Managing soil phosphorus is essential for agricultural production and environmental
protection. This requires information on the phosphorus sorption capacity (PSC) of the soil …

Goethite often harbors impurities, such as phosphorus (P) and aluminum (Al), which are
incorporated into its structure through direct substitution or coprecipitation with …

Abstract Spreading from the Near East in the declining Bronze Age from the 2nd millennium
BCE onwards, the technique of iron smelting reached Eastern Silesia, Poland, in …

The effect of biological soil crust (BSC) in paddy field on the immobilization and removal of
heavy metal from irrigation water is an important issue. BSC was cultured in solutions with …

This study brings evidence for possible bog iron ore formation in soils of the Podravina
region, NE Croatia. During decades of archaeological investigations in the region …

The Oiola archeological site, located in the mining complex of La Arboleda (Biscay, North
Spain) was an important iron smelting center from the Roman Period to the Middle Ages and …

Naturally elevated levels of As have been observed in some iron‐enriched lowland soils of
the southern Münsterland, Germany. To determine whether As is mobilized by the reductive …

The paper deals with the introduction of iron as a new raw material in the transition period
between the outgoing Bronze Age and the Early Iron Age. Objective of the paper is to …

Phosphorus (P) often becomes limiting factor for plants growth. Phosphorus geochemistry in
peatland soil is associated with the presence of peat layer and groundwater level …

The immobilization effect of soil amendments on leaching and bioavailability of Pb, Zn and
Cd in highly contaminated soils under industrial impact was studied by collecting the soils in …