Integrating and Reporting Data.
Expert-defined terms from the Professional Certificate in Archaeological Site Documentation: Recording Techniques course at London School of Business and Administration. Free to read, free to share, paired with a globally recognised certification pathway.
Archaeological Site Documentation #
The systematic recording and analysis of archaeological sites, using various techniques and technologies to create a comprehensive record of the site and its features.
Attribute #
A characteristic or feature of an artifact or site, such as its shape, size, or material.
CAD (Computer #
Aided Design): A technology used to create and modify 2D and 3D models of artifacts and sites, allowing for precise measurements and visualizations.
Ceramic Analysis #
The study of pottery and other ceramic objects, including their composition, surface treatment, and decoration, to understand their function and cultural significance.
Cultural Heritage Management #
The practice of preserving, protecting, and managing cultural heritage resources, including archaeological sites and artifacts.
Database #
A collection of organized data, such as artifact descriptions, site plans, and photographs, used to manage and analyze information in archaeological research.
Digital Preservation #
The use of digital technologies to preserve and provide access to cultural heritage resources, including archaeological sites and artifacts.
Drones #
Unmanned aerial vehicles (UAVs) used to capture high-resolution images and video of archaeological sites and landscapes.
Elevation Drawing #
A technical drawing that shows the vertical dimensions of a site or artifact, such as walls, features, and structures.
Feature #
A distinct element of an archaeological site, such as a posthole, hearth, or pit, that provides information about past human activities.
Geophysical Survey #
The use of non-invasive techniques, such as ground-penetrating radar and magnetometry, to detect and map subsurface features and structures at archaeological sites.
GIS (Geographic Information System) #
A technology used to organize, analyze, and visualize spatial data, such as archaeological site locations and feature distributions.
Global Positioning System (GPS) #
A technology used to determine precise locations on the earth's surface, used in archaeological research to map sites and features.
Photogrammetry #
The use of photography and computer software to create 3D models of artifacts and sites, providing precise measurements and visualizations.
Remote Sensing #
The use of technology, such as satellite imagery and aerial photography, to detect and map archaeological sites and features from a distance.
Section Drawing #
A technical drawing that shows the horizontal dimensions of a site or artifact, such as layers, strata, and soil profiles.
Site Plan #
A technical drawing that shows the layout and features of an archaeological site, used to record and analyze the spatial relationships between features and artifacts.
Stratigraphy #
The study of the layering and sequencing of archaeological deposits, used to understand the chronology and cultural context of a site.
Survey #
The process of systematically searching for and recording archaeological sites and features, using various techniques and technologies.
Taphonomy #
The study of the processes that affect the formation, preservation, and decay of archaeological deposits and artifacts.
Total Station #
A surveying instrument used to measure precise distances and angles between points, used in archaeological research to create detailed site plans and maps.
Vector Data #
Digital data represented as points, lines, and polygons, used in GIS and CAD to create precise maps and models of archaeological sites and artifacts.
XRF (X #
Ray Fluorescence): A non-destructive technology used to analyze the composition of materials, such as artifacts and soils, providing information about their chemical makeup and origin.
XYZ Data #
Digital data represented as three-dimensional coordinates, used in GIS and CAD to create precise models and visualizations of archaeological sites and artifacts.
This glossary provides a comprehensive overview of the terms and concepts relate… #
These terms cover a range of topics, including CAD, ceramic analysis, database management, digital preservation, drones, elevation drawings, features, geophysical survey, GIS, GPS, photogrammetry, remote sensing, section drawings, site plans, stratigraphy, survey, taphonomy, total station, vector data, XRF, and XYZ data. These terms are essential for understanding the methods and techniques used in archaeological site documentation and reporting.
For example, the term "database" refers to a collection of organized data, such… #
In practice, archaeologists use databases to store and analyze large amounts of data, such as artifact measurements, site locations, and feature distributions. This allows them to identify patterns and trends, and to make informed conclusions about the past.
Another example is the term "GPS," which stands for Global Positioning System #
In archaeological research, GPS is used to determine precise locations on the earth's surface, allowing archaeologists to map sites and features accurately. For example, an archaeologist might use a GPS device to record the location of a newly discovered site, or to create a detailed map of a site's features and artifacts.
These terms are also essential for understanding the challenges and limitations… #
For instance, the term "taphonomy" refers to the study of the processes that affect the formation, preservation, and decay of archaeological deposits and artifacts. In practice, archaeologists must consider taphonomic processes when interpreting archaeological data, as these processes can alter or destroy evidence of past human activities.
In conclusion, this glossary provides a detailed and comprehensive overview of t… #
These terms cover a range of topics, from CAD and ceramic analysis to XRF and XYZ data, and provide a solid foundation for understanding the methods and techniques used in archaeological site documentation and reporting. By understanding these terms and concepts, learners will be better equipped to analyze and interpret archaeological data, and to make informed conclusions about the past.