Single biomass feedstock approach may not meet the requirements for developing biochar
with desired characteristics for use as soil amendment. In this study, biochars were prepared …

Transformation of soil Pb to pyromorphites and phosphates has the potential to be an
effective strategy to immobilize this contaminant in situ. Soil treatment using monocalcium …

To date, most studies about the aging of metals in soil were based on the controlled
laboratory experiments, and few works have attempted to investigate how aging process …

The environmental behavior of Cd in soil has been widely studied because of its close
relationship with food security and soil environmental pollution. In this study, the roles of P …

Potentially toxic metal (PTM) contamination coupled with soil acidification has posed a
severe threat to agricultural sustainability of tropical region in the world. In this study, a …

Seasonal freeze–thaw action has been shown to influence the behaviors of heavy metals in
soil by changing soil aggregate formation, stabilization, and breakdown. Using rare earth …

Release kinetics governs the detachment and migration of potentially toxic trace elements
(PTEs) over time between the solid phase and soil solutions. The assessment of PTEs' …

Abstract Purpose Lead (Pb) sorption capacity (Pb Smax) and distribution in chemical and
particle-size fractions of six soils with different physico-chemical properties were …

Prediction on the release kinetics of metalloids from soils is challenging due to the physio-
chemical heterogeneity of soil and the varying binding abilities of metalloid contaminants on …

Lead (Pb) concentration of agricultural soils arises from either many industrial or agricultural
pollution sources, and it is of most harmful heavy metals. Its reactivity and mobility in …