
© Heidi Hauffe

© Heidi Hauffe

© Heidi Hauffe
CASE STUDY 12
British Case Study
Over two years, we will measure biodiversity in the water (amphibians), on the land (vegetation, micromammals, canids) and in the air (mosquitoes, bats, birds). We will also study changes in bacterial, fungal and viral biodiversity in water, soil and animal fecal samples. Information from ‘classical’ observational monitoring, as well as advanced molecular analysis will be used to measure these changes in the restored wetlands and surrounding riverine forests. Because we can use eDNA (e.g. from skin cells shed in the water by amphibians or faecal samples from terrestrial rodents, foxes and domestic dogs), no animals are harmed during the sampling. Knowing which animals, plants and microorganisms (both beneficial and pathogenic) colonize and interact in this new wetland is fundamental for the sustainable management of aquatic urban environments, and for understanding their importance to human health.
RESTORATION &
INTERVENTION MEASURES
Nature restoration
Reforestations
Rewilding

hawk

owl
Public health interventions
No
ENVIRONMENTAL
SAMPLES
Reservoirs

rat
Vectors

mosquito

tick
Environment
water

soil/sediment
Case Study Activities
The ‘Rewilding the Rom site’ (Greater London, UK) was an excellent case study for starting this research at ‘time zero’ in a restored wetland.

Stakeholders will receive regular reports of our results so that this new knowledge can be used for supporting management decisions. We have also been taking part in public events, such as those organized by Eastbrookend Country Park and Thames21, to bring citizens closer to scientific research issues, and for researchers to listen to public concerns; UK Universities are also interested in using the site for scientific research.
Field Gallery
Case Study 12 aims to investigate how biodiversity (the number and composition of species, from viruses to vertebrates) changes in the Rom Valley during the restoration process.