Urban nature: supporting restoration of urban ecosystems, along urban transport networks and in the built environment

From the Commission's own budget table for this call. Confirm against the topic page before you plan around it: these move when a work programme is amended.

Expected Outcome: Projects are expected to contribute to all of the following outcomes: Development of approaches, tools and methods, on how and where to restore, increase and maintain urban green space and tree canopy cover to achieve the greatest positive impacts - on climate mitigation, adaptation and resilience, biodiversity, soil, air and water quality, quality of life, and human health. Uptake and deployment of solutions to map, restore, increase and maintain urban green space and tree canopy cover, via pilot sites in lead cities, including along urban transport networks [1] . Monitoring, evaluation and assessment of the environmental, economic, social and health impacts of the solutions deployed in pilot sites, including co-benefits and trade-offs. Dissemination of results to follower cities and relevant target groups in other countries and cities. Scope: To address the expected outcomes, individual projects will be required to address all the following aspects, with at least three in each pilot site: Develop and test approaches, tools and methods to understand how different patterns of urban green space and tree canopy cover impact on local temperature regulation / heat island effect, biodiversity, water scarcity, stormwater and landslide management, local air quality; and how changing / increasing the distribution / quantity / quality / connectivity of urban green space and tree canopy cover could help build more resilient and biodiverse urban ecosystems. Identify obstacles and barriers limiting the development of urban green spaces and tree planting / maintenance, including governance aspects, interface issues between green structures and underground infrastructure (underground pipes, etc.) and overall root growth and survival, water scarcity and the shortage of supplies of native tree seedlings. Develop innovative solutions that address such barriers and ensure the sustainability of urban green spaces and trees. Develop innovative measures and practices to increase urban green space and tree canopy cover, with consideration of what types of trees or other plants are best suited to enhancing local biodiversity, prioritizing native species, supporting climate mitigation and adaptation, reducing air pollution, improving human health and quality of life while ensuring connectivity to avoid isolated or fragmented solutions. Explore multifunctional solutions, addressing infrastructure and urban planning that can bring co-benefits on aspects such as managing stormwater, enhancing biodiversity, providing recreational spaces, sheltering from extreme we…