RESEARCH PROJECT

Solubility and plant uptake of radionuclides and trace elements in soils

Updated: February 2026

Project overview

Project manager: Dan Berggren Kleja
Contact: Sara Grolander
Funded by: SKB

Participants

Research groups:

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Short summary

To accurately predict the transport and accumulation of elements and/or radionuclides in the landscape is important in both risk assessments of contaminated sites and safety assessments for disposal of radioactive waste.

The main goals of the project are to:

  • Evaluate different analytical methods used for quantifying solid-phase concentrations and pore water concentrations of a wide range of elements in different soil types. 
  • Identify key soil variables controlling the solubility of a wide range of elements in order to construct empirical adsorption models for these elements. 
  • Assess binding mechanisms of molybdenum and selenium in soils using a combination of X-ray spectroscopy, batch titration experiments and geochemical modelling. 
  • Evaluate soil factors governing the uptake of a wide range of elements in crops by combining information from soil extractions and analysis of crops grown on different soil types.

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