The Erasmus+ project „Nature-Based Innovations for Urban Forest and Rainwater Management” supports communities and local authorities in combating climate change through the identification of good practices and the dissemination of innovative solutions and manuals addressed to local authorities, stakeholders, and associations to improve policies and practices to counter climate change from an environmental, social, and economic point of view.
Use of vegetation in urban areas in the Mid-Atlantic watersheds of Washington DC, Montgomery County and Baltimore County MD, has reduced flooding and nutrient runoff. The ‘stormwater green infrastructure’ in these municipalities includes green roofs, bioswales, rain gardens and stormwater ponds. By increasing infiltration and groundwater recharge, and/or evaporation, they reduce the volume of run-off that can contribute to floods.
The VEG-GAP Information Platform is a web-based multi-purpose information platform exploiting the final results of the project. The platform uses Atmospheric Modelling Systems outputs. It is a collaborative framework among end-users (which can interact with data analytics), governance (facilitating the knowledge sharing on successful environmental air quality solutions), and citizens (by showing them the effects of the green interventions).
VEG-GAP is a valuable example of transnational collaboration, and of how cities, research centres, businesses and civil society can team up to...
The development and maintenance of the green system on the territory of the municipality of Burgas is a main task and priority of the local administration. Over the years, most of the main green areas in the city have been renovated, incl. the sea garden, parks in the residential complexes, under construction is a new recreation area connecting the sea garden with Sarafovo residential area.
Along with the reconstruction and improvement of the park spaces, Burgas Municipality is actively working on the maintenance of the urban green system. Periodic inventory of plant species is...
Quantifying how well Nature-based Solutions can offset anthropogenic climate change impacts is important for adaptation planning but has rarely been done. This report aims to show that a widely-applied Nature-based Solution in South Africa – invasive alien tree clearing – reduces the impact of anthropogenic climate change on drought streamflow. Using a multi-model joint-attribution of climate and landscape-vegetation states during the 2015–2017 Cape Town “Day Zero” drought.
The Ecosystem-based Disaster Risk Reduction (Eco-DRR) project aims to reduce disaster risks in the Municipality of Port Salut through a landscape or ridge-to-reef approach.
This case study examines in particular the interface between four sets of plans and strategies, providing important context for further examination of meso- and micro-scale interventions covered in subsequent sections. This case also touches on other formally adopted plans and strategies only in relation to the above meso- and micro- scale initiatives, in an attempt to better understand contexts.
The Ntakata Mountains Project aims to protect 216,944 ha of threatened forest by developing Village Land Forest Reserves (VLFRs) with local communities.
Controlling and mitigating the heat island effect in Arará slum, northern Rio de Janeiro, based on the development and monitoring of green roofs, using epiphytes or lithophytes. Given the common uses of cement or metal, tiles required the development of specific techniques and materials to allow for the growth of vegetation while keeping the overall weight low for safety.
The project aims to establish a long-term mangrove payment for ecosystem services scheme to reduce deforestation and degradation, and restore mangroves in the Bay of Assassins in Madagascar.