Catalysing a biodiversity revolution: Scaling species conservation for biodiversity, climate and people

10/10/2025
15:00 - 16:00
IUCN Programme 2026-2029 Pavilion - R2

Why attend

Attend this dynamic session to explore how scaling species conservation can unlock powerful solutions for climate, biodiversity, food security, and livelihoods. Engage with diverse voices, uncover blind spots, and discover integrated strategies to mainstream species action into global sustainability efforts—driving lasting, systemic change across sectors and landscapes.

Session Description

Global efforts to protect nature are growing, yet species—the core of natural capital—are often overlooked in planetary health agendas. As essential components of biodiversity, species offer untapped potential for climate regulation and sustainable development. To achieve lasting and impactful conservation outcomes, scaling action is critical. However, scaling must go beyond geographic expansion (“scaling out”) and embrace an integrated approach that combines reach, systemic influence, and cultural depth. This modern view of sustainability calls for strategies that cross geographic, political, and cultural boundaries, balancing area expansion (breadth), cultural transformation (depth), and institutional support (height). The goal is not just to “do more,” but to create enduring, systemic change. This session will deepen understanding of scaling, identify gaps, and explore opportunities to mainstream species conservation into planetary health and sustainable development agendas—unlocking multiple benefits across landscapes, policies, and communities.
Organised by
Headquarters
Partners
Headquarters
Species Survival Commission

Speaker

Speaker Viviana Elsa Figueroa

Consultant

Catalysing a biodiversity revolution: Scaling species conservation for biodiversity, climate and people

Speaker Trevor SANDWITH

Director - IUCN Centre for Conservation Action

Catalysing a biodiversity revolution: Scaling species conservation for biodiversity, climate and people