1. The integration of organic and inorganic fertilization in soil testing and precision farming should start with organic fertilizers. Applying organic materials enhances the organic matter content in the soil, improves its water-holding capacity and fertility, boosts microbial activity, and increases the efficiency of chemical fertilizers. It is essential to use a variety of organic fertilizer sources to maintain soil health and support long-term agricultural sustainability. By doing so, farmers can ensure that the soil remains productive and resilient over time.
2. Balancing nitrogen, phosphorus, and potassium is a crucial aspect of soil testing and customized fertilization. As crop yields increase, the soil's nutrient demands also rise. In such cases, it becomes vital to ensure proper ratios of these primary nutrients and to supply necessary micronutrients. This balanced approach helps maintain consistent and high yields while preventing nutrient depletion and promoting environmental protection.
3. The combination of land use and land management must focus on maintaining a balance between inputs and outputs, ensuring that the cycle of matter and energy among crops, soil, and fertilizers remains sustainable. It is important to practice both usage and maintenance, as well as achieve input-output equilibrium. Soil testing and formula fertilization should follow the principle of nutrient return, continuously replenishing soil fertility to support stable and high yields. This approach not only benefits current productivity but also ensures the long-term viability of agriculture.
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