Iron (Fe) is an essential mineral element required for plant growth, and when soil availability
of Fe is low, plants show symptoms of severe deficiency. Under conditions of Fe deficiency …

Iron (Fe) is essential for plant growth and development. Knowledge of Fe signaling, from the
beginning of perception to activation of the uptake process, is critical for crop improvement …

Iron (Fe) is an essential element for plant life. Its deficiency impedes growth and
development and excessive iron can cause the toxic effect via the Fenton reaction. Thus …

Iron (Fe) is an essential element for plants; however, its availability is limited as it forms
insoluble complexes in the soil. Consequently, plants have developed mechanisms to adapt …

Essential metal absorption for plant growth is mediated predominantly by metal‐specific
transporters, with expression that responds to the environmental or cellular conditions of …

When plants adapt to local environments, strong signatures of selection are expected in the
genome, particularly in high-stress environments such as trace metal element enriched …

Within the last years, extensive information has been accumulated on the reciprocal
influence between S and Fe nutrition at both physiological and molecular level in several …

Highlights•Extremophiles are models for the evolutionary adaptation of functional
networks.•Adapted plants implement internal homeostatic set points in their local …

The accumulation of reactive oxygen species (ROS) leads to oxidative damage; however,
ROS also acts as signaling molecules. We previously demonstrated that the inducible …

Healthy plant growth depends on a balanced metal homeostasis at the organ, tissue and
sub-cellular levels, which is mediated principally by plasma and vacuolar membrane metal …