Orphaned Pangolin Care and Feeding: A Complete Guide to Rehabilitation

Published 29 June 2026 | AlphaPanga Research

The ground pangolin (Smutsia temminckii) holds the unenviable distinction of being one of the most difficult mammals to keep alive in a rehabilitation or captive setting. Across the history of southern African wildlife care, pangolins have confounded even experienced wildlife rehabilitators, with early captive survival rates that were notoriously poor. Yet the picture has changed substantially in the last two decades. Specialist organisations — most notably the Tikki Hywood Foundation in Zimbabwe, the African Pangolin Working Group in South Africa, and a handful of permitted individual rehabilitators — have developed rigorous protocols that dramatically improve survival rates for orphaned and rescued pangolins. Understanding what these protocols involve reveals both the extraordinary specialisation of the pangolin as a species and the commitment required to give a rescued animal any realistic prospect of returning to the wild.

Why Pangolins Are So Difficult to Rehabilitate

The fundamental challenge of pangolin rehabilitation flows from the animal's extreme dietary and psychological specialisation. Unlike a vervet monkey or a warthog, which will accept a wide range of food types and adapt with reasonable ease to a human environment, the pangolin is a hyper-specialist that has evolved for millions of years to do essentially one thing: find and consume ants and termites. Its entire physiology is calibrated around this narrow ecological niche.

Physiological Constraints

Pangolins lack teeth entirely. Their long, muscular tongues — which can extend beyond the length of their own bodies — are coated in sticky saliva and used to extract insects from colonies. The stomach is muscular and gizzard-like, capable of grinding the hard exoskeletons of insects using internally stored grit. There is no provision in this system for processing conventional food: fruits, vegetables, commercially available insectivore diets, or even most invertebrates other than ants and termites. Attempts to feed rescued pangolins with mealworms, crickets, or prepared pastes have met with limited success and high mortality rates.

The pangolin's metabolic rate is unusually low for a mammal of its size — lower even than sloths — and its body temperature fluctuates more than most mammals, approaching torpor under cold conditions. This means that a captive pangolin that refuses to eat has very limited metabolic reserves to draw on before entering a fatal spiral of weight loss, immune compromise, and stress-related organ failure.

Psychological Vulnerability

Stress is probably the single greatest killer of captive pangolins. The species is entirely solitary in the wild (except for mother-offspring pairs and brief mating encounters), nocturnal, and inhabits territories that may span several kilometres. Confinement, exposure to unfamiliar smells, sounds, and handling, and the absence of the complex olfactory environment of the bush all cause acute and chronic stress responses. Elevated cortisol levels in pangolins suppress immune function, disrupt digestive processes, and can cause gastric ulceration — a documented cause of death in captive animals.

The pangolin's primary response to any threat is to curl into a ball and wait. In the wild, this response is effective against predators. In a captivity setting, if the animal curls in response to human presence and remains curled for hours, it is not eating, not thermoregulating efficiently, and is under sustained physiological stress. Breaking this cycle is among the most demanding tasks in pangolin rehabilitation.

The Critical First 48 Hours

When an orphaned or injured pangolin first arrives with a rehabilitation specialist, the priorities are stabilisation rather than feeding. In the first 24–48 hours, the goals are:

• Assessing the animal's physical condition — hydration status, body weight, scale and skin integrity, presence of wounds or injuries
• Establishing appropriate thermal conditions
• Minimising all stressors — noise, light, unfamiliar smells, handling
• Providing veterinary assessment if injuries are present
• Rehydrating the animal if necessary through subcutaneous or oral fluid administration

Experienced rehabilitators emphasise that the instinct to immediately offer food must be resisted. A severely stressed pangolin will not eat regardless of what is offered, and forcing interaction in pursuit of feeding attempts worsens stress levels. The animal must first be allowed to settle in a quiet, appropriately warm, dark environment before any feeding attempts are meaningful.

Specialised Feeding Requirements

Once a pangolin has stabilised sufficiently to begin foraging behaviour — typically indicated by the animal uncurling spontaneously and showing investigative tongue-flicking — feeding can begin in earnest. The approach depends heavily on the age and condition of the animal.

Live Ant and Termite Colonies

The gold standard for pangolin feeding in rehabilitation remains live ants and termites. This is not merely a preference but a functional necessity for many animals. Ground pangolins in captivity that are offered live termite mounds or active ant colonies will often begin feeding voluntarily far sooner than animals offered any alternative diet, and the nutritional profile of living insects — intact proteins, fats, moisture content — matches the animal's evolved requirements precisely.

Sourcing sufficient quantities of ants and termites is a major logistical challenge. Successful rehabilitation operations typically maintain access to multiple termite mound sites and established ant colonies in secure foraging areas, to which the pangolin can be taken on nightly foraging walks. The African Pangolin Working Group and the Tikki Hywood Foundation both maintain dedicated foraging sites where rehabilitating pangolins can be walked by their assigned human caregivers to forage under supervised conditions — a critical component of both nutritional provision and behavioural preparation for wild release.

Supplementary Diets

In situations where live insect access is temporarily unavailable, supplementary diets have been developed through years of trial and error. These typically involve slurry preparations containing mealworm paste, ant eggs, honey, commercial insectivore supplement, and in some formulations, small quantities of raw egg. The exact recipes vary between institutions and are often not publicly disclosed because incorrect formulation or inappropriate use can be harmful. These supplements should never be used as a primary diet and should only be administered under specialist guidance.

For very young orphans — pangopups still dependent on mother's milk — specialist pangolin milk formula is required. Development of appropriate pangolin milk substitutes has been one of the more technically demanding achievements in pangolin rehabilitation research. The composition of pangolin milk differs from that of other mammals, and generic wildlife milk substitutes are often inadequate or harmful. The Tikki Hywood Foundation has published guidance on this and maintains contact with rehabilitators requiring formulation advice.

Feeding Frequency and Volume

Adult ground pangolins in the wild consume an estimated 140–200 grams of insects per feeding session and typically feed on multiple sites per night. In rehabilitation, matching this intake — whether through live foraging or supplementary feeding — is essential for maintaining body weight. Animals that lose more than 10 percent of their admission body weight within the first two weeks are at elevated risk of fatal decline. Daily weighing, where the animal permits handling without undue stress, is standard protocol at professional rehabilitation facilities.

Surrogate Mother Techniques and Human Bonding

The Tikki Hywood Foundation, established by Lisa Hywood in Zimbabwe and recognised internationally as a pioneer in pangolin rehabilitation, developed what has become known as the surrogate walking programme as a core rehabilitation methodology. The approach addresses both the nutritional and the psychological needs of orphaned pangolins simultaneously.

The Walking Programme

In the surrogate walking model, each orphaned pangolin is assigned a dedicated human caregiver who walks with the animal every night, typically for three to five hours, through bush terrain containing live ant and termite colonies. The animal is carried to the foraging area against the caregiver's body — often wrapped against the torso — mimicking the posture of a juvenile pangolin riding on its mother's tail base. This contact appears to provide significant psychological comfort to orphaned animals.

As the pangolin gains confidence over days and weeks, it begins to forage independently during these walks, with the caregiver present nearby but progressively less involved. The caregiver also introduces the pangolin to a variety of terrain types, natural shelters, and insect species — building a foraging repertoire and environmental familiarity that will be essential for independent survival after release.

Critically, the same caregiver maintains consistency with each animal wherever possible. Pangolins appear to develop tolerance — if not genuine attachment — to specific human individuals whose scent and movement patterns become familiar, and rotating caregivers can re-trigger stress responses in animals that were beginning to settle.

Minimising Habituation to Humans

There is a necessary tension in the surrogate model: the human contact that reduces short-term stress risk may, if taken too far, result in an animal that is habituated to human presence and therefore ill-equipped for independent survival after release. Effective programmes manage this tension deliberately. As the target release date approaches, human interaction is reduced progressively, nocturnal foraging walks are conducted in areas with reduced human scent marking, and the animal spends increasing time in larger, semi-wild bomas where it must solve foraging challenges with less human guidance.

Temperature Regulation in Captivity

Ground pangolins are particularly susceptible to thermal stress. Their low metabolic rate and limited thermoregulatory capacity mean that both cold and heat can be rapidly fatal. Rehabilitating pangolins require ambient temperatures of 25–30 degrees Celsius in most circumstances, with variation tolerated within a limited range.

Neonates and very small orphans require more precise temperature management — typically 30–32 degrees Celsius — and may require incubator-style enclosures with monitored heat sources. Heat pads, ceramic heat emitters, and ambient heating of the rehabilitation room are all used in practice. Hot spots that could cause burns must be avoided; the pangolin should always be able to move away from a heat source.

During cold nights when foraging walks are conducted, orphans are typically kept warm during transport to the foraging site. In Zimbabwe, where the Tikki Hywood Foundation operates, seasonal cold can be significant during the dry-season winter months, and thermal management during nocturnal walks becomes a practical challenge for caregivers.

Veterinary Care and Medical Challenges

Pangolins present significant challenges for veterinary care. Standard sedation protocols used for other species can be inappropriate or fatal, and the limited number of wildlife veterinarians with specialist pangolin experience means that many rehabilitation situations rely on remote consultation with centres of expertise. Common medical issues encountered in rescued pangolins include:

• Dehydration and hypovolaemia, particularly in animals that have been held by poachers or traders for any length of time before rescue
• Respiratory infections, which can develop rapidly under stress
• Gastric ulceration, often stress-induced and frequently presenting with reduced appetite and weight loss
• Scale damage from handling, snaring, or fighting
• Traumatic injuries from vehicle collisions or snares
• Ectoparasites — particularly mites in the inter-scale spaces

The development of appropriate anaesthetic protocols for ground pangolins has been a slow process. Published protocols using medetomidine in combination with ketamine, or isoflurane inhalation anaesthesia, are referenced in the specialist literature, but dosing requires adjustment for the species' unusually low metabolic rate and sensitivity to respiratory depression.

Gradual Reintroduction to the Wild

Release planning begins at admission, not when the animal appears healthy. The goal throughout rehabilitation is to minimise dependency on human provision and maximise the development of wild-appropriate behaviours. The phased release process typically unfolds across several weeks or months depending on the age and condition of the animal:

1. Stabilisation phase: All essential care is human-provided. Goal is physical recovery.
2. Active rehabilitation phase: Nightly foraging walks with caregiver; insect diet progressively shifted to live sources encountered in the field.
3. Semi-independence phase: Larger boma or soft-release enclosure in appropriate habitat. Caregiver presence reduced. Animal begins making independent foraging decisions.
4. Monitored release: Animal is fitted with a VHF or GPS transmitter and released at a site appropriate to its species' habitat requirements. Post-release monitoring continues for months, with intervention only if the animal's condition deteriorates significantly.

Post-release monitoring is essential not only for the welfare of the individual animal but for the improvement of rehabilitation protocols. Data on how released animals fare — survival rates, ranging behaviour, weight trajectory, social and reproductive outcomes — feed back into the design of subsequent rehabilitation programmes.

Success Stories and Survival Rates

Published survival data for captive pangolins remain limited, partly because many rehabilitation efforts have occurred in institutional contexts where systematic record-keeping was inconsistent, and partly because of the conservation-sensitive nature of release site information. However, several findings can be summarised:

Early (pre-2000) captive survival rates for pangolins at zoos and informal rescue situations were poor, with most animals dying within days to weeks of arrival. The specialist protocols developed by the Tikki Hywood Foundation, the African Pangolin Working Group, and affiliated veterinarians and rehabilitators have substantially improved these outcomes. Institutions implementing the full surrogate walking programme and live insect diet report survival rates through to release of 60–80 percent for animals admitted in reasonable condition, compared with survival rates near zero under earlier informal care approaches.

Post-release survival data are more limited. Animals fitted with tracking transmitters and monitored in southern African protected areas have shown variable outcomes. Some individuals establish home ranges, maintain body weight, and appear to integrate successfully into the wild population within months of release. Others show signs of poor foraging efficiency, fail to establish stable ranges, and require re-intervention. Juveniles released with their full complement of wild-foraging experience acquired through the walking programme appear to fare better than those given shorter rehabilitation periods.

The Tikki Hywood Foundation has documented cases of released individuals surviving for multiple years post-release and, in some instances, successfully reproducing — the ultimate measure of rehabilitation success. These cases, while not universal outcomes, demonstrate that a return to full wild functionality is achievable with appropriate care.

What to Do If You Find an Orphaned Pangolin in South Africa

While awaiting specialist assistance, follow these basic guidelines:

• Wear gloves if possible — not for your protection, but to reduce human scent transfer to the animal
• Place the pangolin in a cardboard box or bag with ventilation holes; line it with dry leaves or a natural fibre cloth
• Keep the container in a quiet, dark, warm location (approximately 28 degrees Celsius)
• Do not offer food or water unless specifically instructed by a specialist over the phone
• Do not attempt to unroll the pangolin if it is curled
• Minimise all handling to what is strictly necessary
• Keep children, dogs, and other pets away from the animal

It is illegal under South African law to keep a pangolin without the appropriate permits, even temporarily. However, the law recognises the need for emergency first-response care, and authorities will not penalise good-faith rescue actions taken while awaiting professional assistance.

Frequently Asked Questions