Context and objectivesSince 15 years an international team of archaeologists and scientists of several disciplines, such as biology, geology, geomorphology, geophysics and computer science, are studying and gathering knowledge of human behaviour and their interaction with the environment on the ancient city of Sagalassos, Turkey and its territory. Since more than 10 years they participate actively together in the yearly excavations and field surveys and form one of the largest interdisciplinary groups in archaeological research.
At this moment, most of the information is gathered by very intensive and time consuming survey and excavation techniques. Up to now, only the earth scientists already used existing remotely sensed (space) imagery to study lineaments and reflectance characteristics of the area, but just extracted some general information mainly because of the too coarse spectral and/or spatial resolutions.
Remote sensing techniques such as imaging spectroscopy and lidar with very detailed spatial and spectral information could to a large extend contribute to solve these problems. These data could provide a lot of crucial information to the several scientific disciplines, accelerate research, stimulate interdisciplinarity and would largely contribute to the presentation of the ongoing activities and research to the public on the site of Sagalassos
Expected scientific results
For this project a number of interdisciplinary research topics related to the city of Sagalassos and its surroundings are selected for their relevance to a broad public and for which a significant need and demand exists among the scientists. These topics are very relevant to our times and allow to demonstrate the benefit of the use remote sensing and it’s contribution to resolve scientific questions. This projects also aims to show the different processing stages – and hence the relevance of high tech – necessary to obtain the final results. The defined topics are:
Map of the city of Sagalassos and its surroundings
Vegetation mapping of the area
Mapping of historically polluted areas
Mapping of the distribution of erosion and colluviation zones and field terraces
|Project leader(s):||VITO - Remote Sensing - Teledetectie en aardobservatieprocessen|