In recent years, with the continuous advancement of technology, the agricultural sector has been exploring more efficient and water-saving irrigation methods. In this realm, drip irrigation tube technology has garnered significant attention, being recognized as an efficient and water-saving irrigation method. By providing adequate water to the roots of crops, drip irrigation tubes not only effectively reduce the waste of water resources but also enhance crop yield and quality.

The application of drip irrigation tubes has been widely promoted globally. It is reported that in many arid regions, farmers have begun to adopt drip irrigation tube technology to replace traditional irrigation methods. Compared to traditional flood irrigation or sprinkler irrigation, drip irrigation tubes can precisely deliver water to the roots of crops, reducing water loss and evaporation, thereby conserving water resources. In practice at some experimental fields and demonstration bases, drip irrigation tubes have not only increased crop yields but also improved soil quality, reduced the use of pesticides and fertilizers, bringing favorable benefits to agricultural production.

Despite demonstrating tremendous potential in agricultural irrigation, drip irrigation tube technology still faces some challenges in practical promotion. Firstly, the cost of drip irrigation tubes is relatively high, requiring farmers to make certain investments. Secondly, the maintenance and management of drip irrigation tubes also require certain technical expertise and experience, and some farmers may need time to adapt to this new irrigation method. Therefore, governments and relevant departments need to increase publicity and promotion efforts for drip irrigation tube technology. Additionally, through policy measures such as financial subsidies, the cost of using drip irrigation tubes can be reduced, promoting the widespread application of this technology in agricultural production.