2015
DOI: 10.1007/s12665-015-4096-1
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Fractionation of heavy metals and evaluation of the environmental risk for the alkaline soils of the Thriassio plain: a residential, agricultural, and industrial area in Greece

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Cited by 56 publications
(24 citation statements)
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“…Ni concentration was about 105 mg/kg in the vineyard. Similar high mean concentrations of Ni were observed in the Thriassio Plain (103 mg/kg), Greece by Gasparatos et al (2015) and the Argolida Basin (147 mg/kg), Greece by Kelepertzis (2014). Irrigation resulted in a decrease of Ni concentration to levels of about 70-80 mg/kg.…”
Section: Plant Growthsupporting
confidence: 70%
“…Ni concentration was about 105 mg/kg in the vineyard. Similar high mean concentrations of Ni were observed in the Thriassio Plain (103 mg/kg), Greece by Gasparatos et al (2015) and the Argolida Basin (147 mg/kg), Greece by Kelepertzis (2014). Irrigation resulted in a decrease of Ni concentration to levels of about 70-80 mg/kg.…”
Section: Plant Growthsupporting
confidence: 70%
“…Alrededor del 20% de Zn también se limitó a la fracción reducible en los suelos de cítricos, hortícolas y CIT-HOR-UND, siendo ligeramente más biodisponible para la absorción de plantas que en los otros suelos estudiados. En suelos de frutales y FRU-UND, el Ni unido a la fase reducible alcanzó el 40%, lo que indica que en estos suelos el Ni generalmente se encuentra adsorbido en los óxidos de Fe y Mn [17]. A pesar de la alta concentración de Cu encontrada tanto en los suelos agrícolas como en los suelos naturales, su movilidad fue baja debido a la presencia de materia orgánica y al alto contenido de carbonatos [18].…”
Section: Efecto Del Sistema De Cultivo En La Especiación Química De Cunclassified
“…The physicochemical characteristics of the studied soils did not correlate to Ba, Cu, Zn and Pb total concentrations, pointing to secondary soil enrichment by these metals probably due to atmospheric depositions. However, to robustly support any assumptions relative to the origin of the metals in the studied soils the bioavaliable / exchangeable forms of the metals must be determined and soil samples must be subjected to fractionation schemes, since heavy metals from anthropogenic sources could be more mobile than from geogenic sources (Burt et al, 2003;Gasparatos et al, 2015). …”
Section: Cluster Analysis and Correlationsmentioning
confidence: 99%