Control of inflorescence and directional breeding in aster cultivars

本研究的目标是开发一个形态模型，用于分析Aster流感的数字和发展，并研究有效的繁殖系统和主题的理性控制方法。对于asters的增长分析，这是很有用的，认为asters的植物是由较小的基础单位组成的，模块。一个模块是由五个物理学家组成的，支持物理学家基本上是一个内部节点、一个节点、一对树叶及其轴向伙伴。植物的生长可以被看作是模块的连接。When the apical module is a and a module is mi （from the top to the bottom i=1， 2，3_<··） ， an inflorescence can be described as a^+m1^+m2^+_<··^+mn.3。通货膨胀发展可以被认为是线性转变，然后被描述为使用矩阵中=Kn in-1。只有两个参数k和ka足以分析星形的通货膨胀发展。流水反应也可以像Kf一样思考线性转变。Flowering can be described as If=Kf I using matrix. 5。我们在这个研究中开发的形态模型被应用于基于天文学家分类的短期响应。

The objective of this study was to develop a morphological model for analyzing the figure and development of Aster inflorescences and to examine the efficient breeding system and the rational control method of them.1. For growth analysis of asters, it is useful to think of the plant of asters being made up of small basic subunits, modules. An module is made up of five phytomers, supposing that a phytomer consists basically of an internode, a node, one pair of leaves and their axillary buds.2. Plant growth can be thought as the connection of modules. When the apical module is a and a module is mi (from the top to the bottom i=1, 2, 3_<・・・>) , an inflorescence can be described as a a^+m1^+m2^+_<・・・>^+mn.3. Inflorescence development can be thought as linear transformation and then be described as In=Kn In-1using matrix. Only two parameters k and ka are enough to analyze the inflorescence development of asters.4. Flowering responese can be also thought as linear transformation Kf. Flowering can be described as If=Kf I using matrix.5. The morphological model we developed in this study was applied for classification of asters based on shortday response.