Pangolin Rehabilitation in South Africa: Saving Survivors

Published: 26 June 2026 • AlphaPanga Research Team

Each year, Temminck's ground pangolins (Smutsia temminckii) arrive at South African rehabilitation facilities having survived experiences that few mammals could endure: seizure from poachers after days without food or water, entanglement in wire snares, vehicle strikes on night roads, electric fence burns, or mauling by dogs. Each animal arrives in a different state of distress, but all share one need—specialist care that standard wildlife rehabilitation training does not provide.

How Ground Pangolins End Up in Rehabilitation

The majority of pangolins entering rehabilitation in South Africa arrive as law enforcement rescues. Anti-poaching units, SAPS detectives and provincial conservation officers intercept animals in transit along trafficking routes between Limpopo or Mpumalanga and the Mozambique border corridor. A significant secondary cause is electric fence electrocution: the ground pangolin's response to an obstacle is to push beneath the lowest strand rather than step back or jump. When its chest makes contact with an electrified wire, the current passes through the thoracic cavity and can cause cardiac arrest or severe internal burns. Road collisions are also documented, along with dog attacks near game lodge boundaries where domestic dogs are present.

Why Rehabilitation Requires Specialist Expertise

Temminck's ground pangolin is physiologically and behaviourally unlike the mammals that most wildlife rehabilitators work with. Its digestive system is an obligate insectivore system, processing food using a muscular, keratinous-lined stomach and swallowed grit rather than teeth. Its nervous system is acutely reactive to unfamiliar stimuli: unexpected sound, strong scent and human contact all trigger pronounced stress responses. Standard insectivore rehabilitation diets and the routines used for other species do not transfer to pangolin care. The protocols in use today have been assembled from documented outcomes over more than a decade of active rehabilitation work.

The African Pangolin Working Group and the Pangolin Men

The African Pangolin Working Group (APWG), founded by wildlife veterinarian Dr Darren Pietersen, coordinates pangolin rehabilitation across South Africa. It operates a 24-hour emergency response line for law enforcement agencies, provincial conservation officials and members of the public encountering a pangolin in distress. When a call comes in, the APWG identifies the nearest accredited carer, coordinates transport, arranges veterinary attendance where injuries are evident, and begins the documentation that supports both animal welfare and any criminal investigation.

The APWG also trains and accredits the individual carers who provide hands-on care. Accreditation is a legal prerequisite for receiving a confiscated pangolin. The small group of specialists who carry the practical weight of this work are sometimes called the Pangolin Men; their accumulated field knowledge is an institutional resource that would take years to rebuild.

Stress Management on Admission

Stress is the overriding concern when a pangolin arrives at an accredited facility. A severely stressed animal cannot be assessed accurately, will not eat, and may deteriorate quickly regardless of other care provided. Newly admitted pangolins are housed in quiet, dimly lit enclosures with natural soil and leaf litter deep enough to permit burrowing, which has a measurable calming effect. Human contact is reduced to the minimum required for feeding and health checks throughout the stabilisation period.

A pangolin that burrows and rests quietly after admission is progressing. One that remains curled for extended periods, refuses to move at night or shows no interest in presented prey is still in crisis and needs immediate veterinary review.

Feeding: The Hardest Part of Pangolin Care

An obligate specialist diet

No aspect of pangolin rehabilitation is more logistically demanding than feeding. Temminck's ground pangolin eats only ants and termites, and no substitute diet sustains it. Commercial insectivore preparations, protein pastes and the feeds accepted by other captive insectivores are behaviourally rejected and physiologically inappropriate. Accredited carers must supply live ants and termites collected fresh from wild mounds every day throughout the animal's time in care. A single adult requires between 150 and 400 grams of prey per night.

From starvation to self-directed foraging

Pangolins from traffickers' captivity often refuse food voluntarily for several days after admission. Carers allow this period without forced prey introduction, which can cause lasting aversion. Prey is then presented progressively in more naturalistic ways: first placed near the animal's resting location, then further away, and eventually buried in soil that the animal must excavate. The key milestone is self-directed foraging, when the animal follows scent trails and locates hidden prey without assistance. This behaviour indicates genuine functional recovery and is a prerequisite for release.

Rehabilitation Timeline and Release Criteria

There is no standard timeline. An animal recovered in good condition that begins foraging quickly may be released in four to six weeks; one with serious snare injuries, severe dehydration or prolonged prior captivity may require three to six months. Release decisions are made against assessed criteria: body weight within the reference range, consistent independent foraging, normal locomotion and burrowing, and resolution of all active infection or injury.

Soft-Release Protocols and Site Selection

Release site selection considers the animal's probable area of origin, ant and termite mound density, land tenure, landowner conservation commitment and the feasibility of post-release monitoring. Soft-release protocols, in which the animal is introduced to a contained portion of the release area before accessing the broader landscape, improve outcomes over immediate hard release. The transitional period allows the animal to establish orientation cues and locate initial prey resources before navigating independently.

GPS Tracking After Release

Every pangolin released following rehabilitation in South Africa is fitted with a GPS transmitter before leaving care, attached with a non-invasive harness that sheds naturally as scale growth continues. Transmitter data is downloaded at regular intervals by field monitors, providing movement tracks, home range boundaries and activity patterns. A transmitter that stops moving during the animal's normal active period triggers an immediate field check. Tracking data has also identified recaptured animals in time for intervention, and the cumulative dataset has advanced scientific understanding of ground pangolin ecology in ways that incidental observation alone could not.

Success Rates and What Determines Outcomes

Post-release survival rates have improved as protocols have been refined. The strongest predictors of a good outcome are body condition at release, confident independent foraging demonstrated before leaving care, and release site quality. Duration of prior captivity is the most significant negative predictor: the longer an animal spent with traffickers before rescue, the harder recovery tends to be, making rapid law enforcement interception and swift transfer to accredited care the most impactful interventions in the chain.

How to Help: Reporting, Not Interfering

If you find a pangolin that appears injured or disoriented, keep people and dogs away, do not attempt to handle it, and contact the African Pangolin Working Group immediately with your GPS coordinates and a description of what you observed. If you see a healthy pangolin in the wild, report the sighting to the APWG as a presence record and do not approach it. Donations to the APWG fund GPS transmitters, rehabilitation care and carer training; the programme's capacity to release monitored animals is directly constrained by available resources.

For related reading, see our articles on how pangolin rehabilitation works in South Africa and pangolin rehabilitation centres across Africa.