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The Integration of AI into Agriculture: A Major Breakthrough for Commercial Greenhouse Industry

The Integration of AI into Agriculture: A Major Breakthrough for Commercial Greenhouse Industry 

Innovation has become an integral part of the agriculture industry in modern day. The industry is facing various major challenges in the form of increased supply cost, labor shortage and altered consumer behavior towards sustainability and transparency. There is a growing recognition from agricultural companies that these issues need long lasting and effective solutions. In the past ten years, the agricultural technology has gone through a huge development regarding investment, with $6.7 billion being invested in it during the last five years and $1.9 billion in the previous year.

Major innovations in technology have been focusing upon areas like livestock tech, vertical farming indoors, robotics and automation, modern greenhouse practices, artificial intelligence, precision agriculture, and blockchain. We are now going to explore all the different ways in which artificial intelligence is functioning within the agriculture industry and how deep does its influence go so far.

Modern Greenhouse

In the past few decades, the greenhouse sector has seen a huge transformation as it developed from facilities on a small scale used basically for aesthetic and research purposes, to significantly larger facilities which can compete with conventional land-based production of food.

According to a recent study conducted by a reliable essay writing service, currently the whole global greenhouse industry produces around US $350 billion vegetables each year, of which the land-based production is less than 1%. Today, mostly because of the tremendous breakthroughs in the growth of technology, the greenhouse industry is blossoming like it has never before. Greenhouses are becoming increasingly large scaled, centered in urban environments and are infused with capital.

With the dramatic development of the market, the greenhouse sector has experienced various trends recently. Modernized green houses are more tech integrated and have LED lights and automatic controlling systems to fit in with the rapidly changing market scenario. Greenhouse corporations are now significantly scaling and locate their new facilities near urban areas in order to capitalize the ever-growing local demand for food, regardless of the season.

For accomplishing these things, the greenhouse companies are increasingly infused with capital, via venture funding and more sources to construct the infrastructure essential for competing in the current industry.

Indoor Vertical Agriculture

Vertical Agriculture enables increase of crop, overcome limitations of any land area and even lessen the impact of farming on the environment by eliminating the distance travel in the supply chain. Indoor vertical farming is basically the practice of growing food stacked above each other on a close and controlled atmosphere. By using vertically mounted growing shelves, it effectively reduces the area of land required to grow crops in comparison to the traditional methods of farming.

This method of agriculture is urban and city farming due to its ability of thriving in small spaces. Vertical farms are also unique because some of them do not need soil for the growing of plants. Most of them are hydroponic, which means that the vegetables are grown in a container of water that is dense with nutrient, or aeroponic, which is the practice of systematically spraying the plant roots with nutrients and water. Instead of natural sun light, artificial light systems are used for growing the plants.

From being a sustainable form of urban growth to increased crop yields with less labor prices, the benefits of indoor vertical agriculture are quite apparent. This modern method allows control of variables like humidity, water, light to the precise quantity throughout the year, which improves the quantity of food production and enables reliable harvesting. The reduced usage of water and energy optimizes conservation of resources as these farms use less than seventy percent water than the traditional farming technique. Furthermore, the labor is much less because robots are used for handling planting, harvesting and logistics which solves the issue of a shortage of labor in the industry.

Use of Automation in Farming

Farming Automation, often labelled “smart farming” is a form of technology which makes the process more efficient and makes the livestock and crop production cycle automated. The increased number of corporations working upon robotic innovations to create drones, self-driven tractors, robot harvesters, automated watering and robot seeders. Although all this technology is quite recent, the industry has a large number of traditional farming companies adopt automated farming into their methods.

Newer advances made in technology from drones and robots to software with computer vision, have totally transformed modern day farming scenario. The foremost goal of automatic farming technology is to cover mundane tasks. Some of the most prominent technology that is most commonly utilized by farms is harvest automation, drones, weeding and seeding, and automated tractors.

Automation tech used in agriculture addresses serious issues such as an increasing world population, shortage of labor in farms and changing preferences of consumers. The advantages of automated farming techniques are monumental as they tackle issues mentioned above along with erasing the footprint farming leaves on the environment.

The rise of technological integration in farming has introduced a whole new realm of newer data opportunities in the industry. Satellites, remote-controlled sensors and UAVs collect information twenty-four hours a day over fields. They monitor health of the crop, condition of the soil, humidity and more. It is staggering to see the quantity of data this tech can generate and significance of numbers it hides within.

The basic idea behind it all is to enable farmers to gain a better comprehension of the situation of their fields through the usage of technology that informs them more than anything being studied with the naked eye. The process is also less time consuming than walking or driving through a field to find out what is going on inside it. The ultimate goal is for farmers to work in harmony with AI in order to achieve the aim of an improved harvest and making more informed decision during the process. For articles or essays on the subject of artificial intelligence, rise of technology or more, you can contact to provide you with the most well written academic content available online.

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