First of all, rubber drip irrigation pipe equipment can greatly improve the efficiency of water use. This is particularly critical in the context of increasing global water stress. For example, in the arid areas of northern China, water resources are scarce, and traditional irrigation methods lead to a large amount of water waste. The rubber drip irrigation pipe equipment can transport water directly to the plant roots, reducing the evaporation and leakage loss of water in the transportation and irrigation process, so that the limited water resources can play a greater role in ensuring the growth needs of crops.
Second, it facilitates precise fertilization and drug application. Through the rubber drip irrigation pipe equipment, fertilizers and pesticides can be transported to the plant roots together with irrigation water, achieving accurate delivery, improving the utilization rate of fertilizers and pesticides, and reducing waste and environmental pollution. For example, in vegetable cultivation, nutrients can be precisely supplied according to the needs of different growth stages to improve the quality and yield of vegetables.
Moreover, rubber drip irrigation pipe equipment is conducive to improving soil structure. Because it is a slow and uniform water supply mode, it avoids soil compaction and fertility loss caused by flood irrigation, maintains soil permeability and fertility, and creates a better growing environment for crops.
In addition, rubber drip irrigation pipe equipment can also reduce agricultural production costs. Although the initial equipment investment may be high, in the long run, the overall cost of agricultural production can be significantly reduced due to the savings in water resources, fertilizers and pesticides, as well as the reduction in labor intensity.
Finally, it provides strong support for the sustainable development of agriculture. While protecting the environment and saving resources, the stable output of agriculture is guaranteed, which is of great significance for addressing the food security challenges brought about by global climate change and population growth.
In summary, rubber drip irrigation pipe equipment is an important force to promote agricultural modernization, high efficiency and sustainable development.
Let's introduce the application cases of rubber drip irrigation pipes in agricultural development in different regions:
Israel: Israel is one of the world's famous agricultural water-saving irrigation pioneers, Netafim drip irrigation technology has been widely used in Israel, helping Israel to overcome the challenges of drought and water shortages, and achieve efficient agricultural production. Israel's production of tomatoes, grapes and other agricultural products has increased dramatically, while saving a lot of water.
Spain: Netafim drip irrigation technology has achieved great success in the cultivation of grapes and olives in Spain. In the dry climate of Spain, drip irrigation technology not only improves the yield and quality of crops, but also significantly reduces the water consumption, which is of great significance for the protection of water resources.
Yunnan, China: Netafim drip irrigation technology has been applied to Yingmao Flower and Seedling Greenhouse project in Yunnan, China, improving the growth quality of flowers and saving water resources.
Luoping, China: In the planting of small yellow ginger, the integration of water and fertilizer planting technology can not only improve the yield per mu, but also resist natural disasters and ensure the stability of farmers' income. At present, more than 1,000 mu of land has been efficient water-saving irrigation, farmland water conservancy facilities have been significantly improved, effectively alleviating the problem of water shortage, that is, saving water, saving labor, saving time, and increasing production and income, farmers have seen benefits, greatly improving the enthusiasm of farmers in production.
Hailongjiang Tailai: The application of water and fertilizer integration, shallow buried drip irrigation and other technologies on 310,000 mu dry fields in Tailai County, Qiqihar City, Heilongjiang province, can save 40% water and more than 80% fertilizer compared with traditional planting methods, and the average yield per mu increases by more than 10%. Farm work that originally required 5 people to complete can now be completed by 1 person operating intelligent equipment.
