Wheat is an important and widely cultivated staple crop. To ensure a successful wheat crop, it is important to apply appropriate fertilizers and sprays. One of these sprays is Manganese Sulphate, which is used to prevent and cure manganese deficiency in plants. In this article, we will discuss the suitable time of Manganese Sulphate spray in wheat and its recommended dose per acre.
Suitable Time of Manganese Sulphate Spray in Wheat:
The suitable time of Manganese Sulphate spray in wheat is during the tillering stage, which is when the wheat plant begins to produce multiple stems. This stage typically occurs around 2-4 weeks after germination. At this stage, the wheat plant is actively growing and is in need of essential nutrients to support its growth. Applying Manganese Sulphate during the tillering stage ensures that the plant receives the necessary nutrients it needs to produce healthy, strong stems.
Dose per Acre of Manganese Sulphate:
The recommended dose per acre of Manganese Sulphate varies depending on the type of soil, the level of deficiency, and the growth stage of the wheat plant. Typically, the recommended dose is between 1-2 kg per acre. However, it is important to consult a certified agronomist or soil scientist to determine the appropriate dose for your specific crop and soil conditions.
In addition, it is important to note that Manganese Sulphate should not be applied in excessive amounts as it can lead to toxicity in the soil. Overdosing can also damage the plant and reduce the yield. Therefore, it is recommended to follow the instructions on the product label as well as consult with an expert to ensure correct dosage.
Conclusion:
Manganese Sulphate spray is an important nutrient for wheat plants, especially during the tillering stage. Applying the correct dosage at the right time can help prevent and cure manganese deficiency, thereby improving the quality and yield of the wheat crop. It is important to consult a certified agronomist or soil scientist to determine the appropriate dosage for your crop and soil conditions. Remember, overdose can be toxic and reduce the yield.