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A. Scianna, B. Villa
GIS applications in archaeology
A. Scianna, B. Villa
Features Strengths Weaknesses
Raster
format
It is preferable for modeling values
which continuously vary within the
territory.
Essential for 3D modeling
and for Map Algebra.
Large amount of computer
memory required.
Images blur at zoom
increase.
Vector
format
It is preferable for modeling discrete
values. Classic primitives of this
model are: points, polylines and
polygons.
Small amount of computer
memory required.
It is not influenced by
zooming. It is at the basis of
GIS topological rules.
It is not suited for modeling
values such as elevation,
water depth, temperature,
rainfall, continuously
varying upon earth surface.
GIS applications in archaeology
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A. Scianna, B. Villa
GIS applications in archaeology
et al.
A. Scianna, B. Villa
cc
et al.
GIS applications in archaeology
Construction of spatial database. Spatial and attribute queries
Goal Type of data
Predictive analysis Data in very simple form, usually point or area data, 2D vector
Excavation documentation
Very heterogeneous 2D, 2.5D and/or 3D data in raster and vector format
such as CAD data from sketches or surveys, GIS data derived from CAD data,
raster data coming from cameras, low height aerial surveys (by balloons,
poles, drones). Data may have both simple or complex structure according to
configuration and shape of areas or objects to describe.
3D visualization
3D Vector and 2D or 2.5 D raster data in standardized form (usually a reduced
number of formats), archived also in very complex database structure. They
come from processing of excavation documentation data.
A. Scianna, B. Villa
ID FINDS DESCRIPTION MATERIAL AGE ARCHAEOLOGIST
… … … … …
255 Painted pottery Clay 3rd century BC Dr. Smith
256 Coin Bronze 4th century BC Dr. Johnson
… … … … …
SELECT*
FROM
WHERE
GIS applications in archaeology
Management and use of distributed 3D data
by open source Web-GIS software
Statistical methods
2 Interoperability and cooperative
management of geographic, dynamic, multidimentional and distributed data with Free and Open
Source GIS.
A. Scianna, B. Villa
χ
Spatial Analysis
Cluster analysis and density analysis
GIS applications in archaeology
–
–
.
.
et al.)
et al.
Predictive modeling
A. Scianna, B. Villa
Minnesota Archaeological Predictive Model
North Carolina GIS Archaeologi-
cal Predictive Model Project
Map algebra
–
–
–
(Eq. 1)
GIS applications in archaeology
Digital Crete
The archaeological Web-GIS of
Iowa MAGIS
A. Scianna, B. Villa
Virtual Museum of the Ancient
Via Flaminia Virtual
Rome
et al.
et al.Virtual Rome
et al.
GIS applications in archaeology
VR The Virtual Museum of Iraq
,
A. Scianna, B. Villa
Pocket Archeonav
et al.
GIS applications in archaeology
Pocket Archeonav
A. Scianna, B. Villa
GIS applications in archaeology
A. Scianna, B. Villa
et al.
,
GIS applications in archaeology
,
et al.
A. Scianna, B. Villa
Interpreting Space: GIS and Archae-
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Forecasting statistical models of archaeological site location
Statistical modelling of archaeological sites locations as non-stationary
Cox processes and its use in forecasting
, Interactive Spatial Data Analysis
The Spatial Humanities: GIS and
the Future of Humanities Scholarship,
Sharing interpretation: The chal-
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Open Source, Free Software e Open Format nei processi di ricerca archeologici
Geographical Information Systems in Archaeology
The fuzzy approach to statistical analysis,
GIS applications in archaeology
Hyperspectral techniques
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Virtual Reality in Geography
I sistemi Informativi Geografici in archeologia
Quantitative Geography: Perspec-
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Spatial point pattern analy-
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Digitalterrain modelling and three-dimensional surface graphics for
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