Arsenic (As) exposure from consumption of rice can be substantial, particularly for the
population on a subsistence rice diet in South Asia. Paddy rice has a much enhanced As …

Rice represents a major route of As exposure in populations that depend on a rice diet.
Practical measures are needed to mitigate the problem of excessive As accumulation in …

Groundwater rich in arsenic (As) is extensively used for dry season boro rice cultivation in
Bangladesh, leading to long-term As accumulation in soils. This may result in increasing …

Rice is a major source of dietary arsenic (As). The effects of paddy water management, straw
incorporation, the applications of nitrogen fertilizer or organic manure, and the additions of …

Paired grain, shoot, and soil of 173 individual sample sets of commercially farmed temperate
rice, wheat, and barley were surveyed to investigate variation in the assimilation and …

Arsenic (As) contamination in paddy soil reduces rice production and quality. It is important
to increase the As tolerance of rice and reduce As accumulation in rice using exogenous …

Arsenic (As) is highly mobilized when paddy soil is flooded, causing increased uptake of As
by rice. We investigated factors controlling soil-to-solution partitioning of As under anaerobic …

Paddy rice is a global staple food which in some circumstances can contain high levels of
the toxic element arsenic (As). In order to elucidate factors influencing As dissolution in the …

Rice is efficient at arsenic (As) accumulation, thus posing a potential health risk to humans
and animals. Arsenic bioavailability in submerged paddy soil is enhanced due to …

Reductive mobilization of arsenic (As) in paddy soils under flooded conditions is an
important reason for the relatively high accumulation of As in rice, posing a risk to food safety …