Africa represents a vast region where remote sensing technologies have been largely
uneven in their archaeological applications. With impending climaterelated risks such as …

One persistent archaeological challenge is the generation of systematic documentation for
the extant archaeological record at the scale of landscapes. Often our information for …

Geospatial technologies such as GIS, remote sensing, and GNSS are transforming
landscape archaeology, particularly in research areas that are hard to access due to …

Archaeological topography identification from high-resolution DEMs (Digital Elevation
Models) is a current method that is used with high success in archaeological prospecting of …

In 2013, an airborne laser scan survey was conducted in the territory of the Ionian city of
Kolophon near the western coast of modern Turkey as part of an archaeological survey …

ALS-derived raster visualization techniques have become common in recent years, opening
up new possibilities for subtle landform detection in earth sciences and archaeology, but …

The (slow) emergence of semi-automated or supervised detection techniques to identify
anthropogenic objects in archaeological prospection using remote sensing data has …

The characteristics and form of heritage data are fundamental to its utility in a range of
applications, particularly so for heritage agencies who have a remit in management, policy …

This paper presents the results of the first attempt to assess, identify and quantify the
residual number of shell craters of World War I currently present in the Vezzena/Luserna …

Remote sensing has a long and successful track record of detecting and mapping
archaeological traces of human activity in the landscape. Since the early twentieth century …