Assessing earthquake effects on archaeological sites using photogrammetry and 3D model analysis

Forlin, Paolo; Valente, Riccardo; Kázmér, Miklós

doi:10.1016/j.daach.2018.e00073

Cited by 12 publications

(11 citation statements)

References 36 publications

(25 reference statements)

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“…This approach enables a broader understanding of our measured drawings by the general public. Our on-scale CAD visualization spatially contextualizes the 2016 seismic damage pattern and distribution of resulting cracks, which are necessary information to anticipate structural damage [31]. When overlapped with the solutions adopted to mitigate the loss of material and the issues detected, our damage map provides a comprehensive approximation to the structural integrity of the building and its before/after disturbance life cycle.…”

Section: Building-level Results: the Example Of The Dechambeau Hotel And Ioof Hallmentioning

confidence: 99%

“…In our study, datafication means integrating terrestrial laser scanning (TLS), or Light Detection and Ranging (LiDAR), close-range photogrammetry, or Image-based Modeling (IBM), simultaneous localization and mapping (SLAM), automated surface change detection data, and WebGL-based visualization in a process that produces new insights and knowledge on the performance and resilience of at-risk cultural resources. Previous studies have applied similar techniques for what concerns the 3D reconstruction or digitization of heritage sites and buildings [26][27][28][29][30], structural monitoring of archaeological buildings [31][32][33], producing site cartography from drone-based aerial surveys [34][35][36][37], generating rapid and precise documentation as a quick response to disturbance from natural hazards, such as earthquakes [38], or integrating geospatial data into Building Information Modeling systems [39][40][41].…”

Section: Introductionmentioning

confidence: 99%

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Building Cultural Heritage Resilience through Remote Sensing: An Integrated Approach Using Multi-Temporal Site Monitoring, Datafication, and Web-GL Visualization

et al. 2021

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In the American West, wildfires and earthquakes are increasingly threatening the archaeological, historical, and tribal resources that define the collective identity and connection with the past for millions of Americans. The loss of said resources diminishes societal understanding of the role cultural heritage plays in shaping our present and future. This paper examines the viability of employing stationary and SLAM-based terrestrial laser scanning, close-range photogrammetry, automated surface change detection, GIS, and WebGL visualization techniques to enhance the preservation of cultural resources in California. Our datafication approach combines multi-temporal remote sensing monitoring of historic features with legacy data and collaborative visualization to document and evaluate how environmental threats affect built heritage. We tested our methodology in response to recent environmental threats from wildfire and earthquakes at Bodie, an iconic Gold Rush-era boom town located on the California and Nevada border. Our multi-scale results show that the proposed approach effectively integrates highly accurate 3D snapshots of Bodie’s historic buildings before/after disturbance, or post-restoration, with surface change detection and online collaborative visualization of 3D geospatial data to monitor and preserve important cultural resources at the site. This study concludes that the proposed workflow enhances the monitoring of at-risk California’s cultural heritage and makes a call to action to employ remote sensing as a pathway to advanced planning.

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Section: Building-level Results: the Example Of The Dechambeau Hotel And Ioof Hallmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Building Cultural Heritage Resilience through Remote Sensing: An Integrated Approach Using Multi-Temporal Site Monitoring, Datafication, and Web-GL Visualization

et al. 2021

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“…In addition, photogrammetry could facilitate image measurement, reconstruction, and restoration of objects (Yilmaz et al 2007). Thus, archeology can utilize photogrammetry for documentation, reconstruction, and dissemination of research results (Forlin, Valente and Kazmer 2018).…”

Section: Methodsmentioning

confidence: 99%

Digitalizing Sculptures: A Photogrammetry Implementation Towards Ancient Mataram Statuaries in Central Java

Winaya,

Purnawibawa,

[n/a]

et al. 2023

SPJ

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The implementation of digital technology in cultural heritage in Indonesia started to develop in the past decade. However, Indonesia's iconography studies have not optimized to utilize these advanced approaches. While in some other countries, iconographic documentation is upgrading to an advanced method, such as recording objects in 3D form and archiving it into secure digital data, thus the data more natural and realistic in three-dimensional documentation. It also catches and records the shape from all perspectives to bring neither a specific nor comprehensive observation. Therefore, it can extend the analysis for interpretation and preservation purposes. This article discusses the implementation of photogrammetry towards sculpture objects in Indonesia. The object selection went to several sculptures from the Ancient Mataram period in Java, which ruled from the 8th to 10th centuries AD. Close-range photogrammetry successfully generates the sculpture data into three-dimensional digital form. The results could support the Ancient Mataram sculptures studies in particular and improve Indonesia's iconography studies in general. Keywords: photogrammetry, sculptures, statues, iconography, ancient Mataram

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“…Since excavation is destructive and image acquisition is potentially rapid, researchers emphasize photogrammetry's ability to retain visual representations of sediment characteristics and object associations that would otherwise be lost. The same benefits exist for the documentation and preservation of threatened or degrading subjects (e.g., Fujii et al 2009), including more ubiquitous heritage like street pavement (Martínez et al 2015) or features destroyed by natural disasters, such as buildings that caught fire (Lancaster 2018) or architecture damaged by earthquakes (Forlin et al 2018).…”

Section: Ground-based Photogrammetrymentioning

confidence: 99%

The Digital Revolution to Come: Photogrammetry in Archaeological Practice

Magnani

Douglass²,

Schroder

et al. 2020

Am. Antiq.

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The three-dimensional (3D) revolution promised to transform archaeological practice. Of the technologies that contribute to the proliferation of 3D data, photogrammetry facilitates the rapid and inexpensive digitization of complex subjects in both field and lab settings. It finds additional use as a tool for public outreach, where it engages audiences ranging from source communities to artifact collectors. But what has photogrammetry's function been in advancing archaeological analysis? Drawing on our previous work, we review recent applications to understand the role of photogrammetry for contemporary archaeologists. Although photogrammetry is widely used as a visual aid, its analytical potential remains underdeveloped. Considering various scales of inquiry—graduating from objects to landscapes—we address how the technology fits within and expands existing documentation and data visualization routines, while evaluating the opportunity it presents for addressing archaeological questions and problems in innovative ways. We advance an agenda advocating that archaeologists move from proof-of-concept papers toward greater integration of photogrammetry with research.

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Assessing earthquake effects on archaeological sites using photogrammetry and 3D model analysis

Cited by 12 publications

References 36 publications

Building Cultural Heritage Resilience through Remote Sensing: An Integrated Approach Using Multi-Temporal Site Monitoring, Datafication, and Web-GL Visualization

Building Cultural Heritage Resilience through Remote Sensing: An Integrated Approach Using Multi-Temporal Site Monitoring, Datafication, and Web-GL Visualization

Digitalizing Sculptures: A Photogrammetry Implementation Towards Ancient Mataram Statuaries in Central Java

The Digital Revolution to Come: Photogrammetry in Archaeological Practice

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