Abiotic stresses from potentially toxic elements (PTEs) have devastating impacts on health
and survival of all living organisms, including humans, animals, plants, and microorganisms …

The spatial distribution and pollution level of heavy metal (loid) s in soil (0–6 m) from a
typical industrial region in Jiangmen City, Southeast China was investigated. Their …

Background This study investigates the contamination level, spatial distribution, pollution
sources, potential ecological risks, and human health risks associated with heavy metal …

A 1937 street map of Durham, North Carolina, located four city-run waste incinerators that
we recognized to be sites of contemporary city parks. We obtained city permission to sample …

Substrate properties are pivotal in shaping porewater chemistry and groundwater quality,
serving as the primary driving factors. While spatial analysis of geochemical distribution has …

In many regions of the world, soil contamination of trace metal (loid) s has become a serious
problem. Several studies have used contamination risk indices to identify potential risks …

This research was established to explore the variability and sources of some heavy metals;
HMs (Zn, Fe, Cu, Cr, Mn, Co, Pb, and Ni), in a metropolitan and surrounding agricultural …

The study investigates soil contamination by metal trace elements (MTEs) in areas impacted
by wastewater discharge, emphasizing the importance of understanding both bioavailability …

The present study addresses the pressing concern of heavy metal (HM) contamination in
wheat grains, aiming to fill the existing research gap by investigating the spatial distribution …

Corn farming is a corn cultivation system that utilizes biological materials and processes to
obtain a decent profit for farmers. This study aims to identify the financial analysis and …