In the present study we demonstrate the value of the SRTM 3 arc-second terrain model for a virtual survey of archaeological sites-- the detection and localization of ancient settlement mounds in the Near East. These so-called "tells " are the result of millennia of settlement activity within the period from 8000-1000 BC, and form visible landmarks of the world’s first farming and urban communities. The SRTM model provides for the first time a systematic opportunity to identify and plot such sites. In order to map these cultural monuments for the purpose of settlement archaeology and conservation, we develop a machine learning classifier, which predicts probable tell sites from the terrain model. Point-like elevations of a ...
Archaeologists can increasingly profit from digital elevation models for study and analysis of the a...
Archaeological pedestrian survey is one of the most popular techniques available for primary detecti...
To facilitate locating archaeological sites before they are compromised or destroyed, we are develop...
research. At present, most of our knowledge of the distribution of these ancient settlement mounds d...
above: A “living ” tell marks the old town of Arbil, Iraq. Remote sensing provides the means for a “...
This paper presents an innovative multisensor, multitemporal machine-learning approach using remote ...
Incomplete datasets curtail the ability of archaeologists to investigate ancient landscapes, and the...
International audienceAirborne LiDAR technology is widely used in archaeology and over the past deca...
In Near and Middle Eastern archaeology, satellite-derived digital elevation models (DEM) of medium s...
Incomplete datasets curtail the ability of archaeologists to investigate ancient landscapes, and the...
Archaeological research is increasingly embedding individual sites in archaeological contexts and ai...
Remote sensing instruments are changing the nature of archaeological work. No longer are archaeologi...
This study focuses on an ad hoc machine-learning method for locating archaeological sites in arid en...
Satellite-derived surface elevation models are an important resource for landscape archaeological st...
Archaeologists can increasingly profit from digital elevation models for study and analysis of the a...
Archaeological pedestrian survey is one of the most popular techniques available for primary detecti...
To facilitate locating archaeological sites before they are compromised or destroyed, we are develop...
research. At present, most of our knowledge of the distribution of these ancient settlement mounds d...
above: A “living ” tell marks the old town of Arbil, Iraq. Remote sensing provides the means for a “...
This paper presents an innovative multisensor, multitemporal machine-learning approach using remote ...
Incomplete datasets curtail the ability of archaeologists to investigate ancient landscapes, and the...
International audienceAirborne LiDAR technology is widely used in archaeology and over the past deca...
In Near and Middle Eastern archaeology, satellite-derived digital elevation models (DEM) of medium s...
Incomplete datasets curtail the ability of archaeologists to investigate ancient landscapes, and the...
Archaeological research is increasingly embedding individual sites in archaeological contexts and ai...
Remote sensing instruments are changing the nature of archaeological work. No longer are archaeologi...
This study focuses on an ad hoc machine-learning method for locating archaeological sites in arid en...
Satellite-derived surface elevation models are an important resource for landscape archaeological st...
Archaeologists can increasingly profit from digital elevation models for study and analysis of the a...
Archaeological pedestrian survey is one of the most popular techniques available for primary detecti...
To facilitate locating archaeological sites before they are compromised or destroyed, we are develop...