Landscape sustainability science and the Sustainable Development Goals

• Achieving the SDGs requires place-based approaches that connect global aspirations with local realities. • Landscape sustainability science (LSS) can help bridge the global-local divide. • LSS helps spatialize, localize, and operationalize the SDG targets in diverse socioecological contexts. • Here we show that LSS contributes directly to eight SDGs and indirectly to six others. • To achieve global sustainability, we must think and act like a landscape. Achieving Sustainable Development Goals (SDGs) requires place-based solutions that reconcile global aspirations with local realities. Landscapes and regions represent a pivotal scale domain – large enough to capture cross-boundary ecological and socioeconomic processes, yet sufficiently grounded to enable context-sensitive understanding and governance. Landscape sustainability science offers a robust framework for bridging the global-local divide in SDG implementation. Rooted in the long-standing convergence between ecology and geography— tracing back to Humboldt’s unity of nature—landscape sustainability science advances a spatially explicit, systems-oriented approach guided by the principles of strong sustainability. Here we present the landscape sustainability science framework, structured around the core triad of landscape pattern, ecosystem services, and human wellbeing, and operationalized through dual feedback loops and the analysis–adaptation–assessment cycle. Our assessment shows that landscape sustainability science contributes directly to eight SDGs and indirectly to six others, offering actionable strategies for climate resilience, sustainable land management, and inclusive landscape governance. By helping to spatialize, localize, and operationalize global sustainability targets, landscape sustainability science provides a pragmatic pathway to advance the SDGs in diverse socioecological contexts. If global sustainability is to be achieved, we must think and act like a landscape.