Due to their sessile nature, plants cannot escape adverse environmental conditions and
evolved mechanisms to cope with sudden environmental changes. The reaction to …

Carbohydrates are direct products of photosynthetic CO2 assimilation. Within a changing
temperature regime, both photosynthesis and carbohydrate metabolism need tight …

Acclimation is the capacity to adapt to environmental changes within the lifetime of an
individual. This ability allows plants to cope with the continuous variation in ambient …

Plants evolved efficient multifaceted acclimation strategies to cope with low temperatures.
Chloroplasts respond to temperature stimuli and participate in temperature sensing and …

Plants have evolved multiple strategies to cope with rapid changes in the environment.
During high light (HL) acclimation, the biosynthesis of photoprotective flavonoids, such as …

Spring maize is usually subjected to low-temperature stress during seed germination, which
retards seedling growth later even under a suitable temperature. However, the mechanism …

Varying light conditions elicit metabolic responses as part of acclimation with changes in
ascorbate levels being an important component. Here, we adopted a genome-wide …

Plants need to acclimate to different stresses to optimize growth under unfavorable
conditions. In Arabidopsis (Arabidopsis thaliana), the abundance of the chloroplast …

The sessile lifestyle of plants requires an immediate response to environmental stressors
that affect photosynthesis, growth, and crop yield. Here, we showed that three abiotic …

During photosynthesis, plants must manage strong fluctuations in light availability on
different time scales, leading to long-term acclimation and short-term responses. However …