The farmer’s uncle: the drone, the robot helps the big farm

Today's agriculture has entered the high-tech field, and most farmers in the 20th century cannot even recognize them. After all, just 100 years ago, American agriculture just replaced the animal power with an internal combustion engine. In the past 20 years, the emergence of global positioning systems (GPS), electronic sensors and other new tools has pushed agriculture further into “scientific wonderland”.

In addition to the stylish air conditioning and sound system, the modern large tractor's enclosed cabin is also equipped with a computer monitor that can display mechanical properties, farmland location, and operation equipment such as planters. These amazing technologies today are just the beginning of future agriculture. Autopilots and drones will automatically detect and treat crops with pests and diseases, and these tools will become commonplace on farms known as “precise agriculture”.

The ultimate goal of all these high-tech products is to optimize agriculture, both economically and environmentally. We only want to find the best inputs (including water, fertilizers, pesticides, fuels, labor, etc.) in order to grow high-yield crops more efficiently.

Farms must be intelligent: drones, robots go hand in hand

GPS provides hyperlocalization information

At least 3 orbiting satellites can participate in calculating your distance each time, helping GPS to provide precise location information anywhere on the planet. Thus, agricultural machines equipped with GPS receivers are able to identify their location on the farm and mediate operations to maximize productivity or efficiency at this location.

Take soil fertilization as an example. Farmers can use GPS receivers to determine pre-selected farmland and collect soil samples. The sample is then analyzed experimentally and a geographic information system fertilization map is established. In essence, this is a computer database program. Using such maps, farmers can accurately determine the amount of fertilization in each sampled farmland. The variable technology (VRT) fertiliser can accurately spray the required fertilizer in the field. This process is a model of "precise agriculture."

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