Updates on excavation methods and physical evidence uncovered by researchers.
Ancient Maya agriculture was deeply intertwined with astronomical observation, utilizing solar cycles and celestial events to dictate planting seasons and ritual calendars. Modern archaeological studies in Belize and collaborations with Indigenous descendants reveal the sophistication of this Traditional Ecological Knowledge.
An comprehensive examination of digital heritage technologies used to document, preserve, and visualize ancient Maya archaeological sites through 3D scanning, modeling, and virtual reality.
An in-depth archaeological and astronomical analysis of El Caracol at Chichén Itzá, examining its function as a Maya observatory, Venus alignments, and digital heritage studies.
Laser scanning has revolutionized archaeological documentation by providing high-resolution 3D data non-invasively. This technology allows researchers to record sites with millimeter accuracy, preserving digital twins of destructive excavation processes and endangered heritage locations for future analysis.
An comprehensive archaeological and astronomical analysis of Venus cycles in Maya culture, covering the Dresden Codex, architectural alignments, and ritual significance.
El Caracol at Chichén Itzá is widely cited as a Maya observatory, but archaeological evidence suggests a nuanced function. While architectural alignments match Venus and solar cycles, not every window served an astronomical purpose, indicating a dual role as both a scientific instrument and a monument to Quetzalcoatl.
A comprehensive archaeological overview of the Maya hieroglyphic script, covering its logosyllabic structure, the role of scribes, historical development, and modern decipherment efforts.
An comprehensive examination of the scientific methodologies, digital technologies, and archaeological strategies used to reconstruct the history and culture of the ancient Maya civilization.
3D archaeology utilizes advanced digital technologies like photogrammetry and LiDAR to document, preserve, and reconstruct endangered cultural heritage sites. This approach minimizes invasive excavation while creating permanent digital records against threats such as war and climate change.
This article compares Structure from Motion (SfM) photogrammetry and Terrestrial Laser Scanning (TLS) for archaeological documentation. It evaluates accuracy, cost, and workflow based on case studies from cultural heritage sites.
