Archaeologists dealing with interpretations of lidar derived elevation models are mainly limited to a simple analytical hill-shading, the most frequently used technique, because it is implemented in most geographic information systems and readily available as a product by most lidar data providers. The paper addresses different advanced visualization methods, their specifics, advantages, and weaknesses in the context of archaeological interpretation of several types of historical landscape features.
B.04 Guest lecture
COBISS.SI-ID: 33272877Archaeologists dealing with interpretations of lidar derived elevation models are mainly limited to a simple analytical hill-shading, the most frequently used technique, because it is implemented in most geographic information systems and readily available as a product by most lidar data providers. The paper addresses different advanced visualization methods, their specifics, advantages, and weaknesses in the context of archaeological interpretation of several types of historical landscape features.
B.04 Guest lecture
COBISS.SI-ID: 33272621