Iron toxicity stress causes physiological and metabolic changes in rice and other plants. To
date, there is little information about the metabolite profile of rice under Fe toxicity conditions …

Introduction Toxicity due to excess soil iron (Fe) is a significant concern for rice cultivation in
lowland areas with acidic soils. Toxic levels of Fe adversely affect plant growth by disrupting …

Ferrous Fe toxicity in rice has been reported to be one of several major limitations in terms of
wetland rice production. Previous studies have reported a decrease in paddy rice yields of …

Waterlogging is one of the limiting factors in crop cultivation. Moreover, high iron (Fe)
content in acidic soils could also disturb plant growth. However, there is limited scientific …

Excess soluble iron in acidic soil is an unfavorable environment that can reduce rice
production. To better understand the tolerance mechanism and identify genetic loci …

Iron (Fe) is a micro essential needed by plants in small amounts and can be toxic when
available in large quantities. This study aimed to evaluate how Fe exposure affects the …

The iron (Fe) toxicity stress is still a serious problem in rice cultivation, especially on land
with high Fe content. The Fe toxicity stress affects various complex physiological aspects of …

The opportunity of plants to escape from unwanted environments is almost nonexistent due
to their sessile characteristic. Drought, aluminum (Al), and iron (Fe) toxicity under acid soil …

The opportunity of plants to escape from unwanted environments is almost nonexistent due
to their sessile characteristic. Drought, aluminum (Al), and iron (Fe) toxicity under acid soil …

Iron can be in form of crystalline, amorphous and organic in the soil. The objective of this
research was to study the effect of compost application on soil organic Fe composition, Fe …