First, increasing the output of scientific fertilizers based on soil testing and analysis can significantly enhance crop nutrient absorption, leading to a yield increase of 5% to 20% or more. This method ensures that plants receive the right nutrients at the right time, optimizing growth and productivity.
Second, this approach helps save costs, reduce losses, and protect the environment. By analyzing the specific needs of different crops and soil conditions, farmers can determine the exact amount and timing of fertilizer application. This prevents overuse or underuse of fertilizers, minimizes resource waste, lowers production costs, and reduces the environmental impact of chemical fertilizers.
Third, it improves crop quality. By selecting appropriate fertilizer types and proportions based on the crop type, farmers can avoid issues like excessive nitrogen leading to poor watermelon quality, fruit rot, or crop lodging. Similarly, in cotton, insufficient potassium can cause red stem blight, which can be prevented through balanced fertilization.
Fourth, in many areas, irrational fertilization leads to problems such as excessive nitrogen application, improper phosphate use, and insufficient or no potassium application. This results in imbalanced soil nutrients, increased salinization in certain regions, and a decline in soil health. Soil testing and tailored fertilization help restore balance, improve overall soil fertility, and promote sustainable agricultural practices over time.
By adopting these scientifically-based fertilization methods, farmers not only boost their yields and profits but also contribute to long-term environmental sustainability. It's a win-win strategy that supports both economic and ecological goals in modern agriculture.
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