Edited by: Renato Mamede, University of Aveiro, Portugal
Reviewed by: Felicity Picken, Western Sydney University, Australia
Agustin Santana-Talavera, University of La Laguna, Spain
*Correspondence: Nada Mallah Boustani,
This is an open-access article distributed under the terms of the Creative Commons Attribution License (CC BY). The use, distribution or reproduction in other forums is permitted, provided the original author(s) and the copyright owner(s) are credited and that the original publication in this journal is cited, in accordance with accepted academic practice. No use, distribution or reproduction is permitted which does not comply with these terms.
This study investigates the long-term impacts of health emergencies—specifically the COVID-19 pandemic—on coastal tourism systems across the Mediterranean, with a particular focus on the Batroun pilot site in Lebanon. Coastal areas are especially vulnerable to systemic disruptions due to their dependence on tourism, ecological fragility, and governance fragmentation. Understanding how crises like COVID-19 reshape tourism dynamics is critical for advancing sustainable and resilient development within the blue bioeconomy framework.
We adopted a participatory research approach involving multi-stakeholder workshops, focus groups, and SWOT analyses. The Co-Evolve4BG Toolkit, a participatory evaluation instrument, was applied to assess the sustainability performance of Batroun's coastal tourism sector across environmental, economic, and governance dimensions. Thresholds and indicator scoring were co-developed with local actors and experts to reflect contextual realities.
Findings revealed both systemic vulnerabilities and adaptive capacities. Batroun demonstrated relative strengths in public engagement, wastewater infrastructure, and cultural asset preservation. However, significant weaknesses emerged in pollution management, marine habitat protection, and institutional coordination. The COVID-19 pandemic acted as a stress test, highlighting the fragility of current systems but also catalyzing shifts toward digital tourism, circular economy initiatives, and decentralized decision-making.
The Co-Evolve4BG Toolkit proved to be an effective mechanism for benchmarking sustainability and co-developing locally grounded action plans. Insights from the Batroun case emphasize the importance of participatory governance and integrated coastal management in building long-term resilience. We recommend the adoption of standardized health protocols, diversification of tourism models, and improved inter-institutional coordination at the regional level. These findings contribute to a replicable model for aligning ecological preservation with crisis-responsive tourism planning in Mediterranean coastal areas.
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In recent years the urgency for sustainable development has put the blue bioeconomy in the spotlight – a multifaceted field that focuses on the responsible and innovative use of marine and aquatic resources. This aligns with the broader sustainability goals of the United Nations Sustainable Development Goals (SDGs) especially those related to climate action (SDG 13), life below water (SDG 14) and decent work and economic growth (SDG 8). The blue bioeconomy encompasses sectors such as fisheries, aquaculture, marine biotechnology and coastal tourism and aims to harmonize economic productivity with marine ecosystem preservation and offers ecological and socio-economic benefits.
The Mediterranean is a key area to explore the blue bioeconomy due to its biodiversity richness, dense coastal populations and economic dependence on maritime sectors especially tourism. Coastal areas in countries like Lebanon are demographic and GDP drivers but also suffer from intense human pressures such as illegal fishing, habitat degradation, pollution and unregulated tourism (
Moreover, the COVID-19 pandemic presented an unprecedented stress test for coastal tourism systems, particularly in the Mediterranean. While it is globally acknowledged that tourism, public health, and local economies are interconnected, this study leverages the pandemic as a pivotal moment to examine how crisis events can catalyze shifts toward more resilient and sustainable tourism governance. In the context of Batroun, Lebanon, COVID-19 served as both a disruptor and an inflection point, prompting stakeholders to rethink tourism planning within the broader scope of the blue bioeconomy. By applying participatory tools in a localized setting, this paper highlights how health crises can trigger adaptive governance innovations transferable to other Mediterranean destinations.
Amid these systemic threats to socio-ecological resilience and building on this contextual foundation, the Co-Evolve4BG project funded by the ENI CBC Med Program provides a framework to understand how participatory governance and stakeholder engagement can address these sustainability challenges.
This paper presents findings from a Mediterranean pilot site located in Lebanon, showing how collaborative tools such as SWOT analyses can guide integrated coastal zone management (ICZM) and contribute to the development of a resilient and inclusive blue bioeconomy. It bridges academic research with on the ground policy action and provides practical pathways to enhance socio-ecological resilience.
Building on this contextual foundation, it is essential to examine the scholarly landscape that has informed the evolution of the blue bioeconomy and stakeholder engagement across Mediterranean coastal systems.
The blue bioeconomy has become a key driver for coastal sustainable development especially in regions heavily dependent on marine resources. Defined as the sustainable use of ocean and aquatic resources for economic growth, improved livelihoods and ecosystem health it encompasses a wide range of sectors such as fisheries, aquaculture, marine biotechnology and coastal tourism (
The integration of local knowledge through participatory methods such as SWOT analyses and workshops has been proven in previous studies. For example,
In parallel, environmental pressures continue to challenge blue economy growth. Human induced impacts – from unregulated tourism and pollution to IUU (Illegal, Unreported and Unregulated) fishing – have been shown to degrade marine ecosystems and erode local economies (
To counteract these trends integrated policy frameworks such as Integrated Coastal Zone Management (ICZM) have been recommended. ICZM emphasizes cross sectoral planning, participatory governance and ecosystem-based management, all of which align with the Co-Evolve4BG approach. However,
Innovation is also key. Marine biotechnology as highlighted by
According to the
Several studies have emphasized that stakeholder engagement is the cornerstone for sustainability in marine and coastal contexts.
Despite these frameworks the literature also warns of significant threats that can undermine blue bioeconomic progress. Illegal, unreported and unregulated (IUU) fishing, pollution and uncontrolled urbanization erode marine biodiversity and reduce the long-term viability of coastal industries (
The Co-Evolve4BG project builds on these insights by applying participatory methods across pilot sites in Lebanon, Tunisia, Spain and Greece. Its methodology integrates ICZM principles with locally tailored action plans to provide empirical evidence on how stakeholder participation can improve ecosystem governance and support blue growth. Therefore, it contributes to an evolving discourse that seeks to balance ecological integrity with economic development through inclusive, innovative, and place-based approaches.
In summary, the Co-Evolve4BG project aligns with a growing body of research that advocates for inclusive, adaptive, and cross-sectoral approaches to sustain the blue bioeconomy. The Batroun case provides empirical evidence on how participatory processes and environmental innovation can be scaled up across Mediterranean coastal communities to address ecological degradation and socio-economic fragility.
Integrated Coastal Zone Management (ICZM) has been the prevailing framework guiding sustainable planning and resource coordination in coastal areas since the 1990s. Rooted in ecosystem-based management and intersectoral governance, ICZM promotes participatory approaches and long-term strategic planning to harmonize economic development with environmental protection (
In response to these shortcomings, alternative frameworks have emerged to better address the dynamic and uncertain nature of socio-environmental systems. One such framework is adaptive governance, which emphasizes institutional flexibility, polycentric governance, social learning, and stakeholder inclusion (
Complementary to adaptive governance is the socio-ecological systems (SES) framework, which views human and natural systems as deeply intertwined and co-evolving. The SES perspective emphasizes resilience, feedback mechanisms, and cross-scale interactions, and has been widely applied in the study of marine and coastal resource management (
The integration of ICZM, adaptive governance, and SES frameworks offers a more holistic lens for analyzing the governance of Mediterranean coastal tourism in the face of overlapping health and environmental crises. While ICZM provides a foundational structure for intersectoral coordination, adaptive governance and SES contribute the necessary flexibility and systems thinking required to navigate uncertainty and support transformation. This theoretical triangulation is particularly useful for interpreting the Co-Evolve4BG project outcomes, which highlight the role of participatory processes, local innovation, and cross-scale collaboration in fostering resilience. It also provides a conceptual bridge between the operational goals of the blue bioeconomy and the broader challenges of socio-ecological sustainability in coastal regions.
This study uses a qualitative, participatory action research (PAR) approach based on Integrated Coastal Zone Management (ICZM) and blue bioeconomy governance frameworks. The methodology was applied within the context of the EU-funded Co-Evolve4BG project in Batroun pilot area in Lebanon. The overall objective was to assess how stakeholder participation contributes to identifying challenges and co-developing solutions for coastal ecosystem management and tourism development. Ethical approval for stakeholder engagement was obtained under the Co-Evolve4BG Project framework.
The study is a multi-actor participatory process involving local authorities, civil society, environmental NGOs, tourism stakeholders and technical experts. This is in line with the stakeholder co-management model (
The research is structured in three phases:
Diagnostic phase: Baseline analysis of environmental and socio-economic conditions in Batroun using secondary data (literature, municipal reports) and stakeholder perceptions.
SWOT analysis workshops: Participatory sessions to identify local Strengths, Weaknesses, Opportunities and Threats (SWOT) for pollution management, sustainable tourism and blue economy practices.
Action planning and validation: Co-development of site-specific action plans and strategic recommendations for local implementation followed by feedback and consensus building activities.
The primary data collection tools were:
Participatory Workshops (December 28-29, 2021 & April 18-19, 2023): Over 30 stakeholders including Batroun municipality, Ministry of Environment, Ministry of Agriculture, local NGOs, academia and community members.
A Co-Evolve4BG Toolkit was used as part of the pilot actions to assess and monitor sustainable coastal/maritime tourism in the Mediterranean, with Batroun (Lebanon) as a case study. The Toolkit is a practical Excel-based instrument (Annex 1) that provides local stakeholders (municipal authorities, environmental agencies, community actors) with a framework to evaluate the tourism sector’s performance in environmental, social and economic dimensions.
Through a participatory process with local actors, a selection of compulsory and non-compulsory indicators was made, reflecting the specific environmental and socioeconomic characteristics of Batroun. The 32 compulsory indicators in bold in the toolkit allow for standardization and benchmarking with other Mediterranean destinations, while the 46 non-compulsory indicators offer flexibility to address local realities such as groundwater pollution, cultural heritage and marine litter.
the Toolkit’s implementation process and participatory definition of sustainability thresholds
The thresholds for sustainability indicators, including those related to tourism carrying capacity, were defined through a participatory process involving workshops and focus group discussions with local stakeholders and experts. These exchanges relied on contextual knowledge, available data, and practical experience in managing tourism impacts. This bottom-up method ensured thresholds reflected both scientific judgment and local realities. The same process was applied across all selected indicators, which enhances the toolkit’s contextual validity and increases its potential replicability in other coastal destinations.
Key steps in the Toolkit’s implementation were:
Indicator selection: Local stakeholders selected the indicators most relevant to Batroun’s tourism and environmental profile. The selection process was guided by participatory workshops and expert consultation. In Batroun, the toolkit was initially completed by experts in Integrated Coastal Zone Management (ICZM) and Maritime Spatial Planning (MSP). These initial responses were validated through consultations with diverse local stakeholders, including municipal officials, businesses in the coastal and maritime tourism sectors (hotels, restaurants, water sports providers), academic institutions (e.g., MARSATI and universities), and representatives from national ministries (Environment, Public Works and Transport, and Tourism). While this multi-stakeholder approach aimed at ensuring broad representation, limitations such as stakeholder availability, potential biases, and uneven participation levels are acknowledged.
Data entry and sustainability thresholds: For each selected indicator, values were assigned to represent the lower and upper thresholds of sustainability, based on expert judgment and regional benchmarks. These thresholds were compared to the current values from municipal records, field observations and stakeholder reports.
Sustainability level scoring: Each indicator was rated using a standardized qualitative scale (“Very Bad” to “Very Good”) generating a weighted performance assessment.
SWOT Matrices: Facilitators guided participants to identify internal (strengths/weaknesses) and external (opportunities/threats) factors impacting pollution control and sustainable tourism.
Field observations and expert input: Supplementary information was gathered from field visits, stakeholder interviews and technical briefings from municipal and sectoral actors (e.g., fisheries cooperatives, waste management staff).
Secondary Data: National reports, EU project documentation and academic sources were used to triangulate stakeholder insights and provide context for SWOT themes (e.g., marine pollution, ICZM gaps, circular economy practices).
Workshop data were transcribed, synthesized and coded using a thematic content analysis framework, grouping entries by thematic pillars (e.g., governance, infrastructure, environmental pressure, tourism). Each SWOT matrix was examined to identify:
Cross-cutting patterns (e.g., institutional gaps across sectors),
Context-specific drivers (e.g., refugee-related wastewater issues),
Strategic leverage points (e.g., existing infrastructure, diaspora networks).
A comparative lens was used to align Batroun’s findings with blue bioeconomy priorities as outlined in recent European Commission and FAO frameworks. The action plan was developed with stakeholders and further validated through expert consultation.
The application of the Co-Evolve4BG Toolkit in Batroun, Lebanon, yielded a comprehensive performance assessment of the pilot area across environmental, economic, and governance dimensions of coastal tourism sustainability. The participatory evaluation process, informed by local expertise and stakeholder input, revealed areas of relative strength and concern.
The SWOT analysis (
SWOT analysis of pollution management in Batroun (April 2023).
| Strengths | Weaknesses |
|---|---|
|
Presence of a complete wastewater network infrastructure system |
Violations on coastal public property |
|
Presence of a wastewater treatment plant |
Failure to inform the local population about development projects and financing schemes |
|
Strong environmental guidance |
Inadequate solid waste management plan, including lack of sorting from the source |
|
Public involvement in environmental activities (cleaning campaigns, individual initiatives, etc.) |
Insufficient awareness and environmental guidance |
|
Personal initiatives in sorting waste from the source |
Inaccessible coastal areas and beaches for the public |
|
Regular and consistent collection of solid waste from residential areas and public spaces. |
Groundwater pollution caused by sewage |
|
Banning the use of dynamite in the fishing sector |
Nonfully operational wastewater treatment plant |
|
Digitalized archaeological sites |
Chemical pollution from the Selaata chemical plant |
|
Existence of a landfill and a sorting facility for solid, organic, and nylon waste |
Aesthetic pollution is present |
|
Attempt to reduce noise pollution and switch to alternative energy sources such as solar energy and hydroelectric cars |
High number of displaced populations impacting the area |
|
Some beaches are safeguarded by official decree |
Risk of waste being brought to the sea by the El Jawz river |
|
Increasing waste disposal due to growing tourism |
|
|
Waste generated by maritime transport activities |
|
|
Overreliance on nonbiodegradable packaging |
|
|
Inadequate number of waste collection bins |
|
|
Noncompliance with environmental standards |
|
|
Beach erosion occurring |
|
|
Lack of specific guidelines and regulations for tourists |
|
| Opportunities | Threats |
|
Initiate the process of enacting laws |
Decrease in the fishing sector |
|
Advocate for the establishment of environmental police officers |
Existence of invasive species |
|
Reactivate aquaculture practices |
Native marine species such as sponges, murex, and sea urchins are becoming extinct or scarce |
|
Restore coastal habitats |
High amount of marine litter and microplastics present |
|
Establish a program for monitoring health and the environment |
Insufficient ability to manage tourist numbers |
|
Unsustainable financing methods for operating the wastewater treatment plant |
Beach and Maritime Tourism: Public health measures such as social distancing and beach closures led to a drastic decline in coastal tourism activities. Local economies that heavily depend on seasonal beach tourism suffered significant income losses particularly in coastal towns like Batroun.
Urban and Cultural Tourism: Lockdowns and travel bans led to the closure of museums, heritage sites and city-based festivals. Destinations such as Beirut reported severe economic damage affecting local artisans, transport providers and cultural service workers.
Recreational Boating: With restricted mobility and maritime border controls, the chartering and leisure boating sectors also declined sharply. Small businesses involved in boat rental and marina services were especially vulnerable due to their limited operational reserves.
Nature and Eco-tourism: While nature-based tourism was initially seen as a resilient alternative, limited access to protected areas, mobility restrictions and public safety concerns reduced this sector’s ability to absorb displaced demand.
This further highlighted the vulnerability of community-based and conservation-linked tourism initiatives. Also, the pandemic increased mental health and well-being concerns for both tourists and tourism workers. Surveys from regional tourism boards showed rising anxiety levels among travelers, reluctance to participate in group activities and higher expectations for safety, hygiene and flexible booking policies.
The SWOT
Result visualization: The toolkit’s built-in dashboard generated an aggregate sustainability profile for Batroun’s coastal tourism sector (
Radar chart showing sustainability scores across environmental, social, and economic indicators, with marine habitat degradation rated lowest.
Action plan for sustainable tourism in Batroun (April 2023).
| Thematic | Objectives | Actions | Key players |
|---|---|---|---|
| Environment | Solid waste management | • Update of waste management plan | Local authority Local community |
| • Repurpose of reusable materials | |||
| • Carry out the implementation of the solid waste management plan, especially sorting from source | |||
| Habitat degradation | • Eliminate violations along the coastline, particularly in protected areas, and implementing taxes on constructions that cannot be removed | Local authority | |
| Ministry of Environment (MoE) | |||
| Infrastructure | • Enhance the capacity of the wastewater treatment facility in Batroun by upgrading the pumping system to deal with the overflows | Local authority | |
| • Collaborate closely with displaced populations to prevent the discharge of their wastewater into the El-Jaouz River and monitor their waste that causes blockages in the pumping system | Local community | ||
| • Install public restroom facilities in tourist spots and beaches | |||
| Pollution | • Imposing and levying taxes on plastic waste disposal in the environment | Local authority | |
| • Activate the sorting from the source process, and increasing the number of bins in streets, beaches, and public areas | |||
| Regulations | • Need to enforce the environmental regulations at the Selaata plant to prevent water, air, and beach pollution. This can be achieved by putting more pressure on the union of municipalities to comply with the standards | Local authority | |
| Ministry of Agriculture (MoA) | |||
| MoE | |||
| • Commence the operations of the nearest coast guard station, located in Chekka (11 km north Batroun) | |||
| • Have environmental inspectors/officers operating within the municipal boundaries, preferably recruited from outside the city to avoid conflicts of interest | |||
| • Implement environmentally friendly solutions to restore eroded beaches and areas, such as planting vegetation, conducting beach nourishment, etc. | |||
| • Provide unrestricted access to the beaches and some areas | |||
| Awareness | Local community | • Activate the networking community | Local authority |
| • Increase awareness through school programs and community events | Local community | ||
| • Establish closer collaboration and work alongside Lebanese diaspora donors to further environmental and developmental projects in Batroun. | |||
| Sustainable tourism | Blue economy | • Inclusion of circular economy to minimize waste, such as repurposing discarded fishing nets by recycling them into sponges for cleaning dishes, etc. | Local authority |
| • Expand the municipal police force to enhance monitoring capacity in relation to the tourism influx | Local community | ||
| • Promote the adoption of sustainable and eco-friendly substitutes for plastic use in the hospitality industry (hotels, resorts, public beaches, etc.), such as aluminum bottles, cloth bags, etc. | |||
| • Establish a marketplace where diving equipment can be rented out | |||
| • Enable fishermen to discover and adopt new methods for selling their catch, such as producing fish pickles, etc. | |||
| Fisheries | • Activation and enforcement of the marine fishing law. | Local authority | |
| • Develop a strategy for revitalizing and overseeing eco-tourism activities that can benefit local fishermen and small enterprises | MoE | ||
| • Collaboration among fish sellers in the market to standardize prices and regulations and generating QR code for this purpose | MoA | ||
| • Provide support to fishermen by arranging fishing expeditions in deep sea waters and introducing aquaculture | Ministry of Public Works and Transport (MPWT) | ||
| • Support and empower the fishermen cooperative to thrive and establish a local marketplace for their catch | |||
| • Have a well-equipped boat for deep-sea fishing, managed either by the fishermen cooperative or MARSATI, in order to assist and support fishermen | |||
| Archaeology | • Modify the current master plan for the archaeological area to accommodate the current population needs | Local authority | |
| • Finish up the cultural and heritage projects | |||
| Transport | • Impose and levy a tax on road violators and infractions | Local authority | |
| Energy | • Implement alternative energy sources, such as solar power, to provide electricity for the wastewater treatment plant and electric vehicles | Local authority |
The participatory evaluation process revealed areas of relative strength and concern:
Batroun showed strong performance in public engagement, wastewater infrastructure availability, and cultural heritage preservation. Local initiatives such as citizen-led coastal clean-ups, stakeholder involvement in tourism planning, and municipal investments in wastewater networks reflected high community ownership and institutional awareness. The preservation of cultural sites, supported by diaspora networks and local NGOs, further contributed to Batroun’s sustainability profile.
Conversely, several systemic weaknesses were identified. Pollution management remained a critical challenge, exacerbated by limited solid waste sorting at source, non-operational segments of the wastewater treatment plant, and contamination risks linked to the Selaata chemical facility. Marine habitat degradation was also noted, with threats including invasive species, beach erosion, and unregulated coastal development. Additionally, the growing volume of waste linked to seasonal tourism, insufficient waste collection infrastructure, and non-compliance with environmental regulations weakened Batroun’s ecological resilience.
The participatory SWOT analysis emphasized institutional fragmentation and coordination gaps across the ministries and local authorities, particularly in enforcing ICZM principles. Moreover, public health vulnerabilities—exacerbated during the COVID-19 pandemic—underscored the fragility of current coastal tourism systems and the need for integrated recovery strategies.
The findings from Batroun contribute significantly to the literature on blue economy transitions and stakeholder-led governance in coastal Mediterranean settings. In contrast to broader global observations on the pandemic’s impact on tourism, this study demonstrates how localized participatory methods—particularly the Co-Evolve4BG Toolkit—can diagnose site-specific vulnerabilities and mobilize community-driven responses.
By anchoring the assessment in ICZM and blue bioeconomy frameworks, the study underscores the importance of inclusiveness and co-management in achieving sustainable outcomes. As emphasized by
Importantly, the COVID-19 pandemic served as a disruptive yet catalytic force, prompting local actors to re-evaluate tourism dependencies and propose alternatives that align more closely with ecological preservation and circular economy principles. This reflects global trends yet adds value through context-specific insights. In Batroun, the pandemic highlighted the urgency of improving waste management systems, restoring coastal habitats, and integrating health preparedness into tourism planning—findings that hold relevance for similarly structured coastal towns across the Mediterranean.
The study advances conceptual linkages between crisis response, participatory governance, and blue economy pathways. It shows how combining top-down frameworks (like ICZM) with bottom-up engagement can bridge implementation gaps—an issue flagged by
The SWOT analysis in Batroun highlights the complex interplay between environmental vulnerabilities and opportunities within the blue bioeconomy framework. As a coastal city with rich cultural heritage and growing tourism demand, Batroun faces both the potential and peril of unbalanced development. The results align with broader Mediterranean challenges—pollution, infrastructure deficits, governance gaps, and pressure on marine ecosystems—while also showing context-specific pathways for sustainable transformation through stakeholder engagement (
The weaknesses and threats identified, particularly related to pollution and habitat degradation, are anthropogenic pressures that can undermine blue economy sectors. Pollution from the Selaata chemical plant, groundwater contamination, marine litter, and the non-operational wastewater treatment plant reveal systemic governance failures (
Institutional capacity gaps—such as lack of enforcement at industrial pollution sites, absence of environmental inspectors, and limited municipal coordination—further exacerbate environmental risks (
Opportunities identified in Batroun’s action plan reveal readiness for a blue economy transition: enforcing marine and eco-tourism laws, establishing environmental police, introducing solar energy solutions, and leveraging waste taxation mechanisms. The Action Plan specifically outlines measures such as repurposing discarded fishing nets into cleaning sponges, incentivizing sustainable alternatives to single-use plastics, promoting circular economy models within hospitality sectors, and supporting fishermen cooperatives through innovations like fish pickling and local markets. These initiatives align with EU Blue Bioeconomy principles (
Batroun’s strengths—its engaged community, environmental initiatives, and cultural capital—provide a foundation for inclusive governance and eco-innovation. However, political will, cross-agency collaboration, and sustainable financing remain critical for success.
Batroun’s public engagement, existing waste management networks, and environmental activism demonstrate substantial potential for co-created governance. In line with
The Co-Evolve4BG Toolkit supported evidence-based action planning by translating complex sustainability assessments into accessible indicators, fostering local ownership and stakeholder-driven governance. As a strategic planning tool, it enabled the development of a comprehensive Action Plan addressing key areas such as:
- Solid Waste Management: Implementing updated waste management plans focusing on source separation, increasing recycling capacity, and introducing plastic waste taxes.
- Infrastructure Enhancements: Upgrading Batroun’s wastewater pumping systems and installing public restrooms at tourist hotspots.
- Pollution Control: Strengthening regulatory enforcement at the Selaata plant and activating coast guard and municipal environmental inspectorate services.
- Sustainable Tourism Development: Promoting eco-tourism alternatives, establishing diving equipment rental points, and expanding municipal policing to manage tourist influx.
- Fisheries and Blue Economy: Encouraging innovations in fishery products, promoting aquaculture, and empowering fishing cooperatives to strengthen income diversification.
These action points reflect an integrated ICZM approach, promoting both ecological resilience and socio-economic development (
While Toolkit implementation was largely successful, challenges such as data availability, local capacity limitations, and potential subjectivity in threshold settings require continued attention.
COVID-19 exposed systemic vulnerabilities in Mediterranean tourism. Key lessons include the need for embedding health resilience into tourism planning, diversifying tourism portfolios beyond mass maritime and cruise sectors, and reinforcing local, community-based tourism models. Sustainable transitions—through digital innovation, sanitation upgrades, and eco-tourism promotion—are now critical.
Regional cooperation remains vital to manage health risks and support tourism recovery (
When it comes to evaluating transferability and replicability of this research findings. Compared to other Co-Evolve4BG pilot areas, Batroun benefits from relatively advanced infrastructure—such as its wastewater network and waste sorting facilities—and visible community involvement in environmental initiatives. However, common challenges such as weak enforcement and increasing tourism pressure were also observed in Tyre and Samothraki. The specific solutions developed in Batroun—such as digitalizing archaeological sites, involving diaspora communities, and enforcing localized tourism regulations—may offer transferable value to similarly structured locations like Djerba or Murcia, though contextual adaptation remains essential, particularly in less developed or politically distinct settings.
While the toolkit was applied through expert judgment and validation with local actors, several limitations emerged. First, data availability was uneven, with some indicators relying on estimates or proxies due to limited official statistics. Second, institutional fragmentation occasionally impeded data access and coordination, and politically sensitive issues—such as pollution sources or refugee pressures—may have influenced stakeholder openness. Nevertheless, validation efforts through inclusive stakeholder engagement, spanning municipal officials, tourism businesses, academic institutions, and government representatives, helped mitigate potential biases and increase the overall representativeness of the results.
This study underscores the necessity of integrated, stakeholder-driven governance to achieve sustainable tourism and blue bioeconomy transitions in Mediterranean coastal cities. Implementing Batroun’s action plan could serve as a model, demonstrating how locally grounded, evidence-based strategies can mitigate vulnerabilities and promote long-term resilience. Future efforts must prioritize community empowerment, institutional capacity building, diversified economic models, and regional collaboration to secure a sustainable and inclusive post-pandemic Mediterranean tourism sector.
The link between tourism, public health systems and local economies became more apparent during the crisis. Coastal and island destinations with underdeveloped health infrastructure struggled to adapt to emergency needs and tourists perceived greater risk. Nature-based and eco-tourism were initially seen as safer alternatives, but their development was hindered by lack of digital preparedness, insufficient infrastructure and lack of crisis attentiveness. This means while eco-tourism has long-term potential for sustainable tourism development it needs strategic investment and policy support to fulfil this role during future health-related disruptions.
This study contributes novel empirical insights into how participatory governance and diagnostic tools can guide tourism resilience in Mediterranean coastal areas, using the Batroun pilot site as a case study. Unlike generic accounts of COVID-19’s impact, our findings demonstrate how a health crisis catalyzed a community-led transition toward blue economy principles—integrating public health, circular economy, and marine sustainability. The application of the Co-Evolve4BG Toolkit and SWOT analyses revealed context-specific vulnerabilities and actionable pathways for recovery. These include localized health protocols, digital innovation, and sustainable tourism diversification. The study offers a transferable model for crisis-responsive tourism development, bridging health resilience with blue economy goals through stakeholder co-creation.
Given the scale and depth of the impact of COVID-19 on Mediterranean tourism, a multi-faceted approach is needed to build resilience and recovery. At policy level Mediterranean countries should work together to develop harmonized health protocols and crisis management frameworks. Coordinated regional health measures can facilitate safer cross-border travel and a more united response to future health emergencies. National governments should support destination-level strategies to diversify tourism offerings and reduce dependence on a single type of tourism (maritime or cruise-based). Strengthening healthcare infrastructure in high-traffic tourism areas, particularly in rural and island regions, is crucial to ensure safety and reassure domestic and international tourists. Tour operators and DMOs should put more emphasis on health and well-being in the tourist experience. This means not only implementing hygiene protocols but also creating tourism products that promote physical and psychological wellness such as nature retreats and wellness-oriented accommodations. Digital transformation is another key area to focus on, technology can play a central role in disseminating health information, contactless services and customer engagement. Local sourcing and community-based tourism can also contribute to building more inclusive and resilient tourism economies that can absorb external shocks.
From a research perspective, the pandemic requires more interdisciplinary research. Future studies should investigate the link between public health, tourism behavior and economic resilience drawing from fields such as epidemiology, behavioral science and environmental economics. Longitudinal studies on post-pandemic tourist behavior are needed to inform future marketing strategies and infrastructure development. Academic institutions can also design early warning systems and decision-support tools for tourism stakeholders using real-time data analytics and predictive modelling.
The COVID-19 pandemic is a turning point for the Mediterranean tourism sector, it forces stakeholders to re-evaluate long-standing practices and adopt more sustainable and resilient models of tourism development. The crisis showed that health emergencies are not isolated incidents but recurring challenges in an increasingly interconnected world. In this context, safeguarding tourist well-being must be repositioned as a strategic imperative deeply embedded in the governance, planning and promotion of tourism across the region.
The pandemic has highlighted the need for regional cooperation, investment in healthcare and digital infrastructure and diversification of tourism offerings. It has also shown the potential of underutilized sectors such as eco-tourism and wellness tourism to act as buffers during global crises. By taking proactive steps to integrate health preparedness into tourism systems, Mediterranean countries can improve their ability to respond to future emergencies and the quality and inclusiveness of their tourism industries. Resilience, adaptability and a renewed focus on human well-being, will be the key to long-term sustainability and competitiveness of Mediterranean tourism in the post-pandemic era.
The original contributions presented in the study are included in the article/supplementary material. Further inquiries can be directed to the corresponding author.
Ethical approval was not required for the study involving humans in accordance with the local legislation and institutional requirements. The participants provided their written informed consent to participate in this study
NM: Resources, Validation, Conceptualization, Writing – original draft, Software, Project administration, Visualization, Methodology. NMB: Writing – review & editing, Supervision, Investigation, Conceptualization, Writing – original draft, Validation, Project administration. SA: Methodology, Investigation, Data curation, Writing – original draft, Visualization. KA: Software, Data curation, Writing – original draft, Resources, Conceptualization, Formal analysis. BB: Validation, Investigation, Resources, Writing – original draft, Formal analysis.
The author(s) declare that no financial support was received for the research and/or publication of this article.
The authors declare that the research was conducted in the absence of any commercial or financial relationships that could be construed as a potential conflict of interest.
The author(s) declare that no Generative AI was used in the creation of this manuscript.
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