Elemental Concentration and Pollution in Soil, Water, and Sediment (MDPI - Multidisciplinary Digital Publishing Institute, 2022)
Keywords: abandoned coal mine; acid mine drainage; adsorption; agricultural land contamination; Arctic region; arid climate; atmospheric depositions; authigenic minerals; bioindicators; bottom sediments; cadmium; calcareous soil; calcium carbonate; Caspian Sea; caustic calcined magnesia (CCM); chemical extraction resistance; Chemistry; contamination; contamination assessment; contamination factor; copper; crop; Daphnia pulex; diversity; ecological risk assessment; ecotoxicology; elemental composition; engineered nanoparticles; enrichment factor; environmental risk assessments; extraction DTPA; geoaccumulation index; geochemical background; geochemical mapping; geochemistry; geogenic and anthropogenic origin; groundwater; heavy metal; heavy metals; humic substances; hydrogen sulfide contamination; iron ore deposits; iron oxides; irrigation canal; karst areas; lacustrine sediments; LC50; long time; low washing efficiency; marine sediments; Mathematics and Science; metals; mineralogy; modern sedimentation processes; n/a; natural fluorine-enriched soil; natural sources; natural water; nutrients; organic matter; p-arsanilic acid; permeable reactive barrier (PRB); phosphorus; pollution; pollution indices; pollution level; polyphenolic compounds; potential ecological risk; potentially toxic elements; precipitation; QR code; Reference, Information and Interdisciplinary subjects; Research and information: general; risk assessment code; river; San Simon Bay; sediment; sediment quality guidelines; sediments; seepage water; sequential extraction; sewage sludge; snow pollution; soil; soil contamination; soil organisms; soil properties; soil remediation; solubility; spatial distribution; speciation; springs; tailing dumps; toxicity bioassays; trace metal pollution; trace metals; trace metals and metalloids; transfer; urban ecology; volcanic soil