This study aims to investigate the change in heavy metal concentration and evaluate
pollution intensity using Sentinel-2 data. Sixty samples collected from the surface soil in the …

Rock–Eval 6 analysis, a well established screening tool for petroleum geochemistry, is
being increasingly used to characterise the varying species of organic matter (OM) in the …

Terrestrial runoff represents a major source of mercury (Hg) to aquatic ecosystems. In boreal
forest catchments, such as the one in northern Sweden studied here, mercury bound to …

A synthesis of published vegetation mercury (Hg) data across 11 contiguous states in the
western United States showed that aboveground biomass concentrations followed the order …

Here we assess total sediment organic C stocks and long‐term C accumulation rates in 13
boreal lakes in northern Québec spanning a wide range of morphometric shapes. The lake …

Evasion of gaseous elemental Hg (Hg0g) from soil surfaces is an important source of
atmospheric Hg, but the volatility and solid–gas phase partitioning of Hg0 within soils is …

Run-of-river power plants (RoRs) are expected to triple in number over the next decades in
Canada. These structures are not anticipated to considerably promote the mobilization and …

We performed a controlled laboratory litter incubation study to assess changes in dry mass,
carbon (C) mass and concentration, mercury (Hg) mass and concentration, and …

The molecular composition of dissolved organic matter (DOM) is increasingly recognized as
fundamentally important to mercury transport and transformations, with numerous …

In many northern temperate regions, the water color of lakes has increased over the past
decades (“lake browning”), probably caused by an increased export of dissolved organic …