… (Triticum aestivum), but more than 50% of grain yield potential (based on … development.
Our findings shed light on the dynamic changes in plant and floret growth-related traits in wheat …

… OsSPL13 could positively regulate grain length in rice [9], while TaSPL13 regulated the
development of florets in wheat, and we found that TaSPL13-2B and OsSPL13 had sequence …

… Treatments consisted of factorial combinations of five genotypes of wheat (Triticum aestivum
L.) with different sensitivities to photoperiod and two contrasting photoperiod regimes. The …

… anther developmental process in wheat for the first time. The anther development of wheat
… There is an asynchrony in anther development between florets within a spikelet as well as …

… is consistent with the observed completion of spikelet and floret development in hb inflorescences
at the L7 stage in preparation for growth between emergence of L7 and 8 (Figures 1G, …

… wheat (Triticum aestivum) cultivars set three to five grains per spikelet. However, little is
known regarding the genetic basis of floret … of GNI-A1 inhibits floret development in wheat. No …

… the developing florets/grains reducing partitioning to spike structure. This reduced partitioning
to spike structure was accompanied by shorter spikes (-SL), and lower total spikelets (-TS) …

… in the wheat head undergo floret abortion, resulting in a reduction in the number of florets
that will … is found primarily in the inflorescence meristem tissue of the developing wheat head. …

… Our work demonstrates that the floral-promoting pathway of wheat dynamically responds to
increasing daylengths to regulate spikelet and floret development, and presents new genetic …

… , and increase in the grain number per spike of winter wheat (Triticum aestivum L.) has
been obtained by delayed sowing. During the 2014–2015 and 2015–2016 growing seasons, …