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.
Create healthy bee communities and work to preserve the biodiversity. By tracking the beehives and thus gathering information about the bee communities and their behaviour, extreme weather events can be predicted.
Maintaining a CSA initiative with 80 members with a special discount for low income households and social initiatives.
Developing the communal area as a social meeting place for the local neighborhood, strengthening the community feeling and building a sense of ownership of the area. By providing growing space to different local entrepreneurs, the garden supports the local green economy and helps building a network of initiatives with different social impact.
Explore how to best maintain existing areas of edible urban greenery - and integrate new ones - into the area, as well as how these green spaces can be used to connect the existing neighbours with the new ones by providing spaces for community gardening, togetherness and knowledge exchange.
Exploring how to successfully integrate a community garden into a cemetery, thereby regenerating underused green space in a city and introducing multifunctional uses.
Former wetlands adjacent to the river are being reconnected to demonstrate the benefits of re-wetting /reconnection to the natural flood pulse of the Danube River in order to enhance the benefits provided to nature and local communities.
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...
The environmental condition of Vejle Fjord has been categorized as bad in the inner and outer fjords. For the past 40 years, the Vejle Fjord has struggled to mitigate the runoff from industries and cities around the area, causing eutrophication and biodiversity loss.
The 5-year-project (2020-2024) was initiated by the Nature and Environment Committee and the Board of Directors for Vejle Ådal & Fjord, with a budget of 25 mio. DKK. The project aims to improve the ecological condition of the fjord and strengthen biodiversity by:
Restoring eelgrass beds