Across six European countries, GEORGIA’s seven pilot sites are testing practical irrigation solutions that capture alternative water sources, improve soil moisture retention, and safely recycle water and nutrients for more resilient agriculture.
Georgia Project
Across six European countries, GEORGIA’s seven pilot sites are testing practical irrigation solutions that capture alternative water sources, improve soil moisture retention, and safely recycle water and nutrients for more resilient agriculture.
Across six European countries, GEORGIA’s seven pilot sites are testing practical irrigation solutions that capture alternative water sources, improve soil moisture retention, and safely recycle water and nutrients for more resilient agriculture.
In Poland, GEORGIA is testing BioWAG water-retaining materials in field and greenhouse trials to explore how they can improve soil water retention, crop performance and water-use efficiency during dry periods.
GEORGIA’s Cyprus pilot at CPPC explores how reclaimed wastewater, Nature-Based Solutions and precision monitoring can support more sustainable citrus production under Mediterranean water-scarcity conditions.
GEORGIA joins the AgroTech Hub Cluster to strengthen collaboration with EU-funded projects working on climate-resilient agriculture, drought adaptation, digital innovation and smarter water management.
Satellites can detect crop stress across large areas, while drones provide the high-resolution detail needed to validate findings and support smarter irrigation, fertilisation and field management.
Around Corinth, GEORGIA is testing smart water management in real orchard conditions, combining SynField monitoring, reclaimed water use and data-informed irrigation to support better water and fertiliser efficiency.
In Serbia, GEORGIA partner Terra Littera is putting sustainable agriculture into practice through Pilot 1. The pilot combines smart irrigation, sensor-based monitoring, rainwater reuse, BioWAG and agroecological practices across diverse crops and irrigation systems. By testing these solutions in real farming conditions, Terra Littera helps demonstrate how digital innovation and circular water management can support…
Water scarcity is becoming one of the most important challenges in modern agriculture. In many regions, farmers are increasingly facing longer drought periods, irregular rainfall, and a growing need to use water resources more efficiently. This is particularly difficult in soils with low water-retention capacity, such as sandy or sandy-loam soils, where moisture can quickly…
The GEORGIA project has successfully reached Milestone 4: “Nature-Based Solutions (NBS) & AI-supported Smart Irrigation Baseline is developed and ready to be integrated with Irrigation Systems.” This achievement establishes the scientific and technological foundation of the project’s intelligent irrigation ecosystem, bringing together artificial intelligence, real-time monitoring, digital modelling and nature-based solutions into a single operational…
In our previous post, we looked at how Europe is starting to rethink its water rules, including the Water Framework Directive and the Water Reuse Regulation. These discussions are not just technical updates, they are happening at a time when climate change is already affecting how water is used and managed across Europe. This creates…
