Drought is one of the most critical stresses, which causes an enormous reduction in crop
yield. Plants develop various strategies like drought escape, drought avoidance, and …

The circadian clock, a time-keeping mechanism, drives nearly 24-h self-sustaining rhythms
at the physiological, cellular, and molecular levels, keeping them synchronized with the …

Plants deploy molecular, physiological, and anatomical adaptations to cope with long-term
water-deficit exposure, and some of these processes are controlled by circadian clocks …

The initiation of flowering in cereals is a critical process influenced by environmental and
endogenous signals. Flowering Locus T-like (FT-like) genes encode the main signals for …

Through domestication of wild species, humans have induced large changes in the
developmental and circadian clocks of plants. As a result of these changes, modern crops …

Changes in the external environment necessitate plant growth plasticity, with environmental
signals such as light, temperature, and humidity regulating growth and development. The …

The transition from the vegetative to the reproductive stage of growth is a critical event in the
lifecycle of a plant and is required for the plant's reproductive success. Flowering time is …

Laboratory studies have revealed that strigolatone (SL) and karrikin (KAR) signalling
mediate responses to abiotic and biotic stresses, and reshape branching architecture that …

Background The circadian clock, also known as the circadian rhythm, is responsible for
predicting daily and seasonal changes in the environment, and adjusting various …

The circadian clock contextualizes plant responses to environmental signals. Plants use
temporal information to respond to herbivory, but many of the functional roles of circadian …