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GEORGIA

Green dEal cOmpliant iRriGation
Increasing Europe’s Agriculture resilience to drought

GEORGIA Basic Info
Call: HORIZON-CL6-2024-CLIMATE-01
Topic: HORIZON-CL6-2024-CLIMATE-01-1
Type of action: HORIZON Innovation Actions
GA No. 101181572
Starting Date: 01/02/2025
Duration: 36 Months
Ambition:

The GEORGIA project is dedicated to turn water management and soil health challenges into opportunities for sustainable growth and innovation. Aligned with Europe’s Green Deal objectives, GEORGIA is driving an agricultural transformation that is environmentally sound, socially equitable and economically viable. By combining agricultural expertise with AI-powered digital tools and technologies, GEORGIA advances water management and irrigation practices, while utilizing alternative and recycled water sources. The project promotes sustainable crop production and improved soil health, building resilience to climate change. Through holistic agricultural approaches and the integration of advanced technologies, GEORGIA empowers farmers with enhanced competitiveness and fair income opportunities.

GEORGIA’s partners envision a future where resource efficiency, ecological balance, and societal well-being come together to create a resilient and prosperous European agriculture.

Consortium

16 Partners / 9 Countries

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Austria
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Poland
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Luxembug
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Belgium
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Serbia
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Bulgaria
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Greece
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Italy
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Cyprus

Challenges

Water scarcity in agriculture.

  • Over 70% of available drinking water is used for crop irrigation.
  • More than 60% of irrigation water is lost to overirrigation

Soil degradation

  • Overirrigation depletes natural soil nutrients, hindering healthy crop growth
  • More than 220,000 tonnes of chemical fertilizers and pesticides used annually in the EU, contaminating aquifers, threatening fragile ecosystems and driving up the cost of crop production

GEORGIA Objectives

Objective

1

Explore societal, regulatory, and technological needs, drivers, and barriers for new irrigation practices; design and develop models through multi-actor, co-creation processes to increase the uptake in practice

Objective

2

Develop insight and mechanisms for safe and environmentally – responsible usage of sewage sludge and other biowaste streams as well as their nutrients

Objective

3

Upscale of the on-farm water management practices and results at the catchment level, optimizing catchment- based agricultural production as well as reduction of runoff patterns and changes in hydrological cycles

Objective

4

Introduce novel tools for efficient combined use of water and fertilizers via irrigation for different agricultural systems and types of productions, including agroecology; Improve practices and solutions in small and large-scale farms to deal with the effects of water abundance (rapid showers, floods) and/or water scarcity

Objective

5

Demonstrate and validate innovative irrigation schemes including forms of alternative water for agriculture and climate change, evaluating their socio-economic, environmental and health impacts

Objective

6

Maximize impact to the agricultural community and policy level through Dissemination, Exploitation and Commercialization, provide recommendations for incentives and policies at regional, national and EU-level and create a Culture of Sustainability

Target groups of GEORGIA project

  • Agriculture, forestry, and wetland actors: Owners of small and large scale farms, forestry actors, farmers’ and forestry cooperatives and associations, actors involved in grassland, cropland and wetland management
  • Industry, private companies and Supply Chain Partners and Retailers: SMEs, Biowaste Management Companies in collection and management of biowaste, companies involved in the agricultural supply chain and retail of agricultural products
  • Technology providers: ICT/high tech companies (R&I, AI, IoT), technology clusters working on irrigation technologies and innovations on sustainable farming systems
  • Academia and research institutions: Universities, research institutes of relevant scientific disciplines (agriculture, water management, climate change)
  • Policy Makers & Public Authorities: Policy makers and regulators on regional, national, european or international level, Public administration bodies, Water Management Authorities supporting innovative irrigation technologies
  • Non-Governmental Organisations (NGOs): focused on sustainable agriculture and environmental conservation interested in supporting and advocating for the adoption of eco-friendly irrigation practices
  • Civil society: Citizens and citizens groups, consumers

GEORGIA Results

Recycled and wastewater use in irrigation – optimization at farm and catchment level

Reuse recycled wastewater in agriculture, scoping to promote optimal irrigation from farm to catchment level and evaluate sustainable agricultural practices

Natural Based Solutions (NBS) filtration and rainwater harvesting in best practices

Use natural filtration and storing at farm level, along with Earth Observations (EO) for catchment and basin analysis for soil erosion

Atmospheric water collections and humidity condensation

Application of tech in dew collection systems” with “Application of technologies in atmospheric water collection systems to enhance their efficiency in water harvesting

Water retainer BioWAG, & Superabsorbent Polymers

Conduct socio/techno/economic analysis to validate the utilisation of BioWAG in large scale

Personalized Regenerative Agricultural practices

Develop practices that enhance water infiltration, lower water and fertilizer use, enrich soil health and promote biodiversity

Crop Digital Twin (CDT) with AI-based crop/soil nutrients modelling

Combine and upscale IoT data and drone multi-spectral data to model CDT at farm level

Human explainable Irrigation DSS (IDSS) for crop growth advice

Increasing farmers trust by extending CDT with a human explainable Irrigation decision Support System (DSS)

Satellite Earth Observation – enhanced Crop Digital Twin (CDT)

Extend CDT with multi-source satellite Earth Observation data to go from farm to catchment/basin level

Handheld App, Drone toolkit & Agri-Brain Platform

Develop a Handheld App (Crop Sense), a drone toolkit (Drone-Eye) and a blockchain-based platform (Agri-Brain) to monitor and control smart irrigation while increasing farmers confidence in the technology

Smart Irrigation practices and technologies business plans

Define business plans that utilize holistic irrigation, fertilization and spraying leading to reduced cost

Policy recommendations

Analyse the broader policy context in relation to water and irrigation management practices, resulting in a set of specific policy recommendations for enabling the uptake of the GEORGIA solutions

Green dEal cOmpliant iRriGation Increasing Europe’s Agriculture resilience to drought

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Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or Research Executive Agency. Neither the European Union nor the granting authority can be held responsible for them.

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