Phosphate fertilizers may contain elevated concentrations of toxic metals and metalloids and
therefore, their excessive application can result in the accumulation of both phosphorus (P) …

Long‐term agricultural field experiments are essential for quantifying changes in soil
properties and associated crop productivity that occur slowly but continue over long periods …

The application of phosphorus (P) fertilizers inevitably contributes to the accumulation of
trace elements, such as uranium (U), in agricultural soils. The fertilizer-derived U …

Phosphate rock, pre-concentrated phosphate ore, is the primary raw material for the
production of mineral phosphate fertilizer. Phosphate rock is among the fifth most mined …

The purpose of this study was modification of activated carbon (AC) to prepare a new
selective sorbent for removal of uranium ion. The modification was performed by introducing …

Fertilizer utilization is critical for food security. This study examines the occurrence of trace
elements (TEs) and Sr isotope (87Sr/86Sr) variations in phosphate rocks and mineral …

The invasion of the tomato leaf miner (Tuta absoluta) poses a significant threat to tomato
productivity, leading to substantial yield losses for farmers. Currently, there is a lack of …

Long-term phosphorus (P) fertilizer application can lead to an accumulation of uranium (U)
in agricultural soil, potentially posing risks on the environment and human health. In this …

Growing concern has been expressed about uranium (U) accumulation in agricultural soils
caused by the long-term application of mineral fertilizers. More than 80% of naturally …

This paper studies the uranium content and uranium isotopic disequilibria as a tool to
identify hydrogeochemical processes from 52 groundwater samples in the province of …