Africa is home to its own native rabbits, though they are far less familiar than the European and North American species most people picture. The continent hosts at least two distinct rabbit genera found nowhere else on Earth, along with more than a dozen hare species adapted to habitats ranging from the Sahara to the montane grasslands of East Africa. Their evolutionary story stretches back millions of years, and their present-day survival involves some of the most pressing conservation challenges facing any mammal group.
Africa’s Own Rabbit Species
When people think of rabbits, the fluffy European rabbit or the cottontails of North America come to mind. Africa has its own, quite different members of the rabbit family. Two genera stand out as genuinely African natives.
The riverine rabbit (Bunolagus monticularis) is the rarest and most distinctively African of them all. Found only in the semi-arid Karoo region of South Africa, it is the sole species in its genus and one of the most endangered mammals on the planet. It lives along seasonal river systems, sheltering beneath dense riverine shrubs during the day and emerging at night to forage. Its dark stripe running from the corner of the mouth to the cheek and its woolly tail set it apart visually from any other rabbit.
Red rock rabbits (genus Pronolagus) are the continent’s other native rabbit group. Several species occupy rocky outcrops, cliffs, and boulder-strewn hillsides across southern and eastern Africa. Smith’s red rock rabbit (Pronolagus rupestris) is the most widespread, with populations stretching from South Africa northward into Kenya. Genetic studies of this species have revealed two major lineages separated by deep evolutionary divergence, hinting at a long history of geographic isolation between populations even within the same species.1Heredity. Mitochondrial DNA differentiation among geographical populations of Pronolagus rupestris, Smith’s red rock rabbit (Mammalia: Lagomorpha) Red rock rabbits are generally crepuscular or nocturnal, and their reddish-brown pelage blends well with the sandstone and laterite rock faces they call home.
How Rabbits and Hares Reached the Continent
Rabbits and hares belong to the family Leporidae, and their center of evolutionary origin is not Africa. Molecular studies tracing the family tree of all leporids point to an origin in Asia or North America. Africa’s native lagomorphs arrived through dispersal events, not by evolving in place. A large-scale analysis combining genetic data from multiple genes identified at least three independent migrations of leporids into Africa, most occurring roughly 9 to 14 million years ago during the Miocene epoch.2Systematic Biology. A Molecular Supermatrix of the Rabbits and Hares (Leporidae) Allows for the Identification of Five Intercontinental Exchanges During the Miocene
That timing is significant. The Miocene was a period of major Antarctic ice sheet expansion, which lowered sea levels and exposed land bridges connecting Africa to Eurasia. Leporids took advantage of these connections to cross between continents. The fact that there were at least three separate dispersals into Africa explains why the continent’s native rabbits and hares are not all close relatives. The riverine rabbit, the red rock rabbits, and Africa’s many hare species each trace back to different colonization events, and they have been evolving on African soil independently for millions of years.
The Riverine Rabbit and Its Fight for Survival
Of all Africa’s lagomorphs, the riverine rabbit gets the most attention from conservationists, and for good reason. Its entire range is limited to the central and western Karoo of South Africa, where seasonal rivers create narrow ribbons of dense shrubland in an otherwise barren landscape. Over the past several decades, roughly two thirds of that original riparian habitat has been destroyed by agricultural conversion. An early estimate suggested the remaining habitat could support around 1,400 rabbits, but acknowledged the real number was almost certainly far lower because the animals were absent from some patches of apparently suitable vegetation.3Biological Conservation. The distribution and status of the riverine rabbit, Bunolagus monticularis, South Africa
More recent population modeling has confirmed those fears. Current estimates place the total number of mature riverine rabbits at somewhere between 157 and 207 individuals, with no single subpopulation containing more than about 50 adults. That qualifies the species as critically endangered under international Red List criteria.4African Journal of Ecology. Population status and distribution modelling of the critically endangered riverine rabbit (Bunolagus monticularis) The riverine rabbit is also considered an umbrella species for Karoo riparian ecosystems. Where it persists, the seasonal drainage shrublands are relatively intact; where it vanishes, broader ecological degradation tends to follow.
Interestingly, the riverine rabbit’s problems are not limited to habitat loss. Camera-trapping studies have shown that competition with more common hare species plays a role too. Two widespread hares, the scrub hare and the Cape hare, overlap with more than 90% of the riverine rabbit’s range. Field data show high overlap in their active hours, yet the two groups almost never co-occur at the same sites, suggesting that hare presence effectively excludes the rabbit. Riverine rabbits turned up more frequently where hares were absent, and the rabbits were not as strictly tied to riparian corridors as previously believed. Instead, hare competition and rugged terrain appeared to constrain where the rabbits actually lived.5Endangered Species Research. Hare today, gone tomorrow: the role of interspecific competition in shaping riverine rabbit occurrence
Africa’s Many Hare Species
While Africa has just two native rabbit genera, it is rich in hares. The Cape hare (Lepus capensis in the broad sense) is one of the most geographically widespread, found from the southern tip of the continent northward through East Africa and across North Africa into the Arabian Peninsula. Genetic work has revealed that what we call the “Cape hare” is actually a complex of at least five distinct evolutionary units arranged geographically: north-western Africa, southern Africa, eastern Africa, Arabia, and the Near East. The Near Eastern and Arabian populations appear more closely related to Eurasian hare species than to their African relatives, meaning the Cape hare as traditionally defined is not a single cohesive species at all.6Heredity. The evolutionary history of the Cape hare (Lepus capensis sensu lato): insights for systematics and biogeography
The scrub hare (Lepus saxatilis) is another common African species, particularly in southern and eastern Africa. It favors grasslands, savannas, and the edges of agricultural land, making it far more visible to humans than the secretive riverine rabbit. Other African hares include the Ethiopian highland hare, the African savanna hare, and several lesser-known species across the Sahel and West Africa. Unlike rabbits, hares do not dig burrows. They rest in shallow depressions called forms and rely on speed to escape predators, a distinction that holds across every continent where hares are found.
How African Hares Survive the Desert
Some of Africa’s hares live in extremely harsh environments, and their physiology reflects it. Comparative studies of Cape hares living in Israel’s Negev Desert versus European hares from temperate climates showed striking differences. The desert hares had a resting metabolic rate only about 61% of the European hares’, meaning their bodies burned energy far more slowly at rest. Their water turnover was roughly half that of the European animals, a crucial adaptation when surface water is scarce for months at a time.7Journal of Mammalogy. Adaptation to Life in the Desert in the Brown Hare (Lepus capensis)
The desert hares could also drink saltwater at concentrations up to 6%, more than double the 2.5% maximum tolerated by European hares. Their kidneys concentrated urine to nearly 4,500 milliosmoles per kilogram, compared to roughly 2,500 in the European hares. These are not subtle tweaks; they represent a fundamentally different physiological strategy for maintaining water balance in arid conditions.
Research in North Africa has taken this a step further by examining the genetic underpinnings of heat tolerance. Cape hares sampled across a steep ecological gradient in Tunisia, from sub-humid Mediterranean coast to Saharan desert, showed strong evidence of natural selection acting on mitochondrial genes involved in energy production. Variants in two genes tied to cellular energy metabolism varied in frequency across climate zones in ways that correlated with temperature rather than geography alone, suggesting that the hares’ mitochondria have been actively shaped by the thermal demands of their local environments.8PubMed Central. Selection on the mitochondrial ATP synthase 6 and the NADH dehydrogenase 2 genes in hares (Lepus capensis L., 1758) from a steep ecological gradient in North Africa
European Rabbits on African Soil
Alongside the native species, introduced European rabbits (Oryctolagus cuniculus) are present in parts of Africa, particularly on islands. Humans have carried European rabbits to at least 800 islands worldwide, and African offshore islands have not been spared.9Biological Invasions. Introduced rabbits as seed-dispersing frugivores: a study case on a environmentally diverse oceanic island (Tenerife, Canaries) The Canary Islands, geographically part of the African plate though politically Spanish, have well-established feral rabbit populations that compete with native plants and disrupt seed dispersal networks.
The practice of introducing rabbits to islands is ancient. Archaeological evidence from Mediterranean islands shows that people were moving European rabbits around as early as the third millennium BCE, with introductions continuing through the Roman period.10Journal of Evolutionary Biology. Origin of European rabbit (Oryctolagus cuniculus) in a Mediterranean island: Zooarchaeology and ancient DNA examination On the African mainland, feral European rabbit populations are limited. North Africa has some, but they have never established the kind of explosive populations seen in Australia or New Zealand. The presence of native predators, competing native lagomorphs, and less favorable habitat likely keep them in check. Still, the distinction matters for anyone asking about rabbits in Africa: the European rabbit is present in patches, but it is an import, not a native.
Viral Threats That Cross Species Lines
One of the most serious emerging threats to Africa’s lagomorphs is rabbit hemorrhagic disease virus 2, known as RHDV2. Originally detected in European rabbits, the virus has expanded its host range dramatically. As of 2023, RHDV2 has been detected on nearly every continent, including Africa, and South Africa reported its first cases in recent years.11PubMed Central. Rabbit hemorrhagic disease virus 2, 2010-2023: a review of global detections and affected species The virus does not limit itself to European rabbits. Confirmed infections have occurred in hares, cottontails, pygmy rabbits, and red rock rabbits, making it a genuine threat to Africa’s native species as well.
The concern is especially acute because domestic European rabbits, now kept for food and fur across much of sub-Saharan Africa, act as a reservoir from which the virus can spill over into wild populations. More than 80 native lagomorph species worldwide are considered at risk in countries where RHD outbreaks have occurred.12PubMed Central. Domestic European Rabbits Oryctolagus cuniculus: A Super-Highway for the Spread of Emergent Viral Diseases to Other Lagomorphs? For a species like the riverine rabbit, with fewer than 210 mature individuals and no captive breeding population, even a localized outbreak could be devastating.
Ticks, Pathogens, and the Lagomorph Connection
African lagomorphs also play a quiet but important ecological role as hosts for ticks and the pathogens those ticks carry. Surveys of scrub hares in South Africa’s Kruger National Park and surrounding regions found as many as 12 different tick species on a single hare population, with some individual hares carrying heavy infestations. Blood screenings from hares near Hluhluwe in KwaZulu-Natal even identified a piroplasm tentatively classified as Babesia leporis, a blood parasite, in about a quarter of the animals tested.13PubMed. Parasites of domestic and wild animals in South Africa. XXXIII. Ixodid ticks on scrub hares in the north-eastern regions of northern and eastern Transvaal and of KwaZulu-Natal
In North Africa, similar patterns hold. A study of Cape hares in Algeria found that half the hares examined were carrying ticks, predominantly the brown dog tick (Rhipicephalus sanguineus). Molecular screening of those ticks turned up seven species of Rickettsia, including bacteria known to cause human disease, along with Borrelia species associated with Lyme disease.14Frontiers in Veterinary Science. Epidemiological study on ticks and tick-borne pathogens in cape hare (Lepus capensis) in Algeria This does not mean hares are a primary source of human tick-borne illness in Africa, but it does place them in the chain of transmission. In landscapes where humans, livestock, hares, and ticks overlap, the hares serve as maintenance hosts that keep tick populations cycling through their life stages.
The Hare as Trickster in African Storytelling
Africa’s relationship with lagomorphs extends well beyond ecology. Across much of the continent, the hare is one of the most recognizable characters in oral storytelling traditions. The trickster hare, clever and mischievous, appears in folktales from West Africa through to southern Africa. A comparative analysis of animal trickster characters in folklore traditions worldwide found hare or rabbit tricksters in 152 documented traditions, making them the second most common zoomorphic trickster after the fox, jackal, and coyote grouping. Spider tricksters, by comparison, appeared in only about 20 traditions.15Academia.edu. SCALA NATURAE: Festschrift in Honour of Arvo Krikmann for his 75th Birthday – Section: Three Tricksters: World Distribution of Zoomorphic Protagonists in Folklore Tales
The African hare trickster has global descendants. When enslaved West Africans were brought to the Americas, they carried their oral traditions with them. The hare trickster eventually merged with local rabbit imagery to become Br’er Rabbit in the American South, one of the most enduring characters in American folklore. In parts of West Africa where the spider trickster Anansi dominates, the hare recedes, but across much of eastern and southern Africa, the hare remains the central figure of cleverness in traditional stories. This cultural prominence reflects just how visible and familiar wild hares have always been across African landscapes, darting across open ground, freezing under bushes, and generally behaving in ways that invite storytelling.