The role and significance of sheep manure organic fertilizer equipment in actively promoting the replacement of organic fertilizer with chemical fertilizer to promote the development of green agriculture are mainly reflected in the following aspects:
1. Improve fertilizer utilization rate: Policies to promote new fertilization technologies, new products and new machinery, and comprehensively improve the level of scientific fertilization. Reduce dependence on fertilizer by improving fertilizer utilization efficiency.
2. Promote the return of organic fertilizer resources to the field: The policy proposes to vigorously promote the pilot of green farming and recycling agriculture, and increase the proportion of organic fertilizer application area.
3. Improve soil quality and biological activity: goat manure organic fertilizer is rich in organic matter and trace elements, which can improve soil biological activity and water and fertilizer retention ability, which is crucial for the development of green agriculture.
4. Reduce environmental pollution: sheep manure organic fertilizer production line converts sheep manure into organic fertilizer, reducing the use of chemical fertilizer, thus reducing the environmental pollution of agricultural production.
5. Improve crop yield and quality: sheep manure organic fertilizer can provide comprehensive nutrition, improve soil structure, improve plant disease resistance, reduce the use of fertilizers and pesticides, thus improving crop yield and quality.
6. Promote sustainable development of agriculture: The application of sheep manure organic fertilizer equipment helps to promote the development of agriculture in a more environmentally friendly and sustainable direction, which is in line with the development trend of green agriculture.
In summary, sheep manure organic fertilizer equipment plays an important role in promoting the substitution of organic fertilizers for fertilizers and promoting the development of green agriculture, which not only helps to improve fertilizer utilization efficiency and soil quality, but also reduces environmental pollution and improves crop yield and quality.
