The project is organized into nine interconnected Work Packages, combining project management, data integration, applied case studies, capacity building, dissemination and cluster development. The official work plan covers a 36-month implementation period.
Coordination, technical and financial monitoring, regular meetings, reporting and task follow-up. This WP ensures effective project implementation and coordination between all partners.
Development of an integrated GIS platform that brings together geospatial datasets currently dispersed across several sources. The platform will include information on land use, protected areas, habitats, forest inventory, geosites, elevation and bioclimatic variables.
Assessment of the transformation of natural landscapes into human-altered landscapes across Atlantic Islands. This WP will map land-cover change and identify geographical, ecological and socioeconomic drivers of anthrome expansion.
Evaluation of viewpoints as resources for ecotourism and landscape interpretation. This WP will combine geospatial data, land use/land cover, protected areas, geosites, elevation, accessibility and viewshed analysis to support sustainable tourism development.
Modelling of the potential distribution and spread of invasive alien plants in the Azores using climatic data, land use/land cover and spatial landscape information. The results will support management and conservation strategies.
Analysis of long-term census data on game bird species and other nesting bird species using Bayesian models, stochastic population models and machine learning approaches. This WP supports sustainable management and conservation of bird populations.
Integration of fragmented information on terrestrial and marine priority habitats. This WP will improve access to habitat data, support conservation planning and explore a marine case study related to seamount habitats.
Promotion of AI and Bayesian inference through training, workshops, seminars, webinars and the development of a postgraduate course applied to geospatial and environmental data analysis.
Creation of a collaborative Atlantic cluster focused on AI and Bayesian methodologies applied to geospatial and environmental data analysis. This WP also supports the groundwork for a future data analysis startup.