Assessing urban ecosystem services and promote nature-based solutions in urban planning in China using InVEST tools. 1 of 5 Chinese pilot cities. Partners: Stanford University, Chinese Academy of Sciences.
Projects
Assessing urban ecosystem services and promote nature-based solutions in urban planning in China using InVEST tools. 1 of 5 Chinese pilot cities. Partners: Stanford University, Chinese Academy of Sciences.
Project Category: Sustainable, Livable Cities
Assessing urban ecosystem services and promote nature-based solutions in urban planning in China using InVEST tools. 1 of 5 Chinese pilot cities. Partners: Stanford University,
Chinese Academy of Sciences.
Chinese Academy of Sciences.
Project Category: Sustainable, Livable Cities
Assessing urban ecosystem services and promote nature-based solutions in urban planning in China using InVEST tools. 1 of 5 Chinese pilot cities. Partners: Stanford University, Chinese Academy of Sciences.
Project Category: Sustainable, Livable Cities
Assessing urban ecosystem services and promote nature-based solutions in urban planning in China using InVEST tools. 1 of 5 Chinese pilot cities. Partners: Stanford University, Chinese Academy of Sciences.
Project Category: Sustainable, Livable Cities
Assessing urban ecosystem services and promote nature-based solutions in urban planning in China using InVEST tools. 1 of 5 Chinese pilot cities. Partners: Stanford University, Chinese Academy of Sciences.
Project Category: Sustainable, Livable Cities
Identified reforestation areas based on ecosystem services and their benefits to people. Co-developed and applied the Restoration Opportunities Optimization Tool (ROOT), an ecosystem service software tool, to identify restoration opportunities that provide the greatest benefits at the lowest cost.
Identified reforestation areas based on ecosystem services and their benefits to people. Co-developed and applied the Restoration Opportunities Optimization Tool (ROOT), an ecosystem service software tool, to identify restoration opportunities that provide the greatest benefits at the lowest cost.
Identified reforestation areas based on ecosystem services and their benefits to people. Co-developed and applied the Restoration Opportunities Optimization Tool (ROOT), an ecosystem service software tool, to identify restoration opportunities that provide the greatest benefits at the lowest cost.
Project Category: Sustainable Development Planning
Identified reforestation areas based on ecosystem services and their benefits to people. Co-developed and applied the Restoration Opportunities Optimization Tool (ROOT), an ecosystem service software tool, to identify restoration opportunities that provide the greatest benefits at the lowest cost.
Project Category: Sustainable Development Planning
Identified reforestation areas based on ecosystem services and their benefits to people. Co-developed and applied the Restoration Opportunities Optimization Tool (ROOT), an ecosystem service software tool, to identify restoration opportunities that provide the greatest benefits at the lowest cost.
Project Category: Sustainable Development Planning
Identified reforestation areas based on ecosystem services and their benefits to people. Co-developed and applied the Restoration Opportunities Optimization Tool (ROOT), an ecosystem service software tool, to identify restoration opportunities that provide the greatest benefits at the lowest cost.
Project Category: Sustainable Development Planning
Identified reforestation areas based on ecosystem services and their benefits to people. Co-developed and applied the Restoration Opportunities Optimization Tool (ROOT), an ecosystem service software tool, to identify restoration opportunities that provide the greatest benefits at the lowest cost.
Project Category: Sustainable Development Planning
Worked on the design and placement of restored Oyster Reefs in Mobile Bay. Partners: Stanford University, The Nature Conservancy.
Project Category: Resilient Coastal Communities
Applying social media data to better measure visitation in city parks and green space. Collaborators: The New School, SUNY-Buffalo
Project Category: Sustainable Development Planning
Quantifying the benefits, costs, and livelihood implications of the Sloping Land Conversion Program, a large-scale payment for ecosystem services (PES) scheme designed to protect Beijing's water supply in the Miyun Reservoir. Partners: Stanford University, Chinese Academy of Sciences.
Project Category: Secure Freshwater
Working to provide analysis of Payment for Ecosystem Services (PES) programs across China, such as the Sloping Land Conversion Program (SLCP). This work is providing feedback to the Chinese government that will be used to calculate future subsidy payments to millions of rural families.
Project Category: Secure Freshwater
Countries around the world are at increasing risk from coastal hazards, such as Hurricane Dorian, which wreaked havoc in The Bahamas in 2019. Degraded seawalls and coastal structures flattened in the wake of the storm highlight the challenge of investing in traditional approaches to coastal protection and other infrastructure that requires regu
Project Category: Sustainable Development Planning
Assessed risk from coastal hazards and the role that ecosystems play in reducing risk for vulnerable communities along the entire coast of the US to inform the US National Climate Assessment. Partners: Stanford University, The Nature Conservancy.
Project Category: Resilient Coastal Communities
