The WAVE and 3D: How the Waters Might Have Parted—Visualizing Evidence for a Major Volcanic Eruption in the Mediterranean and Its Impact on Exodus Models

Abstract

To fully engage in Late Bronze Age "world building" and the Exodus narrative for the EX3 exhibition (see Chap. 11), transdisciplinary research in archaeology, geology, and computer graphics were integrated in a new 3D immersive Wide Angle Virtual Environment (WAVE). The goal was to marshal geological evidence for a hypothesis that might explain the "Parting of the Sea" narrative in the Book of Exodus. The research explores the possibility of a connection to the Santorini island (Thera) volcanic eruption of the Late Bronze Age inducing a tsunami that would first draw the water away from the shore before surging back into a large wave. We collected data from various sources and geo-located it on a 3D map of the Mediterranean region. Combined with an automated presentation sequence and narration, the resulting virtual reality application presents the data in a novel way, which allows for a more intuitive approach for its interpretation. This chapter introduces the new WAVE and describes how we created a real-time virtual reality demonstration to present archaeological and geological data that may inform elements of the Exodus story. We explain how the data was acquired, how it was fused onto a 3D terrain map, and how an automated demonstration was created with narration for the Exodus exhibition. The chapter examines the scientific features of the visualized data, as well as the implementation of the visualization software.

Cyber-Archaeometry: Novel Research and Learning Subject Overview

“…In the US, California, San Diego, a web portal is the primary Internet vehicle for communicating with the public and researchers worldwide about At-Risk World Heritage and the Digital Humanities, a cyber-archaeology project awarded a $1.06 million, two-year UC President's Research Catalyst Award from the University of California (UC) Office of the President to a consortium of archaeologists and information technologists on four UC campuses: UC San Diego, UCLA, UC Berkeley, and UC Merced. Cyber-archaeology integrated projects have been made on a regional and local scale [5,55]. The next US mission rests on the Qualcomm Institute (QI) at UC San Diego, which develops technological and institutional innovations including ancient cultures and cyber infrastructure applications from Mayas to Near and Middle East [56].…”