Hormonal Changes During The Flowering Period Of Cannabis Growing

Posted bybreederscollectivePosted inAll Blog Posts, Cannabis Growing, Cannabis Science
Hormonal Changes During The Flowering Period Of Cannabis Growing

Hormonal Changes During The Flowering Period Of Cannabis Growing

The flowering period in cannabis plants is characterised by significant hormonal changes as the plants transition from the vegetative stage to the reproductive stage. During this period, the plant’s growth patterns, nutrient requirements, and other physiological processes undergo significant changes as the plant focuses on producing flowers.

One of the most important hormonal changes that occur during the flowering period is a shift in the balance between two key hormones: auxin and cytokinin. Auxin is a hormone that is responsible for promoting cell elongation and growth, while cytokinin is involved in promoting cell division and the formation of new tissue. During the vegetative stage, the balance between these two hormones favors auxin, which promotes vegetative growth. However, as the plant begins to flower, the balance shifts in favor of cytokinin, which promotes the development of reproductive tissues such as flowers and seeds.

Another important hormonal change that occurs during the flowering period is an increase in the production of two other key hormones: gibberellins and abscisic acid. Gibberellins are hormones that are involved in promoting plant growth and development, while abscisic acid plays a role in regulating the plant’s response to stress, such as drought or high temperatures. During the flowering period, an increase in gibberellin production helps to promote the development of flowers, while an increase in abscisic acid helps the plant to conserve water and other resources as it focuses its energy on reproduction.

In addition to these hormonal changes, the flowering period is also characterised by an increase in the production of other hormones such as ethylene and jasmonates, which are involved in various physiological processes such as ripening and defense against pests and diseases.

Overall, the hormonal changes that occur during the flowering period are crucial for the successful reproduction and development of cannabis plants. By shifting the balance of hormones in favor of reproductive tissues and promoting the development of flowers, the plant is able to produce the seeds that will ensure the continuation of its species. Understanding these hormonal changes and their effects on plant growth and development can help growers to optimise their cultivation practices and produce high-quality, potent cannabis flowers.

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