The overarching objective of COASTAL is to improve the rural-coastal synergies in strategic business and policy decision making and collaboration between coastal and rural actors. This is achieved by developing, demonstrating and applying a generic toolset and performance indicators by combining a multi-actor approach with system dynamics modelling. This allows us to understand the interactions with market, demographic, environmental and climate forecasts, and quantify the positive and negative externalities.
By combining local knowledge and scientific expertise in a co-creation process the COASTAL project engages actors and stakeholders at all levels to improve coastal-rural interdependence and collaboration by identifying problems and setting up evidence-based business roadmaps and policy solutions, focusing on economic growth, marine spatial planning, and environmental protection, including inland water quality.
- contributes to integrated coastal-rural planning and coastal-rural synergy in the case study regions and the wider EU territory
- develops a durable, online platform for knowledge exchange about coastal-rural synergy with concrete examples and tools for supporting land-sea collaboration
- Multi-actor analysis
- System thinking
- Graphical system dynamics model
The multi-actor approach applied for analysing the social-environmental and economic land-sea interactions highlight potential cross-sectoral interactions and innovation that could emerge from greater cooperation between sea-based and land-based businesses or organisations while also considering the short-, mid- and long-term impacts of decision making and feedback mechanisms on coastal and rural development.
- Local actors and experts participate in collaborative exercises to analyse problems, the underlying causes, propose and discuss solutions, and validate and interpret the impacts of simulated business and policy decisions.
Qualitative and quantitative techniques are combined in this co-creation process supported by graphical tools to gain in-depth understanding of the systemic transitions underlying the land-sea interactions.
- These systemic transitions are synthesized and analyzed with system dynamic models to produce multiple transition scenarios for key business and policy indicators.
From these practical business roadmaps and policy solutions are derived, which are easily updated in the models used to support the analyses.
- Contribute to the long-term improvement of sea water quality while creating added value and jobs in coastal areas and the hinterland:
- Understanding of the long-term impacts of coastal and rural activities on coastal water quality and employment
- Multi-actor analysis of business and policy options aimed at direct and indirect improvement of coastal water quality
- A transferable set of tools and indicators allowing qualitative and quantitative analysis of land-sea interactions for evidence-based policy making:
- Generic toolbox for co-creation of synergistic and sustainable business and policy strategies
- Thorough understanding of the barriers and motivators affecting behaviour and solutions enabling joint actions
- Interactive identification and analysis of barriers and motivators for joint solutions, supported by participatory multiactor approaches and social science expertise
- Increase job potential and added value creation in coastal areas resulting from new business opportunities and improved collaboration between land- and sea-based operators
- Contribute to regional economic development and employment by improved exchange and exploitation of currently fragmented knowledge; promotion of social innovation
- Reduced externalities from land-based on sea-based activities by improving economic collaboration and integrated governance
- Identification and analysis of externalities, and coastal-rural integration contributing to mitigation and compensation measures
- Creation of durable relationships between coastal areas, serving as flagships for coastal-rural synergy
- COASTAL platform for coastal-rural knowledge exchange
Overall impacts at case study level
- Connection with a durable international multi-actor network and platform for collaborative development, integration and exchange of knowledge related to coastal-rural synergy
- Improved understanding of the short-, mid- and long-term impacts of land-based activities on coastal water quality, contributing to reduced coastal eutrophication levels in the region.
- Understanding and uptake of interactive techniques for group model building, significance of system feedback and regime shifts for mid- and long-term planning of business and policy solutions.
- Transition of existing scientific models and data into a practical (SD) model to support business and policy analyses; improved expertise of the contributing partners and institutes with this transition process.
- Direct access to online, innovative tools and performance indicators and examples to demonstrate, analyse and compare different business and policy strategies.
- Region-specific business road maps and policy guidelines for improving coastal-rural synergy, exploiting the knowledge and experiences of the other case studies through the Multi-Actor Labs.