Many benefits of foliar spray: Boom Flower
Boom Flower (Nitrobenzene 20%) is a plant growth regulator that has been shown to have a number of beneficial effects on crops, including increasing flowering and fruiting, reducing fertilizer need, and improving plant health.
Flowering and fruiting
Nitrobenzene has been shown to increase flowering and fruiting in a number of crops, including rice, jasmine, and okra. In a study of rice, nitrobenzene application increased the number of panicles per plant by 20% and the number of grains per panicle by 15%. In a study of jasmine, nitrobenzene application increased the number of flowers per cluster by 30%. And in a study of okra, nitrobenzene application increased the number of fruits per plant by 25%.
Reduced fertilizer need
Nitrobenzene can also help to reduce the need for fertilizer in crops. In a study of rice, nitrobenzene application reduced the amount of nitrogen fertilizer needed by 20% without affecting yield. In a study of jasmine, nitrobenzene application reduced the amount of phosphorus fertilizer needed by 15% without affecting yield.
Improved plant health
Nitrobenzene can also help to improve plant health by increasing resistance to pests and diseases. In a study of rice, nitrobenzene application increased the resistance of plants to the brown planthopper by 20%. In a study of jasmine, nitrobenzene application increased the resistance of plants to the jasmine wilt fungus by 15%.
Crops that have been studied
The crops that have been studied most extensively for the effects of foliar application of nitrobenzene include rice, jasmine, okra, sugarcane, and wheat. However, nitrobenzene has also been shown to have beneficial effects on a number of other crops, including tomatoes, peppers, cucumbers, and melons.
Conclusion
The research on foliar application of nitrobenzene in various crops suggests that it can be a valuable tool for increasing yields, reducing fertilizer need, and improving plant health. However, more research is needed to fully understand the effects of nitrobenzene on different crops and under different conditions.
