5 Modern Technology That Made Agriculture Smarter
The agricultural sector makes extensive use of modern technology. It has aided farmers in a variety of ways. Crop production and productivity have increased due to the adoption of new and improved technologies.
Over the last 40 years, food demand has increased at a rate more than twice that of population growth. According to a Food and Agriculture Organization (FAO) report, approximately 11% of the global population, or 815 million people, are undernourished and do not have enough food to live active and healthy lives.
This Tractor News article discusses how modern technology has been extremely beneficial in the agricultural sector, allowing for the production of more and higher-quality food, which in turn helps to sustain life.
Here are some examples of modern agriculture technology that makes farming more efficient.
The agricultural sector makes extensive use of modern technology. It has aided farmers in a variety of ways. Crop production and productivity have increased due to the adoption of new and improved technologies.
Sensors For Soil And Crops
Sensor technology is available to measure soil electrical conductivity, ground floor, organic matter content, and even soil characteristics like the PH level of the soil.
More farm equipment is now equipped with smart sensors that can read everything from crop health to essential nitrogen levels in the water. The sensors then allow for on-the-fly input applications based on real-time field conditions.
Wi-Fi Enabled Crops
Electronic sensors distributed in the field on modern farms typically monitor for various conditions; in some cases, gadgets send data to an on-farm server or cloud.
Crops Connected with WiFi is a cutting-edge agricultural technology. It increases efficiency, distributes the appropriate amount of water regularly, reduces waste, and reduces the volume of fertilizer water. Farmers can now access this data via tablet or smartphone, providing real-time information that previously required a slow, manual-intensive soil-testing process.
Robot Farmer
Robots and self-driving tractors are becoming more widespread as a means of autonomously regulating the cost of payroll, which is occasionally performed by humans. While some are very adjustable with sensors and attachments that carry out extremely precise activities, including locating the locations where the cows are pollinated and treated to encourage the injured grass to grow again, others are tied to a human-powered tractor. These robots frequently use sophisticated GPS tracking to guide them so they may go through the tight space between crop rows with ease.
Weather Monitoring
Farmers can now access real-time weather data to help them decide when to plant, how to irrigate, and what crop to grow. This data can be accessed via weather apps or websites, as well as dedicated farm weather stations.
IoT Sensors
IoT sensors are used for soil moisture monitoring, weather tracking, and other purposes. This data assists farmers in making more informed decisions about irrigation, input application, and so on.
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