When we go to the grocery store to buy food for our families, it's not the source of the food that concerns us. Whether you buy fresh or boxed food from the produce section, the source of all food is the farmer.
As the earth's population continues to grow rapidly, farmers are under pressure to plant and harvest their crops quickly. But farmers are also human, and humans can only work so fast to get food on the table. In addition to a growing population, farmers have less and less space to grow their crops, making it more important than ever to develop faster, more efficient food production programs.
Sowing, planting and harvesting
Although machines do most of the sowing, planting and harvesting of most crops, farmers still need to drive them. They need to make decisions based on their experience on how to best utilize their fields and resources. Not only does this require a lot of time and effort on the part of the farmer, but it can have a negative impact on the efficiency of the product.
The answer to the farm efficiency problem seems to be the automation of farm machinery, but until recently, this dream was just a concept.
Since this is a new technology, farmers need to use it with caution because if they use substandard automation for their agricultural equipment, they may spend more on resources such as seeds and fertilizers.
Fortunately, inventors have utilized modern technology, innovation, and rapid prototyping to bring the concept of shifting agricultural machinery to automation to reality. This invention will reduce stress on workers and efficiently utilize agricultural resources while preparing for a population that will grow to nearly 10 billion in the next 30 years.
Steering automation
Steering automation for agricultural machinery uses GPS technology to guide machinery across fields. This automated steering allows one tractor to do the work of two or three tractors because it can work around the clock. So while automation takes care of most of the machine work, farmers can turn their attention to other farming tasks.
This doesn't eliminate the need for farm laborers or drivers; it simply refocuses their attention on other tasks that can increase farm productivity. Instead of spending time in the seat of a tractor, farm workers can focus on the quality of their crops. Focusing on all the things machines can't do can be a better use of farm time and produce a better product for all of us.
Benefits of Agricultural Automation
Although implementing this new technology requires a significant upfront investment, the long-term benefits will offset the initial costs. Here are some of the benefits of switching to automation for farm machinery.
- Meet growing consumer demand
- Saving time and fuel resources
- Traverse any terrain without interruption
- Efficient use of resources such as seed and fertilizer
- Allowing farms to be developed in other areas without increasing employee costs
Other upcoming automation needs on farms include drones and health sensors for crops and soil.
Transforming our farms
Without agricultural automation, it would be nearly impossible for farmers to keep up with the growing demand for their products. Before the invention of machinery, farmers did all the work by hand and had to make some changes to meet the growing demand for food. Now that time has come again, the demand for food continues to grow, so farming must grow with it.
Automating as much of agriculture as possible without compromising crops or wasting resources is the next step in keeping food on grocery store shelves and family tables around the world.