To investigate the pollution status and probable health risk of potential toxic elements (PTEs)
in soil and vegetables in historical wastewater irrigation region, eight types of vegetables (n …

In a boreal acidic sulfate-rich subsoil (pH 3–4) develo** on sulfidic and organic-rich
sediments over the past 70 years, extensive brownish-to-yellowish layers have formed on …

Acid sulfate soils are sulfide-rich soils that pose a notable environmental risk as their strong
acidity and low pH mobilizes metals from soil minerals leading to both acidification and …

При разработке угольных месторождений поступление кислых шахтных вод на
поверхность приводит к образованию кислых сульфатных почв. С помощью …

During the development of coal deposits, acid mine waters flowing to the surface cause the
formation of acid sulphate soils. We study the effectiveness of soil reclamation by …

Acid sulfate soils are sulfide-rich soils with notable associated environmental risks. The low
pH of these soils mobilizes metals from the soil minerals, which will lead to both acidification …

We present a comprehensive study on the presence of potentially toxic elements (PTEs) in
the topsoil and subsoil of Brunei-Muara District in Brunei Darussalam. Descriptive statistics …

The paper analyzes the process of incongruent dissolution of silicates taking place in close
proximity to a talc mine. The chemical and phase composition as well as the concentrations …

Процессы окисления и гидролиза минералов в извлеченных на поверхность породах в
горнодобывающих районах приводят к возникновению техногенных почв. Их …

Purpose This study is aimed at analyzing the spatial distribution of magnetic susceptibility
and the content of potentially toxic elements (PTEs) in the surface layer of bottom sediments …