Land-use changes in Northern Ukraine: patterns and dynamics of illegal amber mining during 1986–2016

Abstract

amber mining flourished in the region. However, the extent and spatial pattern of degraded land caused by amber mining over the entire region has remained unknown. To fill this gap and track land surface changes, we used multi-source satellite imagery. We found a gradual decrease of the area without vegetation cover, as a proxy for degraded land, from the late Soviet period until 2014 in most of the analysed administrative districts of Polissia. In contrast to this, we identified substantial conversion of forest and agricultural land to bare soil that occurred between 2014 and 2016, which can be attributed to the rush of illegal amber mining in the region. The estimated total area of affected land on the produced Landsat-based map for 2016 was 1066 ha, 60% of which occurred in 2014-2016. Land cover classification within a key study area suggests that utilization of very high-resolution images from the WorldView-2 satellite enables more accurate mapping of land degradation and identification of small mining sites. Further monitoring of land-use change caused by amber mining is essential to improving understanding of long-lasting environmental impacts on regional ecosystems and biodiversity.

The contribution of amber to heritage tourism development

“…Calling amber a fossil, per se, can be controversial because despite the inclusions found inside, it does not constitute remains of animal or plant organisms (PWN Encyclopedia: Skamielina, 2023). In the scientific literature, amber is referred to as a natural material (Smaliychuk et al, 2021), organic gemstone (Lambert et al, 2002;Sinkevicius et al, 2015;Ostreika et al, 2021), mineral of organic origin (Edwards et al, 2007;Halbwachs, 2019), and also as fossilized plant resin (Langenheim, 1990;Drzewicz et al, 2016).…”

War drives forest fire risks and highlights the need for more ecologically-sound forest management in post-war Ukraine

“…Their capacity to detect and map both wildfires and tree harvest is well documented 16 , 17 . Satellite data sources help to assess the war-related land use change 7 , 18 and can provide sufficiently long-term data on forest disturbance regimes (e.g. Landsat-based products 19 , 20 ).…”