Summary
This review, hosted at Rothamsted Research's repository, synthesises evidence on cadmium transfer from agricultural soils into food crops and its implications for human health via dietary intake. The paper likely examines soil chemistry, crop physiology, and epidemiological evidence to characterise exposure pathways and identify vulnerable populations or agricultural practices that elevate cadmium risk. As a Rothamsted-authored work circa 2017, it reflects established knowledge on soil contamination and food-chain transfer in temperate farming systems.
UK applicability
Given Rothamsted's institutional focus and the UK's legacy of industrial soil contamination, the findings are directly applicable to UK agricultural policy and food safety regulation. The work may inform soil remediation guidance and crop-selection strategies in areas with elevated cadmium burdens.
Key measures
Cadmium concentration in soil and plant tissues; soil-to-plant transfer factors; cadmium bioavailability; dietary exposure estimates
Outcomes reported
As suggested by the title, the study examined cadmium (Cd) bioavailability and transfer pathways from soil through plants to human consumption. The work likely characterised soil and plant factors influencing Cd uptake and assessed dietary risk implications.
Topic tags
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