What we achieve
During its Test Phase, AZA4ICE defines the Allocated Zones for Circular Aquaculture (C-AZA) in 8 pilot areas (Varna Large Bay, Bulgaria; Krka River Estuary, Šibenik, Croatia; Thau Lagoon, France; Šasko Lake, Montenegro; Ria Formosa Lagoon, Algarve, Portugal; Paleo-Lagoon, Lefkada, Greece; Bay of Cádiz, Andalusia , Spain; Cabras Lagoon, Sardinia, Italy) fostering an inclusive and circular economy and triggering new business opportunities in the aquaculture sector. We establish the Living Responsible Research and Innovation Ecosystems (LiRRIEs) to engage stakeholders of 5-Helix in developing Action Plans for a sustainable and inclusive transition of the sector. These Plans, aligned with Smart Specialization Strategies (S3), are designed for adoption by public authorities across Euro-Mediterranean region. Our efforts enhance transnational cooperation, raise eco-consciousness and promote sustainable aquaculture practices that benefit society as a whole.
After the finalisation of the Test Phase, the project moves to the phase of operational transfer and institutional embedding of the AZA4ICE & LiRRIE methodologies into new geographic receiver territories. These practical, fully operational solutions support strategic planning and decision-making for sustainable and circular aquaculture in close-to-coast and inland waters. AZA4ICE now extends its approach to Malta, North Macedonia, Emilia-Romagna (Italy), and Split-Dalmatia County (Croatia). Through knowledge transfer, adaptation and institutional cooperation, the project aims to strengthen local capacities, improve day-to-day practices, and support the transition towards more sustainable, circular and resilient aquaculture systems.
Pedagogical Communication Outcomes
For further information, printing requests, or access to additional materials for dissemination related to the AZA4ICE comic book and board game, please contact us at ikorda@dynamicvision.gr
Project Key Deliverables
AZA4ICE Μethodology (D1.1.1):
The methodology developed by AZA4ICE for implementing an exosystemic spatial planning approach to identify Allocated Zones for Circular Aquaculture (C-AZA). The methodology is accompanied by the AZA4ICE methodology accompanying data analysis tool.
LiRRIE methodology (D2.1.1):
The multi-level and multi-sectoral stakeholders’ engagement methodology developed by AZA4ICE for setting up the Living Responsible Research Innovation Ecosystems (LiRRIEs), with the ultimate scope of bringing together 5-Helix actors and engaging them in the project’s activities.
Identifying the circularity baseline with the BLUEfasma Circularity Self-Assessment Tool
(D2.2.1):
This report presents he generalized Circular Economy readiness and willingness indexes for the aquaculture sector in the Euro-MED area by integrating the results of the BLUEfasma Circularity Self-Assessment Tool utilisation in the 8 AZA4ICE territories to identify the circularity baseline of businesses in the sector.
Review on aquaculture legal/regulatory framework and licensing processes (D2.3.1):
This report analyzes the regulatory frameworks and licensing processes shaping the aquaculture sector across the Euro-MED region, emphasizing sustainability, innovation and economic development.
Guide with circular aquaculture business practices and opportunities (D3.1.1):
This guide provides a comprehensive framework to support the transition of the European aquaculture sector toward circular, resource-efficient and environmentally sustainable production models.
Common Transnational Strategy for Drafting the AZA4ICE Action Plans (D3.2.1):
This document presents the Common Transnational Strategy for drafting the AZA4ICE Action Plans aimed at fostering an Inclusive and Circular Economy in the Euro-Mediterranean aquaculture sector.
Common Transnational Strategy for Drafting the AZA4ICE Action Plans (D3.2.1)
Plan for Transferability of AZA4ICE Results (D3.4.1):
The AZA4ICE Transferability Plan outlines how the results of the project can be transferred, adapted and scaled across other territories within the Euro-MED area and beyond.
Project Outputs
Output 1.1.
AZA4ICE methodology for circular aquaculture spatial planning embedded with innovative circular production systems
Output 1.1 AZA4ICE methodology
Output 1.1 AZA4ICE methodology accompanying data analysis tool
