This pondscape is located in a farmland near Leicester. All waterbodies in three upper catchments have been monitored since 2010. The results show an underlying landscape-wide decline in freshwater plant biodiversity of 0.5-1% pa. However doubling the number of clean-water ponds turned the decline around: producing a steep increase in richness and tripled the number of uncommon species.
Water management: Retain water in the pondscape to prevent dry-out of ponds
Human health: A refreshing place to walk and relax, and to educate people about nature.
Biodiversity enhancement: Especially amphibians, insects, birds, and (semi)aquatic vegetation.
15 large ponds (5000m2 to 30’000m2) as well as many medium and small sized ponds have been created between 1970 and 2018. Some ponds have been dug to rehabilitate and recreate natural habitats in brownfields and others to create recreational activities such as swimming and fishing. They depict the multiple roles a pondscape can play.
The objective of the spatial delimitation of these pond uses is to promote simultaneously the protection of pond biodiversity and the delivering of numerous NCPs.
Vigie-Nature École is a biodiversity monitoring program focused on multiple groups of organisms. The primary goals of this data collection is to provide data to researchers in urban ecology and provide education to children in all the subjects related to biodiversity that we can cover. Our last development focuses on actions that pupils or children can take in order to improve both biodiversity and well-being within the schools.
To raise awareness of NbS and the importance of NbS going forward to achieve a climate resilient, biodiversity rich, environmentally sustainable and climate neutral economy. Explore synergies between educational professionals, NbS practitioners, communities and policymakers.
The ReDuna project aims to restore the natural capacity of the Almada sand dune ecosystem to healthily respond to natural drivers, enhancing its resilience to sea level rise and storms, and providing an excellent teaching tool to demonstrate, in a practical way, the benefits of nature-based solutions to both residents and visitors of this beach area.
Naturfelder Dortmund e.V. was founded in order to convert urban spaces into pollinator friendly habitats. The structure of the association allows long-term existence beyond proGIreg. Main goals of the NbS implementations include:
The D4RUNOFF project’s goal is to create a novel framework for preventing and managing diffuse pollution from urban water runoff. This will be achieved by designing hybrid nature-based solutions (NbS) and a data-driven AI-platform to support policy and decision making.
The case studies have been identified for the implementation and validation of this approach in varying environments. The replicability of these results will then be assessed at five replication sites. The Las Llamas Park in Santander has been chosen as one of three case study sites as part of the D4RUNOFF project.
An implementation focused on combining blue and green infrastructure, with predominant use of native species and minimizing maintenance effort.
Key aims:
AteNas is built around 3 demonstration sites, covering urban and periurban zones of Łódź, Lyon and Vantaa/Helsinki and sharing the challenge of enabling water to citizens and nature, both in terms of quality and quantity.
Utilize of cities water resources to secure regulating ecosystem services, enable Nature-Based Solutions, and enhance adaptive capacity to global changes.
