By 2050 the population of our planet is estimated to reach 9 billion. This means that the demand for food will only continue growing in the future. Plus, consumers’ preferences and requirements for food quality are also changing rapidly as more and more people choose to purchase organic, sustainably grown produce. This means that farmers all over the world need to find a way to achieve higher crop yields without acquiring more land or increasing their use of water, fertilizers, and other resources. One way this can be done is by implementing modern technologies in your operations and running a precision farm. Below, we will talk about 4 technologies you should implement on your precision farm:
Tractor autosteer system
One of the most popular precision farming tools are autosteer devices. They use GPS or RTK receivers to accurately determine the location of the machine where they are installed and automatically guide the tractor along set lines on the field. This technology frees up the farmer to do other tasks while the tractor is automatically steered around the field, and it allows to eliminate overlaps between runs and soil compaction. Read this article to find out how FieldBee autosteer compares to the competition.
Crop monitoring systems
When it comes to crop monitoring systems and devices, farmers have a large variety of choices, including satellite imagery, drones, and remote sensors. All of these can be used to collect information about the condition of crops, environmental factors such as soil moisture levels, weather parameters, etc. remotely.
Big data analysis programs
While modern-day farmers can collect a huge amount of information about their fields, crops, machinery, etc., this data is useless without a good way to analyze it. Fortunately, there are many big data analysis programs that farm owners can utilize to evaluate data obtained from different sources and make informed decisions based on the results of this analysis.
Variable rate devices
These devices enable farmers to change the amount of chemicals being applied to different sections of a field. This helps minimize the use of resources and decrease the negative impact of these operations on the environment.
Precision farm technology is becoming more and more widespread, as it allows farmers to increase crop yields and maximize profits without using more resources. By implementing GPS autosteer technology, crop monitoring devices, valuable rate machinery, and big data analysis, you can transform the way your farm operates and get ahead of the competition.