How To Realize Environmental Protection Sustainable Development Of Agricultural Auxiliaries

Agricultural auxiliaries include fertilizers, pesticides, growth regulators, agricultural organic silicone, etc. They not only improve the yield and quality of agricultural products, but also have a certain impact on the environment.

For example, excessive use of agricultural auxiliaries or the use of highly polluting agricultural additives will lead to the accumulation of chemicals in soil and water bodies, affect the soil and water ecosystem, destroy the ecological balance, and endanger human health.

Environmental protection and sustainable development of agricultural auxiliaries can reduce agricultural pollution to the environment and protect the ecological environment. Therefore, reducing the impact of agricultural additives on the environment is a necessary means to protect the ecological environment.

1. Promoting green agricultural auxiliaries

Promoting green agricultural auxiliaries is an important way to realize the sustainable development of agricultural auxiliaries. Green agricultural auxiliaries refer to those that are harmless to the environment and non-toxic to human body in the process of production, use and treatment. Green agricultural auxiliaries shall be given key support in product standards, brand promotion and policy support.

The government should formulate corresponding policy support measures to encourage farmers to use green agricultural additives. At the same time, strengthen the publicity of green agricultural auxiliaries, improve the market's understanding of green agricultural auxiliaries and consumer demand.

2. Promote ecological agriculture

Ecological agriculture is a kind of agricultural production mode based on ecology, which emphasizes the harmonious development of agriculture and nature.

By promoting ecological agriculture, we can reduce the dependence on agricultural auxiliaries, reduce the use of fertilizers, pesticides and other auxiliaries, and realize the sustainable development of ecological agriculture.

3. Strengthen scientific and technological innovation

Scientific and technological innovation is an important means to realize sustainable development of agricultural auxiliaries. The government should increase support for the research and development of agricultural science and technology, promote new agricultural auxiliaries and production technologies, reduce the use of agricultural auxiliaries and environmental pollution, and improve the quality and output of agricultural products.

At the same time, enterprises involved in the production and research and development of auxiliaries should also increase their investment in the research and development of green agricultural auxiliaries, so as to develop green agricultural auxiliaries that are more environmentally friendly and more efficient, so as to make maximum efforts to realize the sustainable development of agricultural auxiliaries.

4. Reduce the use of polluting agricultural auxiliaries

Reducing the use of polluting agricultural auxiliaries is the key to achieve sustainable improvement of agricultural auxiliaries. The use of polluting agricultural auxiliaries can be reduced through rational fertilization, plant protection measures and soil improvement.

For example, regular soil testing and fertilizer formulation can reduce farmers' over-fertilization behavior and thus reduce the amount of fertilizer used. The use of green control technologies, such as biological control, can reduce the use of pesticides.

In addition, a large number of green agricultural auxiliaries have been developed and put into production, so that agricultural workers can choose to use green agricultural auxiliaries to achieve sustainable agricultural development.

5. Improve the efficiency of agricultural auxiliaries

Improving the efficiency of agricultural auxiliaries is also an important way to achieve sustainable improvement.

The efficient utilization of agricultural auxiliaries can be realized by strengthening scientific and technological innovation and developing new agricultural auxiliaries and production technologies.

For example, the development of new slow and controlled release fertilizers can realize the long-term effect of fertilizers, reduce the frequency and dosage of fertilization, and improve the efficiency of fertilization. Adopting techniques such as plant resistance breeding can improve crop resistance to pests and reduce the use of pesticides.