WebGrass species produce complex inflorescences and unique flowers. The grass inflorescence is composed of different types of branches, including a specialized branch called a spikelet. The spikelet is a special unit of the inflorescence and forms one to several florets, depending on the species. Web27 nov. 2006 · The major cereal crops such as wheat, barley, maize and rice display distinct patterns of inflorescence development. Variations in inflorescence architecture can affect the yield potential, the free-threshing characteristics and the liberation of the kernel (Simons et al., 2006; Vollbrecht et al., 2005; Wang et al., 2005).
Improving architectural traits of maize inflorescences
Web4 apr. 2024 · Notwithstanding the success of recent inflorescence modeling approaches, a simple homeotic schema of inflorescence patterning capable of explaining inflorescence architecture and variation remains elusive. The limitations of these models are most apparent in taxa with complex inflorescence architectures, such as the grass family … Web1 dag geleden · Author summary Axillary meristems (AMs) generate branches and determine the inflorescence pattern, and further define the overall architecture of plants. In addition, they have great impacts on the tiller number and panicle size, and therefore significantly influence the seed number and yield of crops. Hence, understanding the … tcam trading
Genetic control of inflorescence architecture in legumes
Web2 dagen geleden · As flowers produce the seeds and the fruits, inflorescence architecture—the level of branching as well as the final numbers of flowers in each branch—plays a central role in crop productivity. Woodland strawberry is a familiar plant for most of us in Finland. It is also a very convenient model plant for biological research—it … Web1 mei 2024 · The lowest morphological variability was found in quantitative traits related to plant architecture such as height until first or last inflorescence (Fig. 1a) or stem width (Fig. 1b). Web28 nov. 2024 · Plant architecture, which consists mainly of plant height, tillering, and panicle morphology, contributes greatly to grain yield in rice. Exploring the molecular mechanisms of rice plant architecture will provide theoretical guidance and valuable gene resources for breeding elite rice varieties with ideal plant architecture. tcan 08 mar 18