An emerging arena of archaeological research is beginning to deploy remote sensing
technologies—including aerial and satellite imagery, digital topographic data, and drone …

We present new advances in monitoring particulate matter (PM) in urban areas within a
participatory vehicle sensor network (VSN) that exploits the use of multiple mobile low-cost …

Abstract Within archaeological prospection, Deep Learning algorithms are developed to
detect objects within large remotely sensed datasets. These approaches are generally …

The Causeway Coast World Heritage Site (Northern Ireland) is subject to rockfalls occurring
on the coastal cliffs, thus raising major safety concerns given the number of tourists visiting …

This work aims at understanding whether a citizen science-based monitoring system could
be adequate to detect the effects, in terms of air quality, of solid and liquid fuel combustion …

This work reports on the development of a real-time vehicle sensor network (VSN) system
and infrastructure devised to monitor particulate matter (PM) in urban areas within a …

LiDAR and its derived elevation models have revolutionized archaeological research in
forested areas around the globe. Almost a third of Switzerland is covered in forests. The …

The importance of remotely-sensed data, especially LiDAR data, for archaeology has grown
exponentially in recent years (Opitz & Herrmann, 2018). Nowadays, the manual analysis of …

Satellite survey is widely used for archaeological site discovery, but the efficacy of the
method has received little systematic investigation. In this analysis, twelve study participants …

Approaches to aerial photography and remote sensing have become increasingly complex,
can rely on opaque workflows, and have the potential to be published with inaccessible …