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Explaining precision agriculture

Explaining precision agriculture Explaining precision agriculture

Few, if any, aspects of life in the 21st century have not been touched by technology. Advancements in technology have affected everything from the way students learn in the classroom to how senior citizens connect with their grandchildren. Technological advancements also have left their mark on industry, including the agricultural sector.

Modern agriculture bears some similarities to farming of past eras. Technology has affected the agricultural sector for centuries, and modern farmers know that’s no different today. One of the more recent developments in the agricultural sector is the rise of precision agriculture, a farming management concept that can pay dividends for generations to come.

What is precision agriculture?

Precision agriculture (PA) is rooted in improving crop yields through the utilization of technology. PA is designed to help the agricultural sector maximize resources and improve yields and the quality of crops. That’s a critically important function as the world population continues to grow and the demand for food increases as a result.

What are some examples of PA technology?

Sensors are a prime example of PA technology that helps make farms more efficient and productive. Sensors serve various functions by helping farmers gather data on the availability of water in soil, the level of compaction in soil, leaf temperature, insect and disease infestation, and other areas.

Weather modeling is another component of PA that can help farms be more cost-effective and efficient. Whereas in years past many farms would need to manually assess certain variables to determine when to harvest, weather modeling technology has enabled some farmers to generate remote readings, saving time and money.

How does PA help farmers?

Each situation is unique, but the principles of PA can help farmers access a wealth of information. It might have been possible to access such information in the past, but PA has sped up the process and made it more handsoff, allowing farmers to save both time and money. PA technology can help farmers maintain accurate records of their farms; inform their decisions; make it easier to detect and identify problems, sometimes before they escalate into larger issues; and avoid potentially costly mistakes.

Technology has left no industry untouched. The growth of precision agriculture is a testament to the influence that technology is having on a vital sector of the global economy.

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