatened species.

One of the biggest challenges in my daily work is balancing the needs of wildlife conservation with human activities. Working in remote areas, dealing with unpredictable weather, and tracking dangerous animals can also be demanding.

The job comes with many exciting adventures. I have participated in wildlife captures and relocations, tracked large carnivores in the field, and assisted with vulture conservation projects. Some of the more nerve-racking moments have included working close to lions and other dangerous wildlife, where safety and teamwork are essential.

I would highly recommend a career in conservation and working for the Endangered Wildlife Trust (EWT). Conservation offers the opportunity to make a real difference for wildlife and ecosystems while continuously learning and experiencing new challenges. Working for the EWT is particularly rewarding because it brings together passionate people dedicated to protecting South Africa’s biodiversity and creating a future where people and wildlife can coexist.

 

Young conservationists protecting endangered species

Lesego Mthethwa, field officer in the Canine Conservation Unit

For me, conservation has always been more than protecting wildlife – it is about protecting people, livelihoods, and our shared future.

I grew up with strong ties to Acornhoek, where my mother’s family relied on crops and livestock for both food and income. From an early age, I learned that caring for the environment is essential, because healthy ecosystems support healthy communities. When our environment thrives, so do our crops, livestock, and people.

This understanding shaped my passion for conservation and reinforced the importance of environmental awareness among younger generations. Young people will inherit the responsibility of protecting our natural heritage, and by connecting them to nature, we empower them to become informed decision-makers and future conservation leaders.

Today, I work as a Field Officer in the Carnivore Conservation Unit at the Endangered Wildlife Trust (EWT). While my primary focus is lion conservation, my role has expanded to include community engagement and environmental education. I also work with CSA Scouts as an Assistant Scout Leader, where I help deliver the Carnivore Culture curriculum to inspire young people to value wildlife and understand the importance of conservation.

Like many women in conservation, I face challenges every day. Being a young Black woman in a male-dominated field means I am often underestimated because of my age, size, or gender. There are times when I feel I have to work twice as hard to prove myself. However, these experiences have strengthened my determination to create space for more young women in conservation and show others that they belong in this field.

Despite the challenges, the rewards are extraordinary.

One of the proudest moments of my career was collaring my first lion in Kruger National Park. Having grown up visiting the Kruger, it was a surreal experience to move from admiring these animals as a child to actively contributing to their protection.

Another unforgettable experience came during a follow-up monitoring for that same male lion. Accompanied by two rangers, we lost the tracking signal and unexpectedly came face-to-face with the lion and his brother. For what felt like the longest ten seconds of my life, we stood eye-to-eye with the two males, unsure of what would happen next. Thankfully, they ran off, leaving us with an incredible story and an unexpected visual sighting.

I would wholeheartedly recommend conservation as a career. It brings you closer to your identity, your culture, and your environment while teaching you resilience, adaptability, and purpose.

Working for the EWT has been a dream come true. I first discovered the organisation on social media in 2017 and immediately fell in love with its work. Joining the EWT in 2024 as the first Black woman in the Carnivore Conservation Unit was both exciting and overwhelming. Although I had limited experience straight out of university, the EWT invested in my growth and gave me opportunities to succeed.

Through their support, I completed my Track and Trails course, and at just 25-years-old, I will be hosting my first girls’ empowerment camp for young women in the communities where I work.

For me, conservation is not just a career—it is a calling. It is about protecting wildlife, empowering communities, and inspiring the next generation to become custodians of our natural world.

Pollination is the story of ancient partnerships between insects and plants

Pollination is the story of ancient partnerships between insects and plants

Pollination is the story of ancient partnerships between insects and plants

By Renier Basson, senior field officer, Drylands Strategic Conservation Landscape

 

Native pollinators in South Africa visiting indigenous flowers

Left: Red Disa butterfly. Photo by Roy Glasspool. Right: Red Shaggy Monkey Beetle (Anisonyx militaris) pollinating a daisy in the Tankwa Karoo. Photo by Cecile Roux.

Interactions between plants and insects have evolved over the past 100 million years, resulting in the most fascinating and bizarre adaptations by both parties.

Across South Africa, these intricate relationships play out every day, often unnoticed beneath our feet or high above our heads. From beetles crawling through ancient flowers to flies carrying pollen between mountain peaks, pollination is one of nature’s most important ecological processes and underpins the survival of countless plant and animal species.

When most people think of pollination, they immediately picture the honeybee. While honeybees are undoubtedly important pollinators and contribute significantly to agriculture, they represent only a small fraction of the diversity of pollinating insects. Focusing solely on honeybee’s risks overlooking the thousands of native pollinator species that sustain South Africa’s remarkable biodiversity.

Pollination occurs when pollen is transferred from the male part of a flower to the female part, allowing fertilisation and seed production. While wind and water can move pollen in some plant species, insects are responsible for 70% of pollination events in South Africa’s flowering plants. Without pollinators, many of our wildflowers, fruit-bearing plants and agricultural crops would struggle to reproduce.

South Africa is renowned as one of the world’s biodiversity hotspots, particularly within the Cape Floristic Region. This extraordinary plant diversity is matched by an equally impressive diversity of pollinators. Bees, flies, beetles, butterflies, moths, wasps, ants, and even some insects not traditionally associated with pollination, all contribute to the movement of pollen between flowers.

Among the most fascinating examples of specialised pollination are the oil-collecting bees of the genus Rediviva. Found only in southern Africa, these remarkable bees have evolved an extraordinary relationship with flowers that produce oils rather than nectar. Female Rediviva bees use specially adapted hairs on their legs to collect floral oils, which are used to feed their larvae and line their nests. Some species possess exceptionally long front legs that perfectly match the long floral spurs of their host plants. The flowers, in turn, have evolved spur lengths that correspond closely with the leg lengths of their pollinators. This evolutionary “arms race” has produced one of the most striking examples of co-evolution anywhere in the world.

Left: Female Oil-collecting bee (Rediviva emdeom), showing the unusally long front legs. Photo by Simon van Noort (WaspWeb). Right: Glittering Monkey Beetle (Anisonyx ditus) on a Peacock Flower (Pauridia capensis). Photo by Cecile Roux.

Equally fascinating are South Africa’s long-proboscid flies in the familiy Nemestrinidae. Species such as the Mega-proboscid Tangle-veined Fly (Moegistorhynchus longirostris) possess mouthparts that are four times the length of their bodies! These flies visit flowers with extremely long nectar tubes that few other insects can access. As they feed, pollen is deposited onto specific parts of their bodies, ensuring effective pollination. Some of these plant-pollinator relationships are so specialised that the disappearance of either the plant or the fly could threaten the survival of the other.

Long-proboscid fly pollinating a tubular flower in the Cape Floristic Region

Left: A Mega-proboscid Tangle-veined Fly (Moegistorhynchus longirostris) drinking nectar from aStorksbill flower (Pelargonium sp.) Photo by Louis van Wyk. Right: Spider Monkey Beetle (Lepithrix pseudolineata) on a daisy on the West Coast. Photo by Cecile Roux.

Beetles are among the oldest pollinators on Earth and continue to play a significant role today. Before bees became dominant pollinators, many flowering plants relied on beetles for pollen transfer. Beetle-pollinated flowers are often large, robust and strongly scented, producing abundant pollen as a reward. South Africa’s proteas, water lilies and various succulent species all benefit from beetle visitation. Although beetles may appear clumsy compared to bees, their contribution to pollination should not be underestimated. One of the most important groups of pollinating beetles are the Monkey Beetles (Scarabaeidae: Hopliinae). With over 1000 species in South Africa, these small scarabs pollinate a wide range of flowers, especially daisies, mainly in the arid and semi-arid regions of the country.

Butterflies and moths also contribute significantly to pollination. Butterflies are generally active during the day, while many moths take over the night shift. Their long proboscides allow them to access nectar deep within tubular flowers. Several South African plants produce pale, strongly scented flowers that open at night specifically to attract moth pollinators. Most plants with red flowers are pollinated by birds, but the Table Mountain Beauty Butterfly (Aeropethes tulbaghia), however, is the only pollinator known to pollinate the Red Disa (Disa uniflora).

Diverse native pollinators supporting biodiversity in South Africa

Left: Shaggy Monkey Beetle (Anisonyx species) on a daisy. Photo by Cecile Roux. Right: Table Mounain Beauty (Aeropetes tulbaghia).

Wasps, often feared for their stings, are also valuable pollinators. Many species visit flowers regularly for nectar and inadvertently transfer pollen as they move between plants. Some orchids have evolved astonishing methods of attracting male wasps by mimicking the scent and appearance of female insects, tricking the males into attempting to mate with the flower and thereby transferring pollen.

World Pollinator Week in June provided an opportunity not only to celebrate pollinators, but also to reconsider which species deserve our attention. Honeybees have become the flagship species for pollinator conservation, yet many native pollinators face far greater threats while receiving far less recognition. Native bees, flies, beetles and other insects often have specialised relationships with indigenous plants that honeybees cannot replace. If these native pollinators disappear, entire ecological networks may unravel.

Habitat loss, pesticide use, invasive species and climate change are placing increasing pressure on pollinator populations. Conserving natural habitats, planting indigenous flowering plants and reducing unnecessary pesticide use can all help support pollinator communities. Importantly, conservation efforts should aim to protect the full diversity of pollinators rather than focusing exclusively on a single species.

The story of pollination in South Africa is far richer and more complex than the familiar image of a honeybee visiting a flower. It is a story of ancient partnerships, extraordinary adaptations and intricate ecological connections that have developed over millions of years.

EVERY COUNT MATTERS: South African Crane Census

EVERY COUNT MATTERS: South African Crane Census

EVERY COUNT MATTERS: South African Crane Census

By Lara Fuller, Drakensberg Project manager, African Crane Conservation Programme

 

Endangered Wildlife Trust crane conservation fieldwork

The Endangered Wildlife Trust (EWT) and International Crane Foundation (ICF) partnership has been working on crane conservation alongside key partners such as Ezemvelo KwaZulu-Natal Wildlife, the KwaZulu-Natal Crane Foundation, and Eskom for the past 30 years. These collaborations have resulted in significant advances in crane conservation across South Africa.

Between 1998 and 2006, a National Crane Census was conducted annually to estimate population sizes and monitor the distribution of the three crane species: Blue, Wattled, and Grey Crowned Cranes. This valuable data was collected by South African citizens, demonstrating the power of public participation in conservation.

Now, after two decades, we are restarting the Crane Census, using modern technology – in this instance WhatsApp – to make it easier than ever for people across the country to participate.

We are calling on all South Africans to assist us in this important Citizen Science initiative. It is vital that we verify whether observed increases and declines in crane populations are accurate. By working together, we can better understand these trends and contribute to meaningful conservation action.

Each crane species has unique ecological requirements, and expanding our understanding of these needs is essential for their long-term survival.

Wattled Crane

In 2025, the Wattled Crane in South Africa was downlisted from Critically Endangered to Endangered, with an estimated population of approximately 288 individuals, primarily in KwaZulu-Natal. This represents a significant conservation success.

However, this population remains critically small, and the increase has been largely confined to KwaZulu-Natal. In Mpumalanga, the breeding population has declined dramatically from 45 pairs in the 1990s to just 4 pairs in 2025.

Understanding the current distribution of Wattled Cranes across South Africa is essential to ensure continued conservation success and to support future range expansion. The South African Crane Census will play a key role in identifying populations outside of KwaZulu-Natal.

Grey Crowned Crane

The Grey Crowned Crane population in South Africa is currently considered stable, with an estimated 7,000 individuals, although the species remains classified as Endangered.

Notably, South Africa hosts the only population in Africa that is not in decline. Annual aerial surveys conducted in KwaZulu-Natal show steady population growth. However, outside of this province, very little is known. Existing data suggests that declines may be occurring elsewhere in the country.

The Crane Census will help determine whether these suspected declines are real and where conservation efforts should be focused.

Blue Crane (South Africa’s National Bird)

The Blue Crane, South Africa’s national bird, has unfortunately been uplisted to Vulnerable due to population declines in the Western Cape and potentially in the Karoo.

The current population is estimated at approximately 30,000 individuals, reflecting a 39% decline since 2010. As this species is endemic to South Africa, its global survival depends entirely on conservation efforts within the country.

There is also evidence that the Blue Crane’s range is shifting northwards from the Western Cape and westwards in the Karoo, highlighting the need to better understand how this species is adapting to changing landscapes.

The Crane Census will provide critical insights into current distribution patterns and habitat use.

Mapping crane range shifts in South Africa

Collaborative crane conservation research partnerships
Looking beyond the poacher: Are South Africa’s courts recognising the true nature of wildlife crime?

Looking beyond the poacher: Are South Africa’s courts recognising the true nature of wildlife crime?

Looking beyond the poacher: Are South Africa’s courts recognising the true nature of wildlife crime?

By Lindy Thompson, Research and Monitoring Coordinator, Birds of Prey Unit

 

Illegal wildlife trade investigation and prosecution

When we think about wildlife crime, we often picture individual poachers operating alone. But a new study suggests that the reality is far more complex, and that South Africa’s courts may not always be recognising the full picture.

The study, entitled “Missed signals? Are South African high courts undervaluing corruption risks and syndicate involvement in wildlife crime?” published by the British Journal of Criminology delves into this question by examining decisions by South African courts in wildlife crime-related cases.

The report highlights the importance of green and conservation criminology frameworks for addressing the complexity of environmental harms, their perpetrators and societal consequences. Both are grounded in the concept of harm, which includes illegal wildlife trade (IWT).

Researchers examined 61 illegal wildlife trade cases heard by South Africa’s High Courts and Supreme Court of Appeal between 2000 and 2024. Their goal was to understand whether judges considered the roles of organised crime and corruption when dealing with wildlife trafficking cases.

The cases involved a variety of threatened species, including cheetah, lion, Temminck’s pangolin, elephants and vultures, but abalone and rhinos dominated the records. Surprisingly, despite the widespread recognition that criminal syndicates play a major role in wildlife trafficking, fewer than half of the cases even mentioned organised crime. Of those that did, judges formally confirmed syndicate involvement in only six cases.

This finding was particularly striking for rhino-related cases. Previous research has repeatedly shown that rhino horn trafficking is often linked to sophisticated criminal networks, yet many rhino cases reviewed in the study were not analysed through an organised crime lens.

The researchers also looked for signs of corruption. Although no case included formal corruption charges, almost one-third contained indicators that corruption may have played a role. These warning signs included the involvement of public officials, members of the wildlife industry, questionable permits and documents, and the misuse of public resources.

The study highlights an important gap between what conservation scientists know about wildlife crime and how these crimes are handled within the justice system. While stronger legislation has been introduced internationally to combat wildlife trafficking, the authors argue that laws alone are not enough. Effective investigations, improved prosecution strategies and greater awareness of the organised nature of wildlife crime are equally important.

The findings also remind us that conservation is about more than protecting species in the field. Success depends on the strength of institutions, law enforcement and judicial systems that hold offenders accountable.

By examining what happens after an arrest is made, this research provides valuable insights into an often-overlooked part of conservation. Understanding how courts respond to wildlife crime could help ensure that the scale and complexity of these offences are properly recognised, and ultimately improve protection for South Africa’s wildlife.

The article can be accessed here: https://doi.org/10.1093/bjc/azag050

Planning for Flight Paths: Bird Monitoring at Energy Infrastructure

Planning for Flight Paths: Bird Monitoring at Energy Infrastructure

Focus on Wildlife in Nature

As Africa’s energy needs increase, and the continent embraces the growth and implementation of green energy, a number of innovative methods have had to be developed to reduce the negative interactions between wildlife and infrastructure.

The Endangered Wildlife Trust’s Wildlife and Infrastructure  Unit, has developed numerous innovative methods to reduce these interactions, work to positively influence utilities’ wildlife management policies, and ultimately phase out problematic processes and hardware. Through adaptive management and the development of pioneering and innovative techniques, South Africa is now recognised as a world leader in managing the burden of wildlife damage on electrical infrastructure while addressing the threats to wildlife.

This article is the first in a series of three about the work being done by the EWT to mitigate the effect of power lines on wildlife, particular birds.

 

Planning for Flight Paths: Bird Monitoring at Energy Infrastructure

By the Wildlife and Infrastructure team

 

Raptors interacting with electrical infrastructure in open landscapes

Before a single wind turbine or power line is built in South Africa, there is a crucial window in the pre-construction process to prevent bird mortalities.  This ranges from infrastructure design to mitigation measures, such as the installation of devices on power lines to reduce bird collisions. 

Among the measures incorporated in South Africa’s renewable energy expansion us ensuring that infrastructure is designed with biodiversity in mind. At the heart of this approach is pre-construction monitoring, which informs infrastructure design based on how birds use the landscape, rather than treating it as a simple regulatory requirement.

This article explains the pre-construction process, the relevant regulatory framework, and the field surveys used to map bird activity. It also explores how these insights are translated into practical design changes that minimise collision risks and protect vulnerable species.

BirdLife South Africa states in its 2025 review that of the 2,444 unique bird fatality incidents recorded at 33 Wind Energy Facilities, losses were attributed turbine collisions, power lines and other impacts. These incidents involved 202 species, of which 198 were recorded as turbine collisions.

Understanding how pre-construction monitoring and regulatory pathways shape infrastructure design is critical to preventing these losses. Notable Species of Conservation Concern include the Cape Vulture, White-backed Vulture, Verreaux’s Eagle, Martial Eagle, Black Harrier, Secretary Bird, Blue Crane, Greater Flamingo, Lesser Flamingo, Denham’s Bustard and Ludwig Bustard.

Understanding the Environmental Impact Assessment process

Wind Energy Facilities (WEF) and overhead power lines (both transmission and distribution voltage) pose collision and electrocution risks to birds.  All follow different regulatory pathways depending on project scale and environmental sensitivity.

Energy projects may require an Environmental Impact Assessment (EIA) before construction is authorised. This depends on the threshold triggered. An EIA evaluates environmental, social and economic effects through screening, scoping, baseline studies and impact assessments, using surveys and models. The findings are compiled in a report, reviewed by the public, specialists and regulators, and may be approved with conditions or declined.

Approved projects then follow an Environmental Management Programme (EMPr), a legally-binding process that dictates how a project is managed. For wind energy facilities, operational avifaunal monitoring is a standard condition of an Environmental Authorisation (EA), ensuring bird collision risks are tracked and mitigated adaptively. For transmission power lines, monitoring requirements vary based on route sensitivity and specialist recommendations, though incident reporting is typically required. Distribution lines approved through registration for exclusion, however, face no such operational oversight — a regulatory gap explored later in this article.

Desktop screening

Desktop screening begins with the Department of Forestry, Fisheries and the Environment’s Environmental Screening Tool (https://screening.environment.gov.za/screeningtool/#/pages/welcome), which assesses avifaunal sensitivity and determines whether projects require a full EIA. Distribution lines in low- to medium-sensitivity areas can proceed through registration for exclusion. Avifaunal specialists then review spatial data on raptor nests, vulture colonies, Important Bird Biodiversity Areas, collision hotspots and migration routes. This identifies where development may harm key species. For wind farms, this flags priority species and thermal lift zones. For power lines, it maps wetland crossings, bustard corridors and raptor breeding areas.

Pre-construction surveys

For wind energy facilities, once risks have been identified to avifauna during the screening process, 12-month pre-construction surveys are legally required as a standard EA condition. This extended monitoring ensures breeding seasons, migration pulses and seasonal weather patterns are captured, requiring observation across all four seasons. Surveys record species presence, migration and breeding, noting flight heights and behaviours, such as whether vultures soar at turbine-elevated heights or eagles hunt near the ground. This data informs collision-risk models that predict turbine threats.

Power line pre-construction surveys follow a different approach. Rather than continuous monthly monitoring, specialists conduct seasonal site visits (typically 2 – 4 surveys across seasons) focused on documenting raptor nests, identifying perching structures, mapping bustard and flamingo flight corridors, and assessing electrocution and collision risks at specific high-risk spans. Distribution lines approved through registration for exclusion require only desktop assessment and site verification, with no extended seasonal monitoring. This is a regulatory gap that means seasonal flight patterns may go undetected until mortalities occur.

Design changes that work

Turbine layouts are redrawn based on survey results. Verreaux’s Eagle nests earn buffer zones of at least 3.7 kilometres, the minimum distance recommended in BirdLife South Africa’s guidelines, though actual fatalities have occurred up to 7.5 kilometres from known nests. Areas where Cape Vultures soar become no-go zones, regardless of wind resource. Collision risk modelling identifies high-risk positions, which are relocated or removed. Turbines are micro-sited to avoid hotspots such as ridge edges or thermal lift zones. Environmental Authorisation conditions require these changes before construction, making bird protection legally binding.

Power line routes avoid bustard and flamingo corridors, wetlands and raptor breeding areas. Engineers specify raptor-safe poles/tower designs, with adequate separation between energised and grounded components to prevent electrocution.  Poles in raptor perching areas are insulated, and bird flight diverters mark high-risk are used where routing cannot eliminate collisions. Within wind farms, underground medium-voltage collector lines are increasingly standard practice, avoiding the electrocution trap of overhead networks. In the Northern Cape, two wind farms were installed with over-head collector lines. Over five years, these lines killed 12 Verreaux’s Eagles and three Martial Eagles through electrocution, a design flaw newer projects have corrected. For high-voltage transmission lines, however, underground cabling remains expensive, leaving mitigation reliant on routing, insulation and diverters rather than burial. These design changes prevent mortalities we will never see, the birds that would have died, but were not counted. When routes avoid wetlands, cranes and flamingos will not collide with wires. When poles are designed correctly and/or insulated, raptors will not be electrocuted.

The distribution line blind spot

“Registration for exclusion” is a streamlined National Environmental Management Act (NEMA) pathway that allows certain listed activities in low- to medium-sensitivity areas to proceed without full Competent Authority review. For distribution power lines (typically below 132kV, including municipal and Eskom Distribution infrastructure), this means projects can self-certify compliance rather than having to obtain an EA with enforceable conditions. Transmission lines (132kV and above) are excluded from this pathway and must follow full EA processes regardless of sensitivity.

While the exclusion route requires upfront specialist assessment, site verification and public participation, no operational monitoring is mandated. Distribution lines need not report bird collisions, audit mitigation effectiveness, or adapt when initial predictions prove inadequate. Critically, collector lines within wind farms undergo full EIA scrutiny of pole design, insulation and routing, while Eskom and municipal distribution lines below 132 kV bypass this oversight entirely through exclusion. Mitigation measures are not enforceable, leaving implementation to the utility’s discretion. The critical gap is that infrastructure can create risks that desktop assessments never anticipated. Poles provide perching opportunities in open landscapes, attracting raptors and corvids to areas previously flagged as low risk. Without operational monitoring, these emergent threats go undetected until mortalities accumulate.

Bird mortalities continue to occur on distribution lines below 132kV, with raptors electrocuted on poles and bustards and flamingos colliding with unmarked spans. Without operational monitoring requirements, these impacts go undocumented and unaddressed. The ongoing oversight that characterises full EAs disappears once construction begins, leaving responsibility with utilities, but no legal obligations to mitigate. This is particularly problematic for lines crossing seasonal flight paths, where post-construction bird use may differ dramatically from desktop predictions.

The Prevention Principle

The best collision is the one that never happens. Pre-construction monitoring embodies this prevention principle—design infrastructure that coexists with birds instead of threatening their survival. Yet when infrastructure proceeds through registration for exclusion, we gamble with species that cannot afford losses: Cape Vultures whose populations are declining, Verreaux’s Eagles rearing chicks near future collision zones and bustards crossing landscapes where unmarked wires cause mortalities. Smart planning is not red tape; it’s the difference between infrastructure designed around birds and infrastructure built blind to consequences.

Where full Environmental Authorisations require operational monitoring, systematic tracking reveals whether predictions prove accurate and mitigation works as intended. Sometimes monitoring uncovers surprises – species more vulnerable than anticipated or seasonal patterns missed in desktop assessments.

Article 2 explores how this adaptive management deploys targeted interventions that prevent mortalities. These safeguards apply where full EA processes are in place. For excluded infrastructure, birds pay the price of our regulatory blind spot.

 

Further reading

South Africa’s Threatened Species XI: A World Cup Starting Lineup You Can’t Afford to Lose

South Africa’s Threatened Species XI: A World Cup Starting Lineup You Can’t Afford to Lose

The Soccer World Cup

South Africa’s Threatened Species XI: A World Cup Starting Lineup You Can’t Afford to Lose

 

Formation: 4-4-2 | Manager: Mother Nature | Status: Urgently needs your support

Announcer:  Oliver Cowan, Conservation and Data Scientist (and keen Bafana Bafana supporter)

The FIFA World Cup has given us no shortage of dream teams, fantasy XIs, and heated debates about who deserves to wear the shirt. But, as football fever grips the globe, we’d like to propose a starting lineup that makes the Messi vs Ronaldo  debate look trivial by comparison (it’s Messi, by the way). This is South Africa’s Threatened Species XI - eleven species that represent some of the most extraordinary wildlife on the planet, all of them fighting for survival against a very unforgiving opposition.

All eleven feature on South Africa’s Regional Red List of Threatened Species. The squad includes one Critically Endangered, seven Endangered, and two Vulnerable players, and is captained by one lion-hearted wildcard who leads the team by example. The bad news? Unlike a football team, there are no substitutes waiting in the wings; however, with your support the Endangered Wildlife Trust is actively working towards safeguarding their futures.

The Lineup 

South Africa threatened species XI conservation football lineup concept

Goalkeeper: Samango Monkey (Cercopithecus albogularis schwarzi) - Endangered

Every great team needs a goalkeeper who makes the impossible look routine, and the Samango Monkey delivers in spades. Five effective limbs - four plus a tail a third of its total body length - give this forest-dwelling primate a range and agility that makes the goal look very, very small from the opposition’s perspective. A communicator of rare skill, the Samango reads danger before anyone else sees it coming and lets the whole team know about it loudly. The team clown between the sticks, and absolutely indispensable.

Right Back: African Wild Dog (Lycaon pictus) - Endangered

Energy. Loyalty. An 80% hunt success rate that puts every other predator on the continent to shame. The African Wild Dog is the perfect right back: relentless in covering ground, utterly committed to the team cause, and possessed of a work rate that simply does not stop. Painted Wolves, as they are also known, are Africa’s second most endangered carnivore, having disappeared from 25 of the 39 countries they once roamed. Fewer than 1,400 breeding individuals remain. The EWT’s own African Wild Dog programme has secured over 1.5 million hectares of safe space for the species across southern Africa - proof that conservation investment pays dividends.

Centre Back (Captain): Lion (Panthera leo melanochaita) – Least Concern (SA) / Vulnerable (global)

Not every captain needs to be the most embattled player in the dressing room. Sometimes the armband belongs to the one who has been to the brink and come back – the one who knows what the fight costs and what it looks like to win it. South Africa’s Lion population, decimated by hunting and habitat loss through the 19th and 20th centuries, has been managed so effectively that it now stands at around 2,007 mature wild individuals and is classified as Least Concern on South Africa’s Regional Red List of Threatened Species. That is a conservation achievement of genuine significance, and it earns the Lion its captaincy.

But the captain does not let the team forget the wider picture. Globally, the Southern Lion (P. l. melanochaita) is Vulnerable, its range having contracted by 33% over three generations. Emerging threats – the lion bone trade, poaching, retaliatory killing – require continued vigilance. This is not a species that has been saved. It is a species that is being saved, one protected area and one community engagement at a time. The armband is a reminder of both how far we have come and how much further there is to go.

Wildlife conservation storytelling Red List species South Africa

Centre Back: Secretary Bird (Sagittarius serpentarius) - Endangered

The Secretary Bird strides the pitch on impossibly long legs with an authority that brooks no dissent, organising the defensive line with quiet, imperious calm. But cross it, and you discover that those elegant legs can deliver a stomp carrying up to 195 Newtons of force - enough to kill a cobra in a single strike. Uplisted from Vulnerable to Endangered in the 2025 BirdLife South Africa Red Data Book, this iconic raptor is declining across its range.

Left Back: African Penguin (Spheniscus demersus) - Endangered (regional) / Critically Endangered (global)

The most stylish player on the pitch, and that tuxedo is absolutely non-negotiable. What the African Penguin offers beyond impeccable dress sense is surprising toughness - capable of swimming at 20 km/h and covering enormous distances in pursuit of sardines and anchovies. Regionally Endangered in South Africa thanks to focused local conservation efforts, but uplisted to Critically Endangered globally by the IUCN in October 2024, with fewer than 10,000 breeding pairs remaining. A landmark High Court ruling in March 2025 secured 10-year fishing exclusion zones around six key breeding colonies. A rare piece of good news for a species that badly needed it.

Defensive Midfielder: Lappet-faced Vulture (Torgos tracheliotos) - Critically Endangered (SA) / Endangered (global)

Every great team has a player who does the jobs nobody else wants. The Lappet-faced Vulture is Africa’s largest vulture and the enforcer of this midfield - cleaning up, breaking up play, and doing the filthy, essential work that keeps the whole ecosystem functioning. There is no glamour in what it does. There is also no team without it. Uplisted to Critically Endangered in the 2025 BirdLife South Africa Red Data Book, decimated by poisoning, collisions with energy infrastructure, and habitat loss. Vultures are irreplaceable. So is this player.

Cheetah sprinting in open grassland, Leopard resting in tree branch habitat

Centre Midfielder: Leopard (Panthera pardus) - Vulnerable

The maverick you simply cannot drop, no matter how many team meetings he skips. Famously solitary - don’t expect him at the post-match dinner - but the quality on the ball is undeniable. The Leopard is the most adaptable of the big cats, equally at home in dense bush, open savanna, rocky koppies, or suburban fringes; day or night; alone or outgunned. Regionally Vulnerable, with 68% of suitable habitat falling outside protected areas and ongoing pressure from retaliatory killing and illegal harvest for cultural regalia.

Right Wing: Cheetah (Acinonyx jubatus) - Vulnerable

There is nothing subtle about what the Cheetah brings to this team. Zero to 96 km/h in under three seconds. No defensive line on Earth handles that. The trade-off - it offers very little tracking back - is one the manager has long since accepted, because when the Cheetah gets the ball in behind, it is simply over. Regionally Vulnerable and under sustained pressure from habitat fragmentation, human-wildlife conflict, and loss of prey. A luxury player in the truest sense: irreplaceable, spectacular, and frighteningly easy to take for granted.

Left Wing: Riverine Rabbit (Bunolagus monticularis) - Endangered

Where the Cheetah relies on blistering pace, its winger counterpart on the opposite flank is all about skill. The Riverine Rabbit is elusive, deceptively explosive from a standing start, and almost impossible to pin down in tight spaces. A flagship species of the Karoo, threatened by habitat degradation and climate change. Every time the Riverine Rabbit gets the ball and ghosts past a defender, it is worth savouring. There may not be many more chances.

Albany adder rare snake Eastern Cape habitat

Striker: Albany Adder (Bitis albanica) – Endangered

We’ve gone with the classic ‘big man, little man’ formation up front. If the Martial Eagle is the target man who fills the box, the Albany Adder is the striker who nobody sees coming – until it is far too late. South Africa’s most endangered snake and one of the rarest reptiles on Earth, the Albany Adder has an entire known range within the Algoa Bay area of the Eastern Cape. Less than 20 individuals have ever been recorded in the wild since the species was first described in 1937. It is virtually unfindable, and when it does strike, it does so with a precision that leaves no doubt. The EWT has led active conservation efforts for this species for years, just don’t bother asking for a photo – there are almost none.

Striker: Martial Eagle (Polemaetus bellicosus) - Endangered

The ideal striking partner for its diminutive front-line companion. A 1.9-metre wingspan keeps defenders occupied and goalkeepers permanently unsettled, creating the space that allows the Albany Adder to do what it does best. Deadly when given a sniff of goal. Occupies vast territories bud sadly declining even inside South Africa’s largest protected areas, with reporting rates in Kruger National Park having dropped by over 50% in the past two decades. Uplisted to Endangered in the 2025 BirdLife South Africa Red Data Book.

The Final Whistle

This team has everything: pace, power, elegance, industry, genius, and grit. It also has something no football team should ever have - a genuine risk of not making it to the next tournament.

South Africa’s 2025 mammal and bird Red Lists of Threatened Species make sobering reading. Twenty percent of the region’s mammals are now threatened with extinction. Thirty-nine bird species were uplisted in this year’s assessment alone. The threats are well understood: habitat loss, climate change, poisoning, persecution, and the relentless pressure of a growing human footprint on a finite natural world.

But the same science that documents the decline also points the way forward. The African Penguin’s court victory. The African Wild Dog population’s recovery. The Hartmann’s Mountain Zebra’s downlisting after genuine population gains. Conservation works - when it is funded, when it is evidence-based, and when people care enough to demand it.

These 11 species are worth caring about. Not just because they are extraordinary animals, but because the health of South Africa’s biodiversity - and ultimately the health of the ecosystems that sustain all of us - depends on keeping them in the game.

Support the squad. Learn the names and tell the story.

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South Africa threatened species XI conservation football lineup concept
Following the Vultures of Badingilo

Following the Vultures of Badingilo

In the Field

Following the Vultures of Badingilo

By Kyle Walker, field officer, Birds of Prey and Carnivore Conservation Units

 

Field researchers conducting vulture conservation in Badingilo National Park

There are few places that make you feel quite as small as the vast landscapes of South Sudan. Endless horizons stretch across open savannas, floodplains, and scattered acacia trees, creating a wilderness that feels untouched by time.

It was here in African Parks’ Badingilo National Park, that the EWT’s Gareth Tate and Kyle Walker embarked on an adventure with a simple goal: to catch and fit satellite tracking units to vultures and learn more about their secret lives.

The plan sounded straightforward enough. By tagging 15 vultures, we hoped to gain valuable insights into their movements, breeding behaviour, habitat use, and the challenges they face. As with most field expeditions, however, the journey quickly became about much more than the original objective.

Over the course of the mission, we successfully tagged 15 vultures of three species: four Rüppell’s Vultures, two White-headed Vultures, and nine White-backed Vultures, all of which are listed as Critically Endangered on the IUCN Red List of Threatened Species. Every bird was handled with care, ensuring minimal stress before being released back into the skies. Watching a newly-tagged vulture disappear over the horizon is a moment that never loses its magic.

Of course, fieldwork rarely follows a script.

One of our ambitions was to extend the expedition into Boma National Park, but poor weather had other plans. After a brief flight, it became clear that conditions would not allow a safe landing. We turned back to Badingilo and focused on catching the remaining five vultures. It was another reminder that flexibility is just as important as preparation.

African Parks collaboration wildlife tracking expedition

Operating in Badingilo also highlighted the realities of conservation in one of Africa’s most remote protected areas. With few roads crossing the landscape, travel often relies on fixed-wing aircraft and helicopters. Distances that appear manageable on a map can become major logistical challenges on the ground.

Those challenges were brought into sharp focus by our aging Unimog. After faithfully carrying us across rough tracks along the White Nile River, it finally broke down far from camp. We found ourselves sitting beside the road waiting for assistance, surrounded by an immense wilderness that seemed to stretch forever. Out here, schedules are suggestions and patience becomes an essential field skill.

Adding to the adventure was a heightened security alert during our stay, a reminder that conservation work in remote regions often involves navigating far more than wildlife management.

Yet some of the most memorable moments had little to do with vultures.

Among the camp’s residents were a young Sitatunga and a Tiang calf, both eagerly awaiting their evening milk feeds. After long days in the field, these small routines became highlights, reminding us of the individual animals whose futures depend on healthy ecosystems.

One evening, we spent the night beside a village on the Nile River, gathered around a fire with community members beneath a sky filled with stars. Stories, laughter, and a shared dislike for mosquitoes, quickly turned strangers into friends.

The next day, the villagers came to see the vultures up close as we processed them. Although Hooded Vultures are a common sight around many communities, few people had ever seen some of the larger vultures at arm’s length. Curiosity turned into fascination as people asked questions and learned about the birds’ remarkable lives.

Through conversations with local communities and rangers, we also gained a deeper appreciation for the region’s cultural heritage. We learned about the Dinka and Murle people and their historic cattle-herding routes across these vast grasslands. Long before satellite tags and GPS units arrived, people had been reading and navigating this landscape for generations.

Now, with the fieldwork complete, the next chapter begins. The trackers are already revealing how these vultures move across South Sudan’s wilderness. As the data accumulates, it will help identify important habitats, movement corridors, and conservation priorities for the species.

But beyond the maps and data, this expedition left us with something equally valuable: a renewed appreciation for the people who make conservation possible. The African Parks rangers who guided us, the communities who welcomed us, the partners who supported the journey, and the birds that inspired it all, are part of the same story.

Looking back, Badingilo was far more than a tagging expedition. It was an adventure shaped by unexpected challenges, extraordinary landscapes, campfire conversations, breakdowns in the middle of nowhere, orphaned antelope waiting for their evening milk, and unforgettable encounters with wildlife.

As the vultures continue their journeys across the skies of South Sudan, their trackers will help us follow along, revealing stories that were previously hidden from view.

For now, we leave Badingilo with gratitude – for the birds, for the people, and for the privilege of being part of their story.

Conservation team releasing tagged vulture into wild

The Future Wears School Shoes | Inspiring the next generation of wildlife guardians.

The Future Wears School Shoes | Inspiring the next generation of wildlife guardians.

In the Field

The Future Wears School Shoes 

Inspiring the next generation of wildlife guardians.
Dr Kerushka Pillay, Senior Science Officer in the Conservation Planning and Science Unit

 

Youth conservation education South Africa learners visiting Endangered Wildlife Trust headquarters

This Youth Day, I had the privilege of welcoming learners from our neighbouring Bradford School to the Endangered Wildlife Trust (EWT) headquarters for a morning of exploration, learning, and conservation. Despite the chilly winter mornings, the learners arrived bright-eyed, enthusiastic, and eager to discover what happens behind the scenes at a NPO conservation organisation.

As we toured the EWT’s Conservation Campus, the children (grades 1-3) were introduced to the many people who contribute to conservation success, from scientists, field officers, and dog handlers to communications specialists, finance staff, managers, and executives. It was a valuable reminder that conservation is truly a team effort. During our discussion on wildlife and biodiversity, I posed a simple question: “What would happen if there were no animals in the world?” 

The responses were insightful and heartfelt. Learners spoke about the loss of bees and the impact on food production, such as no more Coco Pops for breakfast, while others reflected on the sadness of a world without their beloved pets. Their answers demonstrated a remarkable understanding of how deeply connected people and nature are. The excitement continued with an animal charades game, a sensory nature walk through our urban conservation campus exploring the various biomes of South Africa, and a visit to the river and wetlands. Along the way, learners whispered into the Great Elephant’s ear, sharing promises to protect nature and care for the environment.

One of the highlights was a conservation K9 demonstration by Cliantha Kay and Keisha, a six-year-old Belgian Malinois, who amazed the learners with her ability to detect pangolin scales. As the learners departed with certificates, gifts, and plenty of hugs, I was reminded that the future of conservation begins at the grassroots level. South Africa’s youth are often encouraged to become influencers, entrepreneurs, or athletes, but perhaps some of our future conservationists were among these learners. Their curiosity, passion, and optimism are exactly what our sector needs to protect threatened species and ecosystems for generations to come.