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Remedy for wheat deficiency
When wheat shows signs of iron deficiency during the early growth stage or when a deficiency is detected, apply a foliar spray of 0.2% to 0.3% ferrous sulfate solution. This helps quickly restore iron levels and supports healthy plant development.
For boron deficiency, use borax as a base fertilizer at a rate of 1 kg per acre, incorporated into the soil before sowing. As a seed treatment, dissolve 10 grams of borax in 5 kg of water and mix it with 50 kg of wheat seeds. For top dressing, spray the plants with a 0.1% to 0.2% borax solution during the seedling, jointing, and booting stages to ensure adequate boron supply.
To address manganese deficiency, apply 1 kg of manganese sulfate per acre as a base fertilizer during soil preparation. For seed treatment, mix 4–6 grams of manganese sulfate per kilogram of wheat seeds. During the seedling, jointing, or flowering stages, or when deficiency symptoms appear, apply a foliar spray of 0.1% to 0.2% manganese sulfate solution.
For copper deficiency, incorporate 1 to 1.5 kg of copper sulfate per acre into the soil during preparation. As a seed treatment, mix 0.2% to 0.3% copper sulfate with the seeds and let them rest for 12 to 17 hours before planting. If copper deficiency is observed during the growing season, spray the plants with a 0.2% to 0.4% copper sulfate solution promptly.
To manage zinc deficiency, apply 1 to 2 kg of zinc sulfate per acre as a base fertilizer during soil preparation. Soak selected wheat seeds in a 0.05% zinc sulfate solution for 12 to 24 hours, then dry them before sowing. For top dressing, during the seedling stage, mix 1 kg of zinc sulfate with 15 to 20 kg of fine soil or organic fertilizer and apply it between the rows. Alternatively, spray the plants with a 0.1% to 0.2% zinc sulfate solution during the seedling, jointing, and heading stages for best results.
By following these practices, farmers can effectively prevent and correct micronutrient deficiencies, leading to healthier wheat crops and higher yields. Regular monitoring and timely application are key to ensuring optimal plant nutrition.