Soil Factors Driving Uptake of Toxic Elements by Rice and Leafy Greens
Soil Factors Driving Uptake of Toxic Elements by Rice & Leafy Greens
Investigating how soil characteristics influence arsenic, cadmium, and lead levels in key food crops is key.
Rice and leafy greens are healthy, widely consumed foods but are susceptible to contamination by soil-occurring toxic elements such as arsenic, cadmium, and lead.
Project Objectives
This project will build upon recent work funded by the Food Chemical Safety Committee that identified a critical need for a deeper understanding of the interrelationships among soil characteristics, mitigation options, and resulting levels of toxic elements in plants and commodities.
Matt Limmer, PhD
University of Delaware
Angela Seyfferth, PhD
Arizona State University
Aligned with IAFNS’ commitment to open science practices, this project has been added to the IAFNS Collection on the Open Science Framework. Note: this link redirects you to an external website.
Concentrations of Cadmium and Arsenic Species in Rice from Production-Scale Fields in Arkansas under Variable Water Management
Agricultural and Environmental Letters, 2026
Rice accumulates arsenic when grown under flooded conditions; therefore, alternative water management strategies have shown promise in decreasing grain arsenic. This paper analyzes polished white rice grain from 103 field-years of production for arsenic and cadmium.
Agronomic Solutions to Decrease Arsenic Concentrations in Rice
Environmental Geochemistry & Health, 2025
Arsenic concentrations in rice grain may pose human health risks, particularly when consumed regularly or used in food products for infants and young children.
Read more about Agronomic Solutions to Decrease Arsenic Concentrations in Rice
Mitigating Toxic Metal Exposure Through Leafy Greens: A Comprehensive Review Contrasting Cadmium and Lead in Spinach
GeoHealth, 2024
Toxic metals like cadmiun and lead in foods can be harmful to our health especially for babies and young children who are more vulnerable due to their small size and rapid development.
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