Aug 2026· Environmental Geochemistry and Health· Vol 48· 0 citations· 57 references
Medicine
TL;DR
Investigating park greenspaces in the central urban area of Chengdu found that integrated source-risk analysis, As, Cd, and Cu are recommended as priority control elements, with industrial and traffic-related sources identified as key targets for management.
Soil environmental quality in rural areas is not only crucial to the implementation of the rural revitalisation strategy, but also directly impacts the smooth progress of integrated urban-rural development. However, it faces an increasing risk of contamination from PTEs. Consequently, systematically identifying sources...
Zhan-Bin Wang, Dao-Kun Chen, Xinbin Li et al.· PLoS ONE· 0 citations
Uranium is a critical strategic resource. However, uranium mining can cause severe contamination of surrounding soils by potentially toxic elements (PTEs). Conventional approaches that separately perform source apportionment and risk assessment fail to establish a direct linkage between pollution sources and their asso...
Min Fan, Hai-Yan Liu, Ze-Jing Chen et al.· Toxics· 0 citations
Agricultural soil quality is critical for sustainable food production, yet contamination by toxic elements (TEs) may pose ecological and human health risks. This study assessed the concentrations, ecological impacts, and potential health risks of five TEs (Cr, Cu, Cd, Pb, and Zn) in agricultural soils across China by...
M. Aslam, Long-Long Bai, Shan-Shan Lv et al.· Environment & Health· 0 citations
Summary Mining and smelting, combined with high-geochemical-backgrounds, cause heavy metal accumulation in soil-crop systems, endangering food-chain health. Topsoil (0–20 cm) and three local crops were sampled from Yunnan’s Huize lead-zinc mining area. Pb, Zn, Cu, Cd contamination, spatial patterns, source contribution...