- Low Carbon Resilience
- Natural Solutions Initiative
Biodiversity Led Green Infrastructure (2017)
Biodiversity-led Regional Planning: Phase 3
ACT’s work on nature-based solutions (NbS) with professionals and all levels of government since 2017 has revealed a need for integrated frameworks that transcend jurisdictional and professional boundaries. NbS often require people to work in interdisciplinary teams and configurations that challenge traditional silos and past best practices, increasing the need for relationship building as well as communications that can nurture better understanding of NbS concepts and approaches. Phase 3 of ACT’s biodiversity-led green infrastructure project (2019-2020) is responding to this need by supporting development of a network of stakeholders working in this field in the Lower Fraser. We are engaging with members of local and regional government, First Nations, NGOs, and community groups to learn how participants view green infrastructure and NbS in their work, and co-create policy recommendations and strategic knowledge-sharing opportunities.
Biodiversity-led Green Infrastructure: Phase 2
Green infrastructure and nature-based solutions are gaining traction as their benefits for climate change adaptation and mitigation become better understood. Meanwhile, biodiversity loss is emerging as a global crisis that carries a similar level of urgency to climate change. Phase 2 of ACT's biodiversity-led green infrastructure project, which took place from 2018-2019, investigated ways cities can take a more intentional, regional approach to planning green infrastructure in ways that benefit biodiversity in a changing climate, while providing a host of other benefits.
Biodiversity-led Green Infrastructure: Phase 1
Phase 1 of ACT's work on building biodiversity health while achieving low carbon resilience in a changing climate took place from 2017-2018, and examined ways local governments can collaborate across their borders through transboundary municipal ecosystem governance to support biodiversity survival in a changing climate, while gaining benefits for both adaptation and emissions reductions.