What’s Plant growth regulators needed for potato cultivation?
In the process of potato cultivation, the use of plant regulators plays an important role in increasing yield and improving quality. The following are some commonly used plant regulators and their uses:
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Uniconazole:
This is a growth inhibitor used to control the growth of potatoes, prevent excessive plant growth, promote root development, increase stress resistance, and also help control the occurrence of diseases such as late blight1.
choline chloride: As a plant growth regulator, choline chloride can promote the growth of the underground part of potatoes, increase the size and number of tubers, and increase yield.
1-Naphthaleneacetic acid:
Used with choline chloride, it can promote the growth of the underground part of potatoes, increase the number and size of tubers, and increase yield.
Gibberellic Acid GA3:
This is a plant growth promoter used to promote flower bud differentiation in potatoes, increase yield and improve quality.
Prohexadione calcium:
used to control the vigorous growth of potatoes, promote the formation and enlargement of tubers, and improve yield and quality.
Compound Sodium Nitrophenolates (Atonik):
This is a powerful cell activator that can quickly penetrate into the plant body, promote the protoplasm flow of cells, improve cell vitality, promote plant growth and nutrient synthesis, etc. Compound Sodium Nitrophenolates (Atonik) is suitable for spraying on a variety of melons and fruits to improve yield and quality.
Ethephon:
Ethephon can enhance the ability of cells to synthesize ribonucleic acid, promote protein synthesis, and activate phosphatase and other enzymes related to fruit ripening when the fruit is ripe, promoting fruit ripening. In potatoes, Ethephon
is mainly used for fruit ripening.
Brassinolide (BRs):
Brassinolide (BRs) has high biological activity and diverse functions. It can promote the growth and firming of vegetables, melons, fruits and other crops, improve quality, increase yield, enhance stress resistance, promote seed germination, and reduce the damage caused by improper application of pesticides and fertilizers. The application of Brassinolide (BRs) in potato planting helps to improve the yield and quality of potatoes.
The use of these regulators can help farmers improve the yield and quality of potatoes, while enhancing the disease resistance and adaptability of potatoes.
Uniconazole:
This is a growth inhibitor used to control the growth of potatoes, prevent excessive plant growth, promote root development, increase stress resistance, and also help control the occurrence of diseases such as late blight1.
choline chloride: As a plant growth regulator, choline chloride can promote the growth of the underground part of potatoes, increase the size and number of tubers, and increase yield.
1-Naphthaleneacetic acid:
Used with choline chloride, it can promote the growth of the underground part of potatoes, increase the number and size of tubers, and increase yield.
Gibberellic Acid GA3:
This is a plant growth promoter used to promote flower bud differentiation in potatoes, increase yield and improve quality.
Prohexadione calcium:
used to control the vigorous growth of potatoes, promote the formation and enlargement of tubers, and improve yield and quality.
Compound Sodium Nitrophenolates (Atonik):
This is a powerful cell activator that can quickly penetrate into the plant body, promote the protoplasm flow of cells, improve cell vitality, promote plant growth and nutrient synthesis, etc. Compound Sodium Nitrophenolates (Atonik) is suitable for spraying on a variety of melons and fruits to improve yield and quality.
Ethephon:
Ethephon can enhance the ability of cells to synthesize ribonucleic acid, promote protein synthesis, and activate phosphatase and other enzymes related to fruit ripening when the fruit is ripe, promoting fruit ripening. In potatoes, Ethephon
is mainly used for fruit ripening.
Brassinolide (BRs):
Brassinolide (BRs) has high biological activity and diverse functions. It can promote the growth and firming of vegetables, melons, fruits and other crops, improve quality, increase yield, enhance stress resistance, promote seed germination, and reduce the damage caused by improper application of pesticides and fertilizers. The application of Brassinolide (BRs) in potato planting helps to improve the yield and quality of potatoes.
The use of these regulators can help farmers improve the yield and quality of potatoes, while enhancing the disease resistance and adaptability of potatoes.
