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Ouseburn River Restoration Project

The nonprofit organisation of Groundwork North East & Cumbria is working with partners from across the region to protect and preserve the upper part of the Ouseburn River. The Ouseburn River Restoration Project includes several physical measures and a number of enhancements to the river and the surrounding environment to slow the flow of the river, restore its ecosystem and improve water quality. The Project also works with farmers and landowners about how to manage fertiliser and sediment runoff, thus decreasing water contamination. The project will improve in-river and bankside habitats and provide with more water monitoring data and analysis.” (1)

Restoration and conservation of dry grasslands

Grassland habitats are considered among the most threatened ecosystems in Europe, in particular, dry grasslands which are being constantly and significantly reduced (ref.9).
The NBS intervention consists of the restoration and conservation of two priority habitats of dry grassland (protected areas):(i) Festuco-Brometalia grasslands, are among the most species-rich plant communities in Europe and contain a large number of rare and endangered species; (ii) Pseudo-steppe of Thero-Brachypodietea (ref.1).
The project will take place in three sites on the Apennines: two within the Rome Province and one within the Potenza province, both part of the Mediterranean biogeographical region (ref.9).

Biodiversity conservation in Bologna

The project focuses on the conservation of a locally rare plant (Dictamnus albus L.) and the community of its natural pollinators. At present, European natural populations of Dictamnus albus are declining because of the scarcity of pollination service; in addition to this, suitable habitats (woodland fringes and clearings) are becoming rare due to land-use changes as a result of the abandonment of traditional agro-sylvo-pastoral activities. This project assesses these issues by re-introducing and monitoring the plant in its natural habitat while re-establishing a suitable habitat for the plants and their natural pollinators (1).

Cinque Terre: Planning and restoring coastal traditional agricultural landscape

The "PROSIT" project aimed at undertaking a series of actions based on environmentally compatible mechanisms to protect and recover the coastal rural territory of Cinque Terre. Today, the terraced landscape is characterised by intense processes of land abandonment and disuse, caused both by practical and economic difficulties of maintenance and by social changes. There is a risk that the damage caused by land abandonment can compromise the area's delicate hydrogeological balance, especially in an area where landslides and floods are highly common (1). A demonstration project to recover abandoned terraces was carried out in five areas of the park (1).

Parco Nazionale Circeo: reestablishment of the coastal dune

"The National Park of Circeo, established in 1934, on the Tyrrhenian coast south of Rome, contains ecosystems of invaluable scientific interest. The site is, however, regularly invaded, during the summer season, by thousands of holidaymakers who tend to
park their cars on the sand dunes near the beach with a consequent heavy impact on the whole dune system. The LIFE project aimed to complete the preventative and natural restoration measures started under two earlier projects financed by the EU" (1).

Green and sustainable urban development

The project was born from the purchasing of an ex-military area in the Flaminio neighbourhood and the decision to build a city of science with a museum, a public park and residential areas that will have green roofs and sustainable, energy-efficient building. The project was proposed to several architectural studios and the Studio 015 Paola Viganò is the one who got assigned the project in 2015 (3).
Due to changes in public administration and financing already found in 2017 (7), the project still has not started (2020), as in 2019 the citizens were once again consulted over the works and the project (7). Initially, the project should end in 2023 (should last 8 years) (4).

Roma-Ostia Waterfont

The project focuses on a total re-qualification of the coastal area of Ostia. The project involves the construction of new residential areas, recreational areas, a new green park and the recovery of the sand dunes (1).
Regarding the implementation of the project, the project was halted as the public administration changed with new elections, in 2015 several people were arrested and are facing charges due to poor project management (5).

Tiber river as an ecological corridor

The Tiber is considered strategic to promote a policy of conservation and enhancement of the entire historic city. To transform what has become a "distance" in a resource for the city, it is necessary to involve the river in new spatial, functional, infrastructural and ecological relationships. The rediscovery of the river as a large ecological corridor permits the upgrading of some strong crosses of physical and functional connection to the opposite shores and corresponding enhancement of the river basin; Including the transverse Aventino / Porta Portese, divided into two functional lots, and the transversal Gianicolo-Moretta (1).

Ticino Park: Enhancing Biodiversity by Restoring Source Areas

The park acts as a source of biodiversity for the whole Padana Plain. Many species are threatened by the loss or degradation of their habitats and the invasion of alien species. Of particular concern are the loss and degradation of wetlands and the degradation of streams, springs and secondary water courses. This project aims at restoring the natural habitat and reintroducing the original plant an animal species, while keeping under control invasive alien species. (1). The project is set to end on 31st of October 2020. (1)

Marshes protection in the Laguna of Venice

LIFE VIMINE is a project that aimed to define and apply a new type of integrated approach to the management of the territory, based on the erosion protection of the most indigenous barns and marshes in the Laguna of Venice. These unique habitats are rapidly disappearing due to natural processes and human impacts of varying nature. The project has contributed to repair and protect salt marshes borders as soon as erosion starts, build micro soil bioengineering works that are able to absorb wave energy, reduce erosion, promote sedimentation with a low effort and cost and improve coastal resilience and protection (1).