Seasonal control of flowering through responsiveness to daylength shows extreme variation.
Different species flower in response to long days or short days (SDs), and this difference …

Abstract FLOWERING PROMOTING FACTOR1 (FPF1), a small protein without any known
domains, promotes flowering in several plants; however, its functional mechanism remains …

Background To identify the genes involved in the development of low temperature (LT)
tolerance in hexaploid wheat, we examined the global changes in expression in response to …

Wheat needs different durations of vernalization, which accelerates flowering by exposure to
cold temperature, to ensure reproductive development at the optimum time, as that is critical …

In temperate cereals, such as wheat (Triticum aestivum) and barley (Hordeum vulgare), the
transition to reproductive development can be accelerated by prolonged exposure to cold …

We report the first study on the genetic control of flowering in Setaria, a panicoid grass
closely related to switchgrass, and in the same subfamily as maize and sorghum. A …

GIGANTEA (GI) encodes a component of the circadian clock core oscillator and has been
identified as a regulatory pathway of the circadian rhythm and photoperiodic flowering in …

Background FPF1 (flowering-promoting factor 1) is one of the important family involved in
the genetic control of flowering time in plant. Until now, limited knowledge concerning FPF1 …

Reduced plant height due to shortened stems is beneficial for improving crop yield potential,
better resilience to biotic/abiotic stresses, and rapid crop producer adoption of the …

The genus Nicotiana contains species and varieties that respond differently to photoperiod
for flowering time control as day-neutral, short-day and long-day plants. In classical …