The Mediterranean library of knowledge
Explore the ENI CBC Med Programme's library of deliverables: a comprehensive digital repository of diverse resources tailored for the Mediterranean region. Discover in-depth studies, innovative strategies, and practical tools spanning tools addressing key environmental, economic, and social issues. The library is your go-to source to find valuable knowledge to inspire new collaborative projects driving fair, sustainable and inclusive development across the Mediterranean.
Co-Evolve 4BG Transferability Plan
This deliverable consists of the Transferability Plan at Pilot Areas, regional scale and Mediterranean one of the Co-Evolve4BG project, presenting and analyzing the Transferability Actions and other supportive structures that took place during the project’s elaboration.
The Transferability Plan took into account all levels of reference, from local (Pilot Areas) to Mediterranean (and/or international level), ensuring the successful dissemination of the project’s impact and the exchange of experiences and knowledge.
Co-Evolve4BG Threats and Enabling Factors analysis at Tyre scale, Lebanon
The deliverable analyses the Threats & Enabling Factors at the scale of the pilot in Tyre, Lebanon.
Co-Evolve4BG Threats and Enabling Factors analysis at Sousse scale
The deliverable analyses the Threats & Enabling Factors at the scale of the pilot in Sousse, Tunisia.
Co-Evolve4BG Threats and Enabling Factors analysis at Djerba scale
The deliverable analyses the Threats & Enabling Factors at the scale of the pilot in Djerba, Tunisia.
Co-Evolve4BG Threats and Enabling Factors Analysis at Circeo scale
This deliverable analyses each of the selected Treaths and Enabling Factors at the scale of the Circeo pilot in Italy.
Co-Evolve4BG Threats and Enabling Factors analysis at Batroun scale
This deliverable analyses each of the selected Treaths and Enabling Factors at the scale of the Batroun pilot in Lebanon.
Co-Evolve4BG Pollution and other Anthropogenic Pressures Affecting Ecosystems Alexandroupoli & Samothraki scale, Greece scale
The present deliverable aims at describing and studying the current situation taking into consideration pollution impact and all the predictable threats that are putting both environment and public health at stake. The focus will be put on the coastal zone of the 2 sub-areas of Pilot Area 2 of Co-Evolve4BG, namely Alexandropoulos and Samothraki located in the
Region of Eastern Macedonia and Thrace, in Greece.
Co-Evolve4BG participatory approach
To ensure the ownership of these action plans, and thus constitute a suitable basis for their implementation, a participatory approach has been implemented in each of the pilot areas between September 2022 and June 2023. It has allowed to bring together partners and local stakeholders (decision makers, scientists, economic players, citizens, etc.) around trainings and workshops aiming at the development of a shared understanding of the local challenges , and at the identification of collaborative actions to increase the sustainability of local activities.
Co-Evolve 4BG Threats & Enabling Factors at Mediterranean scale
Analysis of the different Threats and Enabling factors on a Mediterranean scale.
Co-Evolve4BG – Toolkit and user guide
In the frame of Co-Evolve4BG project, a toolkit was designed to assist coastal/maritime tourism managers in monitoring tourism activities at a given Destination in the Mediterranean. It was also designed to help them identify which best practices may be implemented.
Guidelines on the energy renovation of university buildings in the Mediterranean
Guidelines were developed and designed based on the main outputs of the project including the Living Lab approach adopted for the co-creation of the renovation process, the main results of the pilot actions implemented (energy generated and saved, CO2 emissions avoided, savings in €..), lessons learned and recommendations for replication and scaling-up.
These guidelines will facilitate the replication and scaling-up of the innovative renovation actions implemented, leading to a wider impact.
Decision aid tool for evaluation of optimal renovation measures in university buildings
A decision aid tool (Tool 1) is developed to support the energy management staff, in collaboration with students and researchers, in identifying and implementing the best options for building refurbishing and improving operation control for achieving significant energy savings, while maintaining the occupant's comfort.
A simplified tool (Tool 2) was also proposed for target groups with no advanced technical knowledge on building energy performance.
The interactive tools serve as a multi-objective decision models for the optimal ranking/trade-offs analysis between retrofit options, based on relevant decision criteria.