The clarification of characteristic self-organized phenomena and associated emergence principles in plant systems is necessary in order to advance our understanding of environmental adjustment functions of specific plants and in order to exploit these for technological applications and innovative technology for plant production. In this study, various spatiotemporal patterns, which were formed through local and long-range interactions among clock cells are investigated. These data are applied to mathematical models which describe the formation mechanism of various spatiotemporal patterns. The characteristic emergence principles of plant systems are clarified.