Climate change – Biosphere Futures

English Green Belts: Co-developing exploratory scenarios for contentious peri-urban landscapes

Framing landscape adaptation: integrating cross-scale sustainability and resilience in China’s Huangshui river basin

Land-use change scenarios framing the development of a national ecological infrastructure for Switzerland

Future Nordic Diets – Designing a future food vision for the Nordics through a participatory modeling approach

Co-developing extended SSP narratives for Finnish agriculture with stakeholders

NSERC ResNet Participatory Scenario Planning for the Tidal Wetlands and Dykelands for the Bay of Fundy, Nova Scotia

Exploring ‘big picture’ scenarios for climate resilient in the Red River Basin

Australia in 2030: Possible Alternative Futures

Radical Ocean Futures

Bring down the sky to the earth: using forests to make space for transformative pathways in local contexts

Hivunikhavut – Our Future: Positive scenarios in the rapidly changing Canadian Arctic

Towards Universal Access to Clean Cooking Solutions in Sub-Saharan Africa

Dynamic Systems Models for the Kalahari

From stories to maps: translating participatory scenario narratives into spatially explicit information

Vulnerability analysis and adaptation planning for fishing communities in Thailand

Ishigaki Island mangrove scenarios

Agile futures for transformative change: Lessons from envisioning positive climate futures emerging from the pandemic in Ontario

Non-timber forest products in Benin: tracing impacts of future changes in Climate and Land Use

Community visions of ecoagriculture in a South African transfrontier conservation area

Defining Pathways towards African Ecological Futures

Promoting systems thinking and building consensus: insights from Burkina Faso, Nigeria, and Malawi

Towards better regulation of energy crop production: a case study in Eastern Saxony

Tourism destinations as model regions for adaptation strategies in the context of biodiversity, tourism and climate change

Finding water scarcity amid abundance using human–natural system models