Search by property

Jump to navigation Jump to search

This page provides a simple browsing interface for finding entities described by a property and a named value. Other available search interfaces include the page property search, and the ask query builder.

Search by property

A list of all pages that have property "Measures values" with value "Riparian planting,,, ,,,". Since there have been only a few results, also nearby values are displayed.

Showing below up to 26 results starting with #1.

View (previous 50 | next 50) (20 | 50 | 100 | 250 | 500)

    

List of results

  • Case study:Remeandering of the Mardereau stream at Sorigny  + (Riverbank revegetation, Introducing stones,,Re-meandering, ,,Engagement with schools, Student Education,,Local support,)
  • Case study:Flood channel creation and reconnection between riverbed and its floodplain on Vezouze river  + (Riverbank revegetation, Removal of bank reinforcements,,Floodplain reconnection, Creation of a flood expansion area,,Channel widening, Surface drainage systems improved,,,,)
  • Case study:Friends of Bottesford Beck  + (Riverbed restoration,,Planting, Creation of pond,, Removal of rubbish, Rain gardens,,,Improved public access, Creation of a path alongside the river,,)
  • Case study:Renaturation of Stržen's riverbed on intermittent Cerknica Lake  + (Riverbed restoration,Establishing of quiet … Riverbed restoration,Establishing of quiet zones,Re-instatement of old course – double meander ,Quiet zone establishment (fishing is forbiden, visiting discouraged), plan for quiet zone management, Mowing management,,Education of youth – admission-free field trips, ornithological camps, creative competitions; Active communication with key stakeholders – landowners, hunters, fishermen and tourism providers; Education of tourism providers.,Popularization of the project; information provision – project website, Information Bulletins, social media etc., Information Bulletins, social media etc.)
  • Case study:Abbey Brook Weir  + (Rock ramp construction, Creation of fish passes,,, ,,,)
  • Case study:March Burn at Riding Mill  + (Rock ramp construction, Creation of fish passes,,, ,,,)
  • Case study:Telford Catchment Restoration Project  + (Rock ramp construction, Deculverting,,Decrease sedimentation, Tree plantation,, ,,Awareness raising, Engagement with schools, Volunteer engagement,,Practical volunteering activities, Monitoring and survey projects,)
  • Case study:River Idle Hallcroft (Tiln) Weir Fish Pass  + (Rock ramp construction,,, ,,,)
  • Case study:River Ouse at Sharpsbridge Rock Ramp Fish Easement Project  + (Rock ramp construction,,, ,,,)
  • Case study:Hierdense Beek  + (Sand deposit, dead wood deposit,, Shading,Mowing management,,)
  • Case study:Lea Bridge Waterway Wall Improvements  + (Sandmartin tubes installation,, ,,,)
  • Case study:San Giovanni stream restoration upstream San Matteo della Decima  + (Sediment trap building,Vegetation management,Removal of sediments from sediment trap, Consultation,,,)
  • Case study:Widening and sediment reloading of the Drac riverbed in Saint-Bonneten-Champsaur  + (Seeding of willows and helophytes, Creatio … Seeding of willows and helophytes, Creation of wetlands, Creation of parallel streams, Creation of fish pass, Bank stabilisation, Bed load addition,,,Channel widening, ,Clearing of alluvial terraces, maintaining of islands, Maintaining burying and raising of weir,, Maintaining burying and raising of weir,,)
  • Case study:Austria cross-border section - Monitoring sediment transport and Habitat modelling (ETZ-Project “DraMurCi” 2009-2013)  + (Self-initiated bank erosion by sediment input,, ,,,)
  • Case study:Pow Burn Restoration Project  + (Set back embankments, Bank reprofiling,,Creation of inset floodplain, Creation of multi stage channel, Tree planting,,Flow deflectors, ,,,)
  • Case study:Stoney Sluice, Brentford eel pass  + (Sluice improvement,, ,,,)
  • Case study:Bocking Blackwater River Restoration  + (Soft engineering solutions, Bank improvement, Channel reprofiling, Bank reprofiling,,Erosion protection, Creation of backwaters, Creation of wetland, Creation of pond,, ,,Awareness raising, Citizen participation in the restoration project,,)
  • Case study:Source to Sea Programme – 11. River Rawthey  + (Soft erosion solutions, Habitat restoration,,Tree planting, Fencing, Buffer strips, ,Reduce diffuse water pollution and over-grazing,,)
  • Case study:Pickering Beck & Dutchy Water improvement project  + (Soft erosion solutions, Introducing large woody debris,,Tree management,, ,,Awareness raising,,)
  • Case study:Stony Stratford Sluice bank repairs  + (Soft erosion solutions,,, ,,,)
  • Case study:Watercress Farm Rewetting Project  + (Specialised equipment, including an excava … Specialised equipment, including an excavator with a 360° rotating spade, allowed fine sculpting of naturalistic banks, creating 'bendier' channels that closely mirror the structural diversity of wild rivers. • Ensuring all trenches had a slope of at least 45 degrees, providing escape routes for small mammals, reptiles, and amphibians. This design fosters a varied habitat with abundant niches for biodiversity.,A key achievement of the project was the creation of a new river channel, addressing decades of dredging and channelisation that had artificially lowered the river, disrupted its natural flow, and elevated the floodplain. Impoundments within the existing channel raised it to its natural level, fostering a shallower, more structured flow into the newly formed wetland.,Creating a new river channel demanded specialised insight and expert execution. Ecosulis, armed with expertise in wetland creation and river restoration, collaborated with river creation specialists. This collaborative effort ensured cost-effective operations and alignment with natural processes. Ecosulis advocated for a modification to the pond's design, incorporating shallow margins to boost biodiversity support. This approach not only mitigated environmental impact but also showcased our commitment to community-centric sustainability. To minimise the impact on surrounding ecosystems, an Ecological Clerk of Works (ECoW) played a pivotal role, overseeing the project, providing ecological advice, and ensuring contractors were well-versed in conservation principles. Works traffic adhered to designated haul road routes, preserving local habitats, while the avoidance of artificial light during the summer months reduced disruptions to nocturnal species. Trenches were thoughtfully designed to offer escape routes for small mammals, reptiles, and amphibians. Throughout the process, a commitment to preserving trees, hedgerows, and woodland was evident. The Land Yeo River, subjected to past modifications, witnessed careful interventions aimed at preventing damage and pollution spread. Impoundments, longitudinal ponds, and a newly designed wetland stream were strategically introduced, raising the river to its natural level and fostering a more structured flow. The impact on wildlife, from amphibians to birds, bats, dormice, and reptiles, was meticulously assessed and addressed. Precautionary measures were implemented to protect species such as common frogs, badgers, and hazel dormice. Timing of works was adjusted to accommodate nesting bird seasons, with specific measures in place to safeguard ground-nesting birds and their habitats. For invertebrates, including white clawed crayfish, the project aimed to enhance suitable habitats through the creation of pools and ditches. Otters, confirmed on-site, were carefully monitored, and protected, and reptiles, including slow worms, found during surveys, were safely translocated. The creation of butterfly banks and bunds, formed from spoil material, contributed to breeding habitats for insects and reptiles while adding to the project's biodiversity. The commitment extended to broken or blocked land drains, promoting water retention on-site and preventing runoff into the Land Yeo and neighbouring areas.,Confined works traffic to designated haul road routes to minimize impact on local habitats and species, • Elimination of temporary artificial light, aligning with the natural working hours during summer/early autumn to reduce nocturnal species disturbance.,Education centres have been created onsite by Belmont Estate, to provide opportunities for local school children, businesses and community groups to learn about the project and the aims of the Estate, to deliver benefits for the local area, and gain hands on rewilding experience.,, and gain hands on rewilding experience.,)
  • Case study:Burn of Balmaleedy Restoration, Marykirk  + (Step-pool section at d/s end of restored reach,,,Re-meandering ,,,)
  • Case study:Beekherstel Zuidelijk Afwateringskanaal  + (Stroombaanmaaien,, ,,,)
  • Case study:Beekherstel Reusel Baarschot-Diessen  + (Stroombaanmaaien,, Traditioneel Beekherstel,,Versterken van het landschap, cultuurhistory en recreatie,Er worden gebiedsbijeenkomsten gehouden voor belanghebbende)
  • Case study:Beekherstel Eefsebeek  + (Stroombaanmaaien,,, ,,,)
Retrieved from "https://restorerivers.eu/wiki/index.php?title=Special:SearchByProperty/:Measures-20values/Riparian-20planting,,,-20,,,"