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PHYTOMANAGEMENT : UN COUVERT VÉGÉTAL AUX MULTIPLES BÉNÉFICES POUR LA RECONVERSION DES FRICHES WALLONNES
Haouche, Laurence; Nouet, Cécile
2024In Les enjeux de la réhabilitation des friches en Wallonie
Editorial reviewed
 

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Keywords :
brownfields, phytomanagement, temporary use, multifunctionality, ecosystem services
Abstract :
[en] Phytomanagement is a sustainable management approach for polluted sites that aims to control the risk associated with the presence of contaminants, while simultaneously providing other ecosystem services such as improving soil health and biodiversity and producing valuable biomass. The article presents the evolution from phytoremediation technologies using plants to treat contaminated soil and water towards this broader management method. The main research projects and decision-support tools devel oped in Europe, and more specifically in France and Belgium, to guide brownfield managers are presented. Finally, the article concludes with a presentation of new devel opments expected in the field, in a context of global warming and urban regeneration.
Research Center/Unit :
InBios - Integrative Biological Sciences - ULiège
Disciplines :
Regional & inter-regional studies
Author, co-author :
Haouche, Laurence;  ISSeP - Institut Scientifique de Service Public
Nouet, Cécile  ;  Université de Liège - ULiège > Integrative Biological Sciences (InBioS)
Language :
French
Title :
PHYTOMANAGEMENT : UN COUVERT VÉGÉTAL AUX MULTIPLES BÉNÉFICES POUR LA RECONVERSION DES FRICHES WALLONNES
Alternative titles :
[en] PHYTOMANAGEMENT: PLANT COVER WITH MULTIPLE BENEFITS FOR THE CONVERSION OF WALLONIA'S BROWNFIELD SITES
Publication date :
2024
Main work title :
Les enjeux de la réhabilitation des friches en Wallonie
Publisher :
L'institut wallon de l'évaluation, de la prospective et de la statistique, Belgium
Collection name :
Dynamiques régionales, n°17
Collection ISSN :
2593-4937
Pages :
126-140
Peer reviewed :
Editorial reviewed
Development Goals :
15. Life on land
11. Sustainable cities and communities
6. Clean water and sanitation
13. Climate action
Name of the research project :
Waste2Bio, Plant4Wasteland
Available on ORBi :
since 30 June 2025

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