… plants to sense and respond to cold and heat stress at multiple levels. We also describe the
trade-off between plant … be used to engineer temperature-stress-tolerant, high-yielding crops. …

… Sensing of the ambient temperature is essential for plants to mediate the timing of … short-term
temperature fluctuations. Temperature influences many aspects of plant life, including root …

… acquires resistance to an increase or decrease in temperature, … plants that aim at elucidating
the effects of temperature and the identification of the resilience levels of these plants to the …

… plants to sense temperature alterations and initiate timely adaptive strategies to preserve cell
function and viability. Plants respond to different temperature … optimum growth temperature, …

… stressful temperature cues such as heat stress, sub-zero (freezing), and chilling stress to
better cope with future stressful temperature effects. We will compare the low temperature stress …

… of and challenge the view on plant temperature sensors. Based on data from non-plant
systems, we postulate new possibilities for thermosensing in plants. We also suggest that a …

… Upon HT exposure, plants sense the temperature change and initiate cellular and metabolic
responses that enable them to adapt to their new environmental conditions. Decoding the …

… range of temperature stresses, including daily and/or seasonal temperature fluctuations
that … Each plant species naturally exhibits its own optimal temperature range for growth and …

… In addition to nuclear translocation, communication between cellular organelles is another
approach by which plants sense increases in temperature. TT3.1, localized at the plasma …

… Plants use the dynamic fluctuations in light and temperature conditions as major sources
of information to adjust their growth patterns and developmental transitions to the conditions …