Airborne eDNA reveals systemic ecological degradation: How surveillance capitalism exploits genetic monitoring for profit and control

Indigenous knowledge systems treat genetic material as a living, relational entity bound by protocols of reciprocity, consent, and kinship, unlike the extractive Western approach. Many communities, such as the Māori of Aotearoa or the San of Southern Africa, have long used non-invasive tracking methods (e.g., tracking signs, oral histories) that avoid the ethical pitfalls of genetic surveillance. The commercialization of eDNA risks repeating the harms of colonial-era biodiversity research, where Indigenous lands were treated as 'data mines' without compensation or cultural respect. Current eDNA frameworks lack mechanisms for Free, Prior, and Informed Consent (FPIC) from Indigenous peoples, despite the UN Declaration on the Rights of Indigenous Peoples (UNDRIP).

The extraction of genetic material from ecosystems mirrors colonial-era 'bio-prospecting,' where European scientists systematically cataloged and exploited biodiversity from the Global South under the guise of 'scientific progress.' The 19th-century botanical expeditions to the Amazon or the Pacific Islands laid the groundwork for modern biopiracy, with eDNA collection representing a digital extension of these extractive practices. The Human Genome Project (1990–2003) further normalized the commodification of genetic data, paving the way for environmental applications without addressing its ethical contradictions. Historical precedents, such as the patenting of neem tree properties by Western corporations, show how Indigenous knowledge is repackaged as 'innovation' for profit.

In contrast to the Western emphasis on genetic databases as 'neutral tools,' many Indigenous cultures view ecological knowledge as embedded in community memory, oral traditions, and spiritual practices. For instance, the Australian Aboriginal practice of 'songlines' maps biodiversity through ancestral narratives, offering a non-invasive alternative to genetic sampling. Similarly, the Andean concept of 'ayni' (reciprocity) challenges the extractive logic of eDNA, proposing instead a framework where data-sharing is governed by mutual benefit. The Maasai of Kenya and Tanzania use communal grazing patterns to monitor ecosystem health, integrating human and animal movements into a holistic understanding of land vitality. These models highlight how genetic surveillance could be reimagined through Indigenous epistemologies.

eDNA analysis is a rapidly advancing field with demonstrated utility in tracking invasive species, assessing biodiversity loss, and even reconstructing past ecosystems from sediment samples. However, its application in airborne contexts remains experimental, with challenges in contamination, degradation, and the inability to distinguish between live and dead genetic material. The scientific community has raised concerns about the misuse of eDNA for human identification without robust ethical safeguards, as seen in forensic applications. Standardized protocols for airborne eDNA collection are still lacking, risking inconsistent data that could mislead conservation efforts or enable biopiracy.

Artists and spiritual traditions have long explored the interconnectedness of life through genetic and ecological metaphors, from the Māori concept of 'whakapapa' (genealogical connection) to the Hindu idea of 'Panchabhuta' (five elements as sacred). Contemporary bioart, such as Eduardo Kac’s transgenic works or Agnes Denes’ ecological installations, challenges the reductionist framing of DNA as mere data, instead highlighting its poetic and ethical dimensions. Indigenous ceremonies, such as the Māori 'hui' (gathering) or the African 'ubuntu' philosophy, emphasize relationality over extraction, offering a spiritual counterpoint to the commodification of genetic material. These perspectives reveal how eDNA could be reimagined as a medium for interspecies dialogue rather than a tool for surveillance.

If airborne eDNA becomes a global surveillance standard, it could enable predictive policing of ecosystems, where 'undesirable' species (e.g., predators, invasive plants) are targeted for eradication based on genetic data. The militarization of conservation, already seen in drone surveillance and AI-driven poaching prediction, risks extending to genetic monitoring, with Indigenous lands becoming 'data frontiers' for corporate and state actors. Conversely, future models could integrate Indigenous knowledge systems, using eDNA to co-design regenerative land management practices that prioritize ecological reciprocity. The ethical stakes include the potential for genetic data to be weaponized in biowarfare or used to justify land grabs under the guise of 'biodiversity protection.'

Marginalized communities, particularly in the Global South, bear the brunt of biodiversity loss but are rarely consulted in the deployment of eDNA technologies, which are often imposed by Northern institutions. Women, who are primary stewards of traditional ecological knowledge in many cultures, are systematically excluded from decision-making in conservation tech, reinforcing patriarchal control over genetic data. The San people of Southern Africa, who have faced decades of biopiracy, have called for the recognition of their knowledge systems in genetic research, yet their voices are sidelined in favor of corporate and state interests. The lack of representation in eDNA governance mirrors broader patterns of epistemic injustice, where Indigenous and local knowledge is deemed 'unscientific' despite its proven efficacy.