Cicalò, E.; Valentino, M.; Sias, A. From 3D Modeling to Landscape Mapping—A Workflow for the Visualization and Communication of the Asinara Island Park Plan. Sustainability2023, 15, 16730.
Cicalò, E.; Valentino, M.; Sias, A. From 3D Modeling to Landscape Mapping—A Workflow for the Visualization and Communication of the Asinara Island Park Plan. Sustainability 2023, 15, 16730.
Cicalò, E.; Valentino, M.; Sias, A. From 3D Modeling to Landscape Mapping—A Workflow for the Visualization and Communication of the Asinara Island Park Plan. Sustainability2023, 15, 16730.
Cicalò, E.; Valentino, M.; Sias, A. From 3D Modeling to Landscape Mapping—A Workflow for the Visualization and Communication of the Asinara Island Park Plan. Sustainability 2023, 15, 16730.
Abstract
This paper aims to present the method of producing visual media for communicating the Asinara Island National Park plan. These products are landscape visualizations able to foster landscape preservation both from the point of view of the management of the landscape and of the citizen's involvement in the communication of the historical and environmental values of the landscape. Starting from landscape information gathering, the research has experimented with an operative method for processing different graphic representations from the same geographic database, calibrating the outputs to different audiences, their needs, objectives, and literacy skills. Three different types of products are presented: the first is a digital, dynamic and multisectoral decision-making GIS tool for park management. The second is a 3D model, aimed to the virtual fruition. The third is a map of the zoning park plan drawn to be easily readable to the non-expert public. This case study emerges as a replicable method to process the landscape information to make different visualization tools from a single geographic model, to meet the different requirements that arise from a complex landscape planning process.
Keywords
maps; 3D visualizations; landscape
Subject
Engineering, Architecture, Building and Construction
Copyright:
This is an open access article distributed under the Creative Commons Attribution License which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
