• Follow along as "Sunday Morning" contributing videographer Judy Lehmberg reports on her two-month trip to Kruger National Park in South Africa and to Kenya's Maasai Mara. 

  • At first, I put it down to the February heat. Somewhere between Graaff-Reinet and Cradock in South Africa’s Eastern Cape province, I spotted a pair of Sable Antelope — their elegant scimitar horns unmistakable — grazing next to the road. It’s not uncommon to see springbok or kudu in this otherwise featureless expanse of South Africa’s semi-desert Karoo region, but sable were long a near-endangered species confined to the great wilderness areas. Until now.

  • A new study examined the loss of mammal species in the Atlantic Forest, which is currently only about 13 percent of its historical size.

  • Earlier this year, a panel appointed by Minister of Fisheries, Forestry and the Environment Barbara Creecy released a comprehensive report reviewing policies, legislation and practices relating to the management and trade of lion, elephant, leopard and black and white rhino. The department subsequently developed and gazetted a draft policy position on the conservation and ecologically sustainable use of the same five species.

    The draft policy has intensified an ongoing discourse with extremely polarised positions characterised by those who advocate trade in rhino horn and those who oppose it. We take this opportunity to frame a new discourse on the future of rhino conservation in South Africa.

    First, some background

    South Africa is widely acknowledged as having saved the southern white rhino from extinction in the early part of the 20th century. This was done by securing the remaining rhino clustered around the confluence of the black and white iMfolozi Rivers (commonly cited to be fewer than 100 rhinos) from ongoing and indiscriminate hunting. Continental numbers of the subspecies subsequently grew to more than 21,000 in 2012. 

    There are parallels with the two subspecies of black rhino. During the second half of the 20th century, under sustained levels of indiscriminate hunting of rhino for their horn, which took place in all range states, continental numbers crashed from an estimated 65,000 to 2,500 in 1992. Their numbers have since recovered to 5,500 black rhino in Africa, of which about 35% to 40% are in South Africa. 

    Following a two-decade hiatus in poaching which ended in 2008, the past 13 years has been a period in which rhino have again experienced significant poaching pressure. More than 8,000 rhino, the bulk of which were white rhino, were killed in South Africa alone. The situation is very serious, and whether we like it or not, the fate of Africa’s rhino will depend to a significant extent on decisions and actions that we take as a country – the next five to 10 years is going to be a critical period. 

    Once the number of white rhino had recovered to around 650 individuals in the 1970s, measures were taken to expand their range out of iMfolozi Game Reserve. Founder populations were placed in other state-protected areas, including Kruger National Park (KNP), and subsequently on to private properties. Promulgation of the Game Theft Act in 1991 made provision for private ownership of rhinos. This meant that rhinos could be legally traded and, along with other wildlife, a rhino economy was established as individual rhinos acquired financial value. During the hiatus in poaching, many property owners, estimated to be over 300 at the peak, saw opportunities to buy and maintain small populations of rhino.

    Since the resurgence in poaching, rhino losses have not been evenly spread. State-run protected areas, notably KNP and Hluhluwe-iMfolozi Park, have experienced the bulk of the poaching and the number of white rhinos has declined alarmingly. We estimate that more than 50% of white rhino are currently privately owned.

       THE BLACK & WHITE OF AFRICA'S RHINOS 

    The fivefold increase in security costs over the past decade has resulted in many private owners divesting in rhinos and a concomitant 75% decline in the auction price for a rhino. Others have used this opportunity to buy rhinos, leading to consolidation of private rhino ownership. These “rhino investors” now own an estimated 45% or more of all privately owned white rhino in South Africa. 

    Security remains a significant challenge for these properties and there is an associated tendency towards higher densities of rhino being kept on many of the properties. Under these conditions, there is commonly not sufficient natural grazing and rhinos are provided supplementary feed as well as additional veterinary care. In the absence of a meaningful market for rhinos, many private owners have for a long time been advocating for the opening of formal channels to trade legally in rhino horn in order to cover their costs. 

    This brings us back to the draft policy position that we opened with. With respect to rhino management, the draft policy proposes, among others, reversal of the domestication and intensification of management of rhino. In relation to trade-related issues, it proposes, among others, that South Africa implement the recommendations of a 2014 Commission of Inquiry (CoI) on rhino horn trade. The recommendations relate to security, community empowerment, biological management, responsive legislative provisions and demand management, and to finding a mechanism to sustainably fund the future of rhino conservation. 

    Reimagining rhino conservation in South Africa

    In this context, instead of asking how we can fund current rhino conservation efforts, we propose that we should be using the crisis to step back and ask how we can conserve rhino in a manner that best advances current and anticipated future national environmental, social and political landscapes. This requires that we set out a bold vision for rhino conservation, for which we then set about identifying appropriate interventions and figuring out how to fund them. 

    As a contribution to taking this debate forward, we propose South Africa should re-envision itself as home to thriving populations of both species of rhino, with ownership shared between state, private and community actors, and which contribute to our cultural and natural heritages and to the economic wellbeing of their custodians and the country. In our efforts, we should seek to work with other range states.

    Three important challenges to overcome in achieving this vision in the short to medium terms are, first, to agree on and implement models for the more equitable sharing of ownership and management of rhino. Second, we need to secure sufficient expansive parcels of land for each subspecies, populated with large enough populations of each subspecies of rhino to satisfy their demographic, ecological, behavioural and population genetic requirements. Third, we need to sustainably finance the capital and operational costs of the new sites. 

    We believe these game-changing interventions will put South Africa firmly in the driving seat of reviving thriving wild rhino populations with inclusive ownership across the country.

    Conservation in general, and rhino conservation in particular, continues to be seen as untransformed and the preserve of the few in South Africa. Currently, fewer than 10 properties have rhino in which community members have full or partial ownership. Considering the national imperative to transform participation and ownership patterns, clear and material steps need to be taken to increase access to wildlife ownership and participation in conservation by those previously disenfranchised, particularly rural communities.

    As highlighted in the CoI recommendations, community empowerment is an important consideration for any future conservation initiative. It is also important to define models for community ownership that do not set the recipients up to fail by supplying rhinos without the necessary infrastructure, expertise, security and financial resources to manage them. At the same time, we need to seek ways to minimise the pitfalls of elite capture by new players.

    We need to build on our strengths and minimise our weaknesses. There is little doubt that private rhino owners have contributed significantly to increasing the numbers of rhino in South Africa and should be encouraged to continue playing a role in the conservation of these animals in future. The question is, how? Rhino need large land parcels in which they are able to graze naturally in the veld and select their own mates. They must be able to do what rhino do naturally, without being killed unnecessarily.

    Knowing this, and recognising the high degree of compartmentalisation, unnatural densities and commonly skewed sex ratios with limited mate choice that exist, it is clear that there is currently a degree of suboptimal conservation management taking place in the sphere of private rhino ownership. In other words, conservation is more than simply a numbers game and this needs to be addressed. 

    It is also important to bear in mind that, contrary to popular opinion, owning rhino is not necessarily lucrative any more. There was a two-decade “bubble” in which poaching levels were low and space to expand rhino numbers was plenty, and some made money. These conditions no longer exist, and we should not rely on such conditions prevailing again in future. 

    The National Protected Area Expansion Strategy (Npaes) provides a possible mechanism for identifying and securing land that meets the need for protecting priority areas, while at the same time promoting partnerships between the state and private or communal landowners. The Npaes encourages the use of the Biodiversity Stewardship Programme (BSP) for this purpose. The BSP is structured to enable private or community landowners to partner with the state by declaring their land as contractual national parks or nature reserves.

    We should be using these established tools and seeking opportunities to meet both protected area expansion priorities and rhino conservation needs, while at the same time contributing to a national transformation imperative by increasing access to wildlife ownership and participation in conservation. 

    It is likely that not all suitable land for protected area expansion and rhino conservation will coincide with community land, or that communities will elect not to declare a portion of their land. In these instances, where community land is not contributed to as part of a partnership, it will still be important to consider issues of participation and ownership in wildlife conservation, and contractual arrangements, which distinguish between land ownership and wildlife ownership, can be explored. If carefully thought through, and honestly brokered, this may enable community ownership in wildlife and rhino conservation, even where they do not have land equity in a protected area.

    Importantly, it will contribute to increasing access to the wildlife economy in a manner that embraces and strengthens sound conservation biology, and this will bode well for the future. The experiences of innovation in this regard in Namibia, Zimbabwe and Kenya, as well as other countries, can provide lessons to guide our decision-making. 

    While we do not have easy solutions to the financing problem, we propose that we should be looking far more actively at a range of options. These include philanthropy, public-private-community partnerships, social impact bonds for communities adjacent to national parks, tax incentives and other innovative approaches to securing a national herd of each subspecies of rhino.

    Although the future of ecotourism is uncertain in the aftermath of the Covid-19 pandemic, there is little doubt that it can play a role in future revenue streams. Influential global sentiment is increasingly unsupportive of hunting and trade in rhino horn, and will likely influence our decisions.

    Once the management of populations of all three subspecies of rhino has been stabilised, and we as a nation can reliably account for them, there may be opportunities for revenue to be generated by legally trading in the horn that is collected from natural rhino mortalities and from ecologically appropriate and well-managed hunting operations – but we should not rely on this being an option. 

    To conclude 

    There are many details to be thought through and many hurdles to navigate, but we are arguing that we should not allow the current crisis to leave us locked into a narrow set of options at this time. 

    By using conservation biology, leveraging partnerships between the state, the private sector, communities and NGOs, and attending to national imperatives for transformation and protected area expansion, we can be bold in our vision that most South Africans recognise value and feel a sense of ownership over what is uniquely ours: our landscapes, cultural heritage and our biodiversity, including its wildlife.

    As we enter into a world that is increasingly stressed from the climate crisis, habitat loss and biodiversity loss, and as we increasingly rapidly learn that our ecosystems are not external to our economy but are integral to our wellbeing, we need to increase the value that every citizen places on our biodiversity and natural heritage, including rhino – this can only happen if ownership and access are more equitably shared. 

  • Poachers poisoned five lions and brutally mutilated one at a South African predator park this week. The horrific incident occurred on Monday night at Akwaaba Predator Park near Rustenburg, some 80 miles west of Johannesburg in the northeast of the country. 

  • According to the study, led by researchers at Humboldt-Universität zu Berlin (HU Berlin) and published in the journal Biodiversity Researchthis week, deforestation driven by agricultural expansion — mainly for soy and cattle production — has caused the steep decline of jaguar habitat in the region.

  • Given the importance of wildlife in South Africa’s tourism industry and its international reputation, it may come as a surprise that the legal protection of wild animals in South Africa is in a state of neglect. 

  • Giraffes are among the world’s most recognisable animals. With their elongated necks and long legs, their gracious movements and unique coat patterns, they have inspired people’s imaginations for centuries.

    But is a giraffe just a giraffe? Or is there more variety between the animals at a genetic level than is evident just from looking at them?

    For more than a decade many researchers have compared the DNA of giraffes from all parts of Africa. These studies have revealed that there are four distinct giraffe species: the southern (Giraffa giraffa), Masai (Giraffa tippelskirchi), reticulated (Giraffa reticulata), and northern (Giraffa camelopardalis) giraffe.

    Different giraffe species face different risks. Some are among the most threatened large mammals in the world. While the southern and the Masai giraffe are relatively numerous and their populations estimated at approximately 45,000 and 50,000 individuals respectively, the situation does not look quite as rosy for the reticulated and the northern giraffe. Based on the latest estimates from the Giraffe Conservation Foundation (GCF), only 16,000 and 6,000 individuals respectively remain in the wild.

    Therefore, it is critical to verify whether there are indeed different species of giraffe or not so that direct conservation efforts for the most threatened species can be increased before it’s too late.

    The concept of species is fundamental in biology – but there is no consensus on its definition. There are many different approaches depending on individual scientists’ points of view. The best possible way to clarify the taxonomy (the system that organises living entities into groups) of organisms is through multiple approaches.

    There have been several studies of giraffe species based on their DNA, as well as on their ecology, behaviour, health and coat patterns.

    But there haven’t been many based on their skulls. That’s where our new study comes in. By examining the skulls of more than 500 giraffes from across the African continent, we were able to show that there are significant differences in the skull shapes of the different types of giraffe – and confirm that there are four species.

    These new findings are crucial for giraffe taxonomy and, ultimately, their conservation.

    How scientists discovered that giraffe can use statistical reasoning

    How the study was done

    Giraffe skulls are important to the animals’ reproduction and evolution. That’s because of their ossicones, the horn-like structures that are longer and wider in males than in females.

    The size and shape of the ossicones is important in the dominance of males and their mating success with female giraffe. While some preliminary data already suggested some potential differences in the ossicone morphology between the giraffe species, limitations on the available specimens and the methodologies at the time reduced the validity of the results.

    A series of giraffe skulls in 3D showing the differences between species
    Comparison of male and female skulls of the four species in lateral view. Kargopoulos et al 2024

    For our research we used state-of-the-art equipment and methodologies, and we studied more than 500 giraffe skulls from all over Africa. The skulls were directly sampled in the field from across their natural range in Africa, as well as museum collections, wildlife authority offices, and taxidermists in different countries in Africa, Europe and the US.

    A map of the African continent with areas marked in blue, red, green and yellow to show the range of different giraffe species
    Map showing the geographical range of the extant giraffe species and subspecies as well as representative male skulls of each subspecies in lateral view. Kargopoulos et al 2024, CC BY

    This extensive study required help from many different partners. While the project was initiated and guided by the Giraffe Conservation Foundation and the University of Cape Town, many colleagues in Africa, Europe and North America contributed.

    We used a handheld 3D scanner to capture the skulls’ shape in 3D. Then we used 3D geometric morphometrics methods to compare the shape of the giraffe skulls and find out if we could group them and find any significant differences. We chose so-called landmarks – specific points on the skulls – and captured their coordinates in space (their 3D distance from the centre of mass of the skull).

    Finally, specialised software was used to compare the differences in the coordinates of landmarks between our specimens and to conduct statistical analyses to show if these differences were significant or not.

    Skull variations

    These rigorous analyses allowed us to show skull variations between four species.

    These differences mostly concerned the ossicones. But there were also minor differences in their face, eye sockets, the region around the teeth, and the back part of the skull.

    The most striking difference concerned the median ossicone of the males. This is a smaller third ossicone situated in the midline of the skull above their eyes. We determined that there is a general trend in the size and shape of this ossicone that follows geography and taxonomy. In southern giraffe, the third ossicone is practically a small protrusion; in northern giraffe it is large and pointed; the Masai and reticulated giraffe have ossicones that are somewhere between those two forms.

    Such differences are likely important in the way individuals of a species recognise each other, thus affecting their reproductive success. Males with more developed ossicones intimidate their rivals to gain access to territory and females.

    Attention for individual species

    Five giraffes stand so closely together that they appear to be one animal, grazing from green bushes
    Angolan giraffe eating in north-west Namibia. © Giraffe Conservation Foundation, Author provided (no reuse)

    Our study is confirmation of what scientists have known for almost a decade and supports the taxonomic split of the giraffe.

    Similar discussions over two decades finally resulted in the African elephant being split into two distinct species in 2021.

    The International Union for the Conservation of Nature (IUCN) – which, it must be pointed out, is not a taxonomic authority – still only recognises one species of giraffe. It lumps all giraffes into one broad, threatened Red List category.

    We strongly believe that the IUCN needs to stand tall for these animals and reassess their status. It is time for each giraffe species to get separate and enhanced attention, both locally and internationally, in particular when it comes to their conservation. Giraffes and their wild habitats must be protected before it’s too late.

  • A study of 3,588 square kilometers of privately owned land in central Kenya offers evidence that humans and their livestock can, in the right circumstances, share territory with zebras, giraffes, elephants and other wild mammals -- to the benefit of all.

  • Cheetahs continue to be illegally traded through social media platforms, according to a new analysis published by the Cheetah Conservation Fund (CCF), a non-profit research and lobby organization based in Namibia.

  • At current rates of loss to poaching, rhino species will be extinct within our lifetimes.

  • The hunting of wild animals is an emotive issue, drawing fire from anti-hunting organisations, environmentalists as well as many ordinary citizens.

  • As an organisation established in 1949 by concerned hunters to safeguard RSA’s wildlife legacy after massive declines in wildlife, SA Hunters and Game Conservation Association (SA Hunters) is concerned and shocked about the apparent irresponsible hunting incidents covered in the media in recent weeks.

  • Many of the creatures that share this planet with us may not be around much longer.

  • Elephants Alive has released a comprehensive report regarding the proposed 120ha citrus farm development on the border of the Greater Kruger National Park. 

  • According to the Chinese zodiac, 2019 marks the year of the pig. So what better way to celebrate it than by taking a look at Africa’s own wild pig: the warthog!

  • As the world prepares for the 18th annual Convention on the International Trade in Endangered Species of Wild Fauna and Flora (CITES) and their Conference of Parties (CoP18), four southern African countries — Zimbabwe, Botswana, Namibia and South Africa — have submitted a petition and proposal seeking to remove restrictions and allow international trade in registered raw ivory of their elephants.

  • Namibian environment officials last week shot and killed three spotted hyenas blamed for the near extinction of its famed wild horses.

  • Pairs of elephant tusks that are separated during smuggling are illuminating the tracks of wildlife crime.

    Identifying matching elephant DNA in different shipments of tusks can help scientific sleuths connect the shipments to the same ivory trafficking cartel, a new study finds. That technique has already revealed the presence of three major interconnected cartels that are active in Africa, researchers report September 19 in Science Advances.

  • Where are black leopards found in Africa?