Published 26 May 2026 · 9 min read
Africa's pangolins are vanishing faster than science can track them. Not just from the wire snares of poachers or the demand of illegal wildlife markets, but from something more insidious and harder to halt: the quiet, incremental disappearance of the land they need to survive. Every hectare of forest cleared for a new palm plantation, every savanna converted to maize fields, every road cut through a wildlife corridor brings these armoured insectivores one step closer to silence. Habitat loss is now recognised as the second major threat to pangolins worldwide, and across Africa it is accelerating at a pace that conservation science is struggling to match.
Africa is home to four pangolin species, each with distinct ecological requirements. The African forest pangolin (Phataginus tricuspis) and the long-tailed pangolin (Phataginus tetradactyla) are arboreal specialists, spending most of their lives in the mid-story and canopy of moist tropical forests across Central and West Africa. They depend on dense tree cover for shelter, for safe sleeping sites, and for access to the ant and termite colonies embedded in bark and deadwood. Remove the forest, and their entire world collapses.
The giant pangolin (Smutsia gigantea) occupies a broader niche but still requires access to well-watered, forested or woodland habitats with abundant large termite mounds. Temminck's ground pangolin (Smutsia temminckii), the species most familiar to southern African audiences, inhabits savanna, bushveld and dry woodland from Sudan to South Africa. Although more adaptable than its forest-dwelling relatives, it remains sensitive to vegetation degradation, reliant on undisturbed soil for burrowing, and dependent on healthy termite and ant populations for its food supply.
Estimated forest lost annually across sub-Saharan Africa's primary pangolin range states, based on Global Forest Watch data for the period 2015-2025.
The Democratic Republic of Congo holds the largest tract of tropical forest in Africa and is a stronghold for both the African forest pangolin and the giant pangolin. Yet the DRC lost more than 1.5 million hectares of primary forest in 2023 alone. Nigeria has already lost the vast majority of its original forest cover, compressing forest pangolin populations into shrinking fragments. Cameroon, Gabon and the Republic of Congo are all experiencing accelerating forest clearance driven by logging concessions, smallholder agriculture and infrastructure development. In West Africa, countries such as Ghana, Ivory Coast and Liberia have lost between 70 and 90 percent of their original forest cover over the past century.
In eastern and southern Africa, the picture for Temminck's ground pangolin is equally sobering. Savanna-woodland habitats across Zimbabwe, Zambia, Mozambique and Tanzania are being converted to cropland at rates that consistently exceed the capacity of ranger networks to monitor.
Agriculture is the single largest driver of habitat transformation affecting pangolins in Africa. Subsistence and smallholder farming is expanding as growing rural populations require more land to feed families, while large-scale commercial agriculture is converting vast tracts of savanna and forest to monocultures of maize, soy, tobacco and cash crops. In Central Africa, slash-and-burn cultivation remains widespread, fragmenting forest into a patchwork of secondary growth and farmland that supports only a fraction of the wildlife diversity found in intact forest.
Research conducted in West Africa found that pangolin encounter rates in agricultural landscapes were up to 80 percent lower than in adjacent intact forest, even where hunting pressure was ostensibly similar. The loss of food supply and denning sites appears to be the primary mechanism driving this decline.
Cattle ranching poses a particular threat in drier parts of the pangolin's range. Overgrazing strips vegetative cover, compacts soil and disrupts the termite communities that ground pangolins depend on. The spread of cattle operations into previously marginal land in Botswana, Namibia and northern South Africa has accelerated habitat degradation well beyond the agricultural frontier itself.
Industrial and artisanal mining is a significant secondary driver of habitat loss in Central and West Africa, opening up previously inaccessible forest tracts and bringing large numbers of workers who hunt bushmeat, including pangolins, to feed themselves and supply local markets. The roads built to service mines and logging concessions are often the more consequential long-term impact: they fragment habitat, increase access for hunters and facilitate the colonisation of previously remote areas by farmers.
Urban and peri-urban growth is consuming habitat at the edges of many African cities. As populations expand, informal settlements spread into the bushveld and forest margins that once provided refuge for wildlife. In rapidly growing cities such as Kinshasa, Lagos and Lusaka, the wildlife interface is shifting outward each year, leaving less and less buffer between dense human settlement and the areas where pangolins attempt to persist.
South Africa holds an important population of Temminck's ground pangolin and has developed relatively sophisticated monitoring and rehabilitation infrastructure for the species. Nevertheless, habitat loss is an increasingly serious concern even within this comparatively well-governed conservation landscape. The conversion of bushveld to game farms with inappropriate vegetation management, the spread of dryland crop farming into the Limpopo and North West provinces, and the encroachment of mining activities around protected area boundaries are all reducing the available habitat for pangolins outside formally protected land.
Pangolins tracked by researchers in South Africa regularly traverse private land, communal areas and road verges to reach food and mates. Their home ranges can exceed 20 square kilometres, meaning that even animals within protected areas routinely cross into unprotected territory. When that surrounding matrix is degraded or inhospitable, the functional habitat available to each animal shrinks dramatically, reducing survival rates and reproductive success.
Climate change is intensifying the pressures on pangolin habitat in ways that interact with deforestation and land-use change. Increased drought frequency in southern Africa is reducing vegetation cover and termite colony density in savanna systems, directly affecting food availability for ground pangolins. Altered rainfall patterns in Central Africa are disrupting the phenology of the forest systems that support arboreal species. Where habitat has already been fragmented, species cannot shift their ranges in response to climate change because the corridors necessary for movement no longer exist.
Scientists modelling future habitat suitability for African pangolin species project that climate change combined with continued land-use change could reduce suitable habitat by 30 to 50 percent by 2070 under mid-range emissions scenarios. For species already constrained to fragmented patches, such reductions are likely to be catastrophic.
The existing network of protected areas in Africa is insufficient on its own to safeguard pangolin populations. Protected areas in Central Africa are large but often inadequately resourced; those in southern and eastern Africa tend to be smaller and more isolated. Wildlife corridors, linking protected areas through carefully managed strips of natural or semi-natural habitat, are recognised as an essential tool for maintaining functional pangolin populations across fragmented landscapes.
Effective corridor design for pangolins requires understanding their movement ecology, which is still poorly characterised for all four African species. Telemetry studies underway in South Africa, Zimbabwe and the DRC are beginning to fill this knowledge gap. Critically, corridors must be embedded within land-use planning frameworks that give legal protection to the habitat they contain and create economic incentives for landowners and communities to maintain natural vegetation rather than converting it.
A growing number of initiatives are addressing pangolin habitat loss directly. The African Pangolin Working Group coordinates research and conservation across southern Africa, advocating for habitat protection as part of a comprehensive approach to pangolin conservation. Several international NGOs are funding community-based conservation programs that provide alternative livelihoods to communities living alongside pangolin habitat, reducing the pressure to convert land or poach wildlife.
In Central Africa, REDD+ (Reducing Emissions from Deforestation and Forest Degradation) frameworks are channelling international climate finance toward forest conservation in key pangolin range states, though implementation has been uneven. Corporate sustainability commitments, when rigorously verified, can also reduce demand for commodities that drive deforestation. Consumers, investors and regulators all have roles in making these commitments meaningful rather than aspirational.
Land-use planning reforms that integrate wildlife corridor mapping into national development plans represent perhaps the most important systemic intervention available. Without enforceable spatial protections for key habitat linkages, individual conservation projects risk being undermined by unchecked infrastructure development and agricultural expansion.
Pangolins have survived on Earth for approximately 80 million years, outlasting the dinosaurs and enduring ice ages, but they are not equipped to survive the pace at which humans are now transforming the African landscape. Stopping pangolin poaching is urgent and necessary, but it is not sufficient. Without protecting and restoring the forests, savannas and woodlands that sustain these animals, conservation will amount to saving individuals with nowhere left to live.
The solutions are known: enforceable land-use planning, wildlife corridors, community stewardship incentives, sustainable agriculture standards and international climate finance directed at intact habitats. What is required is the political will, the institutional capacity and the consumer consciousness to put them into practice before the silence left by vanishing pangolins becomes permanent.