由 PK Mohapatra 著作 · 2011 · 被引用 101 次 — In rice, each culm bears a single terminal flowering inflorescence, with strong apical dominance inhibiting the development of axillary reproductive structures.
The rice spikelet is thought to have three florets [3,5], which are subtended by two tiny glumes (rudimentary glumes) (Fig. 2). The uppermost floret is bisexual ...
由 D Ren 著作 · 2020 · 被引用 36 次 — A method that effectively increases floret number per spikelet in rice could potentially improve grain yield and production levels. Here, we ...
由 PK Mohapatra 著作 · 2011 · 被引用 101 次 — In rice, each culm bears a single terminal flowering inflorescence, with strong apical dominance inhibiting the development of axillary reproductive structures.
由 K Ikeda 著作 · 2004 · 被引用 231 次 — Rice inflorescence (panicle) consists of a rachis (main axis), ten or more primary rachis branches and about 150 spikelets (Fig. 1A). Thus rice has two types of ...
2019年12月31日 — Background: The spikelet, often mistaken for a “flower”, is actually an inflorescence unit and can produce one or more florets in some species ...
由 K Liu 著作 · 2022 · 被引用 16 次 — A white, withered spikelet on a panicle was defined as a degenerated spikelet. The number of differentiated branches (or spikelets) was defined ...
由 T Zhang 著作 · 2017 · 被引用 94 次 — In cereal crops, the number of florets in a spikelet is an important factor affecting the grain number per panicle and then the grain yield.
