UK/Ireland biodiversity DNA sequencing: A colonial extractivist model or systemic ecological stewardship?

Indigenous European traditions, such as Celtic and Norse animism, view biodiversity as a sacred network requiring reciprocal relationships rather than commodification. The proposed DNA sequencing model ignores these epistemologies, treating genetic material as a resource to be extracted and patented. This reflects a broader pattern where Western science extracts knowledge without consent or benefit-sharing, echoing colonial biopiracy. Indigenous-led conservation in the UK/Ireland, such as the work of the Scottish Crofting Federation, demonstrates that biodiversity can be maintained through traditional practices without genetic sequencing.

The history of biological specimen collection in the UK/Ireland is rooted in colonial-era extraction, where European scientists collected plants, animals, and genetic materials from colonized regions without reciprocity. This legacy persists in modern biotech, where genetic data from Indigenous communities is often exploited for corporate gain. The £3B economic estimate mirrors 19th-century utilitarian approaches to nature, where biodiversity was valued solely for its extractable resources. Historical precedents, such as the Kew Gardens' role in colonial botany, show how scientific institutions have long served extractive industries.

In contrast to the Western commodification of genetic data, Indigenous Australian Aboriginal cultures view biodiversity as a living library of ancestral knowledge, requiring custodianship rather than ownership. Similarly, the Māori concept of kaitiakitanga (guardianship) emphasizes the responsibility to protect ecosystems for future generations, not exploit them for profit. The proposed DNA sequencing project could learn from these models by integrating Indigenous knowledge holders as equal partners in research design and benefit-sharing. Cross-cultural comparisons reveal that Indigenous-led conservation often achieves better ecological outcomes than Western technocratic approaches.

The scientific validity of the £3B economic estimate relies on assumptions about the commercialization of genetic data that are not yet proven at scale. While DNA sequencing has advanced conservation science, its application in biodiversity management remains contested due to ethical concerns about data ownership and biopiracy. The report's focus on economic returns overlooks the long-term ecological risks of genetic monocultures and the potential for unintended consequences in ecosystem dynamics. Scientific consensus increasingly supports the integration of traditional ecological knowledge with modern data science to improve conservation outcomes.

Artistic and spiritual traditions in the UK/Ireland, such as Celtic druidry and Norse animism, frame biodiversity as a living tapestry of interconnected spirits and ancestors. These worldviews emphasize the sacredness of all life forms, challenging the reductionist approach of genetic sequencing for economic gain. Contemporary artists like Andy Goldsworthy and poets like Seamus Heaney have explored the spiritual dimensions of landscape and biodiversity, offering alternative narratives to the technocratic framing. The proposed project risks erasing these cultural perspectives by prioritizing data extraction over relational stewardship.

Future scenarios based on this approach risk exacerbating biodiversity loss by prioritizing economic extraction over ecological resilience, potentially leading to genetic erosion and ecosystem collapse. A more sustainable model would integrate Indigenous knowledge, community-led conservation, and circular economy principles to ensure long-term ecological health. The £3B estimate assumes unchecked market growth, but future regulatory shifts toward data sovereignty and Indigenous rights could disrupt this model. Scenario planning should also consider the ethical implications of patenting genetic material from wild species.

Marginalized communities in the UK/Ireland, including Indigenous groups like the Cornish and Gaelic peoples, have been systematically excluded from biodiversity governance despite their deep ecological knowledge. The proposed DNA sequencing project risks further marginalizing these voices by centering Western scientific institutions and corporate interests. Local farmers, fishers, and conservationists who rely on traditional practices are also sidelined in favor of technocratic solutions. A systemic approach would require co-design with these communities to ensure equitable benefit-sharing and respect for their knowledge systems.