Introducing sustainable farming systems in the Tisza catchment, Hungary
Implementing floodplain farming systems in multiple sites along the Tisza River, thereby making land use more sustainable and in line with nature conservation efforts.
Implementing floodplain farming systems in multiple sites along the Tisza River, thereby making land use more sustainable and in line with nature conservation efforts.
Peatland sites within carstic catchments in Bosnia and Herzigovina are to be restored through channel restoration and rewetting, thereby protecting these hotspots for (endemic) biodiversity. The case study aims at achieving an amicable transition from the current heavy hydropower usage and peatland extraction to more near-natural, healthy ecosystems.
This case study is one of 17 that are part of the EU Horizon2020 project MERLIN - Mainstreaming Ecological Restoration of freshwater-related ecosystems in a Landscape context: INnovation, upscaling and transformation
The aim of this case study is the creation of ecological flood retention by changing land use, reconnecting floodplains and change of sluice management in summer dikes. Floodplains are reconnected and side channels restored or their creation supported, with longitudinal main channel dams benefitting both shipping and nature.
This case study is one of 17 that are part of the EU Horizon2020 project MERLIN - Mainstreaming Ecological Restoration of freshwater-related ecosystems in a Landscape context: INnovation, upscaling and transformation.
In 2005, the UN agency UNESCO approved Kristianstads Vattenriket as a biosphere reserve covering 100 000 ha, and one of 700 in the world. This means Kristianstads Vattenrike is an internationally recognized model for sustainable development. The Vattenrike encompasses two thirds of the municipality of Kristianstad, with the goal to “preserve, develop and support the landscape's values”.
Nature-based solutions have been key for protection against droughts, floods, and preservation of the area, as well as nutrient leakage into the Baltic Sea.
The areas in Vattenriket include...
A truly nature-based solution is implemented by allowing beavers to spread into desired areas, letting them restore degraded wetlands and small streams and ditches as well as forest landscapes.
This case study is one of 17 that are part of the EU Horizon2020 project MERLIN - Mainstreaming Ecological Restoration of freshwater-related ecosystems in a Landscape context: INnovation, upscaling and transformation
The pilot project's goals are, among other things, to develop a strategic comprehensive plan for Holmehave in Assens municipality in Denmark and use multifunctional land distribution for the establishment of afforestation, nature and wetlands. The Nordic Council of Ministers Nature-based Solutions programme has allocated DKK 890,000 for the project.
Assens municipality, VandCenter Syd and Hedeselskabet in Denmark have begun to create a comprehensive plan for the Holmehaven area in Assens municipality. In the project, the aim is to take out approx. 300 hectares for...
In 2010, WWF-Brazil, Banco do Brasil, the National Water Agency, and Fundação Banco do Brasil joined forces for the Água Brasil Programme. The aim of the project was to increase forest restoration around the watersheds, foster the development and dissemination of sustainable rural production practices and techniques, encourage responsible consumption and solid waste recycling in cities, and enhance the Banco do Brasil’s portfolio of financial products and practices with a socio-environmental focus.
The Programme was present between 2010-2019 in five regions of the country, with...
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.
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.
This study aimed to use a semi-natural meadow as an ecological restoration tool for the optimisation of ecosystem services and landscape attractiveness of river revetments. River revetments combine bank reinforcement with greening and can resist flood washing and provide waterfront space for human activities; thus, it has become a key functional unit in riparian ecosystems used to foster ecosystem services such as the interception and filtration of polluted surface water, habitat for organisms and aesthetic beauty.
Herbaceous species that naturally occur in habitats with infrequent...