Purpose This paper provides practical advice for archaeologists and heritage specialists
wishing to use ML approaches to identify archaeological features in high-resolution satellite …

Unlocking data from historical maps for landscape analysis is costly. Automatic extraction
using Machine Learning (ML) requires extensive preparation and expertise. Crowdsourcing …

This article discusses the deployment of mobile data capture software developed by the
Field Acquired Information Management Systems project (FAIMS Mobile) to document …

The application of digital technology in the field of landscape architecture heritage protection
is becoming more and more mature and complex. How to select and apply technology for …

Data collection is fundamental to field research, from archaeology to environmental science.
Data services for storage and sharing have long existed (eg, ADS, tDAR, OpenContext), but …

Burial mounds are a ubiquitous feature of the Bulgarian landscape, estimated at some
20,000 today [1]. One of the largest non-destructive efforts to document the outstanding …

Visibility and intervisibility have been important aspects of spatial analysis in landscape
archaeological studies, but remain hampered by computational intensity, small-scale study …

The first field season of the Perachora Peninsula Archaeological Project, conducted January-
February 2020, focused on the settlement above the Sanctuary of Hera in the Upper Plain …

Greece'is a biennial meeting with focus on research in the Eastern Mediterranean Region.
After the previous conferences in Rethymno (2014), Athens (2016) and Limassol (2018) the …