Light and temperature change constantly under natural conditions and profoundly affect
plant growth and development. Light and warmer temperatures promote flowering, higher …

Flowering is one of the most critical developmental transitions in plants' life. The irreversible
change from the vegetative to the reproductive stage is strictly controlled to ensure the …

In plants, flowering time is controlled by environmental signals such as day-length and
temperature, which regulate the floral pathway integrators, including FLOWERING LOCUS T …

Gibberellin (GA) plays a key role in floral induction by activating the expression of floral
integrator genes in plants, but the epigenetic regulatory mechanisms underlying this process …

Abstract FLAVIN‐BINDING KELCH REPEAT F‐BOX 1 (FKF1) encodes an F‐box protein that
regulates photoperiod flowering in Arabidopsis under long‐day conditions (LDs). Gibberellin …

In many flowering plants, successful reproductive development depends on the plant's
ability to sense seasonal photoperiodic changes and adjust its vegetative growth …

Key message miR394 regulates Arabidopsis flowering time in a LCR-independent manner.
Arabidopsis plants harboring mutations in the MIR394 genes exhibit early flowering, lower …

Flowering time is crucial for successful reproduction in plants, the onset and progression of
which are strictly controlled. However, flowering time is a complex and environmentally …

The reproduction of flowering plants is an incredibly important process, both ecologically
and economically. A huge body of work has examined the mechanisms by which flowering …

Key message A total of 101 QTNs were found to be associated with soybean flowering time
responses to photo-thermal conditions; three candidate genes with non-synonymous …