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Can marine biological concrete promote marine life in offshore wind farms?
Artificial underwater structures often serve an important societal function but can have negative impacts on biodiversity by providing surfaces for colonizing benthic species that are significantly different from those found in natural habitats. The main objective of this project is to conduct a pilot study to test the potential of different materials for the re-establishment of marine life. We have chosen to focus on the quality of concrete (pH and porosity) in this project.
S-UMMATION
Practical knowledge about nature-based solutions in the the Nordic countries from eight different pilot projects.
Kristina Øie Kvile
Adam Jon Andrews
Assessment of the effects of offshore wind on seabed communities and habitats
The project will develop knowledge about the potential for ecological effects of offshore wind on benthic habitats in 17 areas identified by NVE.
New Water Ways
The project New Water Ways researches and explores ways to move beyond today’s conventional urban water management (UWM), particularly stormwater management.
NIVA leads EU project on lake restoration
FutureLakes aims to show how technological and nature-based solutions can revolutionise the protection of European lakes.
Reports
Ian Allan
EUROqCHARM
The goal of the EUROqCHARM project (EUROpean quality Controlled Harmonization Assuring Reproducible Monitoring and assessment of plastic pollution) is to establish harmonized methods for monitoring and assessing macro-, micro-, and nanoplastics in the environment, as well as outlines for standards and recommendations for policy and legislation.
Bert van Bavel
eDNA
Environmental law, institutional and policy analyses
Environmental Governance
Kathinka Fürst
Marianne Mosberg
Hans Nicolai Adam
Christoffer Grønstad
Locations