Agrotech farming is a new and exciting direction in modern agriculture. It combines the best of both old and new to produce something that is truly revolutionary. By 2022, it is expected that the majority of farms in the agri-tech space will be using this method.
What is Agrotech Farming?
Agrotech farming is a method of growing crops that makes use of all the latest advances in modern technology to help farmers produce crops more efficiently. Using AI and automation, it is able to make the most of the available resources, such as water, energy, and fertilizer, to maximize the yield that each field produces.
This can be done in a sustainable and environmentally friendly manner. When compared to conventional farming practices, agrotech reduces the amount of water required to produce each kilogram of corn. It also lowers the amount of energy used in production, which reduces greenhouse gas emissions.
Furthermore, by using sensors and smart systems, agrotech can monitor the health and growth of individual plants on the farm, allowing farmers to take even more control over their crops. While it takes a bit of a shift in how farmers operate, the benefits of agrotech are significant. By 2022, it is expected that over 70% of farms will be using this method.
Why is Agrotech Farming so Effective?
Agrotech farming is a new, exciting direction in agriculture. By using AI and automation, it is able to make the most of the available resources, such as water, energy, and fertilizer, to maximize the yield that each field produces.
In addition, by using sensors and smart systems, agrotech can monitor the health and growth of individual plants on the farm, allowing farmers to take even more control over their crops. With all of this, it may surprise you that conventional farming practices don’t use all these advantages. By 2022, it is expected that over 70% of farms will be using this method.
3 Key Components of an Agrotech Farm
One-to-one mapping – This is when sensors are installed on every plant on the farm. They help the farmer track the health and growth of each individual plant. This can be done with different sensors that track water, temperature, and other factors, or it can be done with photosensor sensors that can determine the color of the plant.
Intelligent robots – This refers to using smart sensors and AI to control the operation of robots on the farm. This makes robotic systems far more effective and efficient than they currently are.
Automated irrigation systems – These are another part of intelligent irrigation systems. They use cameras and sensors to help track the health of plants, as well as collect data such as weather patterns, humidity, and other factors that can help manage irrigation.
5 Ways AI Improves Farming Practices in the Future
AI and machine learning are becoming more and more integrated into farming practices. In the future, it is anticipated that AI will be used for mapping crop health, irrigation control, and more. It will also be able to be used to forecast weather patterns and offer forecasts that are reliable enough for farmers to make adjustments.
Another area where AI will be used is for crop selection. There are several projects currently underway that are trying to use AI to select specific crops based on specific regions, such as global warming conditions or soil type. Near-future advancements in AI will also see farming practices become more automated and efficient. For example, AI will be able to help collect data to optimize fertilizer use and manage water resources more effectively.
Conclusion
Agrotech farming is a new and exciting direction in modern agriculture. It combines the best of both old and new to produce something that is truly revolutionary. By 2022, it is expected that the majority of farms in the agri-tech space will be using this method. With all of these advantages, it is easy to see why the transition to agrotech is expected to take place. In the future, it will be rare to find a farm that is not using these farming practices.
