Irrigation and fertilization are two very important agr […]
Irrigation and fertilization are two very important agricultural production management tasks, which can create a good growth environment for crops by artificially adjusting soil nutrients and water, thereby promoting crop quality and yield increase. Of course, the traditional water and fertilizer management work cannot be refined, and it is often carried out based on the farmers ’own experience, and this method often has unreasonable phenomena. The water and fertilizer utilization rate is very low, whether it is planting management costs or agricultural production capacity. Will be affected. Of course, with the emergence of integrated water and fertilizer technologies, rationalized irrigation and precise fertilization have become possible.
So what are the specific advantages of integrated water and fertilizer technology compared with traditional irrigation and fertilization? Let's take a closer look:
Know that traditional agricultural irrigation is generally based on experience or a fixed irrigation time before pumping water. This way, not only can not achieve timely irrigation, but it will also seriously waste water resources. However, the irrigation in the integration of water and fertilizer is different. The control of irrigation is completely determined by traditional sensors. The moisture data in the soil can be monitored in real time through the soil moisture sensor. When the moisture in the soil is lower than the standard value, the system It can automatically turn on the irrigation system to irrigate crops, and when the soil moisture reaches the standard value, it can automatically turn off the irrigation system. This irrigation mode can not only achieve precise irrigation, meet the needs of crop growth, but also very Save water to a great extent.
In fact, the traditional fertilization work is almost the same as irrigation. Personal experience is an important basis for fertilization. This is not enough for crop growth or fertilizer utilization. The fertilization work in the integrated water and fertilizer technology is entirely determined by the soil nutrients. Sensors that monitor crop soil nutrient conditions will accurately transmit information to the system in real time. Once the soil nutrients are below the standard value, the fertilization work can be automatically performed to achieve At the standard value, it can be automatically turned off, which greatly improves the utilization rate of fertilizer.
Therefore, it can be said that the application of integrated water and fertilizer technology, for modern agriculture, can not only achieve the precise release of water and fertilizer, improve the utilization rate of water and fertilizer, in the process of achieving automatic release, it can greatly reduce the work intensity for the majority of farmers.