Modern heritage protection goes beyond the mere protection of individual buildings and objects. Modern technologies and techniques of field data capture and visual (3D) presentations are increasingly penetrating this field and are becoming more and more essential and necessary for archives, cadastres, and users and visitors of museums, exhibitions, collections, and archaeological parks. In the area between Kotlje and Ravne na Koroškem, Slovenia, in 1476–1477, 9 to 10 anti-Turkish fortifications, called Turške Šance, reportedly were erected. The remains were left to decay slowly. This paper highlights the possibility of applying interdisciplinary data capture and 3D visualization techniques that are used in the fields of civil engineering and architecture for digital reconstruction of the anti-Turkish fortification as a case study in order to present them in the most contemporary way and emphasize them on a local, regional, national, and international level. Unfortunately, similar remains elsewhere in Europe are primarily ignored (with some notable exceptions). The digital reconstruction of anti-Turkish watchtowers therefore represented an extended reconstruction to revive that part of the historical heritage of Slovenia using the proposed techniques.

Jeseni 2022 so iskalci arheoloških najdb z detektorji kovin v Stranicah pri Zrečah odkrili več bronastih predmetov. Našli naj bi jih na petih različnih mikrolokacijah na pobočju vzhodno in zahodno od kamnoloma. Dvesto šestdeset kosov in tri fotografije z bolje ohranjenimi predmeti so bili predani delavcem Koroškega pokrajinskega muzeja. Pregled artefaktov je pokazal, da gre za dele orožja, orodja, nakita, pločevine in ingotov, katerih časovni razpon sega od srednje in začetka mlajše bronaste dobe (Bd C/D) do konca žarnogrobiščnega obdobja oz. začetka starejše železne dobe. Večina predmetov ima primerjave v depojih druge stopnje kulture žarnih grobišč v Karpatski kotlini, na zahodnem delu Balkana, v vzhodnem Sredozemlju in Italiji. Kemijske analize, izvedene z metodo induktivno sklopljene plazme z masnim spektrometrom (ICP-MS), so pokazale na odstopanje v sestavi brona v primerjavi z obema okvirno sočasnima depojema v jugovzhodnih Alpah po višjem deležu niklja med nelegirnimi elementi.