As a key demonstration and promotion project of the agricultural science and technology in China, the humic acid fertilizer benefits the plant in many aspects, and the effect is obvious. Specifically speaking, what is the role of humic acid in plants? The author will discuss the benefits of humic acid fertilizer for plants in the following aspects:Read More
Humic acid is a kind of natural organic acid macromolecule with biological activity, its biological activity is reflected in the physiological benefits of humic acid for plants, the author will explain the benefits of physiological humic acid for plants as below.Read More
Humic acid is a natural organic acid macromolecule with complex structure and multiple functions. It has a variety of physiological functions and disease prevention and control functions, and has great development and application prospects in agriculture and forestry.
We often hear that humic acid is an essential substance for plant growth. So why is humic acid so important for plant growth? The author will confirm this by explaining the importance of humic acid for plant growth.Read More
Humate humic acid, as an important component of soil humus, has significant application effects in flower cultivation. For example, humic acid raw material peat as the main component of the substrate is widely used in flower seedlings, transplanting, cuttings, and potting, which greatly promotes the development of the flower industry ; Humate organic fertilizer and humate humic acid have significant effects in promoting the growth and development of flowers, increasing flower output, regulating flowering period, prolonging the ornamental period, and improving ornamental properties. Now, by consulting the literature of the past 10 years, the application effects of humate organic fertilizer on flowers are summarized as follows.
Leonardite potassium humate is a mixture of natural organic macromolecular compounds, which is widely present in nature. Because of its unique physiological functions, it has been widely used in agricultural production in recent years.
In addition to improving soil, improving fertilizer efficiency, and promoting crop growth. Its role in plant stress resistance has also attracted more and more attention.Read More