A fővárosi zöldinfrastruktúra fejlesztését és fenntartását meghatározó Radó Dezső Terv kiemelt prioritása a klímaadaptáció erősítése és a biodiverzitás növelése, mindezt a Fővárosi Önkormányzat a lakossággal szoros partnerségben kívánja elérni. A biológiai sokféleséget, a klímaadaptációt és a környezeti nevelést egyaránt támogató, magyarországi mércével mindenképpen mérföldkőnek számító, de európai viszonylatban is innovatív megoldásai miatt magas szakmai elismerésben részesült Pünkösdfürdő Park tájépítészeti üzenete és célja az, hogy a hagyományos agrár tájhasználatot becsempéssze a...
An implementation focused on combining blue and green infrastructure, with predominant use of native species and minimizing maintenance effort.
Key aims:
Several streets around the Eindhoven city centre (Waagstraat, Bilderdijklaan, Willemstraat, H. Boexstraat and Dommelstraat) have been rehabilitated and nature-based solutions such as bioswales and street trees have been introduced to address existing problems with heat stress and flooding, and to enhance biodiversity and attractiveness for pedestrians and cyclists.
Treatment (retention and sedimentation) of urban runoff from new housing around Tervaslampi park to complement the measures for enhanced stormwater quality and quantity management in the Vuores area. Vegetation is selected from the local species to support biodiversity. Additionally, the area is equipped with the information sign introducing the NbS and its functions.
Space for retention of the urban runoff in the times of heavy rain to complement the measures for enhanced stormwater quality and quantity management in the Vuores area. Vegetation is selected from the local species to support biodiversity, including perennials suitable for wet conditions. Additionally, the area is equipped with the information sign introducing the NbS and its functions.
The main purpose of the arctic green wall is to manage water flows (storage) and water quality, with particular focus on understanding its performance during cold seasons. Arctic green wall will also produce new knowledge related to suitable plant species for sub-arctic climate with variable freeze-thaw cycle and snow load.
Riverbank restorations are implemented on a stretch of approximately 800m shoreline of the Danube to increase lateral river-floodplain connectivity and the functioning of the floodplain as an ecosystem. The aim is to reach a good ecological status of the river as well as good navigation status. The case study works with an adaptive management process and adresses multiple pressures (ecological deficits, security of navigation, riverbed deepening, flood protection).
This case study is one of 17 that are part of the EU Horizon2020 project MERLIN - Mainstreaming Ecological Restoration...
