Creating the funerary landscape of Eastern Sudan

Area of Science:

• Geoarchaeology
• Human Ecology
• Spatial Analysis

Background:

• Funerary landscapes are complex palimpsests shaped by human behavior and environment over centuries.
• Understanding these landscapes requires interdisciplinary research in human ecology and geoarchaeology.
• The semi-arid region of Kassala in Eastern Sudan offers a rich case study for analyzing funerary monument distribution.

Observation:

• Extensive geoarchaeological surveys and remote sensing mapped thousands of diachronic funerary monuments across ~4100 km2.
• Monuments ranged from early tumuli to modern Beja Islamic tombs, spanning a long historical period.
• Point Pattern Analysis was employed to investigate the spatial arrangement and distribution of these numerous funerary sites.

Findings:

• The spatial distribution of funerary monuments was successfully modeled using the Neyman-Scott Cluster Process, a statistical method previously applied in cosmology.
• The study identified galaxy-like aggregations of monuments, indicating structured spatial organization rather than random placement.
• This clustering is attributed to a combination of geological factors and cultural influences, including the social memory of the Beja people.

Implications:

• The application of the Neyman-Scott Cluster Process offers a novel quantitative approach for analyzing archaeological spatial data.
• The findings demonstrate how human ecological strategies and long-term social memory shape distinct funerary landscapes.
• This research provides insights into the deep-rooted cultural practices and societal behaviors of the Beja people in relation to their ancestral burial grounds.