Publications

Written by Synelixis As climate variability intensifies and water becomes increasingly scarce, the ability to monitor field conditions in real time has become essential for sustainable agriculture. Within the GEORGIA project, SynField, an advanced IoT-based smart sensing platform developed by Synelixis, plays a central role in enabling data-driven and climate-resilient farming. Deployed across all GEORGIA…

Written by alchemia-nova In a world where climate change exerts unprecedented pressure on our natural resources, water is becoming an increasingly precious commodity. Traditional sources like rivers and groundwater are strained, forcing us to rethink how we approach agriculture and irrigation. The GEORGIA project is at the forefront of this paradigm shift, exploring innovative and…

Written by Eratosthenes Centre of Excellence  (ECoE) Agricultural water demand is increasing due to rising food production required to meet the dietary needs of a growing global population. At the same time, the ongoing climate change and the unsustainable water use are placing additional pressure on the already limited water supplies. Farmers, water managers and…

Written by Eratosthenes Centre of Excellence  (ECoE) Rapid advancements in computer science and the growing availability of satellite Earth observation (EO) data are transforming agriculture and water management. EO offers timely, accurate, and reliable information for agricultural and water resources monitoring across different spatial resolutions. This information is of crucial importance, especially in the context…

We are pleased to share a recent article published by our partner Terra Littera, which highlights the practical implementation of the GEORGIA project on the farm of Boško Oluški in Novi Kneževac, Serbia. Covering 205 hectares and cultivating crops such as corn, soy, peppers, parsley, and peas, the farm now operates using a smart irrigation…