Three datasets of images of approximately 1 square km of land area in Dublin City in 2007. Images were captured through use of the Fugro FLI-MAP family of LiDAR systems which capture LiDAR and still camera imagery simultaneously during a fly-over survey. Each dataset includes “forward” and “mapping” imagery comprising complementary data files in ECW and SDIA formats.

Aerial laser scanning (ALS) data collected over an area of around 1 square km in Dublin city in 2007 (see satellite image). A total of ~225 million points were acquired for a dense urban neighbourhood. ALS was carried out by contractors using FLI-MAP 2 system. The system operated at a scan angle of 60 degrees, with an angular spacing of 60/1000 degrees between pulses. The FLI-MAP 2 system also provides spectral data in two different forms: (i) intensity and (ii) colour. An intensity value is provided for each point while colour information is provided by cameras acquiring images during the flyover and is transferred to scan points. The flying altitude varied between ~380-480m, with an average value of ~400m. Total 44 flight strips were acquired and 2823 flight path points were recorded, providing instantaneous aircraft position over time.

Data recovered from the project "Historic Ireland's Build Environment and Road Network Inventory Access" (HIBERNIA), which had been a web enablement of two earlier inventories: the Dublin Environmental Inventory (DEI) and the Dublin Docklands area master plan inventory (DDAMP) (both undertaken by the School of Architecture, Landscape and Civil Engineering, University College Dublin). The combined inventories include historical, geographical, and architectural information collected from 1993 to 1995 for 1,280 of Dublin's buildings.

Photographic data regarding 444 builings in Dublin, Ireland, comprising primarily multi-layer images in Adobe PhotoShop (PSD) format. The majority of images consist of one or more photographic images that have been manpulated to create a single ortorectified image of a structure; a structure may be represented by more than one PSD file, such that 516 images in total are included in the dataset.

Information for 1,280 buildings in Dublin (Ireland) in various formats; also 1,074 associated orthorectified GIF and JPEG images in a single compressed file archive.

This collection contains files which describe the construction and evolution of Port Oriel Harbour, County Louth, from its earliest structure to its current form.

Minor Harbours of Ireland, an Irish Research Council-funded project by UCD School of Architecture, Planning and Environmental Policy, examines the evolution of maritime engineering in small harbours in Ireland from the seventeenth century to the present. This collection records the construction and evolution of a selection of these minor harbours and includes short historical descriptions, onsite LiDAR scans, photographic site surveys, and exhibition posters for each harbour.

This collection contains files which describe the construction and evolution of Bullock Harbour, County Dublin, from its earliest structure to its current form.

This collection contains files which describe the construction and evolution of Balbriggan Harbour, County Fingal, from its earliest structure to its current form.

This collection contains files which describe the construction and evolution of Fethard Harbour, County Wexford, from its earliest structure to its current form.

This collection contains files which describe the construction and evolution of Slade Harbour, County Wexford, from its earliest structure to its current form.

This collection contains files which describe the construction and evolution of Boat Strand Harbour, County Waterford, from its earliest structure to its current form.

Consists of 3 orthorectified images of the structure. The orthorectified images have been derived from one or more photographic image that are included as layers in the original Adobe PhotoShop (PSD) file. The composite and other image layers have been extracted and saved in TIFF image files, as well as JPEG files in various resolutions to facilitate inspection.

Consists of 2 orthorectified images of the structure. The orthorectified images have been derived from one or more photographic image that are included as layers in the original Adobe PhotoShop (PSD) file. The composite and other image layers have been extracted and saved in TIFF image files, as well as JPEG files in various resolutions to facilitate inspection.

Consists of 2 orthorectified images of the structure. The orthorectified images have been derived from one or more photographic image that are included as layers in the original Adobe PhotoShop (PSD) file. The composite and other image layers have been extracted and saved in TIFF image files, as well as JPEG files in various resolutions to facilitate inspection.

Consists of 2 orthorectified images of the structure. The orthorectified images have been derived from one or more photographic image that are included as layers in the original Adobe PhotoShop (PSD) file. The composite and other image layers have been extracted and saved in TIFF image files, as well as JPEG files in various resolutions to facilitate inspection.

Consists of 2 orthorectified images of the structure. The orthorectified images have been derived from one or more photographic image that are included as layers in the original Adobe PhotoShop (PSD) file. The composite and other image layers have been extracted and saved in TIFF image files, as well as JPEG files in various resolutions to facilitate inspection.

Consists of 2 orthorectified images of the structure. The orthorectified images have been derived from one or more photographic image that are included as layers in the original Adobe PhotoShop (PSD) file. The composite and other image layers have been extracted and saved in TIFF image files, as well as JPEG files in various resolutions to facilitate inspection.

Consists of 2 orthorectified images of the structure. The orthorectified images have been derived from one or more photographic image that are included as layers in the original Adobe PhotoShop (PSD) file. The composite and other image layers have been extracted and saved in TIFF image files, as well as JPEG files in various resolutions to facilitate inspection.

Consists of 2 orthorectified images of the structure. The orthorectified images have been derived from one or more photographic image that are included as layers in the original Adobe PhotoShop (PSD) file. The composite and other image layers have been extracted and saved in TIFF image files, as well as JPEG files in various resolutions to facilitate inspection.

Consists of 2 orthorectified images of the structure. The orthorectified images have been derived from one or more photographic image that are included as layers in the original Adobe PhotoShop (PSD) file. The composite and other image layers have been extracted and saved in TIFF image files, as well as JPEG files in various resolutions to facilitate inspection.

Consists of an orthorectified image of the structure in Adobe PhotoShop (PSD) format. The orthorectified image has been derived from one or more photographic images that are included as layers in the original Adobe PhotoShop (PSD) file. The composite and all other image layers have been extracted and saved in TIFF image files, and JPEG files in various resolutions have been derived from the flattened image layer to facilitate inspection.

Consists of an orthorectified image of the structure in Adobe PhotoShop (PSD) format. The orthorectified image has been derived from one or more photographic images that are included as layers in the original Adobe PhotoShop (PSD) file. The composite and all other image layers have been extracted and saved in TIFF image files, and JPEG files in various resolutions have been derived from the flattened image layer to facilitate inspection.

Consists of 2 orthorectified images of the structure. The orthorectified images have been derived from one or more photographic image that are included as layers in the original Adobe PhotoShop (PSD) file. The composite and other image layers have been extracted and saved in TIFF image files, as well as JPEG files in various resolutions to facilitate inspection.