Workington -Happy new year. My grandmother said that her theory might be correct if my old time became faster. In 2024, it was immediately zip and was trying to write 2024 in the middle of January.
There is also a theory called “40 chance”. This theory assumes that farmers will succeed and will take 40 years to build a farm heritage.
“The whole concept behind the” 40 Chance “stated that the whole concept behind the” 40 chance “was really a way of thinking. If anyone thought that he had to go out of business within 40 years, he had 40 opportunities to succeed in what your main goals were, perhaps more urgent, you Will be forced to change faster. “
This article is about new agricultural technology. There are many changes in vegetable production, and these changes have caught in all agricultural production at a rapid pace. Most of today’s production methods are trying to use artificial intelligence (known as known and AI) to improve efficiency and develop new programs to execute and operate machines.
Agricultural robots, drones, and machinery are expected to play an important role in the future of agriculture, which helps to increase food production, reduce waste, and improve sustainability. Here are some of the examples of today’s production found on the Internet and a few locally that no one exists.
Last summer, we sprayed a saturated field and pasture where vehicles and tractors could not drive using spray loans in our region. These drones use the RTK technology to find the border between the properties, and then spray the entire field from the border to the border by operating the pattern style. Minnesa Tawest actually obtains a drone in the AG section and uses drones for education and training. California robots use AI from laser to detect fruits maturation and health using the 3D data provided by the camera and the infrared image. They use RTK global positioning to stay in a line. Some of these robots are charged with a solar panel attached to the robot, and can be running for a day with the attached solar panel. The robot is to identify how the fruit is hanging, identifies the color required for maturity, and place ripe berries themselves. Weave a robot of a plant field and use an artificial electric lighting strike to kill the weed specified with the optical lens. These robots are also charged by solar panels. The autonomous tractor is difficult for us in the Midwest. It seems difficult to see a tractor going down the road or driving a car in a field without a taxi or driver. There are also autonomous combinations and sprayers developed on today’s experimental farms. They are operated by office computers and have no taxi or actual driver. Nisan created a water robot that swims in the water and eliminates pest growth. Various seeds of the rising flowerbed. You can supply plants with the needs of the species, identify weeds from the plant beds, weed, and harvest the garden beds in the type of planted plants. This requires zero effort in a fresh garden of many vegetables. In fact, there is a milking robot for this area and full production. Cows enter the machine on your own, the machine identifies each cattle with ear tags or ear chips, and records daily health data on each cow as much as cows are milked every day. It is washed the cow’s breasts, applied dairy cows, milked cows, squeezed cows while recording milk, and milking the feeds eaten at the milking shop during milking. In one year, you can produce a one -acre indoor plot that is equivalent to 30 -acres vegetables outdoors. You need two robots to achieve this feat. One is to move individual trays in the facility, and the other robot uses AI to plant both agricultural products and harvest weeds as programming and operation sources. These robots detect the pressure of fungi and insects, and as needed, they are called AI programming on the go on the go, which eliminates pests and fungi diseases as needed. There is a learning program.
These are only a few examples I found locally in the Internet search on robots, machines, and drones currently used by modern United States.
What are the benefits of these new technologies? It can reduce labor, reduce operational costs, and increase mechanical errors than human errors. These new technologies also have drawbacks. It’s not all instant profits and golden paths. The initial purchase cost is higher than normal equipment. The operation has a learning curve and requires new training.
It is difficult to change in any business, but it progresses with changes. As you use AI and experience to proceed with knowledge and skills, there are improvements and efficiency. Accepting potential changes is the first step to new success.
Economist Karl Jung is quoted in a business article. “You can’t change anything until you accept it. The accusations are not released, it is suppressed.”
In my language, it means that you have to talk about changes before walking. Andrew NG, a business economist, who knows another well, says, “AI is a new power. Power transformation industry: Agriculture, transport, communication, manufacturing.”
If farmers are really only 40 years old, why do anyone want to wait for everyone to be more efficient and effective? Hoping for the improvement of the New Year should be a goal for everyone, but it is also a goal for those who invest in agriculture and business people.
The United States is known all over the world with abundant and safe food supply, so the next time you meet the producer, thank you what they are doing. Applying new technologies to agriculture is not easy in the next 10 years, but the United States is abundant in safe foods.
