Displaying 1 - 4 of 4

H2020 AQUACROSS Case Study 3 - Danube River Basin - harmonising inland, coastal and marine ecosystem management to achieve aquatic biodiversity targets

Submitted by H2020 AQUACROSS on 28 March 2018
Danube River connected sidearm (c) Andrea Funk

Restoring river-floodplains to protect biodiversity: The Danube’s river biodiversity is threatened by changes to hydrology and geomorphology (so-called hydro-morphological alterations), such as disconnection of floodplains. Multiple human activities, including the construction of hydropower plants, expansion of agriculture, and large-scale river regulation measures to increase navigation and flood protection are resulting in an ongoing loss of habitat and biodiversity. Our aim: In this Case Study, we apply the AQUACROSS Assessment Framework to identify how management of...

The Portable Modular Natural Biological System, PM-NBSTM developed by AYALA WATER & ECOLOGY

Submitted by miriam-ayala on 6 November 2019
PM-NBS by Ayala Water & Ecology

To improve and validate a portable, modular, enery-free, decentralized water treatment system,  the PM-NBSTM, to remediate source water to high quality for resuse, filling a major gap in small agglomerations and remote areas where good quality waters are needed and no other solution is feasible

Wetland restoration to mitigate diffuse water pollution entering Rostherne Mere, Cheshire, UK

Submitted by Lorna Drake on 3 May 2022

This project aimed to utilise nature-based solutions to restore wetland habitat at Rostherne Mere, delivering water quality improvements via reduced nutrient loads entering the mere, alongside wider environmental benefits through a habitat that can support a range of species and ecosystem services

H2020 AQUACROSS Case Study 7 - Biodiversity management for rivers in the Swiss Plateau

Submitted by H2020 AQUACROSS on 28 March 2018
Revitalisation in Chriesbach © Eawag, Peter Penicka

Freshwater ecosystems in the Swiss plateau are threatened by multiple stressors that deteriorate water quality and hydromorphology. This is the result of channelization, dams, wastewater, and agriculture, among other causes. To restore these ecosystems and stop the biodiversity decline, multiple management measures will be implemented over the next decades. We propose methods for prioritising the location and timing of restoration measures to maximise their effectiveness, considering many sectors and multiple societal objectives.