Recognition of mineralization-related geochemical footprints and modeling their multi-
element dispersion patterns are important aspects to consider when “vectoring” toward …

Delimiting exploration targets using geochemical exploration data can be a challenging
issue when different geochemical signatures represent the same deposit-type sought. In this …

The understanding of sources and controlling factors of potentially toxic elements (PTEs) in
soils plays an important role in the improvement of environmental management. With the …

This article presents a bibliometric analysis and a mapping of the intellectual and conceptual
structure of the research conducted on 'Compositional Data'(CoDa) in Social Sciences …

This study intends to (i) identify the potential sources of heavy metal (HM) pollution in an
industrial town situated in the northwestern part of Iran and (ii) and assess whether the …

Although anthropogenic contamination has been regarded as the most important source of
potentially toxic elements (PTEs) in soils of large river delta plains, the extent to which …

Concern about health effect of Potentially Toxic Elements (PTEs) has led to an increasing
global attention about their concentration levels in the environment. Soil geochemistry has …

This study aims at providing high quality soil geochemical data at a regional scale (1 sample
per 25 km 2) to understand the source and distribution of potentially toxic elements (PTEs …

This work discusses the results of a geochemical survey conducted in the Salerno urban
area to determine the sources patterns of major, minor, trace and ultra-trace elements in …

Recently, surface soils of remote or protected areas, that receive pollutants from the
surroundings or in situ activities through dry and wet deposition, exceed the baseline …