Intelligent pesticide Intelligent pesticide Intelligent pesticide Intelligent pesticide
Intelligent pest control: Population growth in developing countries has increased the need for agricultural products and livestock products. Therefore, many countries are looking to use smart pesticides to control pests of agricultural products. Intelligent toxins increase production per unit area and also maintain the biological quality of products.
Plant pests cause the loss of crops, and this is a major problem in many developing countries, leading to many political, social and economic crises. In recent years, with the growth of the Internet of Things, hopes have been created for the realization of smart agriculture and the improvement of the quality and volume of agricultural inputs.
Insects, mites and plant pests increase their resistance to agricultural pesticides over time. In such a way that ordinary toxins are effective on them. That’s why researchers are looking for genetic methods to intelligently deliver toxins to pests and kill them. These intelligent toxins only kill insects and pests harmful to plants and do not harm other insects. Intelligent toxins act like a key that can only unlock pests and do nothing for other insects. Intelligent toxins combine with the proteins in the body of pests and kill them. These toxins also have the ability to detect genetic mutations and therefore can also identify evolved insects.
One of the programs that is seriously pursued in modern agriculture is the intelligent identification of agricultural pests. Intelligent agricultural pesticides must be able to identify pests and their location. Today, with the help of IoT technology and location tracking facilities, they pinpoint the exact location of pests on farms and then kill them with the help of smart pesticides.
Video or audio sensors are commonly used to intelligently detect pests. These sensors detect the presence of pests and insects by imaging and recording sound, and then send this information to the central control unit. Using the information received, the central control unit detects the exact location of insects and pests and commands intelligent spraying devices to spray towards pests. By creating expert systems in intelligent agriculture, real mechanization can be witnessed in this industry.
The role of intelligent robots in the mechanization of agricultural activities :Pesticides are important tools for improving crop productivity and preventing biological disasters. However, more than 90% of pesticides enter the environment or remain in agricultural products.
Mechanized irrigation systems and intelligent spraying systems can greatly reduce costs. The existence of human error in Brexit agricultural activities is not hidden.
Today, robots have found an important role in modern agricultural activities. In such a way that robots are used in all stages of planting, holding and harvesting agricultural products.
The robots purposefully deliver water, fertilizers and toxins to the plants and significantly improve production at the surface scale.
Disadvantages of traditional pesticide formulations are the use of harmful solvents and poor diffusion.
In recent years, nanotechnology has been used to produce new formulations, and this technology shows the high potential in improving the performance and safety of pesticides.
The development of nano-based pesticide formulations allows the precise release of sufficient amounts of active pesticide compounds, and can contribute to environmental stimuli and biological needs through controlled mechanisms.