Projects

Urban Biodiversity Parks is developing and piloting the concept of urban biodiversity parks as a tool for urban ecological restoration and regeneration. The aim is to create a 20-hectare biodiversity park, providing a recreational area – while also serving as a platform for community engagement and experiential learning. This helps citizens, NGOs, private actors, educational institutions and others get involved in developing and testing ways to preserve and actively enhance biodiversity in urban environments.

Climate-4-CAST aims to assist local public authorities in their climate neutrality and integration of climate actions into urban governance processes. The project accelerates cities' climate actions and improves policy implementation for climate neutrality by equipping local public administrators with an open source decision support tool that helps visualize individual measures' emmissions impacts and cost-benefit analysis of the measures' performance against city goals.

SUMPs for BSR aims to support cities in sustainable urban mobility practices, focusing on healthy mobility modes for citizens whilst also reducing emmissions. The project will develop a framework for monitoring and evaluating urban mobility planning. This will provide crucial information for planning and decision making and also evaluate the performance of local mobility systems.

The EMPEREST project supports local authorities, service providers and policy-making community by strengthening the sustainable water management cycle. The holistic approach to the elimination of PFAS and other persistent organic pollutants incorporates regional strategies for monitoring and assessment, technological advances in wastewater treatment, risk management assessment for cities, and training materials for water experts.

CASCADE aimed to improve the capacity to understand, assess, and treat current and future climate change related risks on the local level, focusing on the particular in Baltic Sea Region (BSR) conditions.

Holistic urban and peri-urban mobility project aimed to provide a holistic approach to sustainable mobility solutions in cities and their perimeters in Baltic Sea port cities.

Developing a main project concept that would address the main means of supporting municipal WWTPs in reaching lower nutrient loading in discharges: structured lifelong learning, more resource-efficient operation and improved municipal sludge management.

Addressing the four most pressing challenges in the development and implementation of Sustainable Urban Mobility Plans.

Supporting four European cities to introduce ambitious transport measures and policies towards sustainable urban mobility.

New solutions to how environmental policy can be interpreted and implemented into concrete citizen-oriented actions, which motivate and help citizens to change their behavior.

Focusing on the most imminent problems that climate change is likely to cause in the Baltic Sea Region.

The project provided guidelines, practical solutions and tools for European cities and municipalities to make Sustainable Urban Transport Plans.