artificial intelligence, pest,Biocontrol, plants extraction, valorisation
The Biskra region is experiencing a spectacular development in the production of greenhouse tomato cultivation. This production supplies markets throughout the country. To improve the quality and quantity of agricultural products, the application of pesticides is a practice closely associated with greenhouse production (Cerruto and Emma, 2010), but it endangers palm groves and fossil aquifer resources, and poses serious human and environmental health problems due to its intensive use. Artificial intelligence brings new tools in all areas (health, industry, agriculture, etc.). The agricultural sector has been experiencing a real digital revolution for several years in response to current economic, social and environmental challenges. Generally technology is often associated with large urban metropolises. Today, most farmers are professionals using state-of-the-art equipment. New technologies based on artificial intelligence, IoT, big data, robotics and advanced analysis allow 1) the development of precision agriculture. 2) Giving farmers tools to observe, measure and analyze the needs of both their farms and 3) their employees allows better management of resources while reducing the environmental impact of the abusive and anarchic use of products. And above all to 4) develop a rational management of pests by providing an alternative to the excessive use of pesticides to minimize their impact on useful fauna, the environment and human health.