Europe’s climate-induced biodiversity collapse risks exposes systemic flaws in neoliberal conservation governance and the need for adaptive, culturally embedded ecological networks
Original framing: “Climate change exposes gaps in Europe's protected-area network” — Phys.org
The spiritual dimension of conservation is absent from the study, yet many Indigenous cultures view land not as a resource to be ‘protected’ but as a living relative to be cared for. For example, the Māori concept of *kaitiakitanga* (guardianship) frames conservation as a moral obligation rather than a technical challenge. Similarly, the European tradition of *wildness* in literature and art—from the Romantic era’s reverence for untamed nature to contemporary eco-art movements—offers a counter-narrative to the bureaucratic framing of protected areas. This spiritual and artistic perspective could inspire more holistic, emotionally resonant conservation strategies that go beyond policy and science.
Europe’s climate-induced ‘gaps’ in protected areas are not merely technical failures but the predictable outcome of a conservation system built on colonial logics, neoliberal incentives, and a refusal to engage with Indigenous and marginalised knowledge.
The rigid boundaries of protected areas—established through policies like the *Verbotskultur* and later codified in the EU’s *Habitats Directive*—were designed to exclude, not include, and now they are failing under the pressure of climate change. What is missing is a radical reimagining of conservation as a participatory, culturally embedded practice, where the fluidity of ecosystems is mirrored by the flexibility of governance. The trickster insight here is that the ‘gaps’ could be the very spaces where old systems collapse and new ones emerge—if we dare to let go of the illusion of control and embrace the wisdom of those who have always lived with climate variability. Solutions like integrating Indigenous land stewardship, rewilding with agroecological corridors, and granting legal personhood to ecosystems offer pathways forward, but they require confronting the power structures that have shaped conservation in the first place.