Monument Data Cleaned--Types, Locations, Measurements--Dhofar, Oman
Part of the Ancient Socioecological Systems in Oman (ASOM) project
Creator(s): Joy McCorriston; Michael Harrower; Matthew Senn
Analyst(s): Lawrence Ball
Year: 2020
Summary
This excel file includes the locations, designated classification (types), and measurements of 371 monuments surveyed in Dhofar, Oman, after data cleaning and re-checking photographs and field records (to be included in online data). Excluded from this file are survey records for which there were inadequate volume measurements, or attributes for type classification, and/or other monument types (not included in statistical analysis), and redundancies.
Cite this Record
Monument Data Cleaned--Types, Locations, Measurements--Dhofar, Oman. Joy McCorriston, Michael Harrower, Matthew Senn. 2020 ( tDAR id: 500953) ; doi:10.48512/XCV8500953
Restricted Access Some or all of this resource's attached file(s) are not publicly accessible. They will be released on Jul 16, 2029
Data Set Structure
Table Information: S-Table 1
Column Name | Data Type | Type | Category | Coding Sheet | Ontology | Search |
---|---|---|---|---|---|---|
width | Measurement in m.cm of the greatest width of a structure surviving plan at ground surface; N/A = not available, measurement not taken, monument not intact, diameter only (HCT) | |||||
VARCHAR | Uncoded Value | uncategorized | none | none | true | |
volume | Measurement of the volume of a monument, generated through computation of model geometric shapes (truncated cone, cylinder x 1/3, prism x 1/2) using other measurement data (length, width, height); N/A = missing measurement(s), quarried uprights, partial destruction/erosion, removed. This data derived from other data in spreadsheet | |||||
VARCHAR | Uncoded Value | Architecture : Measurement | none | none | true | |
technology | VARCHAR | Coded Value | uncategorized | Monument Construction Technology | none | true |
tpi200 | Topographic Position Index (TPI) (R = 200, 1000, 5000 m) (Guisan et al., 1999)TPI raster layers with radii (R) of 200 m, 1 km and 5 km, derived from the elevation layer. TPI measures the difference between a central cell elevation and the average elevation around it within a predetermined radius (R). At small scales it is a measure of terrain roughness and at large scales it describes slope position and landform types. | |||||
DOUBLE | Uncoded Value | uncategorized | none | none | true | |
tpi300 | Topographic Position Index (TPI) (R = 200, 1000, 5000 m) (Guisan et al., 1999)TPI raster layers with radii (R) of 200 m, 1 km and 5 km, derived from the elevation layer. TPI measures the difference between a central cell elevation and the average elevation around it within a predetermined radius (R). At small scales it is a measure of terrain roughness and at large scales it describes slope position and landform types. | |||||
DOUBLE | Uncoded Value | uncategorized | none | none | true | |
tpi1000 | Topographic Position Index (TPI) (R = 200, 1000, 5000 m) (Guisan et al., 1999)TPI raster layers with radii (R) of 200 m, 1 km and 5 km, derived from the elevation layer. TPI measures the difference between a central cell elevation and the average elevation around it within a predetermined radius (R). At small scales it is a measure of terrain roughness and at large scales it describes slope position and landform types. | |||||
DOUBLE | Uncoded Value | uncategorized | none | none | true | |
tpi2000 | Topographic Position Index (TPI) (R = 200, 1000, 5000 m) (Guisan et al., 1999)TPI raster layers with radii (R) of 200 m, 1 km and 5 km, derived from the elevation layer. TPI measures the difference between a central cell elevation and the average elevation around it within a predetermined radius (R). At small scales it is a measure of terrain roughness and at large scales it describes slope position and landform types. | |||||
DOUBLE | Uncoded Value | uncategorized | none | none | true | |
tpi500 | Topographic Position Index (TPI) (R = 200, 1000, 5000 m) (Guisan et al., 1999)TPI raster layers with radii (R) of 200 m, 1 km and 5 km, derived from the elevation layer. TPI measures the difference between a central cell elevation and the average elevation around it within a predetermined radius (R). At small scales it is a measure of terrain roughness and at large scales it describes slope position and landform types. | |||||
DOUBLE | Uncoded Value | uncategorized | none | none | true | |
tpi3000 | Topographic Position Index (TPI) (R = 200, 1000, 5000 m) (Guisan et al., 1999)TPI raster layers with radii (R) of 200 m, 1 km and 5 km, derived from the elevation layer. TPI measures the difference between a central cell elevation and the average elevation around it within a predetermined radius (R). At small scales it is a measure of terrain roughness and at large scales it describes slope position and landform types. | |||||
DOUBLE | Uncoded Value | uncategorized | none | none | true | |
slope | A raster layer of slope, in degrees, derived from the elevation layer using the average maximum technique | |||||
DOUBLE | Uncoded Value | uncategorized | none | none | true | |
srr | DOUBLE | Uncoded Value | uncategorized | none | none | true |
tpi100 | Topographic Position Index (TPI) (R = 200, 1000, 5000 m) (Guisan et al., 1999)TPI raster layers with radii (R) of 200 m, 1 km and 5 km, derived from the elevation layer. TPI measures the difference between a central cell elevation and the average elevation around it within a predetermined radius (R). At small scales it is a measure of terrain roughness and at large scales it describes slope position and landform types. | |||||
DOUBLE | Uncoded Value | uncategorized | none | none | true | |
length/ diameter | Measure in m.cm the longest surviving dimension of the structure's visible plan at ground surface; N/A=Not Available (measurement not in field records) | |||||
VARCHAR | Uncoded Value | uncategorized | none | none | true | |
max stone size | N/A=Not Available (measurement not in field records) | |||||
VARCHAR | Coded Value | Other : Date Created | Max Stone Size | none | true | |
northness | Aspect decomposed to two directions, with highest values on slopes facing north and lowest values on slopes facing south | |||||
DOUBLE | Uncoded Value | Provenience and Context : Context | none | none | true | |
NS divide | Describes location North (0) or South (1) of the continental divide (plateau) | |||||
BIGINT | Coded Value | uncategorized | North-South Divide | none | true | |
Survey Unit Code | Survey designated Survey Units 001-n. Survey Unit Code starts with "D" for Dhofar, thus "D001-001" is Site 1 in Survey Unit 1 | |||||
VARCHAR | Uncoded Value | uncategorized | none | none | true | |
Site Code | Survey designated Survey Units (see Survey Unit Code) and numbered 1-n sites within that survey unit, restarting numbering at 1 in the next survey unit. Survey Unit numeration starts with "D" for Dhofar, thus "D001-001" is Site 1 in Survey Unit 1 | |||||
VARCHAR | Uncoded Value | uncategorized | none | none | true | |
Type | Through multiple seasons, researchers refined a series of monument types to include HCT (High Circular Tombs), Triliths (a distinctive and highly structured symbolic arrangement of elements whose emic meaning is debated--includes low elipsoid platforms, clusters of (3) uprights, 4 boulders at the corners of a square, and multiple elevated roasting hearths. Cairns, other shapes and constructions of tombs, graves, and platforms are part of the typology | |||||
VARCHAR | Uncoded Value | uncategorized | none | none | true | |
Landform | Underlying geomophological classes used to better understand context, taphonomy, and elected location of architectural structures, including monuments; bedrock terrace, gravel terrace, bedrock slope, wadi silts, plateau (highest localized elevation), scree slope, wadi channel are all options | |||||
VARCHAR | Uncoded Value | Provenience and Context : Context | none | none | true | |
Easting | DOUBLE | Measurement (degree (lat/long)) | uncategorized | none | none | true |
Northing | DOUBLE | Measurement (degree (lat/long)) | uncategorized | none | none | true |
maxndvi | A max-NDVI raster layer where pixel value is the maximum greenest pixel of all NDVI layers derived from Landsat 8 | |||||
DOUBLE | Measurement (other) | Other : Date Created | none | none | true | |
pathdist_trilith | Path distances were calculated from a cost raster in ArcGIS. Path Distance to nearest trilith. A cost raster identifies the cost of travelling through each cell. In our cost raster, the cost of travel increased exponentially with slope steepness | |||||
DOUBLE | Uncoded Value | Provenience and Context : Context | none | none | true | |
pathdist_HCT | Path Distance to nearest High Circular Tomb. Path distances were calculated from a cost raster in ArcGIS. A cost raster identifies the cost of travelling through each cell. In our cost raster, the cost of travel increased exponentially with slope steepness | |||||
DOUBLE | Uncoded Value | Provenience and Context : Context | none | none | true | |
pathdist_waterpoints | Path Distance to Springs and Other Water Sources in m.cm; these recovered from local knowledge, actual visits, in-country maps, place names, satellite imagery. Path distances were calculated from a cost raster in ArcGIS. A cost raster identifies the cost of travelling through each cell. In our cost raster, the cost of travel increased exponentially with slope steepness | |||||
DOUBLE | Uncoded Value | Provenience and Context : Context | none | none | true | |
pathdist_roads | Path Distance to nearest road. Path distances were calculated from a cost raster in ArcGIS. A cost raster identifies the cost of travelling through each cell. In our cost raster, the cost of travel increased exponentially with slope steepness. | |||||
DOUBLE | Uncoded Value | Provenience and Context : Context | none | none | true | |
tri | A TRI raster layer derived from the elevation layer, based on the sum change in elevation between a central cell and its eight neighboring cells. TRI is a terrain roughness metric | |||||
DOUBLE | Uncoded Value | uncategorized | none | none | true | |
tpi10000 | Topographic Position Index (TPI) (R = 200, 1000, 5000 m) (Guisan et al., 1999)TPI raster layers with radii (R) of 200 m, 1 km and 5 km, derived from the elevation layer. TPI measures the difference between a central cell elevation and the average elevation around it within a predetermined radius (R). At small scales it is a measure of terrain roughness and at large scales it describes slope position and landform types. | |||||
DOUBLE | Uncoded Value | uncategorized | none | none | true | |
tpi5000 | Topographic Position Index (TPI) (R = 200, 1000, 5000 m) (Guisan et al., 1999)TPI raster layers with radii (R) of 200 m, 1 km and 5 km, derived from the elevation layer. TPI measures the difference between a central cell elevation and the average elevation around it within a predetermined radius (R). At small scales it is a measure of terrain roughness and at large scales it describes slope position and landform types. | |||||
DOUBLE | Uncoded Value | uncategorized | none | none | true | |
fog SD | Standard Deviation of fog density (see Fog density) | |||||
DOUBLE | Measurement (other) | Other : Date Created | none | none | true | |
fog density | A multiband (R, G, B, NIR) raster layer of spatial variability in monsoon fog density calculated on a per cell basis as the mean of the fog reflectance values of 119 Landsat 5 TM scenes, 17 Landsat 7 ETM+ scenes and 121 Landsat 8 OLI TIRS scenes | |||||
DOUBLE | Measurement (other) | Other : Date Created | none | none | true | |
elevation | An elevation raster layer derived from ASTER Global Digital Elevation Map V2. The original data has been reprojected and resampled using bilinear interpolation | |||||
BIGINT | Uncoded Value | uncategorized | none | none | true | |
cti | index derived from spatio-topographic values in imagery | |||||
DOUBLE | Measurement (other) | Provenience and Context : Context | none | none | true | |
eastness | Aspect decomposed to two directions, with highest values on slopes facing east and lowest values on slopes facing west | |||||
DOUBLE | Measurement (other) | Other : Index | none | none | true | |
uprights_count | Count of the number of upright stele, solitary or in clusters (count on each upright); N/A = missing, quarried, removed, shattered or non-applicable (not a monument type that has upright stele in its construction. In practice, this attribute refers to triliths only | |||||
VARCHAR | Uncoded Value | Architecture : Other | none | none | true | |
height | Height in m.cm from ground surface to highest surviving element/stone/top; N/A=Not Available (measurement not in field records) | |||||
VARCHAR | Uncoded Value | Architecture : Measurement | none | none | true |
Keywords
Culture
Pastoral
•
South Arabian Neolithic
Material
Building Materials
•
Ceramic
•
Chipped Stone
•
Dating Sample
•
Fauna
•
Human Remains
•
Macrobotanical
•
Shell
Site Type
Agricultural or Herding
•
Ancient Communal / Public Structure
•
Arabian trilith
•
Archaeological Feature
•
Cairn
•
Corral
•
Domestic Structures
•
Encampment
•
Funerary and Burial Structures or Features
•
Hamlet / Village
•
House
•
Mound / Earthwork
•
Non-Domestic Structures
•
Petroglyph
•
Pictograph
•
Rock Art
•
Settlements
•
Tomb
•
trilith
Investigation Types
Archaeological Overview
•
Bioarchaeological Research
•
Data Recovery / Excavation
•
Environment Research
•
Geophysical Survey
•
Heritage Management
•
Reconnaissance / Survey
•
Systematic Survey
Geographic Keywords
Dhofar
•
Middle East
•
Oman
•
Sultanate of Oman (Country)
Temporal Keywords
Bronze Age
•
Iron Age
•
Neolithic
Temporal Coverage
Calendar Date: -7500 to 2023 (South Arabian pastoral prehistory through present)
Spatial Coverage
min long: 53.159; min lat: 16.983 ; max long: 54.763; max lat: 17.634 ;
Individual & Institutional Roles
Contact(s): Joy McCorriston
Principal Investigator(s): Mark Moritz; Ian Hamilton; Joy McCorriston
Record Identifiers
NSF Grant(s): 1617185
Notes
General Note: This material is based upon work supported by the National Science Foundation under Grant Number (NSF Grant Number) 1617185. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation
Source Collections
Herbarium specimens, wood, and macrobotanical reference materials in Joy McCorriston's collections at The Ohio State University, Columbus, Ohio, USA. Fossil hyrax latrines and pollen collections with Sarah Ivory (Penn State University), data to be uploaded to Neotoma repository.
Human bone, artifacts archived by the Ministry of Heritage and Tourism, Sultanate of Oman; located in Ministry Storage, Muscat, Oman.
File Information
Name | Size | Creation Date | Date Uploaded | Access | |
---|---|---|---|---|---|
ASOM-Monument-Data_Cleaned-2021.xlsx | 114.28kb | Jan 8, 2021 | Jul 17, 2024 8:57:32 AM | Embargoed Five Years | |
Excel (*.xlsx) spreadsheet with 371 observations cleaned from 426.
Translated version ASOM-Monument-Data_Cleaned-2021_translated.xlsx
(97.89kb)
Data column(s) in this dataset have been associated with coding sheet(s) and translated:
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Accessing Restricted Files
At least one of the files for this resource is restricted from public view. For more information regarding access to these files, please reference the contact information below
Contact(s): Joy McCorriston