Root architecture responds to environmental stress. Stress-induced metabolic and
nutritional changes affect the endogenous root development program. Transcriptional and …

Root developmental plasticity is crucial for plants to adapt to a changing soil environment,
where nutrients and abiotic stress factors are distributed heterogeneously. How plant roots …

Plants often face combinatorial stresses in their natural environment. Here, arsenic (As)
toxicity was combined with hypoxia (Hpx) in the roots of Arabidopsis thaliana as it often …

Morphological root plasticity optimizes nutrient and water uptake by plants and is a
promising target to improve tolerance to metal toxicity. Exposure to sublethal chromate [Cr …

Deprivation of mineral nutrients causes significant retardation of plant growth. This
retardation is associated with nutrient‐specific and general stress‐induced transcriptional …

Root system architecture, encompassing lateral roots and root hairs, plays a vital in overall
plant growth and stress tolerance. Reactive oxygen species (ROS) and plant hormones …

Arsenic (As) is a ubiquitous carcinogenic metalloid that enters into human food chain,
through rice consumption. To unravel the conundrum of oxidative vs. reductive stress, the …

Reactive oxygen species (ROS) are generated continuously as a by-product of aerobic
metabolism in plants. While excessive ROS cause oxidative stresses in cells, they act as …

Arabidopsis naturally occurring populations have allowed for the identification of
considerable genetic variation remodeled by adaptation to different environments and stress …

Abiotic stresses increasingly threaten existing ecological and agricultural systems across the
globe. Plant roots perceive these stresses in the soil and adapt their architecture …