Understanding how pangolins are targeted, caught and trafficked is essential knowledge for conservation advocates, law enforcement and policymakers.
Educational content — law enforcement and conservation perspectivePangolins are the world's most trafficked mammal. Between 2016 and 2019, an estimated one million pangolins were taken from the wild. Understanding exactly how they are poached — the methods, the logistics, the economic drivers — is not morbid curiosity. It is the foundation of effective counter-poaching strategy. Law enforcement agencies, conservation organisations and field rangers must understand poaching methodology to prevent it, detect it and prosecute it. This guide presents an evidence-based overview for educational purposes, drawing on peer-reviewed research, law enforcement case studies and reports from organisations including TRAFFIC, the IUCN SSC Pangolin Specialist Group and the African Pangolin Working Group.
Pangolins evolved their defensive strategy over 80 million years of predator pressure from non-human threats. Rolling into a ball and presenting keratin scales is highly effective against lions, leopards and hyenas. Against human poachers, this defence is catastrophically counterproductive: it makes the animal easy to pick up and carry. A curled pangolin is effectively a self-packaging product.
Several other biological traits increase vulnerability:
The most widespread threat to pangolins in southern and eastern Africa is not targeted poaching but incidental capture in wire snares set for bushmeat species — primarily antelope (impala, kudu, steenbok), warthog and small mammals. These snares are made from fencing wire, cut telephone cable or steel cable and set in large numbers along game paths, around water sources and near fruiting trees.
Pangolins following foraging routes through snare fields are caught around the feet, legs, body or tail. The wire tightens as the animal moves, causing progressively severe injuries. A rolling pangolin twisting in a snare can suffer severed digits, fractured limb bones and necrotic tissue. Many die in snares from stress, dehydration or injury before they are found. Those who survive require extensive veterinary intervention — amputations, wound debridement and long rehabilitation periods.
In South Africa, snare removal ("snare sweeps") by anti-poaching teams is one of the highest-impact conservation interventions for pangolins. APWG-affiliated properties conduct systematic sweeps. In one documented case, a single sweep of a 5,000 ha property in Limpopo yielded more than 300 wire snares.
Targeted pangolin poaching in Africa typically involves night hunting — either on foot with torches or using vehicle spotlights. Hunters locate pangolins by the reflection of their eyes or by knowledge of foraging areas. Once located, a pangolin that curls can be picked up directly. The animal is placed in a sack, box or vehicle and transported to a collection point.
In South Africa, targeted pangolin poaching has historically been carried out by individuals with intimate knowledge of the land — often former farmworkers, community members adjacent to game reserves, or opportunistic hunters who have encountered a pangolin while doing other activities. The increasing involvement of organised criminal networks means that some operations are pre-planned, with specific orders placed for live animals by buyers in urban centres or for export.
Live Temminck's ground pangolins in South Africa can sell for R80,000–R300,000 per animal to middlemen, depending on size, condition and market demand. This is roughly 10–50 times the average annual income for rural communities adjacent to pangolin habitat, making targeted poaching extremely lucrative relative to risk — particularly when law enforcement responses have historically been weak.
In forested parts of West and Central Africa, trained hunting dogs are used to locate tree pangolins (white-bellied and long-tailed pangolins) and giant ground pangolins in dense vegetation where spotlighting is ineffective. Dogs follow scent trails left by pangolin anal gland secretions and locate animals in trees, under logs or in burrows. Once the dog alerts, the hunter extracts the animal. This method is particularly common in Nigeria, Cameroon, Ghana and the Democratic Republic of Congo.
In some communities, pangolin hunting with dogs is a traditional practice that long predates the current scale of international commercial demand. The same techniques that once supported subsistence hunting now feed into commercial trafficking networks, with individual hunters often unaware of the full chain their catch enters.
In some regions of Africa, pitfall traps — shallow pits dug along foraging paths — are used to capture ground pangolins. These are less common than wire snares but are targeted specifically at pangolins in areas where locals are aware of their routes. The pangolin falls into the pit at night and is unable to climb out by morning.
In Southeast Asia, experienced hunters with generational knowledge of Sunda or Philippine pangolin habitat can reliably locate animals in the field. Hunters enter forests at night, locate pangolins by sound (the tearing noise of a pangolin dismantling a termite or ant colony), by following scent trails or by using trained dogs. The Sunda pangolin is also found in oil palm plantations and degraded forest margins, increasing human encounter probability.
Commercial demand from China and Vietnam has driven massive increases in hunting pressure since the 1990s. Live Sunda pangolins can sell for US$200–350 per kilogram at the Vietnamese border, meaning a single adult animal represents two to three months of income for a rural hunter.
In parts of Vietnam and China, battery-powered electric shocking devices are used to locate and stun pangolins in burrows. The device is inserted into a burrow entrance and delivers a shock that causes the pangolin to unroll and emerge or become immobilised. This method causes significant physiological stress and internal injury, contributing to high mortality among animals that are captured and transported. It is illegal in all range states but enforcement in remote areas is sporadic.
At the highest commercial scale, organised networks employ multiple hunters across large areas who deliver pangolins to consolidation points. From there, animals are moved through a supply chain involving aggregators, exporters, freight forwarders and corrupt customs officials. Live animals are preferred for traditional medicine consumers who pay premium prices for freshly killed product. Scales are dried and stockpiled for separate sale. Foetuses are considered particularly valuable in some traditional medicine contexts, driving demand for pregnant females.
| Stage | Actor | Location | Value Added |
|---|---|---|---|
| Capture | Local hunter / farmer | Wild habitat (Africa/Asia) | R500–R5,000 per animal (Africa, source price) |
| Collection | Local middleman | Village / collection point | Aggregates multiple animals, arranges transport |
| Regional trade | Urban trader | City market / warehouse | Holds stock, negotiates with exporters; 5–10x source markup |
| Export | Trafficking network | Port / airport / border crossing | Bribes customs, forges documentation, uses freight companies |
| Transit | Freight intermediaries | Regional hubs (Singapore, Hong Kong, Malaysia) | Repackages, further laundering of origin |
| Import | Receiving network | Vietnam / China market | Sells live or processed; 20–50x source price at retail |
| Consumer | End buyer | Restaurant / medicine shop / private | Pays premium for fresh-killed or live animal at restaurant |
Specially trained dogs are one of the most effective tools for detecting pangolins at ports, airports and border crossings. Dogs are trained to the scent of pangolin scales, frozen pangolin and live animals. The African Pangolin Working Group in South Africa has developed a specialist pangolin detection dog programme in partnership with SANParks rangers. Dogs have detected pangolin contraband concealed inside processed goods, within false compartments in vehicles and buried beneath other cargo. Unlike X-ray scanning, dogs can detect living animals and small quantities of scales that scanner resolution misses.
Wildlife forensic DNA analysis can identify the species of origin from a single scale fragment, a blood smear or a tissue sample. This is critical for prosecutions where trafficking networks claim confiscated material comes from legally held stockpiles or is not pangolin at all. More advanced DNA population-of-origin analysis can trace which country or even which region a pangolin came from — vital for understanding trafficking routes and for bilateral legal cooperation between range states and consumer countries. South Africa's National Zoological Collection and TRAFFIC maintain reference databases for southern African pangolin populations.
Pangolin products are sold on social media platforms (Facebook, WeChat, Zalo in Vietnam) and on e-commerce marketplaces. TRAFFIC's wildlife crime monitoring unit conducts systematic monitoring of online platforms in China, Vietnam and Indonesia. Data collected is shared with platform providers and with law enforcement agencies. Platforms are increasingly responsive to takedown requests, though workarounds (coded language, private groups, VPNs) complicate enforcement. Digital evidence gathered from online markets has been used in successful prosecutions in Vietnam and China.
Anti-poaching units in South Africa, Zimbabwe and Botswana maintain informant networks in communities adjacent to pangolin habitat. Community members who report pangolin poaching or trafficking activity can receive rewards and are protected from retaliation where possible. The APWG's "Tip-Off" programme (similar to Crime Stop) has generated a significant number of successful rescues and prosecutions. Building trust with communities who live alongside pangolins — and ensuring they benefit from conservation, not just bear its costs — is considered the highest-priority long-term intervention.
Pangolins are trafficked in shipping containers concealed within legal cargo (timber, fish, manufactured goods). X-ray scanning of containers at major ports (Durban, Mombasa, Singapore, Guangzhou) has detected frozen pangolin shipments, often in containers declared as other seafood or animal products. Intelligence sharing between customs agencies — through platforms like INTERPOL Wildlife Crime and the WCO's Container Control Programme — improves targeting of high-risk containers. However, the volume of global container trade means that physical inspection rates remain extremely low.
| Country | Legislation | Maximum Penalty | Notable Cases |
|---|---|---|---|
| South Africa | NEMBA; Nature Conservation Acts | R10M fine / 10 years imprisonment | 2021: R1.4M fine + 8-year sentence in NW Province trafficking case |
| Zimbabwe | Parks and Wildlife Act (amended 2019) | Up to 9 years / unlimited fine | 2020: 5-year custodial for Hwange-area trafficking network |
| China | Wildlife Protection Law (2016, 2023 amendment) | Up to 10 years imprisonment | 2023 amendment removed pangolin scales from approved TCM list |
| Vietnam | Penal Code Amendment 2017 (Article 244) | Up to 15 years for organised trafficking | 2020: 13-year sentence for major Hanoi trafficking network leader |
| Indonesia | Conservation of Living Resources Act | Up to 5 years / IDR 100M fine | Multiple prosecutions annually; sentences often suspended |
Understanding how pangolins are poached is not passive knowledge. It is the starting point for advocacy: for better sentencing, for community incentive programmes, for demand reduction in consumer markets, and for support of the field rangers and forensic scientists working to dismantle trafficking networks. The fight to save pangolins depends on a public that understands the reality of the threat.
Pangolins are caught using wire snares set along foraging paths (most common in Africa), live capture by hand after locating the animal with spotlights or dogs, and pitfall traps. In Southeast Asia, night hunting with trained dogs, electric shocking devices in burrows and organised commercial trapping networks are common. The pangolin's defensive curl makes live capture by hand relatively straightforward once located.
Wire snares set for bushmeat species are indiscriminate and catch pangolins as bycatch 24 hours a day without the poacher being present. In South Africa, a significant proportion of pangolin rescues involve snare injuries. Snares cause slow deaths from stress, dehydration or progressive tissue injury, and are set in very high densities across many wildlife areas.
After capture, pangolins are typically held alive — live animals command significantly higher prices. They may be held in sacks, boxes or cages at collection points before being moved through a trafficking chain spanning multiple countries. Mortality during transit is very high due to physiological stress, injury and confinement.
Methods include sniffer dogs trained to pangolin scent at ports and borders, DNA forensics identifying species and population of origin, X-ray scanning of cargo containers, digital intelligence monitoring of online sales platforms, and community informant networks. APWG's pangolin detection dog programme in South Africa is particularly notable.
Under NEMBA, pangolins are Endangered. Illegal possession, transport or trade can result in fines of up to R10 million and/or 10 years imprisonment. Landmark cases since 2018 have resulted in significant custodial sentences. However, actual sentences imposed have historically often been below legislative maximums.
Pangolins' primary defence — rolling into a ball — is effective against predators but counterproductive against human poachers, making them easy to pick up and carry. Nocturnal habits provide some protection, but predictable foraging routes, strong scent trails and slow movement make them relatively easy to locate by experienced hunters.
For more on anti-poaching conservation, rehabilitation and the science of protecting pangolins, explore anti-poaching patrol methods, DNA forensics in wildlife crime, and landmark trafficking prosecution cases.