South Africa: Social Media Wildlife Trafficking Fuels Illicit Trade

• Social media platforms like Facebook, Instagram, TikTok, and YouTube are significantly fueling a rapidly expanding illegal wildlife trade.
• A review found over 1,600 primates advertised for sale across these platforms in just six weeks, alongside many other endangered plant and animal species.
• The trade uses sophisticated methods like false declarations and diverse transport networks, with Africa featuring prominently in trafficking routes.
• Experts argue that tackling this issue requires more than technology or law enforcement, emphasizing the need for community engagement and a whole-of-society approach.
• The speed and scale of online trafficking amplify harms, necessitating AI monitoring, platform regulation, demand reduction, and community coordination as key solutions.

Tackling it requires strategies that strengthen species protection and regulatory capacity, but just as importantly, that engage local communities meaningfully and treat this as a whole-of-society responsibility.

Social media platforms, including popular sites like Facebook, Instagram, TikTok, and YouTube, are increasingly facilitating a rapidly expanding illicit trade in wildlife. This digital black market is proving exceptionally challenging for authorities to detect and police effectively. A comprehensive review, conducted by a team of both local and international researchers and subsequently published in Nature Reviews Biodiversity, highlighted the alarming scale of this issue. During a six-week monitoring period in mid-2025, researchers identified over 1,600 primates advertised for sale across these four prominent platforms.

While primates represent a significant portion of the online trade, the problem extends far beyond them. The review also documented a wide array of other species, including various birds, snakes, frogs, orchids, and cacti, being offered for sale through digital channels. The methods used to transport these illegally traded animals and plants are often sophisticated, involving concealment and movement through postal services, couriers, luggage, cargo, or established smuggling networks. Perpetrators frequently employ false declarations and other deceptive tactics to evade detection by law enforcement and customs officials.

Professor Enrico Di Minin from the University of Helsinki, the study's lead author, underscored the severe vulnerability of thousands of animal, plant, and fungal species to exploitation via online illegal wildlife trade. A particularly concerning finding was that many of the species identified as being illegally traded online are either already at a high risk of extinction or had not previously been considered endangered by such illicit activities. The online nature of this trade allows it to operate across multiple stages of the trafficking chain, from harvesters and intermediaries using social media to locate buyers and specimens, to direct-to-consumer shipments that bypass traditional, large-scale smuggling operations.

Africa plays a prominent role in the trafficking routes identified by the researchers. For instance, between 2010 and 2021, approximately 800,000 African grey parrots were traded internationally. Further investigation into public Facebook accounts operated by exporters in Togo revealed advertisements for over 200 different species. The researchers also discovered that some of the species being traded are known hosts for viruses that pose significant concerns for both human and animal health, adding another layer of risk to this illicit activity.

Dr. Annette Hübschle, a chief research officer and co-lead of the Global Risk Governance Programme at the University of Cape Town’s Faculty of Law, served as the social scientist for the study and was its sole Africa-based co-author. She argues that addressing this complex problem requires more than just enhanced content moderation, artificial intelligence solutions, or traditional law enforcement efforts. Dr. Hübschle emphasizes that the online illegal wildlife trade is not merely a technological issue that can be engineered away; it spreads across platforms at a pace that no single company or country can effectively police, representing an evolving and growing threat to global biodiversity.

Effective strategies, according to Dr. Hübschle, must strengthen species protection and regulatory capacity. Crucially, they must also meaningfully engage local communities and treat the issue as a whole-of-society responsibility. She points out that current responses often place excessive emphasis on enforcement and regulatory models developed in the Global North, frequently overlooking the invaluable knowledge possessed by local communities and frontline conservation practitioners. These local actors are often the first to identify emerging code words, shifting trafficking routes, and the unintended negative consequences of punitive approaches, making their insights vital for prevention rather than an afterthought in policy formulation.

The researchers collectively warn that the sheer speed and vast scale of online trafficking can significantly amplify the harms typically associated with conventional wildlife crime. Dr. Neil D’Cruze, a co-author from Canopy, highlighted how these online networks operate seamlessly across international borders. He noted that they increasingly intersect with, or even entirely replace, traditional trafficking routes, forming complex and dispersed networks that are difficult to dismantle. The digital nature of these operations allows for rapid adaptation and expansion, posing a continuous challenge to conservation efforts worldwide.

To combat this pervasive issue, the research team identified several key interventions: implementing advanced AI monitoring systems, strengthening platform regulation, focusing on demand reduction strategies, and fostering robust community coordination. These multifaceted approaches are seen as essential weapons in the ongoing fight against online wildlife trafficking, aiming to disrupt the illicit trade at various points and protect vulnerable species from further exploitation.

Source: Insights from a recent academic review published in Nature Reviews Biodiversity.