Respect for your privacy is our priority
The cookie is a small information file stored in your browser each time you visit our web page.Cookies are useful because they record the history of your activity on our web page. Thus, when you return to the page, it identifies you and configures its content based on your browsing habits, your identity and your preferences.
You may accept cookies or refuse, block or delete cookies, at your convenience. To do this, you can choose from one of the options available on this window or even and if necessary, by configuring your browser.
If you refuse cookies, we can not guarantee the proper functioning of the various features of our web page.
For more information, please read the COOKIES INFORMATION section on our web page.
The meeting was an opportunity for CER Director of Agronomic Research and Development Stefano Anconelli to present the results of the agronomic studies carried out in the Acqua Campus laboratories. Information processed in the form of images is becoming increasingly relevant because it is important today to be able to integrate satellite data with data that is obtained directly from the estimation of water availability of the "intelligent" system Irriframe of the Consorzi di Bonifica (Land reclamation consortia) associated with the ANBI (Associazione Nazionale Bonifiche Irrigazioni or National Association for the Improvement of Irrigation). 
In addition to the improved crop management and reduced water and energy consumption provided by the "Positive" project, the results of the procedures carried out allow growers to create their own irrigation database, associated with specific crops and seasonal yields.
"This system," underlined Stefano Anconelli, Director of research and agronomic development of the Emiliano Romagnolo Canal, "allows the saving of up to 150-200 m3 for each hectare considered. A simulation based on 2020 data, considering only the Emilia-Romagna maize and tomato growing areas of about 110,000 hectares, estimates the possible water saving at about 20 million m3 per year."
