Training courses

Virtual classroom, distance learning and in-person practice. COORDINATOR: Juan Manuel Alameda Villamayor / Susana Campelo Rodríguez bzn-formregadios@mapa.es OBJECTIVES: To train experts in irrigation design and management, who can join public and private companies, irrigation communities, international organizations related to irrigation, as well

In this two-day, in-person, specialized training course, attendees will have the opportunity to gain a deeper understanding of plant cover in woody crops. Speakers who are experts in the field will present key aspects of how to successfully implement plant cover in woody crops in semi-arid climates. In addition, the issues to be taken into account

Organized within the framework of the EDIH DATAlife project , this new training aimed at the agri-food sector will combine theoretical sessions , which will include the presentation of success stories , and practical sessions , with visits to agro-industries and plots with monitoring systems : QUEIZUAR LUTEGA Quescrem The following topics will be

This 21-hour in-person course expands on the concepts and tools taught in the previous course, "Data Analysis, Optimization and Deep Learning with Python," applying them to the development of predictive systems for efficient water and energy management in irrigation. Participants must have basic knowledge of Python, object-oriented programming (OOP

This 21-hour in-person course will comprehensively address precision irrigation, its architecture, and the set of sensors involved . In addition, practical cases will be presented where precision irrigation has proven to be more advantageous compared to traditional methods. In an environment where resource efficiency and sustainability are

25-hour face-to-face course to acquire knowledge and handle the different elements that make up an irrigation installation. Learn about the different fertilizers for plants and their means of application. Know and make good use of the waters of the Canary Islands and the water needs of crops. Acquire knowledge for the maintenance of irrigation

Contents (20 hours): Taking samples and sending them to the laboratory. Analytical results and interpretation: Indices. Combined standards in the classification of irrigation water. Practical cases.

Key reasons to attend this course Get deep insights into the complex challenges surrounding the WEFE nexus in Mediterranean irrigated agriculture and its implications for food security and nature preservation Understand the nature and complexities of trade-offs between WEFE components in a changing environment Analyze the energy implications of

COURSE PRESENTATION The agri-food system is one of the main sectors responsible for environmental degradation. Today, it is the largest user of freshwater globally: agriculture accounts for 70% of the world's extracted freshwater. The food system is also responsible for between 21% and 37% of total greenhouse gas emissions. The water footprint and

Water Footprint in the Agri-Food Sector. What is it, how to calculate it and why is it calculated? Goals: Obtain a good knowledge of the methodologies, sources of information and applicable tools for calculating the water footprint Learn to calculate the water footprint of an agri-food product Teaching dates: December 1, 7, 12, 15 and 19 PREFERENCE