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DEMO ATLAS public catalog

Browse 519 georeferenced pilots and demonstration sites connected to 112 funded projects. Use the interactive atlas to filter, map and inspect the same public records.

Funded projects with mapped sites

4CE-MED

7 sites

CAMELINA: A CASH COVER CROP ENHANCING WATER ANDSOIL CONSERVATION IN MEDITERRANEAN DRY-FARMING SYSTEMS

Farming · Section 1 · 2019

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A- BLOCK

2 sites

Nano-Enabled Antimicrobial Food Packaging Incorporating Natural Bioactives from Mediterranean Agri-Wastes

Agro-food · Section 2 · 2023

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AGRO-ECOLIVMED

1 site

Agroecological Transition in the Mediterranean Olive Farming System

Farming · Section 2 · 2025

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AGROFIG

4 sites

Fostering agroforestry benefits through fig tree cultivation in the Mediterranean

Farming · Section 2 · 2024

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AI4Water

4 sites

Optimizing Water Resources in Coastal Areas using Artificial Intelligence

Water · Section 2 · 2024

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ASPmed

8 sites

Agroforestry practices for Agroecological transition towards sustainable Sheep and Poultry farming in the Mediterranean region

Farming · Section 2 · 2024

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AWESOME

1 site

mAnaging Water, Ecosystems and food across sectors and Scales in the sOuth MEditerranean

WEFE Nexus · Section 1 · 2019

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AZMUD

3 sites

Improvement of Mediterranean greenhouses performance using innovative plastic materials, natural additives and novelty irrigation technologies

Farming · Section 1 · 2019

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Bio-TEAM

1 site

Biopolymer production for mycotoxins management in cereal grains To Enhance Agricultural yield and sustainability in the Mediterranean Basin

Agro-food · Section 2 · 2024

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BioProMedFood

2 sites

Bio-protective cultures and bioactive extracts as sustainable combined strategies to improve the shelf-life of perishable Mediterranean food

Agro-food · Section 2 · 2019

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Blue-Med

1 site

A novel integrated and sustainable approach to monitor and control Bluetongue spread in the Mediterranean Basin

Farming · Section 2 · 2018

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BONEX

1 site

Boosting Nexus Framework Implementation in the Mediterranean

WEFE Nexus · Section 1 · 2021

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CAMELMILK

4 sites

Boost the production, processing and consumption of camel milk in the Mediterranean basin (CAMELMILK)

Agro-food · Section 1 · 2018

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CerealMed

4 sites

Enhancing diversity in Mediterranean cereal farming systems

Farming · Section 2 · 2019

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CERERE

3 sites

CEreals REsiliency REvolution for agile supply chain management in the Mediterranean

Agro-food · Section 1 · 2023

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CIRQUA

9 sites

Integrated Approaches at Local Scale for Enhancing Water Reuse Efficiency and Sustainable SoilFertilization from Wastewater’s Recovered Nutrients

Water · Section 1 · 2023

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CombiFarm

1 site

Combining low-cost biochar, biogas, and cyanobacteria fertigation technologieswith low-input crops for sustainable bioproducts in smart circular farming systems

Farming · Section 2 · 2023

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CorkMed

9 sites

Cork Quality Yield Provision Monitoring for Revitalising Sustainable Agroforestry in the Mediterranean Basin

Farming · Section 2 · 2024

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COSMOS

13 sites

Coordinated Optimization for Sustainable Mediterranean Agroforestry with Truffles and High-Value Species

Farming · Section 2 · 2024

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CYCLOLIVE

1 site

From waste to resource: ReCYCLing OLIVE oil extraction byproducts for sustainable agricultural practices in the Mediterranean region

Farming · Section 2 · 2023

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DIONYSUS

6 sites

Operational adaptation Nexus-based systems solutions in Mediterranean

WEFE Nexus · Section 1 · 2023

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DREAM

3 sites

Diversified orchards for REsilient and sustAinable Mediterranean farming systems

Farming · Section 2 · 2021

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DROMAMED

1 site

Capitalization of Mediterranean maize germplasm for improving stress tolerance

Farming · Section 2 · 2020

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DSWAP

3 sites

Decision support-based approach for sustainable water reuse application in agricultural production

Water · Section 1 · 2018

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ECHINO-SAFE-MED

4 sites

New sustainable tools and innovative actions to control cystic ECHINOcoccosis insheep farms in the MEDiterranean area: improvement of diagnosis and SAFEty in response to climaticchanges

Farming · Section 2 · 2020

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Eco-FertiS

1 site

Innovative processing of manures and biowastes of Eco-friendly Fertilizers

Farming · Section 2 · 2023

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EcoFuture

3 sites

A socio-ecological approach to combat desertification for a sustainable future

WEFE Nexus · Section 1 · 2022

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FEDKITO

2 sites

FrEsh fooD sustainable pacKaging In The circular ecOnomy

Agro-food · Section 2 · 2019

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FIT4REUSE

6 sites

Safe and sustainable solutions for the integrated use of non-conventional water resources in the Mediterranean agricultural sector

Water · Section 1 · 2018

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FORECAST

7 sites

Fostering Resilient Agroforestry Systems with climate-ready Tree and Herbaceous Germplasm

Farming · Section 2 · 2024

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FREECLIMB

4 sites

FRUIT CROPS RESILIENCE TO CLIMATE CHANGE IN THE MEDITERRANEAN BASIN

Farming · Section 2 · 2018

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FrontAg Nexus

3 sites

Impact of Climate-Smart and Water-Saving Frontier Agriculture on the WEFE Nexus in Arid Mediterranean Regions

WEFE Nexus · Section 1 · 2022

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FUSION

12 sites

Comprehensive and sustainable solution to minimize food loss and waste and promoting food security in the Mediterranean region

Agro-food · Section 1 · 2024

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GENDIBAR

1 site

Utilization of local genetic diversity for studying barley adaptation to harsh environments and for pre-breeding

Farming · Section 2 · 2018

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GOTHAM

3 sites

Governance tool for sustainable water resources allocation in the Mediterranean through Stakeholder’s collaboration. Towards a paradigm shift in groundwater management by end-users

Water · Section 1 · 2019

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HANDYWATER

4 sites

Handy tools for sustainable irrigation management in Mediterranean crops

Water · Section 2 · 2020

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iGUESS-MED

1 site

Innovative Greenhouse Support System in the Mediterranean Region: efficient fertigation and pest management through IoT based climate control

Farming · Section 1 · 2019

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IMPRESA

2 sites

IMProving RESilience to Abiotic stresses in durum wheat: enhancing knowledge by genetic, physiological and “omics” approaches and increasing Mediterranean germplasm biodiversity by crop wild relatives-based introgressiomics

Farming · Section 2 · 2018

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InnoSol4Med

1 site

Innovative sustainable solutions for ready-to-eat traditional Mediterranean products and non-conventional healthy foods

Agro-food · Section 2 · 2022

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INTACTBioPack

2 sites

INTelligent, ACTive MicroBIOme-based, biodegradable PACKaging for Mediterranean food

Agro-food · Section 2 · 2023

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INTEL-IRRIS

2 sites

Intelligent Irrigation System for Low-cost Autonomous Water Control in Small-scale Agriculture

Water · Section 2 · 2020

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InTheMed

5 sites

Innovative and Sustainable Groundwater Management in the Mediterranean

Water · Section 1 · 2019

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INTOMED

5 sites

Innovative tools to combat crop pests in the Mediterranean

Farming · Section 2 · 2018

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INWAT

3 sites

Quality and management of intermittent rivers and associated groundwaters in the Mediterranean basins

Water · Section 2 · 2018

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IRRIWELL

5 sites

A novel plant-based approach to estimate irrigation water needs of orchards for an optimal water management

Water · Section 2 · 2020

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ISFERALDA

3 sites

Improving Soil FERtility in Arid and semi-arid regions using Local organic DAte palm residues

Farming · Section 2 · 2020

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KARMA

4 sites

Karst Aquifer Resources availability and quality in the Mediterranean Area

Water · Section 2 · 2018

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LAB4SUPPLY

8 sites

Multi-agent Agri-food living labs for new supply chain Mediterranean systems. Towards more sustainable and competitive farming addressing consumers’ preferences and market changes.

Agro-food · Section 2 · 2020

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LENSES

12 sites

Learning and action alliances for Nexus environments in an uncertain future

WEFE Nexus · Section 1 · 2020

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MAGO

4 sites

MEDITERRANEAN WATER MANAGEMENT SOLUTIONS FOR A SUSTAINABLE AGRICULTURE SUPPLIED BY AN ONLINE COLLABORATIVE PLATFORM

Water · Section 1 · 2020

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Mara-Mediterra

5 sites

Safeguarding the livelihood of rural communities and the environment in the Mediterranean through Nature-based Solutions

Water · Section 1 · 2021

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Med-Berry

3 sites

Developing new strategies to protect strawberry crop in the Mediterranean countries

Farming · Section 2 · 2018

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MED-WET

1 site

Improving MEDiterranean irrigation and Water supply for smallholder farmers by providing Efficient, low-cost and nature-based Technologies and practices

Water · Section 2 · 2020

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MEDIFIT

1 site

An interlinked digital platform for Food Integrity and Traceability of relevant MEDIterranean supply chains

Agro-food · Section 1 · 2019

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MedInCircle

3 sites

Future-proofing the Mediterranean agri-food chain through integrated and circular management of contaminant-safe water, nutrients and bioresources

Water · Section 2 · 2022

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MEDITOMATO

3 sites

BRINGING INNOVATION AND SUSTAINABILITY ALONG THE WHOLE VALUE CHAIN IN THE MEDITERRANEAN TOMATO INDUSTRY

Agro-food · Section 1 · 2018

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MEDPOME-STONE

1 site

Valorizing some pome and stone fruit germplasm variability to ensure resilience to climate change in the Mediterranean area

Farming · Section 2 · 2021

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MEDSAL

5 sites

Salinization of critical groundwater reserves in coastal Mediterranean areas: Identification, Risk Assessment and Sustainable Management with the use of integrated modelling and smart ICT tools

Water · Section 2 · 2018

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MEDWATERICE

6 sites

Towards a sustainable water use in Mediterranean rice-based agro-ecosystems

Water · Section 2 · 2018

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MORFeuS

1 site

Mediterranean Operational Resilience Framework for nexus-based territorial Solutions

Water · Section 1 · 2024

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Mush-Med

4 sites

Transition to Healthy Mediterranean Functional Food via Integrating Mushroom Beta-glucans and Proteins: Promoting Body Homeostasis After Stress-Related Health Problems

Agro-food · Section 2 · 2022

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NATMed

5 sites

Nature-based Solutions on existing infrastructures for resilient Water Management in the Mediterranean

Water · Section 1 · 2022

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NEWFEED

2 sites

Turn food industry by-products into secondary feedstuffs via circular-economy schemes

Farming · Section 1 · 2020

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NEXUS-NESS

4 sites

NEXUS Nature Ecosystem Society Solution: Fair and Sustainable Resource Allocation Demonstrator of the Multiple WEFE Nexus Economic, Social and Environmental Benefits for Mediterranean Regions

WEFE Nexus · Section 1 · 2020

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NexusLabs

10 sites

Nexus Living Labs for Multi-Level Innovation in Mediterranean Irrigated Agriculture (NexusLabs)

Water · Section 1 · 2024

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NUSTALGIC

13 sites

Neglected and Underutilized Species for waTer hArvesting for buiLdinG clImate Change resilience

Farming · Section 1 · 2024

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NUSYC

11 sites

Novel Urban cultivation SYstems enforcing green and Circular economy

Farming · Section 2 · 2024

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OLIWA

24 sites

Repurposing OLIve WAste in circular economy solutions for feeds, additives, packaging, and biogas

Agro-food · Section 1 · 2024

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PAVER

2 sites

Precision AgriVoltaics for Carbon Neutrality Enhanced Production and Reduced Environmental Impact in Greenhouse

Farming · Section 2 · 2023

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PLANT-B

4 sites

A sustainable mixed cropping-beekeeping system in the Mediterranean basin

Farming · Section 1 · 2018

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PRECIMED

4 sites

Precision Irrigation Management to Improve Water and Nutrient Use Efficiency in theMediterranean Region

Water · Section 2 · 2018

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PROMEDRICE

3 sites

Effective farming practices to protect water resources in Mediterranean rice-based agroecosystems

Water · Section 2 · 2022

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ProSmallAgriMed

6 sites

Promoting soil fertility, yield and income in smallholder agriculture of semiarid and arid Mediterranean regions by management of beneficial soil microbiota, conservation agriculture and intercropping.

Farming · Section 2 · 2020

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ProxIMed

19 sites

Exploration and Implementation of Products with Alternative Proteins in Mediterranean Region

Agro-food · Section 1 · 2022

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REACT4MED

8 sites

Inclusive Outscaling of Agro-ecosystem REstoration ACTions for the MEDiterranean

Water · Section 1 · 2021

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ReCROP

1 site

Bioinocula and CROPping systems: an integrated biotechnological approach for improving crop yield, biodiversity and REsilience of Mediterranean agro-ecosystems

Farming · Section 2 · 2020

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RES-MAB

1 site

Promoting WEFE Nexus-based adaptation and mitigation solutions and landscape resilience to climate change in the Mediterranean Biosphere Reserves

WEFE Nexus · Section 1 · 2023

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RESERVOIR

4 sites

Sustainable groundwater RESources managEment by integrating eaRth observation deriVed monitoring and flOw modelIng Results

Water · Section 1 · 2019

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RevAgroforMed

1 site

REVitalization of AGROFORestry systems through agroecological transition for increasing farm productivity in the MEDiterranean.

Farming · Section 2 · 2024

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REVINE

2 sites

Regenerative agricultural approaches to improve ecosystem services in Mediterranean vineyards

Farming · Section 2 · 2020

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SAFWA

4 sites

ALTERNATIVE BIOPESTICIDES FOR SAFE INTEGRATED PEST AND WATER MANAGEMENT AROUND MEDITERRANEAN

Water · Section 2 · 2022

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SALAM-MED

7 sites

Sustainable Approaches to LAnd and water Management in MEditerranean Drylands

Water · Section 1 · 2021

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SAVE water

12 sites

GeoSpatial and Artificial intelligence technologies: InnovatiVE approach for water resources management

Water · Section 2 · 2024

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SCALARE

6 sites

SCaling Agroforestry by living LAbs for Resilient Mediterranean agro-Ecosystems

Farming · Section 2 · 2024

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SIGMA NEXUS

3 sites

Sustainable Innovation and Governance in the Mediterranean Area for the WEF Nexus

WEFE Nexus · Section 1 · 2019

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SIMTAP

3 sites

SELF-SUFFICIENT INTEGRATED MULTI-TROPHIC AQUAPONIC SYSTEMS FOR IMPROVING FOOD PRODUCTION SUSTAINABILITY AND BRACKISH WATER USE AND RECYCLING

Farming · Section 2 · 2018

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SmaCuMed

2 sites

Smart irrigation cube for sustainable agriculture in the Mediterranean region

Water · Section 2 · 2019

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SMARTIES

5 sites

Real time smart irrigation management at multiple stakeholders’ levels

Water · Section 2 · 2019

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SPORE-MED

3 sites

Sustainable upgraded WWTPs for resource recovery, water reuse and health surveillance in the Mediterranean region

Water · Section 1 · 2023

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STAPLES

4 sites

STable food Access and Prices and Lower Exposure to Shocks

Agro-food · Section 1 · 2023

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SUPREM-MILK

4 sites

Towards a more sustainable and resilient Mediterranean milk supply chain (SUPREM-MILK)

Farming · Section 2 · 2023

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SUPROMED

3 sites

Sustainable production in water limited environments of mediterranean agro-ecosystem

Farming · Section 1 · 2018

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SURE_NEXUS

5 sites

Ensure fair NEXUS transition for climate change adaptation and sustainable development implementation based on coupled nature-based systems and bioeconomy.

WEFE Nexus · Section 1 · 2021

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SUREFISH

3 sites

Fostering Mediterranean fish ensuring traceability and authenticity

Agro-food · Section 1 · 2019

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SUSFORAGE

5 sites

Sown forage mixtures for sustainable agroecosystems in the Mediterranean area

Farming · Section 2 · 2020

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SusMedHouse

1 site

Efficient, Eco-Friendly, Sustainable Mediterranean Greenhouse Integrated with Artificial Intelligence, Hi-Tech Automation and Control System

Farming · Section 1 · 2019

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Sustain-COAST

4 sites

Sustainable coastal groundwater management and pollution reduction through innovative governance in a changing climate

Water · Section 2 · 2018

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SUSTAINOLIVE

3 sites

Novel approaches to promote the SUSTAInability of OLIVE cultivation in the Mediterranean

Farming · Section 1 · 2018

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SWATCH

2 sites

Strategies for increasing the WATer use efficiency of semi-arid Mediterranean watersheds and agrosilvopastoral systems under climate Change

Water · Section 2 · 2018

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VALMEDALM

7 sites

VALorization of MEDiterranean ALMond orchards through the use of intercropping integrated strategies

Farming · Section 2 · 2021

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VENUS

14 sites

CONVERTING MARGINAL LANDS OF THE MEDITERRANEAN BASIN INTO PRODUCTIVE AND SUSTAINABLE AGRO-ECOSYSTEMS USING LOW WATER DEMANDING NEGLECTED AND UNDERUTILIZED SPECIES

Farming · Section 1 · 2023

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WATERMED 4.0

3 sites

EFFICIENT USE AND MANAGEMENT OF CONVENTIONAL AND NON- CONVENTIONAL WATER RESOURCES THROUGH SMART TECHNOLOGIES APPLIED TO IMPROVE THE QUALITY AND SAFETY OF MEDITERRANEAN AGRICULTURE IN SEMI-ARID AREAS

Water · Section 1 · 2018

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Pilots and demonstration sites

Demonstration site

Agroforesteam Demonstration site 109

Algeria, Algeria

Located in Biskra, within traditional multilayered oasis systems of date palms, fruit trees and fodder crops. The MAP boosts collaboration, co‑designs agroforestry solutions, restores diversification and preserves soil, water and biodiversity.

Project: AGROFORESTEAM

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Pilot

AI4WATER Pilot 87

Algeria, Algeria

CCB&SB focuses on comprehensive water resources management, with particular attention to the expected vulnerability of aquifers to seawater intrusion and pollution, under the increasing pressure of drought in the Mediterranean context. PoC: 20%

Project: AI4Water

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Demonstration site

ASPmed Demonstration site 164

Algeria, Algeria

An integrated rural development model combining sustainable poultry farming and agroforestry value chains. It promotes low-tech, cost-effective innovations, locally sourced alternative feed based on local medicinal plants, and women’s empowerment.

Project: ASPmed

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Demonstration site

ASPmed Demonstration site 165

Algeria, Algeria

Inoculated seeds with selected rhizobium strains will be used to promote early symbiosis. Soil preparation and baseline analyses are conducted before planting. Physiological and microbiological parameters are monitored regularly throughout the experiment.

Project: ASPmed

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Pilot

BIOTEAM Pilot 117

Adrar, Adrar, Algeria

Tamentit our pilot site focuses on cultivating high-yield wheat using center-pivot irrigation. With a 10% completion rate, current interventions include collecting corn samples for lab analysis, the wheat early vegetative stage, pending future sampling.

Project: Bio-TEAM

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Demonstration site

Blumi-Med Demonstration site 132

Algeria, Algeria

Zeralda market is diversified (agri and non-agri products) mainly artisanal products and goods originating from agroecological farming systems. Scoping analysis phase to understand governance, products, and identifying key actors involved.

Project: BLUMI-Med

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Demonstration site

Blumi-Med Demonstration site 133

Algeria, Algeria

Sorecal market: highly diversified (agricultural and non-agricultural products) communal market Agricultural goods derived from conventional agriculture Scoping analysis phase to understand governance, products, and identifying key actors involved.

Project: BLUMI-Med

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Demonstration site

CONSIRS — Biskra

Biskra, Algeria

Closed greenhouse prototype including liquid desiccant climate control system and innovative construction principle for improved heat release and improved collection of condensate droplets from roof surface

Project: CONSIRS

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Demonstration site

CorkMED Demonstration site 280

Algeria, Algeria

The new Algerian SUBEROTECA A that will be implemented in the Tlemcen University facilities with the collection of cork samples harvest in cork oak woodlands across Algeria in plots established during the CorkMED Project.

Project: CorkMed

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Demonstration site

CorkMED Demonstration site 281

Algeria, Algeria

The Algerian demonstration plots site on cork oak woodlands for the CorkMed Project is located in the Hafir forest. This forest is located in the North West of Algeria, in the Tlemcen Mountains and forms a continuous massif with the Zarieffet forest.

Project: CorkMed

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Pilot

ECHINO-SAFE-MED Pilot 37

Algeria, Algeria

Surveillance and control activities to reduce Cystic echinococcosis in livestock farms and in humans

Project: ECHINO-SAFE-MED

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Pilot

Eco-FertiS · Pilot 1

Bab Ezzouar, Algeria

small pilot of prototype , ensemble of electro-mechanical modules for bioaste treatment, it produces liquide and solide fertilizers Reported completion: 56%.

Project: Eco-FertiS

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Demonstration site

FORECAST - UC1 Living Lab

Boushaba, Skikda, Algeria

Regional private Pilot Farm. Implementation of a demonstration site, target AF: olive orchards, target OL: fava beans (Vicia faba L.) and peas (Pisum sativum L.) togheter with beekeeping. Reported completion: 0%.

Project: FORECAST

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Demonstration site

IMPRESA — Ben Fouda (Stif)

Ben Fouda (Stif), Algeria

Test durum wheat established varieties (originating from all partner countries) and new experimental lines carrying segmental chromosome introgression from wild wheat relatives (mainly Thinopyrum genus) for ability to grow and give yield under rainfed conditions and NO-TILL (NT) management. The land belongs to a private farmer, Mr. Bouchelif Rachid, and the farm has experimental plots assigned to the practice of direct sowing (NT) since 2008. The site is located at an elevation of 1200 m a.s.l. (High Plateaus) and represents a typical semi-arid environment.

Project: IMPRESA

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Demonstration site

IMPRESA — Biskra

Biskra, Algeria

Test durum wheat established varieties and new experimental lines carrying segmental chromosome introgression from wild wheat relatives (mainly Thinopyrum genus) for heat and salinity tolerance; plot-localized irrigation throughout the growth cycle. Local soil salinity values: 11-15 EC out of plots, 16-20 inside the plots (irrigation water of medium salinity)

Project: IMPRESA

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Demonstration site

INTEL-IRRIS — Algeria 32

Algeria, Algeria

Public site description not provided.

Project: INTEL-IRRIS

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Pilot

INWAT — Jijel

Jijel, Algeria

- Characterisation of temporary river flow regimes in Mediterranean regions . Five classes have been adopted : Hyperreic (flood), Eurheic (riffle), Oligorheic (connected pools), Arheic (disconnected Pools) Hyporeic-Edaphic (dry) - Characterisation of the chemical (pharmaceutical products), hydrological and biological (phytoplankton) characteristics of temporary wadis. - Adaptation of the SWAT modelling software (Soil and Water Assessment Tool) to the modelling of daily runoff, flow regime alteration and the management of temporary rivers.

Project: INWAT

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Demonstration site

ISFERALDA — Biskra

Biskra, Algeria

Experiements conducted in Biskra on the effect of compost from plam trees

Project: ISFERALDA

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Demonstration site

ISFERALDA — Touggourt

Touggourt, Algeria

experiment compared barley development parameters in plots with plethoric chemical fertilizers to plots fertilized with either compost or manure and to unfertilized control plots (4 replicates for each treatment

Project: ISFERALDA

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Demonstration site

LAB4SUPPLY Demonstration site 47

Algeria, Algeria

Focused on mapping the value chain, improving milk and meat production, and organizing stakeholders through workshops and focus groups.

Project: LAB4SUPPLY

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Demonstration site

LAB4SUPPLY Demonstration site 48

Algeria, Algeria

The lab promoted revitalization of fig cultivation, stakeholder collaboration, and training on productivity, pests, and value chain development.

Project: LAB4SUPPLY

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Demonstration site

Mara-Mediterra — Djelfa gateway to Sahara

Djelfa gateway to Sahara, Algeria

Mara-Mediterra. Field plots in vicinity of the Djelfa wastewater treatment plant to facilitate irrigation with treated effluent. Nature based solutions to be tested: Agroforestry, Deficit/precision/smart irrigation, Land application of compost/manure/sludge, Afforestation

Project: Mara-Mediterra

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Demonstration site

NATMed Demonstration site 22

Algeria, Algeria

Implementation of NbS to tackle water pollution and promotes water reuse in arid regions. Constructed wetland system to reduce pollution, and support water reuse for local needs. Riparian buffers to enhance biodiversity and reduce water pollution.

Project: NATMed

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Demonstration site

NUSYC Demonstration site 194

Algeria, Algeria

Preliminary evaluation of biocompost (household waste) at various concentrations on leafy vegetables in vertical farming module (container with nutrient stations, LED lighting, env. control). Morphological, biochemical, enzymatic parameters assessed.

Project: NUSYC

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Demonstration site

NUSYC Demonstration site 284

Algeria, Algeria

The installation relies on automated management via the Maxi Clim system, precisely controlling LED photosynthesis lighting, nutrition through nutrient solution stations and climate regulation.

Project: NUSYC

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Demonstration site

NUSYC Demonstration site 285

Algeria, Algeria

Vertical farming module, the installation relies on automated management via the Maxi Clim system, precisely controlling LED photosynthesis lighting, nutrition through nutrient solution stations and climate regulation.

Project: NUSYC

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Demonstration site

OLIWA Demonstration site 224

Algeria, Algeria

Insect rearing on OBs substrates

Project: OLIWA

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Demonstration site

OLIWA Demonstration site 225

Algeria, Algeria

Insect rearing on OBs substrates

Project: OLIWA

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Demonstration site

OLIWA Demonstration site 226

Algeria, Algeria

Insect rearing on OBs substrates

Project: OLIWA

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Demonstration site

OLIWA Demonstration site 227

Algeria, Algeria

Animal trials on poultry

Project: OLIWA

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Demonstration site

OLIWA Demonstration site 229

Algeria, Algeria

Animal trials on poultry

Project: OLIWA

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Demonstration site

PRECIMED — Sidi Moussa, Algiers

Sidi Moussa, Algiers, Algeria

Installation of measurement devices to validate the DSS under citrus crop (Orange, variety Thompson). The devices include Soil sensor (Drill and Drop) and Imetos weather station.

Project: PRECIMED

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Demonstration site

SAVE water Demonstration site 294

Algeria, Algeria

Annaba, Tunisia: Semi-arid coastal plain (47 km²) facing groundwater overexploitation, marine intrusion, and industrial/agricultural pollution. SAVE WATER uses monitoring, AI models, to manage aquifers, soil, and irrigation. ~45% of activities done.

Project: SAVE water

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Demonstration site

SWATCH — Blida

Blida, Algeria

Public site description not provided.

Project: SWATCH

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Pilot

VENUS Pilot 190

Algeria, Algeria

this pilot site aims to show the intercropping between olive trees and Opuntia ficus indica for dual production (20% completion)

Project: VENUS

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Demonstration site

WATERMED 4.0 — Khemis Miliana

Khemis Miliana, Algeria

WATERMED4.0. UDBKM demo site is located in the university with an area of 2.5 ha. The pilot is equipped with a photovoltaic installation and a greenhouse that will be reserved for hydroponics experimenations. Agrophotovoltaic system, Hydroponic system , WATERMED platform for smart water management and gouvernance

Project: WATERMED 4.0

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Demonstration site

BLUMI-Med Demonstration site 101

Croatia, Croatia

This market operates daily (except Sunday), in a way that the space before noon is occupied by farmers and resellers selling food, while in the afternoon the stalls are transformed into souvenirs selling points (local crafts and bric-a-brac products)

Project: BLUMI-Med

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Demonstration site

BLUMI-Med Demonstration site 102

Croatia, Croatia

This is the only farmers market in Dubrovnik where fish is sold. Also there are two butcheries (not part of the f. market) nearby, one with a parking lot for customers!. Small farmers (producers) are visibly emphasized by special label (certificate).

Project: BLUMI-Med

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Demonstration site

BLUMI-Med Demonstration site 103

Croatia, Croatia

This neighborhood market operates Sundays but as a place where antiquities are being sold (occasionally). It is also governed by Sanitat municipal utility company.

Project: BLUMI-Med

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Demonstration site

BLUMI-Med Demonstration site 104

Croatia, Croatia

The market operated on more central location in Kastav (Fortica), that was inaccessible by car (majority of the customers arrive there by car), but current location is an informal parking lot. This market is organized by Zeleni Kastav NGO.

Project: BLUMI-Med

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Demonstration site

COSMOS Demonstration site 202

Croatia, Croatia

This site explores truffle and aromatic plant co‑production using *Quercus species* and *Tuber aestivum*. A 2025 orchard in Jastrebarsko has 230 inoculated seedlings. The site also tests pesticide alternatives, and soil health. Reported completion: 100%.

Project: COSMOS

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Demonstration site

Legu-med — Zaghreb

Zaghreb, Croatia

Field trial with inoculated chickpea and intercropping with Nigella

Project: Legu-med

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VALMEDALM Demonstration site 32

Croatia, Croatia

Irrigated almond orchard (Ferragnès, Ferraduel, Ai and Texas cultivars) intercropped with Lavandula officinalis, Salvia officinalis, Helichrysum italicum and Rosmarinus officinalis.

Project: VALMEDALM

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Pilot

DSWAP — Ayioi Vavatsinias village (Larnaca district)

Ayioi Vavatsinias village (Larnaca district), Cyprus

The use of synthetic media with very high specific surface area per m3 volume providing more surface for growth of microorganism and at the same time ensure void space between the media to promote air flow and load distribution. The system configuration so as to develop two stages of attachment growth process. By this way the optimum condition for growth of heterotrophic microorganism is developed as a first stage to achieve removal of the carbonaceous substances (BOD/COD) by the action of aerobic bacteria and the availability of oxygen from ambient air. The innovative installation of the media in retrievable cage to enhance aeration through the media bed by natural draft and increase the treatment capability of trickling filters packed bed. The spraying system which is designed to operate without blockages and will ensure uniform spraying and distribution of inflow over the whole surface area of the packed bed with minimal pressure drop.

Project: DSWAP

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Demonstration site

REACT4MED — Troodos Mountains

Troodos Mountains, Cyprus

Communal mountain terrace maintenance and capacity building

Project: REACT4MED

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Pilot

SPORE-MED Pilot 124

Cyprus, Cyprus

Analytical method for detecting SARS-CoV-2, ESKAPE pathogens, and antibiotic resistance genes in uww.

Project: SPORE-MED

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Pilot

AI4WATER Pilot 88

Egypt, Egypt

In the Nile Delta, AI4Water tackles water scarcity and quality degradation in a densely populated coastal area. Stakeholders are engaged through local water user associations, making the system both practical and socially grounded. PoC: 5%

Project: AI4Water

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Demonstration site

AWESOME — Cairo

Cairo, Egypt

The innovative technological solutions (i.e., hydroponics and aquaponics) have been demonstrated in the lab scale facility built in the suburbs of Cairo, Egypt, and the hydroponics experiments were evaluated during both summer and winter

Project: AWESOME

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Demonstration site

AZMUD — El Cairo

El Cairo, Egypt

ICT and support decision tools for greenhouse farmers; Low energy drip irrigation system (LEDI); Biodegradable agriculture films with a resistances > 3 months in warm greenhouse environments; Natural encapsulated pesticides; Magnetic water and seed technologies;

Project: AZMUD

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Demonstration site

CerealMed — Egypt 113

Egypt, Egypt

Public site description not provided.

Project: CerealMed

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Pilot

CERERE Pilot 193

Egypt, Egypt

Proof of concepts and preliminary interviews are being conducted with farmers and stakeholders in the Ankara region (central anatolia) to validate the project concept. Other field activities will be soon conducted. Reported completion: 100%.

Project: CERERE

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Pilot

CIRQUA Pilot 148

Egypt, Egypt

The ASU pilot at Zenin WWTP is a full-scale demo treating raw sewage via 3 parallel 10×2 m constructed wetland cells (~60 m²), integrated with MOFCs-based nanofilters, a photocatalytic module, and automation, for water reuse and nutrient recovery.

Project: CIRQUA

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Pilot

CIRQUA Pilot 152

Egypt, Egypt

ASU's prototype at Zenin WWTP is a full-scale demo treating raw sewage via 3 parallel 10×2 m constructed wetland cells (~60 m²), integrated with MOFCs-based nanofilters, a photocatalytic module, and automation, for water reuse and nutrient recovery.

Project: CIRQUA

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Demonstration site

CONSIRS — Cairo

Cairo, Egypt

Closed greenhouse prototype and lab testing facilities for absorber technology and condensation droplet collection

Project: CONSIRS

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DIONYSUS Demonstration site 141

Egypt, Egypt

Replacing chemical fertilizers with compost. Intercropping between cereal crops and leguminous crops. Improve soil health. Continuous training and technical assistance. Use of solar Energy for irrigation. Cultivation of different crop varieties

Project: DIONYSUS

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Demonstration site

DIONYSUS Demonstration site 142

Egypt, Egypt

Replacing chemical fertilizers with compost. Intercropping between cereal crops and leguminous crops. Improve soil health. Continuous training and technical assistance. Use of solar Energy for irrigation. Cultivation of different crop varieties

Project: DIONYSUS

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Demonstration site

FUSION Demonstration site 217

Egypt, Egypt

The prototype described in point 3 will be transported to Egypt (El Cairo), where it will be installed and presented as a demonstration unit for stakeholders. Completion=20%.

Project: FUSION

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Demonstration site

HANDYWATER — Menoufia

Menoufia, Egypt

HANDYWATER. Subsurface drip irrigation, regulated deficit irrigation (RDI), Ultra-low drip irrigation and organic mulching. Monitoring soil water status by using soil moisture sensors. 2.1 ha Crop: Citrus

Project: HANDYWATER

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Demonstration site

Mara-Mediterra — Coastal area of Nile Delta

Coastal area of Nile Delta, Egypt

Field experimentation site for research purposes operated by ECU. NBS to be tested : Deficit/precision/smart irrigation, Land application of compost/manure/sludge, Hydraulic barrier to halt seawater intrusion, Natural systems of water quality improvement and biomass production

Project: Mara-Mediterra

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Demonstration site

MEDWATERICE — Nile Delta: Nekla, Sakha, Zankalon

Nile Delta: Nekla, Sakha, Zankalon, Egypt

MEDWATRICE. The field studies will be carried out in three sites located at the Western, Northern, and Eastern Nile Delta. The main problems and challenges facing the improvement of livelihood at the three selected sites are; (i) low performance and efficiencies of water supply networks, (ii) inequity of water distribution, (iii) water quality deterioration, (iv) poor irrigation and drainage management/practices, (v) soil compaction, (vi) shortage of inputs i.e. (fertilizers, new varieties … etc.), (vii) lack of financing/credit services, and (viii) absence of extra income-generating activities, (iv) seasonal water shortage, (v) poor drainage systems, (vi) reuse of low quality water (drainage water) in irrigation, and (vii) soil salinization

Project: MEDWATERICE

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Pilot

Mush-Med Pilot 16

Borg Al Arab, Egypt

City of Scientific Research and Technological Applications (SRTA-City) Reported completion: 100%.

Project: Mush-Med

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Pilot

Mush-Med Pilot 17

Egypt, Egypt

City of Scientific Research and Technological Applications (SRTA-City) Reported completion: 100%.

Project: Mush-Med

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Demonstration site

NEXUS-NESS — Egypt 47

Egypt, Egypt

Introducing Solar Energy Overcoming the problem of soil erosion Locating more suitable soils for cultivation in the southern parts of Egypt NEL’s Locating the best places to dig wells for extracting shallow groundwater in the northern part of Egypt NEL’s

Project: NEXUS-NESS

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Demonstration site

PLANT-B — Al Shaeir Island

Al Shaeir Island, Egypt

Public site description not provided.

Project: PLANT-B

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Demonstration site

REACT4MED — Tamia

Tamia, Egypt

Soil amendments, mulching, drainage, modern irrigation, salt-tolerant varieties

Project: REACT4MED

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Demonstration site

REVINE — West Nubariyah

West Nubariyah, Egypt

composting, fermented biofertilizers, and biological control compared with a low level of chemical pesticides

Project: REVINE

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Demonstration site

SALAM-MED — Matrouh

Matrouh, Egypt

SALAM-MED will test and validate a set of practical solutions in the desert agriculture of the Matrouh LL, representative of the hyper-arid (AI<0.05) zones in NENA countries (Serraj & Boerger, 2020), where population will double by 2050 and arable land is only 6.8%.

Project: SALAM-MED

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Demonstration site

SAVE water Demonstration site 296

Egypt, Egypt

Fayoum, Egypt pilot site addressing water scarcity, land degradation, and inefficient irrigation. Activities include sensors, AI-driven water modeling, and participatory governance to enhance groundwater management and optimize irrigation; 35% done.

Project: SAVE water

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Demonstration site

SCALARE Demonstration site 155

Egypt, Egypt

The demo site in Mostafa Ismail &10,000 Feddan Villages in Nubaria will focus on agroforestry, surveys, irrigation setup, and land management interventions. Activities are planned but not yet started, as we remain at the very beginning of implementation.

Project: SCALARE

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Demonstration site

SIGMA-NEXUS — Egypt 60

Egypt, Egypt

The case study is located approximately 245 km (152 mi) south of Cairo on the western bank of the Nile River, which flows north through the city. The case study is about Intercropping corn / summer legumes reflected in higher land equivalent

Project: SIGMA NEXUS

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SIGMA-NEXUS — Egypt 61

Egypt, Egypt

Development of a hydrological model as a tool that will increase the understanding of the multidisciplinary interaction of the complex hydrological processes in the study sites.

Project: SIGMA NEXUS

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Demonstration site

STAPLES Demonstration site 159

Al Sharqiya, Al Sharqiya, Egypt

Field study interviewing 36 local farmers, exploring experiences, knowledge, and challenges in cereal farming to be able to identify key factors that influence productivity during periods of shocks, facilitating the development of targeted interventions.

Project: STAPLES

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Pilot

STAPLES Pilot 161

Fayoum, Fayoum, Egypt

Farmers participated in the co-development of a multipurpose modular agricultural machine designed for smallholders, ensuring to gain insight into local systems’ vulnerability and meet local needs for more sustainable affordable farming solutions.

Project: STAPLES

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Pilot

SUPREM-MILK · Pilot area Egypt

Sheikh Zayed, Egypt

Pilot area: 1) WP4 - Task 4.5 Effect of inclusion of food industry by-products (orange pulp) in dairy cattle feed on cow's (data generated: feed composition and inclusion optimal level, dataset with milk yield and composition data, fertility data and health indicators) 2) WP4 - Task 4.6 Hair sampling in selected farms for genomic testing for informed choice in mating plans (data generated: genomic breeding values for preselected animals) 3) WP4 - Task 4.2 APP release for the digitalization of pilot farms (data generated: report, dataset, software) 4) WP 4 - Task 4.3 Organization and realization of technical workshops with farmers and freelance veterinarians (data generated: report, educational material) Reported completion: 90%.

Project: SUPREM-MILK

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SUREFISH — Hurgata

Hurgata, Egypt

Public site description not provided.

Project: SUREFISH

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Pilot

VENUS Pilot 188

Egypt, Egypt

Intercropping sesame with NUS, specifically Opuntia ficus-indica and Atriplex spp.(100% completion)

Project: VENUS

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Demonstration site

4CE-MED — Alairac

Alairac, France

Public site description not provided.

Project: 4CE-MED

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4CE-MED — Boigneville

Boigneville, France

Public site description not provided.

Project: 4CE-MED

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4CE-MED — Castenaudary

Castenaudary, France

Public site description not provided.

Project: 4CE-MED

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4CE-MED — Dijon

Dijon, France

Public site description not provided.

Project: 4CE-MED

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Agroforesteam Demonstration site 107

France, France

In Drôme, France (3 sites incl. INRAE Gotheron), fruit trees like apple, pear, plum, peach and pecan are studied. The MAP aims to define fruit agroforestry, assess its feasibility in temperate/Mediterranean areas, and evaluate on‑farm AF performance.

Project: AGROFORESTEAM

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COSMOS Demonstration site 208

France, France

The site produces truffles with *Quercus ilex*, *Tuber melanosporum*, and *Vitis vinifera*. It is an old agroforestry vineyard with 9‑year truffle oaks. The plantation will be densified, a diverse forest added, and weeds managed without herbicides. Reported completion: 100%.

Project: COSMOS

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Demonstration site

DATI — Domaine du Chapitre

Domaine du Chapitre, France

DATI. Apex Vigne Mobile app et 360 viti (Fruition Science, Sap Flow). - area (Ha): 130 ha totally within: 60 ha crops, 35 ha vineyards and 5 ha olive tree. - Crops: vineyard, olive tree

Project: DATI

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Pilot

FEDKITO — Bellignat

Bellignat, France

Production of the chitosan and essential oil based film and trays

Project: FEDKITO

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Demonstration site

FIT4REUSE — Montpellier

Montpellier, France

Drip irrigation tailored for water reuse, Open storage management to avoid recontamination, low energy and tailored for rural areas disinfection solutions, salinity management solutions

Project: FIT4REUSE

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Demonstration site

FORECAST -BioLivingLAB_FR

Versailles-Saclay, Ile-de-France, France

Co-Creation Workshops, Knowledge transfer and Training, Scientific support and Data Generation. Organise participatory workshops to co-design AF/OL systems, identify needs, barriers, and opportunities. Deliver training sessions and field demonstrations on seed technology, AF/OL management, and product valorisation. Conduct scientific analyses to characterise OL performance in AF systems, provide data for the FORECAST database. Reported completion: 0%.

Project: FORECAST

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Pilot

INTACTBioPack Pilot 84

France, France

UM is developing bio-based packaging materials that are 100% biodegradable in most conventional environmental conditions on Earth. These materials are made of polyhydroxyalcanoates (PHAs), which can be injected to create trays or cups (see picture).

Project: INTACTBioPack

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Pilot

INTACTBioPack Pilot 85

France, France

INTACTBioPack is developing mathematical predictive tools to help researchers design appropriate packaging systems. These tools allow, for example, the necessary quantity of antimicrobials to be added to the material to be calculated.

Project: INTACTBioPack

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IRRIWELL — France 30

France, France

Public site description not provided.

Project: IRRIWELL

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LAB4SUPPLY Demonstration site 43

France, France

The lab supported small producers with marketing strategies, PDO promotion, and climate adaptation through workshops and stakeholder engagement.

Project: LAB4SUPPLY

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LAB4SUPPLY Demonstration site 44

France, France

Activities focused on sustainable cultivation, water management, and regional branding. Workshops and Mediterranean exchanges were key components.

Project: LAB4SUPPLY

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MAGO — France 56

France, France

MAGO-France. Subarea of Durance Valley. Improve water efficiency and irrigation practice (Soil conservation agriculture)

Project: MAGO

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Med-Berry — Invenio

Invenio, France

Public site description not provided.

Project: Med-Berry

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MORFeuS · Demonstration site 1

Narbonne, France

DS Aude Reported completion: 0%.

Project: MORFeuS

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SHARE Demonstration site 131

France, France

16 plots - organised in pairs (4 plots missing - to be completed) 50km all around Montpellier (France) Vineyard plots - grazed or not grazed - some included also trees

Project: SHARE

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SIMTAP — France 82

France, France

The prototype hosted experiments on on-land integrated multi-trophic aquaculture (IMTA). The ponds are still in place, but currently the prototype is not running. Area: 5900 m2. Marine species tested: seaBreams; oysters; clam; Kuruma shrimp.

Project: SIMTAP

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SUSFORAGE — Theix

Theix, France

Public site description not provided.

Project: SUSFORAGE

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IRRIWELL — Germany 27

Germany, Germany

Public site description not provided.

Project: IRRIWELL

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KARMA — Mittelberg, Kleinwalsertal, Austria. Note: As Austria is not selectable in the drop-down menu for the country, we had to misleadingly select Germany at the country check box.

Mittelberg, Kleinwalsertal, Austria. Note: As Austria is not selectable in the drop-down menu for the country, we had to misleadingly select Germany at the country check box., Germany

An innovative monitoring system for fecal bacteria in spring water was installed at two alpine springs in the Hochifen-Gottesacker karst area. In karst aquifers the rapid pollution of spring water with fecal bacteria after precipitation events is a common problem. Standard methods for the detection and enumeration of fecal bacteria like E. coli require at least 18 hours, so that the fecal bacteria can already be spread in drinking water supply systems. The aim is therefore to determine parameters that can be used for an Early-Warning-System or at least for real-time indicators of fecal contamination at karst springs. In addition to the standard parameters discharge, electrical conductivity, water temperature, pH and redox, the particle load and particle size-distribution and the natural fluorescence were measured. The particle size-distribution was measured with the Klotz particle counter PCSS fluid lite and the natural fluorescence was measured with an Albillia field fluorometer FL30. E. coli bacteria were determined using a conventional culture-based method (IDEXX ColiSure) and with a novel instrument (ColiMinder) based on enzymatic activity measurements. Manual water samples were taken to determine the chemical composition of the spring water and total organic carbon as well as excitation-emission matrices (EEMs) using a laboratory Aqualog fluorometer. The system was implemented at the springs and proved that it worked as intended. However, the system will be removed until the end of the year 2024, hence the percentage of implementation is estimated to be 80%.

Project: KARMA

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ProxIMed Demonstration site 62

Germany, Germany

Vertical-Farming Container for showcasing

Project: ProxIMed

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Pilot

ProxIMed Pilot 58

Germany, Germany

Greenhouse, with automated temperature, lighting and watering opportunities

Project: ProxIMed

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Pilot

ProxIMed Pilot 59

Germany, Germany

Greenhouse, with automated temperature, lighting and watering opportunities

Project: ProxIMed

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ProxIMed Pilot 60

Germany, Germany

Institute of Food Technology, Food Startup Incubator, and Lab-scale to Semi-Pilot Scale Facilities for Food Production

Project: ProxIMed

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Pilot

ProxIMed Pilot 61

Germany, Germany

Institute of Food Technology, Food Startup Incubator, and Lab-scale to Semi-Pilot Scale Facilities for Food Production

Project: ProxIMed

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Pilot

ProxIMed Pilot 63

Germany, Germany

Vertical-Farming Container Lab-Scale for small production with the possibility to track lighting, airquality and nutrients supplied

Project: ProxIMed

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Pilot

SAVE water Pilot 295

Germany, Germany

Berlin pilot sites monitors soil, vegetation, and water fluxes under climate stress. SAVE WATER applies sensors, AI models, and participatory governance to support data-driven urban water management and climate-resilient green infrastructure; 45% done.

Project: SAVE water

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Demonstration site

4CE-MED — Chalkidiki

Chalkidiki, Greece

acreage: 1 ha, autumn camelina sowing, previous crop: Levander, land preparation: conventional tillage

Project: 4CE-MED

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Demonstration site

4CE-MED — Xanthi

Xanthi, Greece

Acreage: 0.6 ha, spring camelina sowing, previous crop: Castor bean

Project: 4CE-MED

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Pilot

CIRQUA Pilot 146

Greece, Greece

DUTH pilot near Xanthi is a fully-automated Constructed Wetland consisting of 4 compartments planted with Typha and Caltha spp. (~20 m²), integrated with a MOFCs-based nanofilter and a photocatalytic module, for water reuse and nutrient recovery.

Project: CIRQUA

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Pilot

CIRQUA Pilot 147

Greece, Greece

DUTH pilot near Xanthi is a fully-automated Constructed Wetland consisting of 4 compartments planted with Typha and Caltha spp. (~20 m²), integrated with a MOFCs-based nanofilter and a photocatalytic module, for water reuse and nutrient recovery.

Project: CIRQUA

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Pilot

CIRQUA Pilot 150

Greece, Greece

DUTH pilot near Xanthi is a fully-automated Constructed Wetland consisting of 4 compartments planted with Typha and Caltha spp. (~20 m²), integrated with a MOFCs-based nanofilter and a photocatalytic module, for water reuse and nutrient recovery.

Project: CIRQUA

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Pilot

CIRQUA Pilot 151

Greece, Greece

DUTH pilot near Xanthi is a fully-automated Constructed Wetland consisting of 4 compartments planted with Typha and Caltha spp. (~20 m²), integrated with a MOFCs-based nanofilter and a photocatalytic module, for water reuse and nutrient recovery.

Project: CIRQUA

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Pilot

ECHINO-SAFE-MED Pilot 38

Greece, Greece

Surveillance and control activities to reduce cystic echinococcosis in livestock farms and humans

Project: ECHINO-SAFE-MED

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Demonstration site

FIT4REUSE — Antissa

Antissa, Greece

Integration of a vertical bio-electrified wetland, a sand filter, nZVI columns and a UV disinfection unit with the objective to produce water for agricultural irrigation

Project: FIT4REUSE

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FREECLIMB — Naoussa

Naoussa, Greece

Public site description not provided.

Project: FREECLIMB

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FUSION Demonstration site 221

Greece, Greece

A pilot-scale cold plasma reactor will be demonstrated under real post-harvest conditions for disinfection ensuring high microbial inactivation while preserving product quality. %Completion = 30

Project: FUSION

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InTheMed — Timpaki

Timpaki, Greece

Web Decision Support System with a surrogate model to predict piezometric levels in an aquifer threatened by seawater intrusion

Project: InTheMed

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INTOMED — Arta

Arta, Greece

TESTING MICROBIALS AND METABOLITES ON TOMATO

Project: INTOMED

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INTOMED — Larissa

Larissa, Greece

application (soil drenching) of microbials, testing for production and fruit quality

Project: INTOMED

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INTOMED — Sparti

Sparti, Greece

TESTING METABOLITES AGAINST SPIDER MITES AT MULTIPLE SITES OF CITRUS TREES IN SOUTHERN GREECE, OTHER CROPS (VINE/ PEAR/ OLIVE / FIG) WERE ALSO TESTED

Project: INTOMED

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LENSES — Greece 49

Greece, Greece

Nature-based Solutions for agroecological practices improvement. 1) Increase soil water holding capacity and infiltration rates, 2) Incorporating manure, compost, biosolids, or incorporating crop residues to enhance carbon storage; 3) Mulching and 4) Use soil conservation measures – Cover crops. Orchards mainly apples and cherries, while annual crops are also found

Project: LENSES

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Pilot

LENSES Pilot 55

Greece, Greece

The basin is characterized by steep topography, karstic geology, and a rich biodiversity, but it faces several environmental challenges including soil erosion, nitrate pollution from agriculture, and inefficient water use.

Project: LENSES

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Pilot

LENSES Pilot 57

Greece, Greece

It supports a wide range of crops, including cotton, cereals, and vegetables, and is heavily reliant on irrigation. However, decades of intensive agricultural practices have led to significant environmental challenges

Project: LENSES

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Mara-Mediterra — island of Lesvos

island of Lesvos, Greece

Field experimentation sites in Lesvos Island including olive plantations and olive processing facility. NBS tested : Erosion barriers (such as terracing, Deficit/precision/smart irrigation, Recycling of cultivation residues, Land application of compost/manure/sludge, Natural systems of water quality improvement and biomass production

Project: Mara-Mediterra

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MEDSAL — Komotini, Rhodope region

Komotini, Rhodope region, Greece

Innovation 1: web-GIS MEDSAL observatroy with installation of real-time high resolution groundwater sensors Innovation 2: State-of-the-art tailor-made groundwater management plans with MEDSAL toolbox

Project: MEDSAL

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MEDSAL — Pithagorion (Samos Island)

Pithagorion (Samos Island), Greece

Innovation 1: web-GIS MEDSAL observatory with installation of real-time high resolution groundwater sensors Innovation 2: State-of-the-art tailor-made groundwater management plans with MEDSAL toolbox

Project: MEDSAL

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NATMed Demonstration site 19

Greece, Greece

Implementation of NbS to restore ecological balance in Lake Chimaditida. Controlled grazing by Greek buffaloes to reduce reed overgrowth, restore wetland structure, and create habitats. It enhances carbon uptake and lake’s role as a natural carbon sink.

Project: NATMed

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NEWFEED Demonstration site 34

Greece, Greece

Orange peel valorisation as an ingredient for dairy ruminants

Project: NEWFEED

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NEXUSLABS Demonstration site 95

Greece, Greece

Pinios: Enhance resilience to climate change by adopting innovative water-saving techniques, promoting energy-efficient practices, and deploying smart irrigation technologies; Improve water and land management, soil formation and fertility;

Project: NexusLabs

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NEXUSLABS Demonstration site 96

Greece, Greece

Koiliaris: Enhance resilience to climate change by adopting innovative water-saving techniques, promoting energy-efficient practices, and deploying smart irrigation technologies; Improve water and land management, soil formation and fertility;

Project: NexusLabs

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OLIWA Demonstration site 234

Greece, Greece

Insect rearing on OBs substrates and animal trials on fish

Project: OLIWA

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PLANT-B — Argolis

Argolis, Greece

Public site description not provided.

Project: PLANT-B

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Polinas Plastic Company

Polinas Plastic Company, Greece

Polinas, founded in 1982 in Manisa, Turkey, is a leading producer of BOPP and BOPET films for flexible packaging. It manufactures metallized, coated, and holographic films used in food, beverage, and industrial sectors, serving global markets.

Project: A- BLOCK

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PRECIMED — Pyrgetos, Larissa

Pyrgetos, Larissa, Greece

Different fertigation treatments to validate PRECIMED-DSS in soilless cucumber crops.

Project: PRECIMED

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PRECIMED — Velestino, Volos

Velestino, Volos, Greece

Different fertigation treatments to validate PRECIMED-DSS in soilless tomato crops.

Project: PRECIMED

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REACT4MED — Heraklion

Heraklion, Greece

Shift to silvopastoral system with over 25 ha of newly forested land

Project: REACT4MED

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SALAM-MED — Messinia (Greece)

Messinia (Greece), Greece

The olive orchards are a typical MED ecosystem covering over 8 M ha in the MED (FAOSTAT). The watersheds’ hydrology and soil fertility can be improved by combining bio-based and digital agriculture technologies with modelling approaches

Project: SALAM-MED

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Demonstration site

SIGMA-NEXUS — Greece 59

Greece, Greece

The Greek case study is located on the island of Crete, the largest of the Greek islands and is in the southern part of the Aegean Sea. The case study is located in the municipality of Apokoronas in the Chania prefecture. The case study area is 1700 hectares. The main crops in the area are olive trees, citrus and avocados

Project: SIGMA NEXUS

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SURE_NEXUS — Greece 117

Greece, Greece

Tinos Ecolodge. Sustainable Tourism. Potamia, Akeratos Island of Tinos. Rainwater harvesting system, Rain water storage system, NBS water treatment, Water reclaimation, 100% reg. electricity production & storage, local food production, composting.

Project: SURE_NEXUS

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Demonstration site

Sustain-COAST — CHANIA

CHANIA, Greece

Water resources quality monitoring using a High Resolution Monitoring Approach (HRMA), Two sensors In Situ AquaTROLL 200 that measure Temperature, Groundwater Level, Electrical Conductivity, pH and Total Dissolved Solids. All measurements are in Real -Time with an hourly time step and with a wireless transmission every 3 hours to the server of Lab in .txt format and with a web-interface

Project: Sustain-COAST

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Pilot

VENUS Pilot 177

Greece, Greece

A natural saline wetland with NUS (Salicornia europaea and other native species) acting as cover, which are exploited as a nursery in order to extract NUS genetic resources that are further propagated in controlled conditions (100% completion)

Project: VENUS

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Pilot

VENUS Pilot 178

Greece, Greece

NUS intercropping applications (Salicornia europaea and Crithmum maritimum) with common vegetables (tomato) at greenhouse conditions (double production) considering also the case of impacted irrigation water by salinity (100% completion).

Project: VENUS

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Pilot

VENUS Pilot 179

Greece, Greece

NUS (Crithmum maritimum) intercropping with leguminous species (Faba Sativa) (100% completion)

Project: VENUS

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Pilot

VENUS Pilot 180

Greece, Greece

NUS (Opuntia ficus indica) intercropping with leguminous species (Faba Sativa) (100% completion)

Project: VENUS

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Demonstration site

ZeroParasitic — Domokos

Domokos, Greece

utilizing a UAV equipped with a multispectral camera

Project: ZeroParasitic

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Demonstration site

DSWAP — Hof carmel County

Hof carmel County, Israel

We evaluated the capacity of a 4500 L reservoir (coined Eco-Reservoir) to reduce pathogens, and the effect of covering the reservoir to reduce evaporation. This pilot-scale reservoir efficiantly removed antibiotic bacteria and antibiotic resistance genes from low quality secondary effluent, providing a highly bennificial means for enhancing water quality prior to irrigation in decentrilized systems. Covering significantly reduced evaporation with minimal effects on function.

Project: DSWAP

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Demonstration site

EcoFuture Demonstration site 80

Israel, Israel

Two aquaculture pilots, an open fishpond and a RAS type have been used to demonstrate the nexus between water, energy, food security and environmental services.

Project: EcoFuture

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Demonstration site

EcoFuture Demonstration site 80 - Eden Farm

Israel, Israel

Two aquaculture pilots, an open fishpond and a RAS type have been used to demonstrate the nexus between water, energy, food security and environmental services. Notes: The RAS used 2,832 m³ of water between August 2024 and July 2025, corresponding to approximately 450 L/kg of fish, compared with approximately 3,500 L/kg for conventional Israeli pond aquaculture. This represents an indicative ~87% reduction in specific water use. The pilot currently produces approximately 45 t salmon/year. Reported completion: 100%.

Project: EcoFuture

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Demonstration site

FIT4REUSE — Talmei Yaffe

Talmei Yaffe, Israel

Optimisation of the desalination process and reduction of its energy requirements through application of the fouling reduction device; Cartridge filters for minimisation of the clogging while maintaining the filtered water quality

Project: FIT4REUSE

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Demonstration site

LENSES — Israel 51

Israel, Israel

Applied solutions are aimed to avoid contamination and deterioration the water quality of the Lake, including isolation of waste and drainage water inputs from upstream and surrounding sources, and reusing the water for irrigation. Farmers are trained and motivated by water quotas and pricing now for many years to get the most out from every drop of water, supported by meteorological and advisory information systems and ongoing research

Project: LENSES

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Demonstration site

LENSES — Israel 52

Israel, Israel

Exploration of tree responses to partial shading with movable solar panels, facing challenges and finding solutions, using and array of sensors and manual monitoring the crop and environment

Project: LENSES

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Pilot

LENSES Pilot 54

Israel, Israel

Originally a vast wetland, the area was drained in the 1950s to create farmland, leading to severe ecological degradation, including the loss of biodiversity and soil subsidence.

Project: LENSES

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Demonstration site

REACT4MED — Bethlehem of Galilee

Bethlehem of Galilee, Israel

Orchard transformed into a food forest

Project: REACT4MED

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Demonstration site

SURE_NEXUS — Israel 119

Israel, Israel

Agrovoltaic. KKL. Renewable Energy. AgriVoltaics - (1) static panels, (2) one axis and (3) double axis trackers.

Project: SURE_NEXUS

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Demonstration site

VALMEDALM Demonstration site 29

Israel, Israel

Irrigated almond orchard (Matan cultivar) intercropped with a mixture of ryegrass and other crops

Project: VALMEDALM

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Demonstration site

AGROFIG Demonstration site 262

Seano Prato, Seano Prato, Italy

We set up an agroforestry experiment in a orchard with adult plants of the fig tree. We are currently at 25% of completation. In A and B we sowed herbaceous crops while in a third portion (C) we did not sow anything (control, no agroforestry).

Project: AGROFIG

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Demonstration site

Agroforesteam Demonstration site 106

Italy, Italy

CREA MAP in Rome is in its early phase, building on collaborations with 3–4 urban farms and a Long-Term Experiment with an agroforestry system. It will engage local producers, researchers and advisors to co‑design agroforestry adapted to regional systems.

Project: AGROFORESTEAM

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Pilot

AI4WATER Pilot 90

Italy, Italy

In Capitanata, AI4Water is developing a smart DSS that integrates Earth Observation, historical data, and AI forecasts to support real-time decisions on Occhito reservoir and groundwater withdrawals for civil and agricultural demand. PoC: 20%

Project: AI4Water

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Pilot

ASPmed Pilot 172

Lamporecchio Pistoia Italia, Lamporecchio Pistoia Italia, Italy

The activities are in progress

Project: ASPmed

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Demonstration site

BioProMedFood — Imola

Imola, Italy

Study of strains performances as starter cultures in traditional fermented sausages produced in pilot or industrial plant (100%)

Project: BioProMedFood

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Demonstration site

Blue-Med — Teramo

Teramo, Italy

The Disease Monitoring Dashboard (DMD) web system application is designed and defined to collect and visualize data on BTV occurrence in Europe and in the Mediterranean basin and to display climatic and environmental factors favourable to the spread of the disease.

Project: Blue-Med

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Demonstration site

CerealMed — Foggia

Foggia, Italy

Public site description not provided.

Project: CerealMed

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Demonstration site

CERERE Demonstration site 191

Italy, Italy

Field trials test 10 durum and 10 bread wheat varieties under rainfed and irrigated conditions (1000 m²). Plots (5 m², 3 reps) assess phenology, diseases (no fungicides), yield and quality. IoT sensors validate digital data against manual measurements. Reported completion: 100%.

Project: CERERE

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COSMOS Demonstration site 206

Italy, Italy

This site includes oaks inoculated with the prized white truffle in an area previously cultivated with legumes. Medicinal and aromatic plants accompany the plantation. Management practices focus on non‑herbicide weed control and improving soil health. Reported completion: 100%.

Project: COSMOS

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Demonstration site

DATI — Terre Regionali Toscane

Terre Regionali Toscane, Italy

DATI. UAV remote sensing with thermal, multispectral and hyperspectral cameras. Precision Irrigation system. Meteorological and soil moisture measurements using WSN (wireless sensor network). Area : 1ha

Project: DATI

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Demonstration site

DIONYSUS Demonstration site 118

Italy, Italy

The site is a Mediterranean water-scarcity hotspot where drought constrains citrus productivity. Co-designed with stakeholders, the site tests water-saving strategies and soil management to improve structure, microbial activity, and water retention.

Project: DIONYSUS

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Demonstration site

DREAM Demonstration site 24

Italy, Italy

The DREAM agro-ecosystem planted in Bologna consists of 9 different apple varieties, chosen on the basis of both their qualitative traits and genetic resistances to biotic stresses, plus one commercial variety used as control.

Project: DREAM

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Pilot

ECHINO-SAFE-MED Pilot 39

Italy, Italy

Surveillance and control activities to reduce cystic echinococcosis in livestock farms and humans

Project: ECHINO-SAFE-MED

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Pilot

FEDKITO — Bologna

Bologna, Italy

Biosensors to detect quality and contamination of food

Project: FEDKITO

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Demonstration site

FIT4REUSE — Cesena

Cesena, Italy

Irrigation with reclaimed water; Testing effects on soil, crops and irrigation equipment; Smart fertiliser application enabling lower consumption due to nutrients present in reclaimed water

Project: FIT4REUSE

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Demonstration site

FIT4REUSE — Imola

Imola, Italy

Integration of intensive (UASB, UV lamp) and nature-based (constructed wetlands) solutions for domestic wastewater treatment enabling higher efficiency and lower energy consumption while producing effluent that satisfies reuse standards

Project: FIT4REUSE

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Demonstration site

FORECAST - Legumes for Agroforestry

Sassari, Sardinia, Italy

Sardinia, RETE APPIA, Truvunittu Farm, Reg. Truvunittu, Osilo, Martometti farm, PRIMA SUREPASTOR FARMS. Identification of stakeholders involved in agroforestry/orphan legume (AF/OL) systems. Open days, School & University visits. Legume-based mixtures for permanent grassland. Notes: Legumes for Agroforestry, Sardinia, RETE APPIA, Reg. Truvunittu, Osilo, Martometti Farm, PRIMA SUREPATOR FARMS Reported completion: 0%.

Project: FORECAST

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Demonstration site

FORECAST - Alta Tuscia Living Lab

Viterbo, Lazio, Italy

Biodistrict of Bolsena Lake, Lazio and Umbria Regions. Pisum sativum var. arvense (roveglia) intercropped in olive orchards or arable fields, annual Medicago spp. in greening contexts. Identification of stakeholders involved in AF/OL systems, Biodistrict of Bolsena Lake (Viterbo) as a network of organic farmers. On-farm participatory workshops to co-design AF/OL systems, identify needs, barriers and opportunities. Identification of stakeholders involved in AF/OL systems . Reported completion: 0%.

Project: FORECAST

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Demonstration site

FORECAST - Poplar Living Lab

Casale Monferrato (Alessandria), Piedmont, Italy

Demo Site, Stakeholder mapping/engagement, Citizen Science initiatives. Implementation of a demonstration site, target AF: poplar (Populus spp.) trees, OL: chickpea and bean. Identification of stakeholders involved in AF/OL systems. Conduct engagement activities with stakeholders, implement sessions of co-creation and co-development of solutions, questionaires and identification of barriers. Regular contacts with stakeholders, follow-up on implemented solutions, surveys and qualitative feedback from stakeholders, technical training and courses. Open days, school & university visits. Reported completion: 0%.

Project: FORECAST

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Demonstration site

FREECLIMB — Imola

Imola, Italy

Public site description not provided.

Project: FREECLIMB

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Demonstration site

FrontAg Nexus Demonstration site 82

Italy, Italy

The demo, based in Salus Space in Bologna, is a shipping container rearranged as a hydroponic facility. The facility produce soilless mushrooms which are sold in the local farmer market.

Project: FrontAg Nexus

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Pilot

FrontAg Nexus Pilot 83

Italy, Italy

The pilot is a small-scale insect farm, placed at the department of Agriculture and Food Science and Technology (DISTAL), University of Bologna. The system aims at producing the insect Galleria melonella, with efficient use of water.

Project: FrontAg Nexus

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Demonstration site

FUSION Demonstration site 216

Italy, Italy

The prototype described in point 3 will be transported to Italy, where it will be installed and presented as a demonstration unit for stakeholders. Completion=20%.

Project: FUSION

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Demonstration site

GENDIBAR — PIACENZA

PIACENZA, Italy

testing new alleles controlling barley phenology in elite background

Project: GENDIBAR

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Demonstration site

HANDYWATER — Lentini

Lentini, Italy

HANDYWATER. Integration of soil sustainable and water management practices at farm level by coupling organic mulching practices (crop residues from pruning and weeds, Figure 6) with regulated deficit irrigation strategies (RDI, i.e. water deficits supplied during specific phenological phases, when crops are less sensitive to water stress) under drip irrigation conditions. In particular, the following treatments are analysed

Project: HANDYWATER

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Demonstration site

InnoSol4Med Demonstration site 50

Italy, Italy

Department for Sustainable Food Process (DISTAS), Faculty of Agriculture, food and environmental sciences – Cremona Campus, via Bissolati 74, 26100 Cremona.

Project: InnoSol4Med

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Demonstration site

INWAT — Taranto

Taranto, Italy

Modelling the impact of WWTPs on surface waters: hydrological regime alterations; risk assessment associated with emerging pollutants (pharmaceutical and pesticides).

Project: INWAT

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Demonstration site

KARMA — Abruzzo Region

Abruzzo Region, Italy

Spring discharge monitoring; aquifer recharge evaluation and validation at a scale of 100x100m cells for about 1000 square kilometers; evaluation of origin of groundwater drained in underground tunnels; snow contribution to recharge; tracer test for assessing recharge mechanisms; drought scenarios with prevision of water resource lowering

Project: KARMA

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Demonstration site

Legu-med — Foggia, Puglia Region

Foggia, Puglia Region, Italy

Phenotypic evaluation was carried out, for some characteristics, of a population of chickpeas of different origins. Ninety genotypes were evaluated

Project: Legu-med

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Demonstration site

LENSES — Italy 48

Italy, Italy

The main objective is to build a participatory Strategic Roadmap towards a resilient and sustainable WEF Nexus (i.e., guarantee provision of ecological services, protect high-value agriculture, improve water allocation between competing uses). As part of the process a Participatory System Dynamic Model, a Political Economy Analysis and a Climate Risk Assessment analysis will be elaborated. Land use is mainly based on intensive agriculture, characterised by the cultivation of rainfed winter cereals (mainly durum wheat), irrigated summer horticultural crops (mostly processing tomato, melon and water-melon) and olive trees.

Project: LENSES

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Pilot

LENSES Pilot 51

Italy, Italy

The Tarquinia is located in the Lazio region of central Italy, represents a Mediterranean agricultural landscape. Known for its historical heritage and fertile plains, the area is characterized by intensive farming practices.

Project: LENSES

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Demonstration site

Med-Berry — Agugliano

Agugliano, Italy

Public site description not provided.

Project: Med-Berry

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Pilot

MedInCircle · Pilot site - High-Solid Thermophilic Anaerobic Digestion semi-pilot plant

Naples, Italy

The activities were part of WP8, task 8.2 of the project, which focused on the operation of a semi-pilot scale high-solid thermophilic anaerobic digester (HSTAD) fed with the best performing co-digestion mixture investigated in WP4, i.e., second cheese whey (obtained after ricotta production) and buffalo manure. The activity aimed to validate the proposed technology for converting agricultural residues into high-quality biogas, while producing a balanced digestate that can be used as fertilizer. Technical feasibility, robustness and process stability were prioritized over peak productivity data to support further scale-up and replication. The semi-pilot scale operation enabled strengthening of results obtained at bench scale while integrating further knowledge to be considered at larger scales, including relevant additional parameters, contributing to TRL advancement within WP8. Reported completion: 100%.

Project: MedInCircle

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Pilot

MedInCircle ·Pilot site - 4. Aerobic heterotrophic assimilation semi-pilot plant

Naples, Italy

The activities were part of WP8, task 8.3 of the project, which focused on the pilot-scale validation of an integrated nitrogen recovery and valorisation process, coupling direct air stripping of ammonia from anaerobic digestate with aerobic heterotrophic assimilation for the production of microbial protein-rich biomass. The activity aimed to demonstrate the technical feasibility, robustness and controllability of the integrated configuration under representative agri-food conditions, while generating operational data and engineering assumptions to support further scale-up and replication. The pilot validation built upon laboratory-scale results obtained in earlier project phases and on the physicochemical characterisation of the selected reference matrices (liquid digestate and second cheese whey). The semi-pilot installation enabled consolidation of these results into validated operational procedures, mass balances and scale-up-relevant parameters, contributing to TRL advancement within WP8. Reported completion: 100%.

Project: MedInCircle

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Pilot

MEDITOMATO — Terevola

Terevola, Italy

Agricultural tests will be conducted in ARCA2010’s experimental farm, where at least 1 ha will be devoted to test and demonstrate innovations developed in the project while a similar surface in the surrounding area will be used as a control test. IoT Irrigation and fertilisation system will be tested for a whole season, typically extending from end of June to end of September. In parallel, portable NIR measuring ºBrix, Total acidity and Colour will be tested to optimize harvesting for the same period based on quality attributes and maturity leve

Project: MEDITOMATO

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Demonstration site

MEDSAL — Salento Peninsula

Salento Peninsula, Italy

Innovation 1: web-GIS MEDSAL observatory with installation of real-time high resolution groundwater sensors Innovation 2: State-of-the-art tailor-made groundwater management plans with MEDSAL toolbox

Project: MEDSAL

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Demonstration site

MEDWATERICE — Lomellina

Lomellina, Italy

MEDWATRICE. At the farm scale, experimental/demo fields are set up to compare different irrigation management options. Two Pilot Farms are involved in the study: in the first farm, wet seeding and traditional flooding, dry seeding and delayed flooding, wet seeding and alternated wetting and drying are compared; in the second farm, the current system of manually opened sluice gates for the wet seeding and traditional flooding irrigation management is compared with electro-mechanically controlled gates allowing a more accurate water management

Project: MEDWATERICE

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Demonstration site

Mush-Med · New site

Messina, Italy

Describe the site activities and interventions. Reported completion: 0%.

Project: Mush-Med

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Demonstration site

NATMed Demonstration site 20

Italy, Italy

Implementation of NbS to control groundwater pollution from agriculture. Forested Infiltration Area (FIA) has been developed to reduce groundwater nitrate pollution in a vulnerable zone. Passive Treatment System to filter the water and removes nitrates.

Project: NATMed

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Demonstration site

NEXUS-NESS — Italy 46

Italy, Italy

Two schemes for reuse of treated wastewater (with tertiary treatment) for irrigation Managed Aquifer Recharge (MAR) scheme River Restoration Works

Project: NEXUS-NESS

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Demonstration site

NEXUSLABS Demonstration site 92

Italy, Italy

Torre Guaceto: explore wastewater reuse; innovate in irrigation techniques, implement NbS, including wetland restoration

Project: NexusLabs

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Demonstration site

NEXUSLABS Demonstration site 93

Italy, Italy

Tarquinia: agroecological practices (improve soil quality and water content; implement NbS; SH training (starting at school level)

Project: NexusLabs

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Demonstration site

NEXUSLABS Demonstration site 94

Italy, Italy

Veneto: upscaling of solutions from wide range of farms; large-area impact assessment via WEFE. Upscaling: Analyse institutional frame and potential barriers. Potential for uptake of agroecological practices, innovative irrigation techniques, SH training

Project: NexusLabs

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Demonstration site

NUSYC Demonstration site 169

Terzigno NA, Terzigno NA, Italy

Green waste shredding prior to hydrothermal carbonisation (HTC) (WP3, NUSYC). Pictured: Prof. Biagio Morrone, a collaborator and a farm worker. Photo by Prof. Petronia Carillo.

Project: NUSYC

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Demonstration site

NUSYC Demonstration site 170

Gricignano di Aversa Caserta, Gricignano di Aversa Caserta, Italy

HTC pilot plant of University of Campania “L. Vanvitelli” (WP3, hydrochar production), installed at Progest facility (Gricignano di Aversa, Italy). In the photo: PhD student and Dr. Giovanna Marta Fusco (project team). Photo by Prof. Lucio Zaccariello.

Project: NUSYC

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Demonstration site

NUSYC Demonstration site 173

Italy, Italy

Module of vertical farming using a container equipped with two nutrient solution stations, LED artificial lighting and environmental control for urban cultivation of leafy vegetables. Cultivations of leafy vegetables (20%)

Project: NUSYC

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Demonstration site

NUSYC Demonstration site 174

Italy, Italy

Workshop on design and building up the UVC treatment urine device, location in Milan at Mag Science company. Research activities ongoing (30%)

Project: NUSYC

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Pilot

NUSYC Pilot 171

Caserta, Caserta, Italy

HPLC, and ELISA UV–Vis spectrophotometric instruments at DiSTABiF Department, University of Campania “L. Vanvitelli” (Carillo Laboratory, Caserta, Italy). Pictured: a PhD student testing methods for WP6 NUSYC PRIMA. Photo by Prof. Petronia Carillo.

Project: NUSYC

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Demonstration site

OLIWA Demonstration site 223

Italy, Italy

Insect rearing on OBs substrates and animal trials on poultry and fish

Project: OLIWA

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Pilot

OLIWA Pilot 240

Italy, Italy

Melt extruded and hot-pressed films for food packaging prototypes

Project: OLIWA

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Demonstration site

PLANT-B — Sicily

Sicily, Italy

Public site description not provided.

Project: PLANT-B

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PROMEDRICE Demonstration site 14

Italy, Italy

Farm field days in Ente Nazionale Risi Castello d'Agnona

Project: PROMEDRICE

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Demonstration site

ProSmallAgriMed · Demonstration site 4

Roccapalumba, Italy

Newly established cactus pear orchard, inoculation with arbuscular mycorrhizal fungi. Notes: newly established orchard was located at 37° 45' 58,848'' N; 13° 40' 0,648'' E Reported completion: 0%.

Project: ProSmallAgriMed

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Demonstration site

ProSmallAgriMed · Demonstration site 5

Roccapalumba, Italy

15 years old productive orchard, inoculated or not with arbuscular mycorrhizal plants. Reported completion: 0%.

Project: ProSmallAgriMed

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Demonstration site

REACT4MED — Stornara and Tarra

Stornara and Tarra, Italy

Advanced irrigation systems, remote technology for water use efficiency, water harvesting

Project: REACT4MED

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RESERVOIR — The coastal aquifer of Comacchio (Italy) is located in Emilia Romagna region within the Province of Ferrara (Northern Italy)

The coastal aquifer of Comacchio (Italy) is located in Emilia Romagna region within the Province of Ferrara (Northern Italy), Italy

The coastal aquifer of Comacchio (Italy) is located in Emilia Romagna region within the Province of Ferrara (Northern Italy) Results: 1) Improving the irrigation scheduling web-system of Italy named IRRIFRAME with advanced information on shallow groundwater level obtained from advanced EO integrated model. 2) Innovative evaluation method and model for water level control in ditches to control and reduce salt water intrusion and subsidence processes. 3) Subsidence risk and unsustainable groundwater management index to identify critical situations 4) Guidelines to implement sustainable strategies aimed to mitigate land subsidence.

Project: RESERVOIR

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Demonstration site

RevAgroforMed · Demonstration site 1

San Casciano Val di Pesa, Italy

Montepaldi long term experiment, https://www.molte.unifi.it/, comprises experimental plots where long term dynamics of a range of different crops can be studied in combination with impacts of natural as well as man-made hedgerows with autochthonous species (Pantani et al., 2022). The outcomes of this long term experiment can support and explain short term evidence from RevAgroforMed lighthouse experiments. Reported completion: 80%.

Project: RevAgroforMed

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SALAM-MED — Sardinia

Sardinia, Italy

Innovative soil management practices to improve soil's water holding capacity and prevent the spread of oak diseases

Project: SALAM-MED

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Demonstration site

SAVE water Demonstration site 297

Italy, Italy

The Agrianto -CNR pilot site tests smart water management on farms using sensors, AI models, and real-time monitoring. It promotes climate-resilient irrigation, sustainable use of groundwater and surface water.40% of activities are completed

Project: SAVE water

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SCALARE Demonstration site 125

Italy, Italy

The demosite comprises an agroforestry system in which grapevines are intercropped with either barley or burr medic, and is compared with a conventional grapevine system without associated crops. The farm is managed by a female farmer and is rainfed.

Project: SCALARE

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Demonstration site

SCALARE Demonstration site 126

Italy, Italy

The demosite comprises an agroforestry system in which grapevines are intercropped with either barley or burr medic, and is compared with a conventional grapevine system without associated crops. The farm is managed by a female farmer and is rainfed.

Project: SCALARE

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Pilot

SCALARE Pilot 127

Italy, Italy

The pilot site comprises an agroforestry system in which almonds are intercropped with either barley or burr medic, and is compared with a conventional almond system without associated crops. The farm is managed in rainfed conditions.

Project: SCALARE

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SHARE Pilot 128

Italy, Italy

The identified site is a pilot site si a grazed olive grove. The planned activities will focus on comparing the ES provided under this management system with those resulting from alternative management practices (e.g. soil tillage). Percentage 5%

Project: SHARE

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Pilot

SHARE Pilot 129

Italy, Italy

The identified site is a pilot site si a grazed olive grove. The planned activities will focus on comparing the ES provided under this management system with those resulting from alternative management practices (e.g. soil tillage). Percentage 5%

Project: SHARE

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SIMTAP — Italy 84

Italy, Italy

The SIMTAP prototype at UNIPI (Pisa, Italy) can be considered a demonstration site for on-land IMTA/marine aquaponics after a few modifications of the current system, which should be completed in the next 4-6 months In the framework of project, the prototype hosted experiments on marine fish, polychaetes, microalgae, macroalgae and halophytes.

Project: SIMTAP

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SMARTIES — Brescia

Brescia, Italy

Installation of instrumentation to monitor some agro-hydrological variables and power the energy-water-balance model necessary to quantify crop water requirements and uses. Creation of a seasonal crop simulator for the definition of crop water requirements across a variety of possible soil/atmospheric conditions, in order to help decision-making for water resources management planning.

Project: SMARTIES

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SMARTIES — Foggia

Foggia, Italy

Install web-gis dashboard for the monitoring of the agro-hydrological variables and to help decision-making in water resources management with the help of weather forecasting. Creation of a seasonal crop simulator for the definition of crop water requirements in advance across a variety of possible soil/atmospheric conditions.

Project: SMARTIES

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SMARTIES — Modena

Modena, Italy

Installation of instrumentation for the continuous monitoring of agro-hydrological variables. Analysis with energy-water balance model of the crop water requirements and consumption, providing deep insights into the irrigation water usage. Intensive measurement field campaign with ground instruments and airborne thermal imagery to gather high-resolution information about surface temperature and other variables in different times of the day.

Project: SMARTIES

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Pilot

SPORE-MED Pilot 122

Italy, Italy

Living membrane bioreactor to remove micro-pollutants and micro-plastics.

Project: SPORE-MED

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Sustain-COAST — Aborea

Aborea, Italy

Lessons learnt on governance for sustainable management and pollution reduction of Mediterranean coastal aquifers. Social learning in the context of multi-stakeholder platforms for sustainable water management can be defined as a process leading to hybrid forms of knowledge between scientific knowledge (i.e. generated from formal research methods) and local knowledge (Figure 1). Figure 1: Generation of hybrid knowledge through the social learning process in the Living Labs Source: (Nguyen et al., 2014) The design and implementation of social learning spaces favour activities and interactions among multiple stakeholders operating in complex situations, which in turn allow integrated practices to emerge. In this sense, social learning can be understood both as an alternative governance mechanism and as a process of systemic change (Ison et al., 2011). Dialogical tools can be more effective than the linear transfer of knowledge approach in identifying strategies for developing concerted actions. Toderi et al. (2007) illustrate some of the benefits that stem from the use of dialogical tools to enable stakeholders’ self-organization and collective action: i) Increase users’ understanding of the benefits that scientific information may have on their practices. ii) Increase researchers’ reliability and their recognition as authoritative sources of information. iii) Mediate polarized positions between different but interdependent stakeholders. iv) Reach a shared understanding of an issue, which is crucial for designing concerted actions. v) Promote the emergence of dialogical and learning spaces that facilitate negotiation, networking, coordination and social learning. vi) Enhance the awareness of the interconnections and interdependence among different groups of stakeholders. vii) Promote a common vision, a sense of mutual trust and a greater willingness to engage in concerted action towards sustainability. It is therefore important for a research team to know what dialogical tools can be designed in order to stimulate a process of structured dialogue, participatory research and concerted action among stakeholders. The following sections focus on multi-stakeholder partnerships and the living lab format.

Project: Sustain-COAST

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Demonstration site

SWATCH — Orroli

Orroli, Italy

Public site description not provided.

Project: SWATCH

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Demonstration site

TAIE · New site

Perugia, Italy

The site is located in Umbria region, within a typical hilly landscape characterized by gentle slopes, mixed woodlands, and agricultural areas. The farm represents a relevant case study for the project, providing valuable data on truffle–hazelnut interactions, soil health, and production dynamics. Related activities: WP2, subtask 2.2.2 -Hazelnut & truffle cultivation (Umbria); Leader CNR-ISAFOM We plan to test the production of Hazelnut and truffles in Umbria. Task 3.4: Effects of innovative truffle agroforestry practices on soil quality and C sequestration. Task 3.5: Mycorrhizal state of truffle hosts in innovative agroforestry systems and truffle mycelium quantification in soils. Reported completion: 0%.

Project: TAIE

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Demonstration site

VALMEDALM Demonstration site 28

Italy, Italy

Almond irrigated orchard (Tuono) intercropped with Sulla, Medicago and soil tillage.

Project: VALMEDALM

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Pilot

VENUS Pilot 181

Italy, Italy

Pilot site for using Salicornia, Salsola, Beta maritima, Suaeda maritima, and Atriplex species as cover crops and for intercropping applications with tomato (100% completion)

Project: VENUS

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Pilot

VENUS Pilot 182

Italy, Italy

Pilot site for using Salicornia, Salsola, Beta maritima, Suaeda maritima, and Atriplex species as cover crops and for intercropping applications with tomato (100% completion)

Project: VENUS

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Pilot

VENUS Pilot 183

Italy, Italy

Pilot site with Crithmum maritimum Beta maritima, and Atriplex species as main/cover crops (100% completion)

Project: VENUS

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Demonstration site

AZMUD — Jordan Valley

Jordan Valley, Jordan

Root heating based on Joule effect integrated in hydroponic systems; Semi-transparent flexible photovoltaic modules to be placed over the greenhouse structure; Magnetic water and seed technologies, Low energy drip irrigation system (LEDI); Biodegradable agriculture films with a resistances > 3 months in warm greenhouse environments; Natural encapsulated pesticides; ICT and support decision tools for greenhouse farmers

Project: AZMUD

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Demonstration site

BLUMI-Med Demonstration site 303

Madaba Governorate, Madaba Governorate, Jordan

The market is functioning but is not professionally managed. Its strengths lie in location and pricing, while its weaknesses are mainly related to the weak infrastructure. The proposed activities to enhance the market operations and marketing.

Project: BLUMI-Med

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Demonstration site

EcoFuture Demonstration site 79

Jordan, Jordan

Soil quality and productivity are improved by applying compost-manure. An efficient soil moisture-based management irrigation system is reducing water consumption. Harvested rainwater and desalinated water are lowering soil salinity.

Project: EcoFuture

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Demonstration site

EcoFuture Demonstration site 79 - Deir Alla

Jordan, Jordan

Soil quality and productivity are improved by applying compost-manure. An efficient soil moisture-based management irrigation system is reducing water consumption. Harvested rainwater and desalinated water are lowering soil salinity. Notes: Efficient irrigation can reduce water consumption by 30-50%. Water harvesting from plastic houses can increase water availability by 6 million m3/yr. Soil amendments with compost and manure mixtures increases tomato productivity by 2 tn/dunum. Reported completion: 100%.

Project: EcoFuture

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Demonstration site

FUSION Demonstration site 220

Jordan, Jordan

The prototype described in point 3 will be transported to Jordan, where it will be installed and presented as a demonstration unit for stakeholders. Completion=20%.

Project: FUSION

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Demonstration site

GOTHAM — Azraq basin-Zarqua

Azraq basin-Zarqua, Jordan

Public site description not provided.

Project: GOTHAM

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Pilot

LENSES Pilot 52

Jordan, Jordan

Dair Alla is located in the Jordan Valley, one of the most agriculturally productive regions in Jordan, yet also one of the most environmentally stressed. The area is characterized by a semi-arid climate, limited freshwater availability, and soil salinity

Project: LENSES

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Demonstration site

NEXUSLABS Demonstration site 99

Jordan, Jordan

Middle Jordan Valley: Test innovative solutions adapted to area (for agriculture and livestock); Analyse new governance models; National training program; Use single site success story (Deir Alla) for upscaling to larger area.

Project: NexusLabs

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Pilot

NUSTALGIC Pilot 249

Jordan, Jordan

Design and full deployment of WHT Tech3 (canal with 1000 m³ storage) and Tech5 (pitting) completed; Tech1 under implementation. Established 4-donum NUS pilot (legumes, barley); planting finalized and growth monitoring ongoing. Completion: ~80%

Project: NUSTALGIC

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Demonstration site

RES-MAB Demonstration site 157

Jordan, Jordan

The RES-MAB pilot in Dana Reserve enhances community governance, empowers women economically, and revitalizes orchards. Estimated completion: (25)%

Project: RES-MAB

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Demonstration site

RESERVOIR — Azraq

Azraq, Jordan

1) Innovative approach for the aquifer characterisation and monitoring using low-cost and non-invasive EO data. 2) Subsidence risk and unsustainable groundwater management index to identify critical situations 3) Guidelines to implement sustainable strategies aimed to mitigate land subsidence. 4) A scale model experiment to enhance dissemination of land subsidence accompanying groundwater extraction. 5) A methodological framework to verify possible unlicensed groundwater pumping through a proper interpretation of non-invasive EO data

Project: RESERVOIR

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Demonstration site

SUSFORAGE — Al Sarih

Al Sarih, Jordan

Public site description not provided.

Project: SUSFORAGE

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Pilot

VENUS Pilot 189

Jordan, Jordan

NUS species (Opuntia ficus indica and borago officinalis) as cover crops and as supporting plant species for honey production (100% completion)

Project: VENUS

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Demonstration site

FUSION Demonstration site 214

Lebanon, Lebanon

The prototype described in point 3 will be transported to Lebanon, where it will be installed and presented as a demonstration unit for stakeholders. Completion=20%.

Project: FUSION

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Demonstration site

GOTHAM — Laat (Baalbeck-Hermel)

Laat (Baalbeck-Hermel), Lebanon

Public site description not provided.

Project: GOTHAM

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Demonstration site

MAGO — Lebanon 58

Lebanon, Lebanon

MAGO-Lebanon. Beqaa Valley subarea; AUB's Advancing Research Enabling *Communities* Center (AREC) in Bekaa Valley, Lebanon. Support new wastewater reuse project: treated wastewater reuse in agriculture, sludge reuse in agriculture

Project: MAGO

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Demonstration site

Mara-Mediterra — Akkar

Akkar, Lebanon

Experimental site operated by the Akkar Municipality and extended to plots cultivated by local farmers land if needed. NBS: Erosion barriers (such as terracing), Deficit/precision/ smart irrigation, Land application of compost/manure/sludge, Afforestation, Natural systems of water quality improvement and biomass production

Project: Mara-Mediterra

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Pilot

NUSTALGIC Pilot 259

Lebanon, Lebanon

Mrouj pilot installs rooftop rainwater harvesting for home gardens, linking roofs to storage tanks for dry-season irrigation. It also integrates NUS into backyard systems.

Project: NUSTALGIC

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Demonstration site

SUPROMED — Lebanon 12

Lebanon, Lebanon

Lebanon demonstration site is part of South Bekaa Irrigation Scheme (SBIS), with an area of about 21,500 ha.

Project: SUPROMED

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Pilot

SUREFISH — Beirut

Beirut, Lebanon

Public site description not provided.

Project: SUREFISH

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Demonstration site

SUSFORAGE — Terbol

Terbol, Lebanon

Public site description not provided.

Project: SUSFORAGE

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Demonstration site

Agroforesteam Demonstration site 111

Morocco, Morocco

ENAM are creating a MAP in the Tafilalet oasis to develop date palm–based agroforestry. It gathers producers, researchers and regional agencies to co‑design adapted systems, using pilot plots for knowledge exchange, experimentation and capacity building

Project: AGROFORESTEAM

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Demonstration site

CerealMed — Jemaat Riah

Jemaat Riah, Morocco

Public site description not provided.

Project: CerealMed

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Demonstration site

CerealMed — Sidi El Aidi

Sidi El Aidi, Morocco

Public site description not provided.

Project: CerealMed

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Demonstration site

CYCLOLIVE · Demonstration site 1

Tamaguert, Morocco

The CYCLOLIVE demonstration site is located at the Omar 2 olive oil mill in Tighdouine, Al Haouz Province, Morocco, in a rural agricultural area close to olive oil processing activities. The demonstrator aims to establish an integrated circular economy approach by transforming olive oil production by-products, particularly liquid and solid wastes, into valuable resources for sustainable and climate-resilient agriculture. The demonstrator focuses on the circular management of olive mill wastewater (OMWW), also known as olive mill wastewater or margines, by treating it with solid waste-derived materials and then reusing the treated water in agriculture. More specifically, the project implements a nature-based treatment system consisting of biochar-based constructed wetlands, where biochar is used as a functional filtration and treatment material. This approach promotes the valorization of olive oil processing residues while reducing the environmental impact associated with their disposal. The demonstration site illustrates the core philosophy of CYCLOLIVE: transforming olive oil production waste into valuable resources through circular, innovative and sustainable solutions. By connecting olive mill wastewater treatment, solid waste valorization, treated water reuse and smart irrigation, the demonstrator contributes to reducing environmental pollution, improving water-use efficiency, promoting sustainable olive cultivation and strengthening the resilience of Mediterranean agricultural systems. It also provides a practical example of how research and technological innovation can be translated into real-world applications, connecting universities, industries, farmers and local communities within a circular and sustainable bioeconomy framework. Reported completion: 70%.

Project: CYCLOLIVE

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Demonstration site

DATI — Morocco 40

Morocco, Morocco

DATI. : Meteorological and soil moisture measurements using WSN (wireless sensor network). Fluores-cence measurements. - area (Ha): 4 ha - Crops: Melon, Tomato, Table grape

Project: DATI

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Demonstration site

DIONYSUS Demonstration site 136

Morocco, Morocco

Argan site (95% complete): productive orchard with irrigation and monitoring station (moisture, EC, soil temp). Drone missions collect data to optimize the value chain through precise resource management and high-resolution aerial monitoring.

Project: DIONYSUS

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Demonstration site

DREAM Demonstration site 23

Morocco, Morocco

The orchard, consists of 3 plots planted with six different apple varieties including Golden Delicious, Starking Delicious, Anna, Golden Dorsett, Story, and King Roat. In contrast, 3 control plots are planted with Golden Delicious and Starking Delicious.

Project: DREAM

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Demonstration site

FUSION Demonstration site 211

Morocco, Morocco

Field trials of selected pepper research line conducted under high-temperature performance. Completion = 40%.

Project: FUSION

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Demonstration site

FUSION Demonstration site 219

Morocco, Morocco

The prototype described in point 3 will be transported to Morocco, where it will be installed and presented as a demonstration unit for stakeholders. Completion=20%.

Project: FUSION

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Demonstration site

HANDYWATER — Souss

Souss, Morocco

HANDYWATER. Ultralow drip irrigation and deferent numbers of drippers. Area (ha): 2 ha Crop: Olives

Project: HANDYWATER

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Pilot

IDEWA — Marrakech

Marrakech, Morocco

testing the efficiency of surface and deep drip irrigation practices

Project: IDEWA

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Demonstration site

INTEL-IRRIS — Morocco 31

Morocco, Morocco

INTET-IRRIS.

Project: INTEL-IRRIS

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Demonstration site

IRRIWELL — Morocco 28

Morocco, Morocco

IRRIWELL. This studied site is located on a private farm in the Chichaoua region n the Haouz plain (central Morocco). The experimental field is a 2.40-hectare olive orchard which has been instrumented and studied since 2019. The 20-year-old olive trees were planted in several rows of 11 trees each at a distance of 5 m, with an average tree height of 3 m, and irrigated through a drip system. The study site was also equipped with an automatic weather station for alfalfa, which was installed near the olive orchard (60 m) in 2016

Project: IRRIWELL

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Demonstration site

LAB4SUPPLY Demonstration site 45

Morocco, Morocco

The lab addressed price volatility and trust issues. It offered training on agronomic practices, commercialization, and stakeholder collaboration.

Project: LAB4SUPPLY

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Demonstration site

LAB4SUPPLY Demonstration site 46

Morocco, Morocco

The lab aimed to improve fig yield and marketing. Activities included training, stakeholder mapping, and promotion of certification and water-saving techniques.

Project: LAB4SUPPLY

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Demonstration site

MED-WET — Beni Mallel - Errachdia

Beni Mallel - Errachdia, Morocco

The SLECI-elements were connected as branch-lines to DN16 tubes and were buried in the soil at a determined depth close to the roots. The SLECI-system works at a low hydraulic pressure and the amount of water released depends on factors such as soil type and the soil moisture level. When the surrounding soil is dry, the so-called suction effect on the SLECI-elements will increase, and a higher amount of water is delivered. Different types of SLECI-elements were used depending on the water needs of the crop-type.

Project: MED-WET

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Demonstration site

NEXUSLABS Demonstration site 98

Morocco, Morocco

Tensift river basin: More efficient irrigation techniques; Demand-driven efficient water distribution schemes; Re-use of wastewater and explore alternative water resources; Develop or review policy frameworks

Project: NexusLabs

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Demonstration site

NUSTALGIC Demonstration site 250

Morocco, Morocco

Male farmer; agriculture main income. 6 ha individual farm with single well and sloppy terrain. Focuses on legumes, vegetables, AMP, and fruit trees. Planting barley, lentil, chickpea, faba bean. Completion: 50%.

Project: NUSTALGIC

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Demonstration site

NUSTALGIC Demonstration site 251

Morocco, Morocco

Woman-led cooperative with 14 female members; agriculture is their main income source. The farm is family-owned, near a water source with seasonal/limited access. Grows cereals, legumes, and livestock. Planting fava beans. Completion: 50%.

Project: NUSTALGIC

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Demonstration site

NUSTALGIC Demonstration site 252

Morocco, Morocco

Collaborative family farmer, strong community ties, willing to host meetings/trials and mobilize neighbouring farmers for project activities. Heads 5-member household. Produces cereals, legumes, fenugreek. Planting barley, lentil. Completion: 50%

Project: NUSTALGIC

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Demonstration site

NUSTALGIC Demonstration site 253

Morocco, Morocco

Dynamic cooperative (7 mixed-gender adults) engaged in organic crops and couscous. Agriculture is not the main income (byproducts, AMP, tourism). Grows cereals, legumes, vegetables, and fruit trees. Planting barley, Chickpea, lentil. Completion: 50%.

Project: NUSTALGIC

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Demonstration site

NUSTALGIC Demonstration site 254

Morocco, Morocco

Young women-led cooperative (12 members) managing 7 ha farm (one well, sloped land). Agriculture is not the main income (parapharmacy, byproducts, AMP). Grows olives and vegetables. Planting barley, lentil, chickpea. Completion: 50%.

Project: NUSTALGIC

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Demonstration site

NUSTALGIC Demonstration site 255

Morocco, Morocco

Male-linked cooperative (15 adults) producing cereal, legume, anise, with local valorisation. Motivated to host trials/events and link with women-led processing. Agriculture is not the main income (anise, couscous). Planting chickpea. Completion: 75%.

Project: NUSTALGIC

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Demonstration site

NUSTALGIC Demonstration site 256

Morocco, Morocco

Experienced farmer known for strong collaboration with ONCA and engagement in training. Motivated to support seed multiplication activities and share knowledge with peers. Planting Chickpea. Completion: 50%.

Project: NUSTALGIC

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Demonstration site

NUSTALGIC Demonstration site 257

Morocco, Morocco

Experienced farmer, ONCA collaborator, active in training and direct seeding. Heads 13-member household fully reliant on farming. Hosting 0.5 ha chickpea seed multiplication demo (terrace water-harvesting potential). Planting Chickpea. Completion: 50%.

Project: NUSTALGIC

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Demonstration site

ProSmallAgriMed · Demonstration site 6

Oulad Hassoune Hamri, Morocco

Newly established orchard of cactus pear, inoculated or not with AMF and PGPB, intercropped with vetch. Notes: (Oulad Hassoune Hamri, Benguerir, 32°16′17.1″ N, 7°56′00.3″ W) Reported completion: 0%.

Project: ProSmallAgriMed

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Demonstration site

REACT4MED — Merchouch

Merchouch, Morocco

Conservation agriculture, diversified cropping systems, integrated soil fertility management

Project: REACT4MED

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Demonstration site

SALAM-MED — Essaouira

Essaouira, Morocco

The Arganeraie is a part of UNESCO’s World Network of Biosphere Reserves, and have peculiar eco-geographic and socio-economic dimensions (Faouzi, 2017). Almost 90% of the rural economy in the region is dependent on the argan agroforestry system. Overgrazing, climate change and demographic dynamics are generating land degradation that could be reversed combining smart grazing management, SWRT and simple WH technologi

Project: SALAM-MED

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Demonstration site

SAVE water Demonstration site 298

Morocco, Morocco

Charf El Akab, Morocco: The FSTT-UGF Living Lab (17 km²) improves groundwater management via artificial recharge, smart monitoring, aquifer modeling and grouwater vulnerabiliy mapping. 40% of planned activities are completed.

Project: SAVE water

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Demonstration site

SAVE water Demonstration site 299

Morocco, Morocco

Aït Bouguemez, Morocco: IAV-CIRAD site (1,500 ha) restores canals & springs, applies water harvesting, improves pasture/orchard allocation, builds governance. ~40 % of activities are done; next steps: monitoring, gender inclusion, equitable water use.

Project: SAVE water

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Demonstration site

SHARE Demonstration site 156

Morocco, Morocco

30-ha agroforestry pilot combining argan trees with intercropped horticultural crops. The site supports soil and water quality analysis and drone-based monitoring to assess productivity, sustainability, and land-use performance.

Project: SHARE

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Pilot

SmaCuMed — Douar Foulloust, Essaouira

Douar Foulloust, Essaouira, Morocco

Test of a modular system for desalination of brakish groundwater for irrigation (Argan trees) in semi-arid conditions. The Smart Cube system consisted of PV, desalination with capacitive deionisation MCDI and low-pressure reverse osmosis LP-RO, IoT systems with soil, water and well sensors and weather station, incl evaporation ponds for brine disposal.

Project: SmaCuMed

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Pilot

SmaCuMed — Erfoud (Bouya)

Erfoud (Bouya), Morocco

Test of a modular system for desalination of brakish groundwater for irrigation (Date palms) in arid conditions. The Smart Cube system consisted of PV, desalination with capacitive deionisation MCDI and low-pressure reverse osmosis LP-RO, IoT systems with soil, water and well sensors and weather station, incl evaporation ponds for brine disposal.

Project: SmaCuMed

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Demonstration site

SMARTIES — Sidi Bennour

Sidi Bennour, Morocco

Multi-year analysis of crop patterns and quantifications of irrigation water requirements of the crops. Multiple field surveys to obtain ground truths for the vegetation development information obtained from satellite

Project: SMARTIES

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Demonstration site

SPORE-MED Demonstration site 120

Morocco, Morocco

Drip irrigation and drip sub-irrigation tests with ww, fertilisation with struvite and composted sewer sludge.

Project: SPORE-MED

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Demonstration site

STAPLES Demonstration site 158

Rabat Sale Kenitra, Rabat Sale Kenitra, Morocco

Our team collected insights and experiences from local smallholders and stakeholders, to study local realities and create a comprehensive dataset to understand cereal trade in the region and its contribution to resilience in local agricultural systems.

Project: STAPLES

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Demonstration site

STAPLES Demonstration site 160

Fes and Meknes, Fes and Meknes, Morocco

Interviews with smallholder farmers and stakeholders. The data collection delivered valuable insights into the vulnerabilities and strengths of local cereal supply chains, on institutional dynamics as well as cultural and regional interdependencies.

Project: STAPLES

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Pilot

SUPREM-MILK · Kenitra

Kenitra, Morocco

Pilot area: location of the dairy cattle farms involved in the project Tasks in this area 1.2 Analysis of needs, priorities, and farmers’ openness to innovation 1.4 Social awareness evaluation 1.5 Pilot study: milk school program 2.1 Pilot farms characterization 3.1 Multiscale assessment of soil ecosystem services 3.2 Soil data collection and digital mapping 3.3 Farmers’ preference for soil ecosystem services 3.4 Soil management simulation strategies 4.1 Current state evaluation of milk sector in the Mediterranean area 4.2 Digitalization of pilot farms 4.3 Technical workshops with farmers and for farmers 5.1 Economy of scale for greener and smarter milk supply 5.5 Valorization of artisanal recipes Reported completion: 0%.

Project: SUPREM-MILK

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Demonstration site

SURE_NEXUS — Morocco 118

Morocco, Morocco

Digital Citrus Living. INRA. Fruit Production (Citrus)

Project: SURE_NEXUS

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Demonstration site

VALMEDALM Demonstration site 30

Morocco, Morocco

No-irrigated almond orchard (Ferragnès, Ferraduel and Beldi) intercropped with broad beans and lentils

Project: VALMEDALM

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Demonstration site

VALMEDALM Demonstration site 31

Morocco, Morocco

Non-irrigated almond orchard (Ferragnès, Ferraduel and Beldi cultivars) intercropped with lentils and broad beans.

Project: VALMEDALM

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Pilot

VENUS Pilot 184

Morocco, Morocco

Opuntia ficus indica and Atriplex intercropped with legume pisum sativum under water salinity stress (100% completion)

Project: VENUS

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Demonstration site

EcoFuture Demonstration site 81

Palestine, Palestine

The Palestinian pilot is using decentralized wastewater treatment technologies together with desalinated groundwater to increase the water available for agriculture and enable farmers to produce cash crops in greenhouses, increasing local food supplies.

Project: EcoFuture

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Demonstration site

EcoFuture Demonstration site 81 - Marj Naje / Furush Beit Dajan

Palestine, Palestine

The Palestinian pilot is using decentralized wastewater treatment technologies together with desalinated groundwater to increase the water available for agriculture and enable farmers to produce cash crops in greenhouses, increasing local food supplies. Notes: Successful installation of a decentralized waste water treatment system (LAGUNA) and irrigation of an olive farm. Treatment capacity 24 m3/day. Reported completion: 100%.

Project: EcoFuture

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Demonstration site

Agroforesteam Demonstration site 108

Portugal, Portugal

"Located in the Montado agro-silvo-pastoral system of Alentejo, with cork and holm oaks mixed with grazing or crops. The MAP Tertúlias do Montado promotes dialogue, co‑produces knowledge, and fosters collaboration to support system sustainability."

Project: AGROFORESTEAM

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Demonstration site

ASPmed Demonstration site 289

Portugal, Portugal

Organic farming: an agrofarming system that uses plant by-products in a circular economy process. It involves a short supply chain marketing process using organic methods.It strengthens the role of women in rural areas.

Project: ASPmed

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Demonstration site

ASPmed Demonstration site 290

Portugal, Portugal

Agroforestry farming - Vegetable and bakery by-products are used in a circular economy process. Use organic farm compost to enrich soil degraded by intensive eucalyptus cultivation. Empowering women

Project: ASPmed

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Pilot

ASPmed Pilot 286

Portugal, Portugal

The production system is based on regenerative agriculture, These methods include agroflorestry, soil enhancement and the use of the circular economy,. Organic and short supply chain. A pilot project involves introducing insects and product quality.

Project: ASPmed

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Pilot

ASPmed Pilot 288

Portugal, Portugal

Regenerative agriculture, with poultry farming production Agroflorestry, soil enhancement and the use of the circular economy, Marketing Short supply chain and organic . A pilot project involves introducing insects and evaluating final product.

Project: ASPmed

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Pilot

CIRQUA Pilot 154

Portugal, Portugal

CW (40.5 m²) with horizontal subsurface flow, expanded clay, and a polyculture of ornamental plants, which has been operating since 2010 and upgraded in CIRQUA with a nanofilter, photocatalytic module, and automation for water reuse and nutrient recovery.

Project: CIRQUA

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Demonstration site

CorkMED Demonstration site 222

Portugal, Portugal

SUBEROTECA NACIONAL Portugal National Cork sample collections Cork samples collection - Vieira Natividade collection (1929-1950) Cork samples collection - Albino de Carvalho collection (1982-1990) Cork Samples collections - INIAV (1995-present)

Project: CorkMed

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Demonstration site

CorkMED Demonstration site 274

Portugal, Portugal

Demonstration site (plot) in cork oak woodland for cross-validation of cork quality indicators.

Project: CorkMed

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Demonstration site

CorkMED Demonstration site 275

Portugal, Portugal

NATIONAL SUBEROTECA Cork samples Archive Cork samples collection - Vieira Natividade collection (1929-1950) Cork samples collection - Albino de Carvalho collection (1982-1990) Cork Samples collections - INIAV (1995-present)

Project: CorkMed

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Demonstration site

CorkMED Demonstration site 276

Portugal, Portugal

Demonstration site (Plot) in cork oak woodland at Serra de Grândola for cross-validation of cork quality indicators (Portugal)

Project: CorkMed

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Demonstration site

DATI — Portugal 41

Portugal, Portugal

DATI. UAV remote sensing with thermal, multispectral and hyperspectral cameras. Meteorological and soil moisture measurements using WSN (wireless sensor network) 5 ha totally Crops: vineyard

Project: DATI

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Demonstration site

FORECAST -BioLivingLAB_PT

Mirandela, Bragança, Portugal

BioLivingLAB_PT - Partners MORE and DEIFIL - located at the Agricultural Innovation Hub (Mirandela) - Demo site: target agroforestry (AF): olive groves • Target orphan legume (OL): white lupin (Lupinus albus cv. Misak); Conduct engagement activities with stakeholders: implement sessions of co-creation/co-development of solutions, questionnaires and identification of barriers; events showcasing developed food/non-food products from OLs (lupins) and biofertilizers for olive groves; open days, field days, school visits & researchers' night initiatives (in collaboration with Ciencia Viva facilities (Bragança) and Polytechnic Institute of Bragança . Reported completion: 0%.

Project: FORECAST

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InTheMed — Castro Verde

Castro Verde, Portugal

Surrogate model to predict the evolution of selected piezometers under different climate change conditions in the Portuguese Guadiana basin

Project: InTheMed

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Demonstration site

INTOMED — Suçães

Suçães, Portugal

Testing microbials and newly identified peptides against olive fly in olive treee orchards

Project: INTOMED

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Demonstration site

MEDWATERICE — Lower Mondego Valley

Lower Mondego Valley, Portugal

MEDWATRICE. The experimental study aims at clarifying the water dynamics of rice growing through monitoring water fluxes in the rice field pilot plots, envisaging exploring alternative irrigation and agronomic practices adapted to the local conditions that might lead to less irrigation water application, keeping crop productivity high and environmental impacts low.

Project: MEDWATERICE

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Demonstration site

NUSTALGIC Demonstration site 260

Portugal, Portugal

Male farmer, adult, heads multiple-member field team; agriculture main income. Sloppy terrain with limiting water. Focuses on legumes and fruit trees. Planting chickpea, faba bean. Completion: 50%.

Project: NUSTALGIC

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Demonstration site

NUSTALGIC Demonstration site 261

Portugal, Portugal

Woman-led cooperative with several members. Near a water source with seasonal/limited access. Grows vegetables and legumes. High inclusivity/digital literacy. Planting fava beans. Completion: 50%.

Project: NUSTALGIC

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Pilot

PROMEDRICE Pilot 15

Portugal, Portugal

Lower Mondego Valley rice agroecosystem

Project: PROMEDRICE

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Demonstration site

SAVE water Demonstration site 300

Portugal, Portugal

In SAVE WATER this pilot site tests deficit irrigation, microbial inoculants, cover crops, agroforestry & buffer strips, with sensors, AI mapping & participatory governance. 30 % done; next: full monitoring, AI refinement, scale NBS.

Project: SAVE water

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SHARE Demonstration site 137

Portugal, Portugal

1-ha experimental plot in a Montado area, part of the Montado Living Lab network covering diverse management and ecological contexts. Baseline soil and vegetation carbon were assessed; pasture data collection is ongoing.

Project: SHARE

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Demonstration site

SHARE Demonstration site 138

Portugal, Portugal

1-ha experimental plot in a Montado area, part of the Montado Living Lab network covering diverse management and ecological contexts. Baseline soil and vegetation carbon were assessed; pasture data collection is ongoing.

Project: SHARE

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Demonstration site

SHARE Demonstration site 139

Portugal, Portugal

1-ha experimental plot in a Montado area, part of the Montado Living Lab network covering diverse management and ecological contexts. Baseline soil and vegetation carbon were assessed; pasture data collection is ongoing.

Project: SHARE

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Demonstration site

SHARE Demonstration site 140

Portugal, Portugal

1-ha experimental plot in a Montado area, part of the Montado Living Lab network covering diverse management and ecological contexts. Baseline soil and vegetation carbon were assessed; pasture data collection is ongoing.

Project: SHARE

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Demonstration site

VALMEDALM Demonstration site 26

Portugal, Portugal

Two demosites with two almond cultivars in full production (Ferraduel and Feragnès) intercropped with chickpea and short-cycle clover. One orchard is non-irrigated, and the other is irrigated.

Project: VALMEDALM

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Demonstration site

VALMEDALM Demonstration site 27

Portugal, Portugal

Young almond irrigated orchard with 3 cultivars (Macaca, Lauranne and Belona) intercropped with chickpeas and short-cycle clover.

Project: VALMEDALM

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Demonstration site

COSMOS Demonstration site 209

Slovenia, Slovenia

This site tests co‑production of truffles and fruits using Corylus spp. & *Betula pendula* inoculated with *Tuber aestivum/uncinatum*, combined with fruit trees in hedgerows. Management includes optimizing hedge maintenance to boost fruit and fungi yields Reported completion: 100%.

Project: COSMOS

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Demonstration site

SUSFORAGE — Gorenje pri Divači

Gorenje pri Divači, Slovenia

Public site description not provided.

Project: SUSFORAGE

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Demonstration site

AGROFIG Demonstration site 266

Santa Amalia Extremadura, Santa Amalia Extremadura, Spain

We set up an agroforestry experiment in an orchard with adult plants of the fig tree. In two field portions we sowed herbaceous crops while in a third portion (C) we did not sow anything (control, no agroforestry). We are currently at 25% of completation.

Project: AGROFIG

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Demonstration site

Agroforesteam Demonstration site 105

Spain, Spain

UB is developing a MAP in Penedès focused on vineyard agroforestry, bringing together wine producers, researchers, advisors and environmental actors to codesign Mediterranean‑adapted strategies and use pilot plots for knowledge exchange and training

Project: AGROFORESTEAM

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Pilot

ASPmed Pilot 166

Spain, Spain

Experimental facilities of the Department of Animal Production, Investigation Research Group of Animal Nutrition of the University of Murcia. 20 independent boxes of 5 animals each, depending on the current European Welfare Legislation. Completed: 20%

Project: ASPmed

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Demonstration site

AZMUD — Valencia

Valencia, Spain

Root heating based on Joule effect integrated in hydroponic systems; Magnetic water and seed technologies; Natural encapsulated pesticides;- Biodegradable agriculture films with a resistances > 3 months in warm greenhouse environments; ICT and support decision tools for greenhouse farmers

Project: AZMUD

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BioProMedFood — Granada

Granada, Spain

Study of the bioactivity of bacteriocins produced by the selected strains for safety and shelf life prolongation of fresh-cut fruits and fresh fish (100%)

Project: BioProMedFood

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Demonstration site

BLUMI-Med Demonstration site 196

Spain, Spain

Daily market comprises 58 stalls. The site is significantly impacted by the processes of touristification and gentrification. Interviews have been conducted with various market stakeholders to identify the primary challenges facing the establishment.

Project: BLUMI-Med

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Demonstration site

BLUMI-Med Demonstration site 197

Spain, Spain

Within this daily market, the Las Nieves Farmers' Co-operative sells a portion of its members' produce directly to the consumer. Interviews have been conducted to identify the primary strengths and challenges facing this market

Project: BLUMI-Med

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Demonstration site

CAMELMILK — Goroy (Puerto del Rosario)

Goroy (Puerto del Rosario), Spain

223 Camels

Project: CAMELMILK

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Demonstration site

CorkMED Demonstration site 277

Spain, Spain

The CICYTEX’s Suberoteca was created in 1985. The Institute for Scientific and Technological Research of Extremadura (CICYTEX), launched the Cork Quality Field Assessment Plan to provide information on the quality of the cork in Extremadura.

Project: CorkMed

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Demonstration site

COSMOS Demonstration site 195

Spain, Spain

Led by Agrotecnio in Catalonia, Spain, this site focuses on the co-production of pine nuts and truffles using the example of *Pinus pinea* and *Tuber borchii*. A key cultural practice tested at this site is weed control without the use of herbicides. Reported completion: 100%.

Project: COSMOS

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Demonstration site

COSMOS Demonstration site 198

Spain, Spain

Led by Agrotecnio in Catalonia, Spain, this site focuses on the co-production of pine nuts and truffles using the example of *Pinus pinea* and *Tuber borchii*. A key cultural practice tested at this site is weed control without the use of herbicides. Reported completion: 100%.

Project: COSMOS

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Demonstration site

COSMOS Demonstration site 199

Spain, Spain

This site explores the co-production of medicinal and aromatic plants (MAPs), specifically thyme and lavender, alongside truffles using *Quercus ilex* and *Tuber melanosporum*. The main practices tested include irrigation optimization and fertilization. Reported completion: 100%.

Project: COSMOS

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Demonstration site

COSMOS Demonstration site 200

Spain, Spain

Operated by CTFC in Catalonia, Spain, this site is developing co-production systems for cork and truffles using grafted *Quercus suber* and *Tuber melanosporum*. As in DS1, weed control is implemented without the use of herbicides. Reported completion: 100%.

Project: COSMOS

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Demonstration site

COSMOS Demonstration site 201

Spain, Spain

Managed by IDForest, the site produces truffles with *Quercus ilex* and *Tuber melanosporum* and tests co‑production with *Vitis vinifera*. Use of drip fertigation and monitored with soil and weather sensors. Reported completion: 100%.

Project: COSMOS

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Demonstration site

COSMOS Demonstration site 207

Spain, Spain

Menorca site led by CNRS focuses on truffle production with *Quercus pubescens* and *Tuber melanosporum*. Truffle trees are added across the site, and weeds are controlled without herbicides. Reported completion: 100%.

Project: COSMOS

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Pilot

DAINME-SME — Barcelona

Barcelona, Spain

Pulse Combustion Drying prototype (drying of liquid food)

Project: DAINME-SME

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Demonstration site

DATI — Spain 42

Spain, Spain

DATI. UAV remote sensing with thermal, multispectral and hyperspectral cameras. 1 ha. - Crops: vine-yard

Project: DATI

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Demonstration site

DREAM Demonstration site 25

Spain, Spain

The pear varieties used in the experimental site are Castel, Magallona, Etrusca, Blanquilla, Mantecosa, Ercolini and Tosca. In the monovarietal plots, “Ercolini” variety was used since in this municipality is labelled 'Denomination of Origin'.

Project: DREAM

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Demonstration site

DROMAMED Demonstration site 49

Spain, Spain

We run maize breeding programs aimed at adapting to local conditions and social demands, and at improving tolerance to environmental stresses. We develop knowledge and maize varieties tolerant to drought, heat, and cold, which we transfer to users.

Project: DROMAMED

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Demonstration site

DSWAP — Barcelona

Barcelona, Spain

The combination of nanofiltration and forward osmosis was tested to reduce emerging pollutants and pathogens, and the produced water was successfully used for agricultural irrigation.

Project: DSWAP

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Demonstration site

FREECLIMB — Gimenells

Gimenells, Spain

Public site description not provided.

Project: FREECLIMB

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Demonstration site

FREECLIMB — Murcia

Murcia, Spain

Public site description not provided.

Project: FREECLIMB

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Demonstration site

FUSION Demonstration site 210

Spain, Spain

Trial of selected pepper research line conducted under standard and deficit irrigation. Under green house. Completion = 40%

Project: FUSION

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FUSION Demonstration site 212

Spain, Spain

Tomato field trials using climate-resilient varieties to evaluate performance under real conditions. Completion = 40%.

Project: FUSION

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Demonstration site

FUSION Demonstration site 213

Spain, Spain

A modular, removable solar-powered storage chamber with ethylene absorption, air filtration, and digital traceability. Prototype for producing dehydrated snacks and protocols for edible coatings and tomato and pepper concentrates. %Completion = 40%.

Project: FUSION

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GOTHAM — Camp de Dalias

Camp de Dalias, Spain

Public site description not provided.

Project: GOTHAM

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Demonstration site

HANDYWATER — Valencia

Valencia, Spain

HANDYWATER. This DS has been implemented with the following irrigation innovations: • Low flow/pressure drippers • Weather station. 3-year-old blood orange cv. ‘Ippolito’ (Citrus sinensis (L.) Osbeck) grafted on ‘Carrizo’ citrange (Citrus sinensis (L.) Osbeck × Poncirus trifoliata (L.). • Low-cost soil moisture sensors

Project: HANDYWATER

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Demonstration site

IDEWA — Algerri Balaguer

Algerri Balaguer, Spain

Monitoring drainage flow and quality

Project: IDEWA

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Demonstration site

InTheMed — Requena

Requena, Spain

Living labs to transmit to final users the importance of a collaborative effort to implement sustainable groundwater management practices. A surrogate model of the aquifer was implemented with a graphical interface in the final Web Decision Support System

Project: InTheMed

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Demonstration site

INTOMED — Almeria

Almeria, Spain

TESTING MICROBIALS AND NEWLY IDENTIFIED METABOLITES IN TOMATO AGAINST SPIDER MITES AND BOTRYTIS

Project: INTOMED

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Demonstration site

INWAT — Osona

Osona, Spain

The Spanish river catchment area is located in the northeast of Spain, in Osona, a region in Catalonia. The concentration of 79 pharmaceuticals in four intermittent streams were evaluated including river Ges, Folgueroles Torrent, Riera d’Alpens and Riera de Taradell (VID, FOL, ALP, TAL, respectively each of them being directly impacted by municipal WWTP discharges and important agricultural land uses.

Project: INWAT

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IRRIWELL — Spain 29

Spain, Spain

IRRIWELL. The experimental setup was set at a commercial lemon orchard of MundoSol in La Librilla (Murcia). MundoSol is the largest exporter of lemons to Europe. This is a 20-ha orchard planted with two varieties of lemon trees: Verna and Seedless. Trees were irrigated by drip irrigation, and in this first year of the project, it was fertilized and irrigated according to the farmer´s strategy. The farm is divided into several sectors to facilitate the management of the crop heterogeneity at the farm

Project: IRRIWELL

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Demonstration site

KARMA — Ubrique / Villaluenga del Rosario (Cádiz province)

Ubrique / Villaluenga del Rosario (Cádiz province), Spain

Sierra de Ubrique karst aquifer is used for drinking water supply of 16,000 inhabitants of Ubrique town (Cádiz province). The main water capture points present quality issues dealing with turbidity and fecal contamination following intense precipitation episodes. Hence, a specific Early-Warning System was designed and implemented in Ubrique supply system considering continuous record of rainfall and water parameters such as spring discharge, turbidity and fluorescence-based methodologies for quick water quality assessment. The complete EWS including real-time data transmission and deployment of warning messages for the water managers was tested at Ubrique test site.

Project: KARMA

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Demonstration site

LAB4SUPPLY Demonstration site 41

Spain, Spain

The Living Lab focused on improving distribution strategies and promoting direct sales. Activities included 3 focus groups and workshops on digitalization, traditional varieties, and the use of certifications to increase consumer acceptance.

Project: LAB4SUPPLY

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LAB4SUPPLY Demonstration site 42

Spain, Spain

The lab promoted branding, diversification, and short channels. It included focus groups, workshops, and participation in local and international fig fairs. It also included a consumer experiment to find out their preferences regarding local fig jam.

Project: LAB4SUPPLY

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Demonstration site

Legu-med — Carmonna, Sevilla

Carmonna, Sevilla, Spain

The field experiments of lentils: a) conventional monocrop, b) inoculated-monocrop, and c) intercropping (mixed seeds) with barley

Project: Legu-med

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Pilot

LENSES Pilot 53

Spain, Spain

Recognized as a UNESCO World Heritage Site and a Ramsar Wetland of International Importance, Doñana is home to a rich mosaic of habitats including marshes, dunes, forests, and lagoons.

Project: LENSES

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Demonstration site

MAGO — Spain 57

Spain, Spain

MAGO-Spain. Lower Llobregat River - Agrarian park and water reuse zone. Improve and extend current wastewater reuse (Gavà WWTP)

Project: MAGO

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Demonstration site

MEDIFIT — Cordoba

Cordoba, Spain

The scenario dealing with software Labrys from OLEICA, which has been adapted to generate EPCIS-compliant files to be incorporated to the EPCIS repository has been finished. This scenario includes, as Players, UCO, MdG, INAT and AUTH. Several meetings have been developed with INAT to define tasks and align with the scenario performance, and several other meetings with the Technology Provider, OLEICA, to refine the software, according to the specifications and feedback provided by INAT, UCO and MdG. The software database has been populated with partner data, and the software enables to sending of EPCIS-compliant events.

Project: MEDIFIT

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Demonstration site

MEDITOMATO — Retamar (Almaria)

Retamar (Almaria), Spain

Two terrains are used for the DEMO, one to test MEDITOMATO innovations, and the other one will serve as a control field. Each field has an area of 1,5 ha and have soil ground. IoT Fertilization and Irrigation systems will be tested for a whole season

Project: MEDITOMATO

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Demonstration site

MEDPOME-STONE · Demonstration site 1

Zaragoza, Spain

We are conducting our project’s field and laboratory work at the demonstration site. Reported completion: 0%.

Project: MEDPOME-STONE

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Demonstration site

MEDWATERICE — Baix-Ter (Girona)

Baix-Ter (Girona), Spain

MEDWATRICE. To study alternative irrigation practices and traditional ones, irrigation technologies will be analyzed in plots of about 1 ha/plot: continuous flooding, which will act as control for comparisons and subsurface drip irrigation

Project: MEDWATERICE

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Demonstration site

MEDWATERICE — Seville

Seville, Spain

MEDWATRICE. test different strategies for reducing the amount of water used without harming the high yields obtained with the traditional irrigation method within the Guadalquivir marshes.

Project: MEDWATERICE

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NATMed Demonstration site 18

Spain, Spain

Implementation of NbS to restore ecological balance in Lake Chimaditida. Controlled grazing by buffaloes to reduce reed overgrowth, restore wetland structure, and create habitats. It also enhances carbon uptake and lake’s role as a natural carbon sink,.

Project: NATMed

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NEWFEED Demonstration site 33

Spain, Spain

Grape stem valorization as an ingredient for dairy ruminants

Project: NEWFEED

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Demonstration site

NEXUS-NESS — Spain 44

Spain, Spain

Extension of renewables energies in the three IDs Guidelines with criteria for best water/energy management in the three IDs. Provide information (from modelling) and/or tools (GIS platforms) on wáter/energy/ecosystems índices for local/regional authorities

Project: NEXUS-NESS

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Demonstration site

NEXUSLABS Demonstration site 91

Spain, Spain

Jucar river basin: Uptake of efficient irrigation techniques (precision agriculture, variable rate irrigation and fertigation) in other basin parts, combined with re-use of treated wastewater and NbS practices;

Project: NexusLabs

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Demonstration site

OLIWA Demonstration site 230

Spain, Spain

Trial on laying hens

Project: OLIWA

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OLIWA Demonstration site 231

Spain, Spain

Experiment on Apo E mice

Project: OLIWA

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Demonstration site

OLIWA Demonstration site 232

Spain, Spain

Experiment on Apo E mice

Project: OLIWA

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Demonstration site

PAVER · Demonstration site 1

Valencia, Spain

Precision AgriVoltaics for Carbon Neutrality Enhanced Production and Reduced Environmental Impact in Greenhouse - Valencia Reported completion: 0%.

Project: PAVER

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Pilot

PAVER · Pilot 1

Cartagena, Spain

The agrivoltaic greenhouse pilot, located at the Universidad Politécnica de Cartagena (UPCT), Spain, serves as a real-world testbed for the development and validation of a Digital Twin within the PAVER project. The facility integrates agricultural production with a photovoltaic energy generation system, combining sustainable crop cultivation with renewable energy production. The greenhouse is equipped with a network of IoT sensors that monitor key environmental parameters, including air temperature, relative humidity, soil moisture, and light intensity. Additionally, the photovoltaic installation provides energy production and performance data. These measurements are integrated into an interactive, photorealistic 3D Digital Twin, enabling real-time monitoring and visualization of greenhouse conditions. The Digital Twin also incorporates machine learning models to estimate the spatial distribution of soil moisture, supporting improved irrigation management and resource efficiency. Reported completion: 50%.

Project: PAVER

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Demonstration site

PLANT-B — Valencia

Valencia, Spain

Public site description not provided.

Project: PLANT-B

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Demonstration site

PRECIMED — Santomera, Murcia

Santomera, Murcia, Spain

Different irrigation treatments to validate PRECIMED-DSS in pomegranate crops

Project: PRECIMED

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Pilot

PROXIMED Pilot 64

Spain, Spain

Pilot cooking pot for the insect pretreatment before protein extraction.

Project: ProxIMed

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Pilot

PROXIMED Pilot 65

Spain, Spain

Convective dryer for insect stabilization before protein extraction.

Project: ProxIMed

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Pilot

PROXIMED Pilot 66

Spain, Spain

200L Biorreactor for the production of mycoprotein of fungi or yeast.

Project: ProxIMed

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Pilot

PROXIMED Pilot 67

Spain, Spain

Centrifuge for the recovery of the fungi or yeast produced in the 200L Bioreactor.

Project: ProxIMed

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Pilot

PROXIMED Pilot 68

Spain, Spain

30L biorreactor for trials for fungi or yeast production before scale up to the 200L biorreactor.

Project: ProxIMed

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Demonstration site

REACT4MED — Cànyoles

Cànyoles, Spain

Chopped pruned branches as mulch to reduce soil/water losses

Project: REACT4MED

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Demonstration site

ReCROP — Bargota

Bargota, Spain

Application of three different composted organic residues (a pelletized organic compost made from plant, animal and sewage sludge residues; a compost made from the organic fraction of municipal solid waste; a compost made of sheep manure), along with a mineral fertilizer and an unfertilized control.

Project: ReCROP

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RESERVOIR — Alto Guadalentín Valley (Lorca)

Alto Guadalentín Valley (Lorca), Spain

1) Innovative approach for the aquifer characterisation and monitoring using low-cost and non-invasive EO data. 2) Subsidence risk and unsustainable groundwater management index to identify critical situations 3) Guidelines to implement sustainable strategies aimed to mitigate land subsidence. 4) A scale model experiment to enhance dissemination of land subsidence accompanying groundwater extraction. 5) Estimate of capability loss of store water in the aquifer system.

Project: RESERVOIR

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SAFWA · Demonstration site 2

tarragona, Spain

FIELD ASSAYS ON CITRUS AND OLIVE TREES USING BIOPESTICIDES Reported completion: 100%.

Project: SAFWA

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SALAM-MED — La Calderona (Serra)

La Calderona (Serra), Spain

Across the MED (Spain, Italy, France, Greece...), there is an urgent need to optimize adaptive forest management approaches. Many of these dryland forests are located in wildland urban interface, where besides their impact on hydrological cycling, fire risk becomes a major issue that claims for urgen forest management. The C.A.F.E. approach can boost sustainable forest management under a multi-objective perspective.

Project: SALAM-MED

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Demonstration site

SALAM-MED — La Hunde (Ayora)

La Hunde (Ayora), Spain

The sustainable management of abandoned MED dryland forests has impacts on the hydrological balance of watersheds providing ecosystem services and freshwater to rural and urban societies in over 50% of S-Europe’s land. The C.A.F.E. approach can support sustainable forest management.

Project: SALAM-MED

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Demonstration site

SAVE water Demonstration site 301

Spain, Spain

Chandrexa de Queixa (300 ha, 20 farmers) reforests Pinus sp., combats post-fire soil degradation and water pollution via lab tests, biochar/organic amendments, small-plot trials, drones, GIS, and AI mapping; 45% done.

Project: SAVE water

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Pilot

SAVE water Pilot 302

Spain, Spain

Quiroga (~400 ha, 80 farmers) uses chestnut–grassland agroforestry with rainfall/drip irrigation, focusing on restoration, inoculants, and soil/water efficiency. Monitoring via drones/spatial models. Progress ~40% (labs 50%, fields 60%, mapping 45%).

Project: SAVE water

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Demonstration site

SCALARE Demonstration site 134

Spain, Spain

We planted three rows of hybrid walnut and common ash for timber production. The 100 m rows are 18 m apart and follow a SW-NE orientation adapted to the contour lines. In Scalare we will continue monitoring cereal and tree performance.

Project: SCALARE

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Demonstration site

SCALARE Demonstration site 135

Spain, Spain

In March 2021 we established a hybrid walnut plantation on a 4x4 m frame. In 2025 we applied a high-intensity thinning to turn the planting frame to 12x8 m to allow intercropping. Wheat was sown in early 2026. We will monitor cereal and tree performance.

Project: SCALARE

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Demonstration site

SUPROMED — Spain 10

Spain, Spain

The demo site includes twelve farms located over the Hydrogeological Unit “Eastern Mancha” (HUEM), which occupies an area of 7,260 km2 and supplies water to more than 120,000 ha of irrigated lands. In this area, 95% of irrigation systems are pressurized (mainly sprinkler and surface drip), with an average annual water allocation of 4,000 m3 ha-1.

Project: SUPROMED

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Demonstration site

SURE_NEXUS — Spain 115

Spain, Spain

Demo Site 1a. Vineyard and Winery. Codorniu Headquarters. Bioeconomy / NbS for wastewater treatment and reuse / Diffuse pollution from agriculture

Project: SURE_NEXUS

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Demonstration site

SURE_NEXUS — Spain 116

Spain, Spain

Vineyard. IRTA Torre Marimon Caldes de Montbui -NbS for wastewater treatment and reuse / Diffuse pollution from agriculture. Reclaimed water available, not used for irrigation (yet)

Project: SURE_NEXUS

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SUSFORAGE — Solsona

Solsona, Spain

Public site description not provided.

Project: SUSFORAGE

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SUSTAINOLIVE — Deifontes, Granada

Deifontes, Granada, Spain

A combination of nature-based technological solutions to boost ecosystems services has been implemented at the STS experimental farm. These include: i) Organic Fertilization: Using manure and composted olive mill pomace, ii) Spontaneous Cover Crops: Allowing natural growth of cover crops, and iii) Shredded Olive Tree Pruning: Applying shredded pruning as mulch. These practices collectively enhance soil fertility, biodiversity, and sustainable farming.

Project: SUSTAINOLIVE

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SUSTAINOLIVE — Pegalajar, Jaén

Pegalajar, Jaén, Spain

A combination of nature-based technological solutions to boost ecosystems services has been implemented at the STS experimental farm. These include: i) Organic Fertilization: Using manure and composted olive mill pomace, ii) Spontaneous Cover Crops: Allowing natural growth of cover crops, iii) Shredded Olive Tree Pruning: Applying shredded pruning as mulch, and iv) livestock (sheep) integraton. These practices collectively enhance soil fertility, biodiversity, and sustainable farming.

Project: SUSTAINOLIVE

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SUSTAINOLIVE — Úbeda, Jaén

Úbeda, Jaén, Spain

A combination of nature-based technological solutions to boost ecosystems services has been implemented at the STS experimental farm. These include: i) Organic Fertilization: Using manure and composted olive mill pomace, ii) Spontaneous Cover Crops: Allowing natural growth of cover crops, iii) Shredded Olive Tree Pruning: Applying shredded pruning as mulch, and iv) livestock (horses) integration. These practices collectively enhance soil fertility, biodiversity, and sustainable farming.

Project: SUSTAINOLIVE

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TAIE · Demonstration site 2

Estopiñán del Castillo / Estopanyà, Spain

The site of CITA University includes Quercus ilex inoculated with Tuber melanosporum, intercropped with Lavandula × intermedia. This agroforestry system is part of Subtask 2.2.1: Intercropping truffles with aromatic plants. Reported completion: 0%.

Project: TAIE

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TAIE · Demonstration site 3

Caravaca de la Cruz, Spain

Four study sites were selected in Murcia. The first, located in Caravaca de la Cruz, focuses on the Helianthemum almeriense–Terfezia claveryi association. The study will assess its potential to enhance honey production through abundant flowering and evaluate sheep grazing as a weed management strategy in Terfezia plantations. Related activities: WP2, Subtask 2.2.3 (Terfezia–honey/Terfezia–grazing); WP3, Task 3.2 (irrigation efficiency monitoring). Reported completion: 0%.

Project: TAIE

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TAIE · Demonstration site 4

Abarán, Spain

Four study sites were selected in Murcia. The second, located in Abarán – Hoya del Campo, focuses on the Helianthemum almeriense–Terfezia claveryi association. The study will assess its potential to enhance honey production through abundant flowering and evaluate sheep grazing as a weed management strategy in Terfezia plantations. Related activities: WP2, Subtask 2.2.3 (Terfezia–honey/Terfezia–grazing); WP3, Task 3.2 (irrigation efficiency monitoring). Reported completion: 0%.

Project: TAIE

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TAIE · New site

Fuente Álamo de Murcia, Spain

Four study sites were selected in Murcia. The third, located in Corvera, focuses on the Helianthemum almeriense–Terfezia claveryi association and the introduction of aromatic plants, such as thyme. Related activities: WP2. Subtask2.2.1. Intercropping truffle-aromatic plants WP 3. Task 3.2. Monitoring the efficiency of the irrigation Reported completion: 0%.

Project: TAIE

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TAIE · New site

San Javier, Spain

Four study sites were selected in Murcia. The fourth, located in Los Alcaceres, focuses on the Helianthemum almeriense–Terfezia claveryi association and the introduction of aromatic plants, such as thyme. Related activities: WP2. Subtask2.2.1. Intercropping truffle-aromatic plants WP 3. Task 3.2. Monitoring the efficiency of the irrigation Reported completion: 0%.

Project: TAIE

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Pilot

WATERMED 4.0 — Aspe

Aspe, Spain

The Vinalopó - Alacantí exploitation system, in the Júcar hydrographic demarcation, has a large structural water deficit that has led to a strong overexploitation of the aquifers. The proposed solution is the application of alternative resources from desalination, reuse and the Júcar - Vinalopó transfer (with an EU investment of more than €400 million). Governance is a fundamental issue when the appropriate tools are already in place to achieve the environmental objectives of the hydrological planning and the satisfaction of demands.The grouping of users around the Central Board of Users, with 44 integrated irrigation communities, is also essential for proper governance. Watermed 4.0 has provided unprecedented impetus to transfer management tools to end users that facilitate their day-to-day activities and help them to better and more comprehensively manage water resources. This has also served to generate greater trust and thus real water governance. rnance. The Prima Foundation can be proud of this project. We think, with all due respect, that it should be more exposed as an example of usefulness to the end user because it is contributing, in an effective way, to alleviate the overexploitation of aquifers. However, we consider that Watermed 4.0 was a first phase that needs a second phase to bring together water planning and operation and for which we will submit further proposals that may be selected. We thank the Prima Foundation for this opportunity.

Project: WATERMED 4.0

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Demonstration site

4CE-MED — Kef (Boulifa)

Kef (Boulifa), Tunisia

0.5 ha. Crops: Camelina sativa; Proceeding crop: Durum wheat. Camelina sativa will replace fallow in marginal area

Project: 4CE-MED

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Demonstration site

AGROFIG Demonstration site 265

Testour, Testour, Tunisia

We set up an agroforestry experiment in an orchard with adult plants of the fig tree. In two field portions we sowed herbaceous crops while in a third portion (C) we did not sow anything (control, no agroforestry). We are currently at 25% of completation.

Project: AGROFIG

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Demonstration site

Agroforesteam Demonstration site 110

Tunisia, Tunisia

IRA is developing a MAP in Toujène focused on rangeland agropastoral systems. It gathers public, private, research and community actors to support governance, innovation and training, engaging agropastoralists in sustainable rangeland management

Project: AGROFORESTEAM

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Pilot

AI4WATER Pilot 89

Tunisia, Tunisia

In Ras Jebel, AI4Water applies AI models to address severe groundwater overexploitation and saltwater intrusion. Using real-time sensors, the system integrates hydrological data with machine learning to predict salinity levels and aquifer stress. PoC: 20%

Project: AI4Water

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Demonstration site

BLUMI-Med Demonstration site 175

Tunisia, Tunisia

The Central Market of Tunis is a daily food hub. The aim of the interventions is to improve the sustainability of the supply chain and reduce informality. Status: Scoping phase. Completion: 5 to 15%.

Project: BLUMI-Med

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Demonstration site

BLUMI-Med Demonstration site 176

Tunisia, Tunisia

Ezzahra Market: Weekly mixed site. The aim of the interventions is to improve the sustainability of the supply chain and reduce informality (non-compliance and illegal trade). Status: Scoping phase. Completion: 5 to 15%.

Project: BLUMI-Med

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Demonstration site

BONEX — Tunisia 114

Tunisia, Tunisia

The area covers 1 ha of pomegranate trees under drip irrigation. Use o ssensors for assessing nutrients load in treated wastewater and soil moisture for a better determination of water and fertilizers requirements

Project: BONEX

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Pilot

CIRQUA Pilot 149

Tunisia, Tunisia

ABC’s pilot is a 20 m2 constructed wetland planted with Phragmites, Cyperus, and Azolla spp., integrated with a nanofiltration unit and a photocatalytic module, and automated via a Smart Industrial Control Unit, for water reuse and nutrient recovery.

Project: CIRQUA

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Pilot

CIRQUA Pilot 153

Tunisia, Tunisia

ABC’s prototype is a 20 m2 constructed wetland planted with Phragmites, Cyperus, and Azolla spp., integrated with a nanofiltration unit and a photocatalytic module, and automated via a Smart Industrial Control Unit, for water reuse and nutrient recovery.

Project: CIRQUA

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Pilot

CombiFarm Pilot 112

Tunisia, Tunisia

The pilot experimental site was set up at the INRAT research station. The field was arranged in a randomized design comprising 10 m² plots planted with durum wheat and lentils, with four treatments: Control, Biochar, Microalgae, and Biochar+ Microalgae.

Project: CombiFarm

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Demonstration site

CONSIRS — Tunis

Tunis, Tunisia

Testing a closed greenhouse and specific climate control devices such as absorber device, liquid desiccant thermal/thermo-chemical storage, air-to-air heat exchanger

Project: CONSIRS

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Demonstration site

CorkMED Demonstration site 278

Tunisia, Tunisia

The Ain Draham I forest is part of the Ain Draham forest massifs, a premier forestry zone. It extends from Ain Draham to the Algerian border. One selected demonstration (plots) in this region will be used to cross-validation of cork quality indicators.

Project: CorkMed

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Demonstration site

CorkMED Demonstration site 279

Tunisia, Tunisia

The new Tunisian SUBEROTECA that will be implemented in the INRGREF facilities with the collection of cork samples harvest in cork oak woodlands across Tunisia in plots established during the CorkMED Project.

Project: CorkMed

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Demonstration site

DIONYSUS Demonstration site 144

Tunisia, Tunisia

The Tunisian RS is located at Zaouet Jedidi/beni Khalled (Cap Bon Region).

Project: DIONYSUS

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Pilot

ECHINO-SAFE-MED Pilot 40

Tunisia, Tunisia

Surveillance and control activities to reduce cystic echinococcosis in livestock farms and humans

Project: ECHINO-SAFE-MED

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Demonstration site

FIT4REUSE — Chotrana

Chotrana, Tunisia

UASB coupled to a horizontal flow constructed wetland as a post treatment, allowing high quality water and increased pathogen elimination with a goal to reach reuse limits

Project: FIT4REUSE

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Demonstration site

FORECAST · OL's Living Lab-Tunisia

Agareb, Sfax Governatorate, Tunisia

Demo site, Knowledge sharing and dissemination, development of food-non-food products Notes: OL's Living Lab, Agareb Reported completion: 0%.

Project: FORECAST

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Demonstration site

FUSION Demonstration site 215

Tunisia, Tunisia

The prototype described in point 3 will be transported to Tunisia, where it will be installed and presented as a demonstration unit for stakeholders. Completion=20%.

Project: FUSION

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Demonstration site

iGUESS-MED — Tunisia 73

Tunisia, Tunisia

Smart greenhouse - Monastir

Project: iGUESS-MED

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Demonstration site

InTheMed — Grombalia

Grombalia, Tunisia

Surrogate model to predict the evolution of selected piezometers under different climate change conditions in the Grombalia aquifer. Also, an electrochemical cell prototype was developed to reduce contaminant waste dumps.

Project: InTheMed

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Demonstration site

IRRIWELL — Smenja-Zaghiuan

Smenja-Zaghiuan, Tunisia

IRRIWELL. The farm is located in Smenja – Bir Mcherga governorate of Zaghouan, 50 km from Tunis, with an area of 766 Ha, which 696 Ha are drip irrigated. We used NO3- and K+ as fertilisation. Currently, 520 ha of olive trees are cultivated in hyper-intensive, of which 498 ha have entered production since 2013 and 22 ha in 2017. The olive trees were planted with a 4 m spacing between the lines and 1.5 m between the trees on the same line.

Project: IRRIWELL

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Demonstration site

ISFERALDA — El Feje

El Feje, Tunisia

In El Fjé site, at the IRA experimental site in Médenine (Tunisia), experiments conducted included a comparison between 4 replicates of barley plots with or without compost and control plots with neither barley nor compost

Project: ISFERALDA

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Demonstration site

KARMA — Zaghouan

Zaghouan, Tunisia

The site is poorly investigated, and the KARMA Team tested a variety of standard methods (geochemical, isotopes, lumped reservoir modelling, GIS) and equipped one borehole with continuous monitoring of quality. They also applied deep learning and statistical drought indices to predict hydrodynamic response and vulnerability to drought and overexploitation. Investigations were implemented along with stakeholders and results will be potentially used for a sustainable management of the aquifer and the implementation of a Managed Aquifer Recharge site.

Project: KARMA

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Demonstration site

Legu-med — Saida, Mannouba

Saida, Mannouba, Tunisia

Strip intercropping potato – chickpea blocks at Saida platform

Project: Legu-med

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Demonstration site

MAGO — Tunisia 55

Tunisia, Tunisia

MAGO- Tunisia. Cap Bon peninsula, Irrigated district of Boucharray, Nabeul. Optimized policy on water management (Climate change adaptation solutions, Solutions based on satellite monitoring such as control of illegal irrigation ) and improve irrigation efficiency (OPTIRRIG Modelling solution, satellite monitoring for crop mapping, water demand assessment

Project: MAGO

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Demonstration site

MEDSAL — Bouficha

Bouficha, Tunisia

Innovation 1: web-GIS MEDSAL observatory with installation of real-time high resolution groundwater sensors Innovation 2: State-of-the-art tailor-made groundwater management plans with MEDSAL toolbox

Project: MEDSAL

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Demonstration site

NEXUS-NESS — Tunisia 45

Tunisia, Tunisia

Rehabilitation of the spreading perimeter Collect groundwater and lighting up rural houses using solar energy (photovoltaic films) Creation of underground cisterns to stored supplement water

Project: NEXUS-NESS

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Pilot

NexusLabs · Pilot 1

تليل العجلة, Tunisia

Constructed wetlands to treat and filter olive mill wastewater Reported completion: 50%.

Project: NexusLabs

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Demonstration site

NUSTALGIC Demonstration site 258

Tunisia, Tunisia

NUS germplasm collections were established in the field in December 2025. A 2,283 m² demonstration plot was established, including machine-harvestable lentil, grass pea for food and feed, and food barley. Completion: 50%.

Project: NUSTALGIC

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Demonstration site

NUSYC Demonstration site 162

Tunisia, Tunisia

Urban waste, primarily composed of grass clippings, fallen leaves, and organic kitchen residues, was collected . The composting process was conducted for six months with regular aeration and periodic watering to maintain optimal composting conditions.

Project: NUSYC

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Demonstration site

NUSYC Demonstration site 163

Tunisia, Tunisia

Once mature compost was obtained, it was applied as an organic fertilizer to selected crops grown under drought stress conditions.

Project: NUSYC

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Demonstration site

OLIWA Demonstration site 233

Tunisia, Tunisia

Experiment on rodents

Project: OLIWA

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OLIWA Demonstration site 235

Tunisia, Tunisia

Insect rearing on OBs substrates

Project: OLIWA

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OLIWA Demonstration site 236

Tunisia, Tunisia

Animal trial on poultry

Project: OLIWA

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Demonstration site

OLIWA Demonstration site 237

Tunisia, Tunisia

Animal trial on poultry

Project: OLIWA

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Pilot

ProSmallAgriMed · Pilot 1

برج حفيظ, Tunisia

5-year-old cactus pear plants, inoculated or not with local AMF Reported completion: 0%.

Project: ProSmallAgriMed

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Pilot

ProSmallAgriMed · Pilot 2

المشروحة, Tunisia

10-year-old cactus pear plants, inoculated or not with local AMF Notes: Ben Wael – Khrebchia (Bouargoub, 36°30’23.1’’ N, 10.35’41.9’’ E, owner Mr. Mohamed Khrebich Reported completion: 0%.

Project: ProSmallAgriMed

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Pilot

ProSmallAgriMed · Pilot 3

برج حفيظ, Tunisia

5-year-old cactus pear plants, inoculated or not with AMF and intercropped or not with Vicia faba. The farmer did not apply fertilization or irrigation. Notes: Ben Wael – Khrebchia (Bouargoub, 36°30’16.1’’ N, 10°35’43.4’’ E, owner Mr. Mohamed Khrebich) Reported completion: 0%.

Project: ProSmallAgriMed

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Demonstration site

PROXIMED Demonstration site 69

Tunisia, Tunisia

The photos show a male date palm (Phoenix dactylifera L.) and its inflorescence producing protein-rich pollen. The opened spathe reveals dense white flowers used for pollen extraction, essential for fertilization and valued for its nutritional properties.

Project: ProxIMed

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Demonstration site

REVINE — Edelahmya,

Edelahmya,, Tunisia

microbial consortium and/or Compost

Project: REVINE

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Demonstration site

SAFWA · Demonstration site 1

beni khalled, Tunisia

FIELD ASSAYS ON CITRUS USINF BIOPESTICIDES Reported completion: 80%.

Project: SAFWA

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Demonstration site

SAFWA · New site

بني خلاد الشمالية, Tunisia

Field assays on citrus and pomegrenade using new Bacillus thuringiensis baed biopesticides Reported completion: 65%.

Project: SAFWA

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Demonstration site

SALAM-MED — Mednine

Mednine, Tunisia

The restoration of sustainable agriculture in arid lands (AI=0.05-0.2) through MAR systems has an out-scaling potential in 22% of the MED drylands of N-Africa, where drought, migrations and land abandonment are the main drivers of land degradation.

Project: SALAM-MED

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Demonstration site

SAVE water Demonstration site 293

Tunisia, Tunisia

Gabes, Tunisia: Arid oasis (1,500–2,000 ha, 120 farmers) with aquifer depletion, salinization, and heat stress. SAVE WATER applies low-cost sensors, AI mapping, sea water vulnerabiliy mapping and participatory governance. 45% complete.

Project: SAVE water

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Pilot

SAVE water Pilot 291

Tunisia, Tunisia

Tunisia – Mannouba pilot site: Semi-arid irrigated plain (2,500–3,000 ha; over 100 farmers) facing groundwater overexploitation, salinity, and drought. Main activities including vulnerability mapping, groudwater real-time monitoring; 45% completed.

Project: SAVE water

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Pilot

SAVE water Pilot 292

Tunisia, Tunisia

Tunisia – Mornag pilot site is facing aquifer over-pumping, soil fertility decline, and urban pressure. Actions include Nature-Based Solutions, participatory groundwater monitoring, and digital mapping using remote sensing-AI approach; 45% completed.

Project: SAVE water

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Demonstration site

SHARE Demonstration site 130

Tunisia, Tunisia

- Analyse the traditional management practices - Implement innovative/eco-friendly agro-sylvo-pastoral systems - Suggest a rotational grazing system according to vegetation growth - Integration of soil conservation and new crops into olive cultivation

Project: SHARE

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Demonstration site

SMARTIES — Mjez Elbab

Mjez Elbab, Tunisia

A field activity has been activated for monitoring soil moisture in tomatoes fields using a series of TDR sensors and watermark probes for monitoring the soil water content in irrigated tomato parcel. At the same time a series of interview on agriculture water practices and management has been also carried out with more than thirty farmers in the tomato sector

Project: SMARTIES

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Demonstration site

SUPROMED — Tunisia 11

Tunisia, Tunisia

SUPROMED demonstration is carried out in Sidi Bouzid area, located in the Center of Tunisia. The irrigated area covers more than 50,000 ha, where the 88% (44,000 ha) belong to private farmers while the rest are managed by the Government

Project: SUPROMED

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Pilot

SUREFISH — Goulette

Goulette, Tunisia

Public site description not provided.

Project: SUREFISH

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Demonstration site

Sustain-COAST — Tunis _Sulayman

Tunis _Sulayman, Tunisia

Quality Monitoring using Tech low-cost Sensors : Smart River Watcher. Connected Smart Boat to monitor Water Quality by sensors (pH, conductivity, humidity) developed with IoT graduated students.

Project: Sustain-COAST

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Pilot

VENUS Pilot 185

Tunisia, Tunisia

Opuntia ficus indica with other NUS species (Rosmarinus officinalis, Aloe vera, Capparis spinosa and Ceratonia siliqua, Artemisia campestris) (intercropping and cover crop applications) (100% completion)

Project: VENUS

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Pilot

VENUS Pilot 186

Tunisia, Tunisia

Opuntia ficus indica with other NUS species (Ceratonia siliqua, Pinus halepensis) (50% completion)

Project: VENUS

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Pilot

VENUS Pilot 187

Tunisia, Tunisia

Opuntia ficus indica with other NUS species (Ceratonia siliqua, Pinus halepensis) (50% completion)

Project: VENUS

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Demonstration site

ZeroParasitic — Beja

Beja, Tunisia

Field screening for resistance to Orobanche foetida

Project: ZeroParasitic

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Demonstration site

AGRO-ECOLIVMED · Demonstration site 1

Menzel Kamel, Monastir, Tunisie

This demonstration plot aims to test the effect of intercrops (alfalfa and quinoa) on the agronomic performance of olive trees – and consequently their ecological and socio-economic performance – using innovative irrigation and pest management tools. Farmers will receive support in the form of technical assistance and training. Implementation will involve the use of organic inputs, the utilisation of olive by-products (e.g. compost, olive pomace) and adaptive management strategies based on feedback from farmers. Reported completion: 0%.

Project: AGRO-ECOLIVMED

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Pilot

MedInCircle · Pilot site - Moving Bed Membrane Bioreactor pilot plant

Üsküdar, Turkey

This work is part of WP8, task 8.1 of the project, which focused on the prototype-scale validation of the Moving Bed Membrane Bioreactor (MBMBR) developed within WP3, with the objective of assessing its performance, robustness and scalability for the treatment of domestic wastewater and mixed streams containing NF/RO concentrates. The activity aimed to confirm, under prolonged and variable operating conditions, the suitability of the MBMBR configuration for simultaneous organic matter removal, nitrogen transformation, and micropollutant mitigation, generating the operational dataset required for semi-pilot and full-scale adoption within the MedInCircle framework. The work carried out in Task 8.1 builds directly on the experimental and modelling activities reported in Deliverables D3.3, D3.4 and D3.5, translating laboratory-scale evidence into prototype-scale operational validation and consolidating design and operating assumptions relevant for WP8 process integration. Reported completion: 100%.

Project: MedInCircle

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Demonstration site

Polinas Plastic Company

Polinas Plastic Company, Turkey

Polinas, founded in 1982 in Manisa, Turkey, is a leading producer of BOPP and BOPET films for flexible packaging. It manufactures metallized, coated, and holographic films used in food, beverage, and industrial sectors, serving global markets. Reported completion: 89%.

Project: A- BLOCK

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Demonstration site

SAFWA · Demonstration site 3

adana, Turkey

FIELD ASSAYS ON CITRUS AND TOMATO USING BIOPESTICIDES Reported completion: 85%.

Project: SAFWA

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Living Lab

SUPREM-MILK · Pilot area Bursa

Orhangazi, Turkey

Pilot area: location of the dairy cattle farms involved in the project Tasks in this area 1.2 Analysis of needs, priorities, and farmers’ openness to innovation 2.1 Pilot farms characterization 4.1 Current state evaluation of milk sector in the Mediterranean area 4.2 Digitalization of pilot farms 4.3 Technical workshops with farmers and for farmers 5.1 Economy of scale for greener and smarter milk supply Reported completion: 80%.

Project: SUPREM-MILK

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Demonstration site

SUPREM-MILK · Pilot area Istanbul

Üsküdar, Turkey

Pilot area: location of the dairy cattle farms involved in the project Tasks in this area 1.2 Analysis of needs, priorities, and farmers’ openness to innovation 2.1 Pilot farms characterization 4.1 Current state evaluation of milk sector in the Mediterranean area 4.2 Digitalization of pilot farms 4.3 Technical workshops with farmers and for farmers 5.1 Economy of scale for greener and smarter milk supply 5.5 Valorization of artisanal recipes Reported completion: 85%.

Project: SUPREM-MILK

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Demonstration site

TAIE · New site

Bayramiç, Turkey

Three experimental sites were selected by ÇOMÜ University. The first site, Terzioğlu Campus (Radar Hill), hosts oak seedlings inoculated with truffle fungi, with sage, thyme, and lavender intercropped between tree rows to assess the potential benefits of aromatic plants in truffle cultivation systems.the site activities and interventions. Related activities: Subtask 2.2.4 -Truffle cultivation/-bee-keeping and healthy products from bees (Canakkale) Reported completion: 0%.

Project: TAIE

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Demonstration site

TAIE · New site

Ezine, Turkey

Three experimental sites were selected by ÇOMÜ University. The second site, Salihler Village (Çanakkale), hosts oak seedlings inoculated with truffle fungi, with sage, thyme, and lavender intercropped between tree rows to assess the potential benefits of aromatic plants in truffle cultivation systems. Related activities: Subtask 2.2.4 -Truffle cultivation/-bee-keeping and healthy products from bees (Canakkale) Reported completion: 0%.

Project: TAIE

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Demonstration site

TAIE · New site

Ezine, Turkey

Three experimental sites were selected by ÇOMÜ University. The third site, Yaylacık Village (Ezine), hosts oak seedlings inoculated with truffle fungi, with sage, thyme, and lavender intercropped between tree rows to assess the potential benefits of aromatic plants in truffle cultivation systems. Related activities: Subtask 2.2.4 -Truffle cultivation/-bee-keeping and healthy products from bees (Canakkale) Reported completion: 0%.

Project: TAIE

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Demonstration site

AGROFIG Demonstration site 264

Ortaklar Aydin, Ortaklar Aydin, Türkiye

We set up an agroforestry experiment in a orchard with adult plants of the fig tree. We are currently at 25% of completation. In two portions we sowed herbaceous crops while in a third portion (C) we did not sow anything (control, no agroforestry).

Project: AGROFIG

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Demonstration site

BLUMI-Med Demonstration site 282

Türkiye, Türkiye

CS focuses on a municipality-initiated, women-led local market operating in the urban area of Eskişehir organized by Tepebaşı Municipality. Within the BLUMI-Med framework, first scoping assessment has been completed, and we are preparing for Workshop 1.

Project: BLUMI-Med

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Demonstration site

BLUMI-Med Demonstration site 283

Türkiye, Türkiye

The objective of the CS is to improve local food system, protect biocultural heritage, promote diversity of wild herbs& medicinal–aromatic plants . Within the BLUMI-Med framework, first scoping assessment has been completed, and we are preparing for WS 1.

Project: BLUMI-Med

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Pilot

CERERE Pilot 192

Türkiye, Türkiye

Proof of concepts and preliminary interviews are being conducted with farmers and stakeholders in the Ankara region (central anatolia) to validate the project concept. Other field activities will be soon conducted. Reported completion: 100%.

Project: CERERE

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Demonstration site

COSMOS Demonstration site 203

Türkiye, Türkiye

This site investigates the co-production of truffles (*Quercus ilex* + *Tuber aestivum*), MAPs (*Lavandula angustifolia*), and honey. Key practices include irrigation optimization, herbicide-free weed management, soil tillage, and pollination techniques. Reported completion: 100%.

Project: COSMOS

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Demonstration site

COSMOS Demonstration site 204

Türkiye, Türkiye

This site features *Quercus robur* and *Corylus* species seedlings inoculated with truffles and interplanted with lavender. The cultural practices introduced are irrigation optimization, weed management without herbicides, soil tillage, and pollination. Reported completion: 100%.

Project: COSMOS

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Demonstration site

COSMOS Demonstration site 205

Türkiye, Türkiye

This site tests the co-production of truffles and MAPs using *Quercus ilex* and *Tuber aestivum*. Techniques introduced include irrigation optimization, herbicide-free weed management, and soil tillage. Reported completion: 100%.

Project: COSMOS

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Demonstration site

DIONYSUS Demonstration site 100

Türkiye, Türkiye

To mitigate insect pest infestation in dried figs, an on-site disinfestation system will be implemented. To date, procurement of the system has been under investigation; therefore, installation has not yet been carried out.

Project: DIONYSUS

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Demonstration site

FrontAg NEXUS Demonstration site 78

Türkiye, Türkiye

Greenhouse demo in Bodrum showcasing water-efficient food production: horizontal & vertical NFT for lettuce and cocopeat-pot beans in a closed-loop aquaponic system with real-time EC/pH control—low-waste, scalable, and urban-ready.

Project: FrontAg Nexus

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Demonstration site

FUSION Demonstration site 218

Türkiye, Türkiye

The prototype described in point 3 will be transported to Turkey where it will be installed and presented as a demonstration unit for stakeholders. Completion=20%.

Project: FUSION

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Demonstration site

InTheMed — Konya

Konya, Türkiye

A surrogate model to predict piezometer evolution in the basin in response to climate change conditions and alternative management practices. A total system analysis to improve the governance of the aquifer. An extensive living lab exercise

Project: InTheMed

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Demonstration site

Legu-med — Diyarbakır

Diyarbakır, Türkiye

Assessing different Chickpea Genotypes

Project: Legu-med

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LENSES — Türkiye 50

Türkiye, Türkiye

NBS for sustainability of managed ecosystems: 1) Change crop rotations, 2) Soil improvement and conservation measures,3) Incorporating crop residues to enhance carbon storage, 4)Use soil conservation measures - Deep-rooted plants and minimum or conservation tillage

Project: LENSES

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Pilot

LENSES Pilot 56

Türkiye, Türkiye

The area supports a wide variety of crops, including cotton, maize, vegetables, and fruit trees, and relies heavily on irrigation systems fed by surface and groundwater sources.

Project: LENSES

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Demonstration site

Mara-Mediterra — Marmara

Marmara, Türkiye

UTAEM experimental fields and in plots belonging to local farmers. NBS Deficit/precision/ smart irrigation, Land application of compost/manure/sludge, Natural systems of water quality improvement and biomass production, Minimum ecological flow for lake/wetland restoration

Project: Mara-Mediterra

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Demonstration site

Med-Berry — Türkiye 186

Türkiye, Türkiye

Public site description not provided.

Project: Med-Berry

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Pilot

MEDITOMATO — İnegöl, a district in the province of Bursa,

İnegöl, a district in the province of Bursa,, Türkiye

terrains (open air) will be usedfor the DEMO, one to test MEDITOMATO innovations, and the other one will serve as a control field. Each field will have an area of 1 ha. IoT Irrigation systems will be tested for a whole season (approx.. July to mid Octuber) and the Portable NIR, measuring º Brix, Total acidity and Colour will be tested to optimize harvesting operations based on quality attributes & maturity level, for at least 1 month in the same season. Both demo tests will take place during year 3 of the project

Project: MEDITOMATO

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MEDSAL — Tarsus (Mersin basin)

Tarsus (Mersin basin), Türkiye

Innovation 1: web-GIS MEDSAL observatory with installation of real-time high resolution groundwater sensors Innovation 2: State-of-the-art tailor-made groundwater management plans with MEDSAL toolbox

Project: MEDSAL

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Demonstration site

MEDWATERICE — Bafra Valley

Bafra Valley, Türkiye

MEDWATRICE. The experimentation was conducted at the pilot farm of the Black Sea Agricultural Research Institute located in Bafra Valley of Samsun province during the rice-growing season in 2019 and 2021 (June-October). A total of 36 plots (5×5 m2) were established in the pilot farm with a randomized complete block design combining two rice varieties of rice (Osmancık-97 and Rekor CL) and six irrigation treatments with three replicates: 1) WFL/DFL: water transplanted/dry seeding and immediate flooding; 2) AWD(-5): water transplanted/dry seeding and immediate flooding and alternate wetting and drying (water tube threshold level at which the flooding condition was restored in the plot equal to -5 cm below the soil surface); 3) AWD(-10): water transplanted/dry seeding and immediate flooding and alternate wetting and drying (water tube threshold equal to -10 cm below the soil surface); 4) AWD(-15): water transplanted/dry seeding and immediate flooding and alternate wetting and drying (water tube threshold equal to -15 cm below the soil surface); 5) Drip irrigation 1.75 x pan evaporation (Epan); 6) Drip irrigation 2.0 x pan evaporation (Epan)

Project: MEDWATERICE

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Pilot

MUSHMED Pilot 36

Türkiye, Türkiye

The location is a state university in Türkiye. Reported completion: 100%.

Project: Mush-Med

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Demonstration site

NATMed Demonstration site 21

Türkiye, Türkiye

Implementation of NbS to face increasing pressure on water resources. Monitoring wells to track groundwater. Gradoni terraces, conservation agriculture, MAR, treated wastewater reuse, and smart irrigation to protect water and strengthen resilience.

Project: NATMed

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NEXUSLABS Demonstration site 97

Türkiye, Türkiye

Menemen Plain: Address drought impacts by promoting climate-resilient agriculture, carbon sequestration, agroecology, NbS; Increase awareness of environmental impacts; Tackle groundwater nitrate pollution; Training for upscaling

Project: NexusLabs

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NUSYC Demonstration site 287

Türkiye, Türkiye

Microbial co-composting in full - scale composter using urban residue and waste.

Project: NUSYC

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OLIWA Demonstration site 238

Türkiye, Türkiye

Insect rearing on OBs substrates

Project: OLIWA

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OLIWA Demonstration site 239

Türkiye, Türkiye

Animal trials on poultry

Project: OLIWA

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ProxIMed Demonstration site 71

Türkiye, Türkiye

Production Facility for Tomato Paste, Souce, Pickles and Ready Meals, R&D Center Laboratory

Project: ProxIMed

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ProxIMed Demonstration site 72

Türkiye, Türkiye

Production line for canned ready meal products.

Project: ProxIMed

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ProxIMed Demonstration site 73

Türkiye, Türkiye

Ready Meal packaging line

Project: ProxIMed

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REACT4MED — Menemen

Menemen, Türkiye

Plant Growth-Promoting Rhizobacteria, green manure, enhancing organic matter, enhancing drainage

Project: REACT4MED

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RESERVOIR — The Gediz River Basin (GRB) is located in the Aegean region

The Gediz River Basin (GRB) is located in the Aegean region, Türkiye

1) Innovative approach for the aquifer characterisation and monitoring using low-cost and non-invasive EO data. 2) Subsidence risk and unsustainable groundwater management index to identify critical situations 3) Guidelines to implement sustainable strategies aimed to mitigate land subsidence.

Project: RESERVOIR

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SIMTAP — Türkiye 83

Türkiye, Türkiye

The SIMTAP prototype can be considered a demonstration site for on-land IMTA/marine aquaponics after a few modifications of the current system, which should be completed in the next 4-6 months. In the framework of project, the prototype hosted experiments on zero-waste recirculating aquaculture systems and on-land IMTA. Only experiments on polychaetes are still in progress. Marine species: gilthead seabream, polychaetes, microalgae, microalgae and macroalgae (sea weed). Crop: Salicornia.

Project: SIMTAP

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SusMedHouse — Ankara

Ankara, Türkiye

Test of the developed sub technologies such as Agri-PV ; new type compost efficiency; different greenhouse production methods, aquaponic, hydroponic, agri-PV and conventional, comparison test; winter and summer type greenhouse coating material tests, Biosensors usage, DSS, Agrorobot

Project: SusMedHouse

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Sustain-COAST — Erdemli

Erdemli, Türkiye

DRASTIC maps - results of groundwater and river analyses. The DRASTIC approach is a useful tool for assessing groundwater vulnerability. The DRASTIC method is used in the establishment of the Decision Support System (DSS). The DRASTIC method was developed by Aller et al. (1987) on behalf of the United States Environmental Protection Agency (USEPA) to assess the pollution vulnerability of groundwater. The method was evaluated on the basis of PSCM (point count models). Geographic Information Systems (GIS) greatly facilitate the creation of the DRASTIC method. In the DRASTIC method, the pollution potential of groundwater is assessed by combining the seven layers obtained for each of the parameters. this method was used to create "groundwater pollution susceptibility" maps for the study areas. Subsequently, maps of groundwater chemistry (separately for each chemical parameter “especially N, P, SO4”) obtained from measurements in the study areas were produced. The precision maps created with DRASTIC, the groundwater chemistry maps and the detailed land use maps of the study areas using statistical methods (principal component analysis, fuzzy logic methods or correlation analysis) are compared with each other. As a result of the comparisons, land use classes (pollutant sources) that pollute the groundwater chemistry are identified and scenarios for reducing this pollution are developed.

Project: Sustain-COAST

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Ülker Bisküvi

ülker bisküvi, Türkiye

Located in Gebze Organized Industrial Zone, spans 41,300 m² and operates under international standards. It holds a BREEAM “Good” certification for sustainability, featuring efficient HVAC, lighting, and waste management systems. Reported completion: 100%.

Project: A- BLOCK

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WATERMED 4.0 — Konya

Konya, Türkiye

WATERMED4.0. Turkey. Konya Closed Basin Case Study. A demo site has been deployed with soil moisture sensors and a meteorological station for continously monitoring in order to designate crops' water requirements and thereby improve water use efficiency. The main focus of this demo site, apart from enhancing water use efficiecny, was to observe the suitability of using reclaimed water for irrigation purposes. Two different types of crops are chosen that are widely grown in Konya Closed Basin: corn (herbaceous) and sugar beet (root plant). The experimental site was split into four sub-plots, two of which were irrigated with RW and the other half was irrigated with GW. Data is recorded on the WATERMED platform to compare the results of the control site with reclaimed water irrigated site. Additionally, the WATERMED platform also drew irrigation plans for both types of crops. The first year of the study identified the irrigation habits of farmers, and the results were compared with the platform results. It was observed that corn was under-irrigated while sugar beet was over-irrigated. In the second year of the study, crops are irrigated according to the platform's irrigation plans

Project: WATERMED 4.0

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