This presentation addresses some limitations of conventional planning, as well as the cost-prohibitive nature of landscape architecture, by offering a series of scalable, replicable design models for biodiversity and climate resilience that anyone can implement on a wide range of landscapes. Explore the nexus between below- and above-ground biodiversity and learn practical methods for collaborating with scientists on research and data collection, interpreting science, and putting it into practice on a regional scale. Examine:
How designed native ecosystems offer solutions to both the biodiversity and climate crises;
A process of identifying community partners for collaborative planning, design, outreach and implementation; and
How planners worked with farmers and urban gardeners to build consensus and convert their landscapes to habitat.
Presenters offer two seasons of data on soil health and plant-pollinator networks and explain their methods for identifying over 150 native pollinator species at risk of local extinction and the plants that support them. They showcase a series of scalable, replicable designs that support these species. Review a wide range of community engagement strategies, along with plans for scaling implementation and outreach two to five years hence. Closed Captioning
Learning Objectives:
Learn how increasing plant diversity and supporting native pollinators can improve soil health and ecosystem function.
Understand how to adopt and implement replicable models for resilience.
Learn how to assess soil health, measure soil carbon and pollinator diversity, and monitor changes over time.