The South Carpathian Mountain Range is an enigmatic system, which includes one of the most seismically active regions in Europe today. That region, Vrancea in the SE Carpathians, is well studied and its deep structure may be geologically unique, but the mantle structures beneath the western part...
2. Method of map compilation The tectonic map of the Carpathian-Balkan Mountain Sys- tems edited by Mahel (1973) served as base map for the en- tire area covered by our compilation (Plate 1), apart from the Alps, for which we used a simplified version of the tectonic map published by...
For each simulated land cover map we compared the supply of sediment retention services by using quantitative indicators: sediment retention, sediment export and the amount of potential soil loss. For the processing of spatial data we applied GIS techniques using the ArcGIS software (ESRI) and for...
In this study, we focus on the Carpathians, the largest mountain range in Central-Eastern Europe (and the second largest in Europe), covering more than 2 km in the altitudinal gradient. Despite the fact that the researchers are greatly interested in studying this mountain range (Mráz and ...
In this study we made a first step towards a map of amphibian breeding-habitat distribution in the Csik Mountains. We recorded amphibian species and made estimations of population size using spawn counts and breeding adult counts on an a... L Demeter,A Kelemen 被引量: 1发表: 2011年 Aquatic...
Map showing the study area in the Bucegi Natural Park with sector boundaries and habitat types Full size image Mark-release-recapture (MRR) We performed a MRR study from 02 July to 02 September 2014, i.e. almost the entire flight period ofB. pales. Weather conditions during our time of st...
When superimposed on the future infrastructure map, our landscape model suggested the presence of wildlife corridors in important areas for connectivity (Fig. 3a): (1) the Prahova Valley (Fig. 3b) also features a European-level road with extremely heavy traffic and a railway, crossing one of ...
However, few studies have so far used remote sensing to map forest cover changes in the Carpathians. Kozak et al. (2007) showed that, simultaneously with forest decline and reforestation, forest degradation and regeneration in the late 20th century occurred in various ranges in the northern ...
They originated due to continental compression in central Europe and form an arc-shaped mountain range related to the Alpine deformation during the Cretaceous to Tertiary. Difficulties in the Moho determination were firstly recognized at the western edge of the Western Carpathians by Zátopek and ...