delete

Irrigation Advancements That Can Improve Efficiency and Sustainability

It is an undeniable fact that we need to provide help to the farmers all around the globe as they are the very reason why we have something to eat on our tables. However, it is saddening that most of the farmers especially in remote places in countries like Asia and the global south, do not even have access to proper irrigation.  

Before technology, it is very difficult to water hectares of land for agricultural purposes. Now, with the innovations of different irrigation systems by scientists and researchers, we can now achieve improved efficiency and sustainability when it comes to farming.  

1.Sprinklers 

Water sprinkler system of irrigation is one of the most common types of systems installed not just for farming but also for residential purposes. Services like installation and sprinkler repair FT Lauderdale is, for instance, highly in-demand for taking care of lawns and gardens in several residential areas. This technology involves improved water application patterns using angles, sizes, and multiple streams. The watering process can also be automatic and scheduled according to the owner’s preferences.  

2.Pivot control panels 

According to an expert, new innovations in irrigation allows the ability to communicate with the control center pivots wirelessly. In this way, the farmers are able to control, manipulate, and assess the whole irrigation system in just one click. This gives them more time for different functions other than watering hectares of lands.  

3.Smartphones 

Now, several applications allow a smartphone use to be informed about the status of the whole soil and irrigation system. This provides them a remote control over the fields with the help of Wifi and wireless connection. They will be informed about the soil-moisture content and schedule their irrigation anytime and anywhere.  

4.Remote-sensing technology 

Innovations in thermal sensors allow the farmers to monitor irrigated crops thorough thermal imaging from unmanned aerial vehicles or satellites. The imaging can help provide necessary information to identify and resolve issues, from small to big. This also provides the farmers with a bird’s eye view of the whole land which may be hard to attain on the ground.  

5.Soil moisture sensors 

This technology provides an automatic system that monitors the soil moisture content at a certain time of the day. The sensors can be automatically set up to start and stop providing water when the soil has now reached the proper amount of moisture. This helps the farmers to maintain good irrigation and prevent overwatering and water waste, leading to more efficiency and low costs.  

6.Yield-modeling tools  

Information gathered from the local weather, historic climate data, and management policies can be used in a computer-based crop growth simulation model in order to predict potential crop outcomes that will help the farmers do better in real practice. It will provide them the right information on strategies and interventions to achieve their production goals.  

The six types of technology have now been used by many farmers all around the world, and because of these technologies, we are experiencing fast agricultural production for everyone’s consumption. We do hope that every farmer especially in third world countries will be provided with this technology for more efficient and sustainable crop production.