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Soil functioning and ecosystem services: using trees to remediate contaminated soils

AutorMarañón, Teodoro ; Domínguez, María Teresa ; Madejón, Paula ; Navarro-Fernández, Carmen M. ; Gil Martínez, Marta ; López García, Álvaro ; Murillo Carpio, José Manuel
Palabras claveSoil remediation
Guadiamar
Trace elements
Phytostabilization
Ecosystem services
RECARE project
Fecha de publicación1-feb-2017
ResumenEcosystem services are the direct and indirect contributions of ecosystems to human well-being. Despite the importance of soil services, they are often underestimated and largely unrecognized. We introduce briefly the framework recently proposed by Schwilch et al. (2016), and present some results of the potential use of different tree species to remediate contaminated soils on Mediterranean conditions. Disruptions of biogeochemical cycles by human activities act as a direct driver of global change. The Guadiamar Green Corridor (Seville, Spain), is an example of extensive soil contamination by trace elements originated by mining activities. In the large-scale remediation and restoration plan, soil was cleaned-up, amendments were added, and trees of several native species were planted (Domínguez et al. 2008). We present some approaches to study tree-soil interactions, soil functioning and the provided ecosystem services. 1) Potential of trees for the phytostabilization of soil contaminants. The immobilization of contaminants by plant roots, litter decomposition and their associated microbes means an improvement of soil quality and therefore a regulation service. We measured the effects of different tree species (Marañón et al. 2015). 2) Carbon storage in soil. We assessed the effectiveness of different tree species in providing this regulation service. 3) Promoting soil biodiversity. We evaluated the colonization by mycorrhizal fungi of roots of Quercus ilex planted on different soil conditions of acidity and contamination level. References: Domínguez MT et al. (2008). Environmental Pollution, 152: 50-59. Marañón T et al. (2015). Web Ecology, 15: 45-48. Schwilch G et al. (2016). Ecological Indicators, 67: 586-597.
Versión del editorhttp://dx.doi.org/10.7818/MEDECOSandAEETCongress.2017
URIhttp://hdl.handle.net/10261/143499
DOI10.7818/MEDECOSandAEETCongress.2017
Aparece en las colecciones: (IRNAS) Comunicaciones congresos
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