What is the Latest Invention in Agriculture?
You’ve probably heard of drones, Aeroponics, controlled traffic systems, and vertical farming. But what’s the latest innovation in agriculture? A recent AgriTech innovation uses a camera to scan crops and determine their quality and quantity. The next big breakthrough for agriculture may be harvest quality vision.
Aeroponics is a new method for growing plants. The system suspends the plants in the air, making it easy to work with them. Harvesting individual plants and eliminating pathogens are easy with this system. Several studies have been conducted on aeroponics and its advantages.
Traditional methods require time and are difficult to maintain. However, the advanced sensors in the aeroponic system help to automatically adjust key parameters. This allows the farmer to monitor the entire system without human interference. Another advantage of the new system is that it can be remotely controlled by a farmer. With the help of smart sensors, the farmer can monitor the growth of plants from anywhere and have access to information about them from anywhere.
Aeroponic farming is an excellent option for farmers looking for sustainable, environmentally friendly, and high-yield crops. The method saves water and space while increasing yields. Growing vegetables in an aeroponic system requires only 1% of the space of conventional farming. And the technology is free from pesticides and chemical fertilizers.
Drones are small, lightweight devices with cameras and sensors that can hover over farms. They can be used for a variety of tasks, from monitoring crop health to detecting crop damage. They can also save farmers a lot of water, compared to conventional spraying methods. Drones are operated by trained pilots. Their data can help farmers calculate crop insurance premiums and determine risks associated with their land.
While farmers may be hesitant to take on the responsibility of using drones, the benefits of this technology are undeniable. The drones can plant seeds, spray insecticides, and water farmlands. They can also be equipped with thermal imaging cameras that can monitor the condition of livestock.
Drones have made mapping crops easier for farmers. With drone technology, farmers can now upload their imagery to the cloud to be processed by mapping software companies. This process can take days. That’s a long time when you are trying to detect disease.
Controlled traffic system
In the world of agriculture, the latest innovation is the Controlled Traffic System. This is an automated system that allows a tractor to follow a signal sent by satellites. It can also detect which areas of the field need additional water. Moreover, it can help the farmer avoid watering the fields when it is raining.
Using CTF, farmers can increase their yields by reducing damage to the field. Moreover, the system helps farmers save time as it reduces human effort. This method is based on satellite data and has an accuracy of 87%. It is not limited to agriculture and can be used for monitoring many aspects of farms.
This system can increase productivity by 7 to 9 percent and could add $500 billion to the global GDP. However, farmers will need to invest in the right connectivity and cloud computing infrastructure in order to benefit from this new technology. Fortunately, other industries have already taken advantage of technologies like LPWAN and cloud computing to improve their operations. In addition, it is possible to use cheap and better sensors to monitor agricultural production and make decisions.
Vertical farming is an excellent way to save land and space, yet grow a greater variety of crops. It allows farmers to grow more crops throughout the year, in the same amount of space. Additionally, vertical farming reduces occupational hazards, such as exposure to harmful chemicals. This makes it a safer work environment for farmers and workers. In the US, Duke University has pioneered the process, and other universities are working on it as well.
Vertical farming works by integrating plants into a stacked tower. This allows the farmer to optimize total space, reducing land use by up to 90 percent. In addition to cutting down on space, vertical farms also increase productivity. The plants are fed with essential nutrients via aeroponics or hydroponics. The roots dangle freely in nutrient-rich water. The plants are nourished by this method, which allows them to grow more food in fewer square feet.
Another benefit of vertical farming is its ability to be located closer to processing plants. This allows the farmer to save on time and money. This method also allows farmers to avoid shipping products from distant farms. The food produced from vertical farms also doesn’t need to be stored for long periods of time before consumption.