Code N04 Sector Hydro Morphology The complete description of the NWRM n4_-_re-meandering.pdf Summary Illustration(s) River before re-meanderingRiver after re-meanderingSource: http://riverwatch.eu/en/the-morava-anniversary-project-2014 Possible benefits with level Benefits Level PO1 - Improving status of biology quality elements High PO2 - Improving status of physico-chemical quality elements High PO3 - Improving status of hydromorphology quality elements High PO4 - Improving chemical status and priority substances Medium PO5 - Improving quantitative status Medium PO6 - Improving chemical status Medium PO7 - Prevent surface water status deterioration High PO8 - Prevent groundwater status deterioration Medium PO9 - Take adequate and co-ordinated measures to reduce flood risks High PO10 - Protection of important habitats High PO11 - Better protection for ecosystems and more use of Green Infrastructure High PO12 - More sustainable agriculture and forestry High PO13 - Better management of fish stocks High PO14 - Prevention of biodiversity loss High ES1 - Water storage Medium ES2 - Fish stocks and recruiting Medium ES3 - Natural biomass production High ES4 - Biodiversity preservation High ES5 - Climate change adaptation and mitigation Medium ES6 - Groundwater/aquifer recharge High ES7 - Flood risk reduction High ES8 - Erosion/sediment control High ES9 - Filtration of pollutants Medium ES10 - Recreational opportunities High ES11 - Aesthetic/cultural value High BP1 - Store runoff Medium BP2 - Slow runoff Medium BP3 - Store river water Medium BP4 - Slow river water High BP5 - Increase evapotranspiration Low BP6 - Increase infiltration and/or groundwater recharge Medium BP7 - Increase soil water retention Medium BP8 - Reduce pollutant sources Low BP9 - Intercept pollution pathways High BP10 - Reduce erosion and/or sediment delivery High BP11 - Improve soils Medium BP12 - Create aquatic habitat High BP13 - Create riparian habitat High BP14 - Create terrestrial habitats Medium BP16 - Reduce peak temperature Medium BP17 - Absorb and/or retain CO2 Low Case study(ies) Restructuring the effluent web in Italy Revitalization of the upper Drau River in Austria Restoration of the Odense river, Denmark Restoring the River Quaggy in London, UK Wetland restoration in Ciobarciu, Romania Alzette river restoration in Dumonshaff, Luxembourg Floodplain restoration of the river Slampe, Latvia Tullstorpsån rural development project in Sweden Fluvial and ecosystem restoration of the Arga-Aragon Rivers, Spain Conservation on Lake Cerknica, Slovenia Restoration of river Hermance, France Revitalisation of the Borova stream, Czech Republic Restoration of the Vesselina river, Bulgaria Restoration of the Ernz Blanche river, Luxemburg Restoration of oxbows and floodplains on the Morava River, Slovakia Fortuna Restoration Project in the Danube Delta, Romania Wetland restoration and remeandering in SPA Dunajské luhy (Slovakia) and SPA Szigetkoz (Hungary) Alzette river restoration in the "Am Brill" nature reserve, Luxembourg Full Context Pathway(aka Context) Default view Area(aka Level or Site) ALL