Explore how innovative digital technologies can help achieve sustainable intensification of arable farming systems.
Explore the cutting-edge world of innovative technologies in arable farming systems with this comprehensive course on agri-tech adoption in the EU. This course delves into the intensification of agricultural practices through the implementation of advanced technologies, focusing on how these innovations can boost productivity without compromising environmental integrity. As the agricultural landscape evolves, understanding and embracing these new technologies is crucial for farmers and industry professionals alike.
While no specific prerequisites are required, this course is ideal for individuals with a background or interest in agriculture, environmental sciences, or related fields. Basic knowledge of farming practices and an understanding of agricultural challenges in the EU would be beneficial.
The knowledge and skills gained from this course have immediate practical applications in the agricultural sector. Farmers and growers can apply the insights to make informed decisions about implementing new technologies on their farms, potentially increasing yields and efficiency while reducing environmental impact. Farm advisors and agronomists can use this knowledge to provide more comprehensive guidance to their clients. Agri-tech developers will gain valuable insights into the needs and challenges of farmers, helping them create more targeted and effective solutions. Environmental sector workers can better understand the intersection of technology and sustainability in agriculture, contributing to more effective policies and practices.
By mastering the content of this course, learners will be well-equipped to navigate the rapidly evolving landscape of modern agriculture, contributing to more sustainable and productive farming practices across the EU.
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Would you like to meet the increasing food demands around the world by contributing to optimisation of water governance and technologies? At Wageningen University & Research, the No. 1 agricultural university of the world, we approach water management from both a technical and a social perspective. Because, properly deploying water technologies for successful water management requires social and institutional agreement. Join us and learn the fundamentals of agricultural water management.
Agriculture is no exception to digital revolution, going beyond a simple adoption of Information and Communication Technologies (ICTs). According to ICRISAT, digital agriculture is defined as “ICT and data ecosystems to support the development and delivery of timely, targeted information and services to make farming profitable and sustainable while delivering safe nutritious and affordable food for all.”
