At present, the prospects of flowers in the market are very broad, so flower cultivation has also received attention. We know that flowers are mainly used for ornamental purposes, so an important purpose of cultivating flowers is to make them bloom more flowers, and research has shown that light is an external factor that promotes flower bud formation. Therefore, the applicationlight incubatorStudying the effect of light on flower bud differentiation can provide scientific basis for the cultivation and management of different varieties of flowers, achieve scientific cultivation, and improve the yield and quality of flower cultivation.

light incubatorYou can set the lighting time and intensity, so it can be used to study the effects of different lighting intensities on the same flower plant, as well as the effects of lighting time on different flower plants. And in our daily lives, we all have the experience that on the same flower, branches that receive sufficient light will have more flower buds, while branches that receive insufficient light will have fewer flower buds. This phenomenon fully demonstrates that light has an important impact on flower bud differentiation. Now, with the help of light incubators, the impact of light on flower bud differentiation can be more clearly understood, and successful flower cultivation can be achieved with scientific data as a reference.

applicationlight incubatorResearch has found that flowers can be divided into three categories based on their requirements for light exposure time. The first category is long day flowers, which generally require more than 12 hours of sunlight per day to form flower buds. Representative flowers include irises, chrysanthemums, and hibiscus; The second type is short day flowers, which require less than 12 hours of sunlight per day to form flower buds. Representative flowers include poinsettia and chrysanthemum; The second type is Zhongrizhao flowers, which refer to flowers whose flower bud formation does not require strict requirements for the length of daylight. Lotus, carnation, centella, rose, Fusarium, and other flower varieties belong to this category.

The application of light cultivation chambers provides convenience for the study of light in flowers and plants, and also promotes the transformation of flower cultivation towards refinement and scientificity. With scientific research data as reference and guidance, high value-added flower cultivation is more likely to succeed, and the economic benefits are more significant, which is of great significance for promoting the development of the flower industry.