SABICAS (SAfeguard BIodiversity and improve Climate Adaptation in catchment areas under pressure: tools and Solutions) aims to provide tools and knowledge needed to quantify the benefits and co-benefits of nature-based solutions. The goal is to facilitate dialogue and decision making among stakeholders and managers. SABICAS will engage with all key catchment stakeholders through several activities, including workshops and living labs.
The Norwegian Institute for Bioeconomy will prevent erosion by strengthening slopes and edges with nature-based solutions (NbS). The aim is to improve local environmental conditions and increase water quality and biodiversity in streams and rivers.
In many creeks and streams, both large and small, erosion is a major problem. The problem arises as a result of various types of interventions in nature and is typically solved with stone and concrete - so-called grey solutions. But the grey solutions often have negative consequences on the local environmental conditions, water quality...
The Nordic Council of Ministers programme, Nature-based Solutions in the Nordic Region, is financing a project in Åland to improve four multifunctional wetlands for better water quality, sustainable food production, climate adaptation and increased biodiversity.
For several years, the drinking water from the Åland lakes and streams was assessed as insufficient and water samples showed a declining quality. This led the water supply company Ålands Vatten in 2015 to initiate research and an urgent new management plan to ensure a sustainable water supply. One study showed that...
On September 2021, the mayor and the District Planning Secretary presented the proposal for the Territorial Ordering Plan (POT ) 2022-2035. This POT responds and involves the Sustainable Development Goals in land use planning. Based on these areas, the plan incorporates on four pillars, including sustainable mobility, greening, a care system for women and sustainable economic economy.
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.
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...
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.
The Urban Resilience project aims to supply flood management, sanitation and water infrastructure, a major resilience and a climate strategy to the most vulnerable households.
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.
