High spatial resolution underwater data for mapping seagrass transplantation: A powerful tool for visualization and analysis.

ABSTRACT: These datasets derived from our mapping protocol are presented as a research article in the Journal of Environmental Management [1]. In particular, by using a Structure from Motion photogrammetric workflow we produced high spatial resolution 2D raster maps and 3D outputs such as dense points clouds and textured meshes of an underwater seagrass restoration site. In this area transplanted fragments of Posidonia oceanica were planted to restore this impacted site after the Costa Concordia shipwrecking which occurred on 13 January 2012 along the NE coast of Giglio Island (Tuscany, Italy). Photogrammetric outputs were used to render the underwater environment by using the open-source software Blender allowing a fine 3D modelling and immersive visualization of the mapped area. This data other th

SUBMITTER: Ventura D 

PROVIDER: S-EPMC8717443 | biostudies-literature | 2022 Feb

REPOSITORIES: biostudies-literature