Final Meeting of the EU-Life project ArtWET

Mitigation of agricultural nonpoint-source pesticide pollution and

phytoremediation in artificial wetland ecosystems

23. and 24. June 2010 Landau, Germany.

The project ArtWET (« Mitigation of agricultural nonpoint-source pesticide pollution and phytoremediation in artificial wetland ecosystems ») is a European project LIFE ENVIRONMENT (referenced LIFE 06 ENV/F/000133), initiated the 1st of October 2006 for a duration of three years.

Leder av prosjektet: Caroline Gregoire, ENGEES Strasbourg

“Smakebiter” fra prosjektet og presentasjonene:

- Jens Lange, Tobias Schütz, Uni Freiburg (Hydrological tracer studies/modelling)

- David Elsaesser, Ralf Schulz, Uni Koblenz-Landau (Results wetland and ditch studies Landau

and Norway)

- Gwenaël Imfeld, Sylvain Payraudeau, ENGEES Strasbourg (Results wetland studies Rouffach)

- Julien Tournebize, Elodie Passeport, Cemagref Antony (Results wetland and Forest plot studies

Loches)- Paul Bois, Karine Jezequel, Thierry Lebeau , Uni Colmar, ENGEES Strasbourg Microbial aspects

- Federico Ferrari, Marco Trevisan, UCSC Piacenza The Italian experience of Artwet: the

Biomassbed

- Adrien Wanko, ENGEES Strasbourg Modelling approaches

- Volker Laabs, BASF Limburgerhof The AIM project

- David Elsaesser, Ralf Schulz, Uni Koblenz-Landau GIS Modelling of mititgation acrosss Europe

- Bernard Vincent, Cemagref Socio-economic aspects Innlegg fra erfaringer utenom EU:

- Erin R. Bennett, Bioengineering Group, Salem, MA, USA Vegetated Agricultural Drainage Ditches and Pesticide Mitigation: A North American Perspective

- Anne-Grete Blankenberg, Bioforsk, Ås, Norway Small Constructed Wetlands in Norway treating agricultural run-off

Agenda:• Agriculture area in Norway

– Problems / Challenges– Sources– Measures

• The “history” of the Constructed Wetlands in Norway.

• Lier Experimental Wetland• WFD – Pilot Area Morsa -

Constructed Wetlands

ArtWET

Norway is a long country far up north, and we have a lot of scattered settlements.

Agriculture and in particular the diffuse nutrient losses are often identified as the major source of anthropogenic P inputs.

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