Mountain building can strongly influence regional climate by modifying atmospheric circulation and precipitation patterns. While such interactions are well documented in major mountain ranges such as the Himalayas and the Andes, their significance in lower ranges remains less well constrained. This work is focused on t...
Robert Šamarija, N. Andrić-Tomašević, Oleg Mandic et al.· 17th EGU Émile Argand Confer...· 0 citations
The Middle Miocene Climatic Transition (MMCT) was a period of increased global aridity marked by reinforced evaporation and suppressed precipitation, respectively. While this aligns with general terrestrial paleoclimatic trends in Europe, the influence of land-vs-sea distribution and mountain building on regional clima...
Robert Šamarija, N. Andrić-Tomašević, Oleg Mandic et al.· Global and Planetary Change· 1 citation
Horizontal slab tearing, the lateral detachment of a subducting oceanic slab from continental lithosphere, is widely inferred from seismic tomography, yet its surface expressions in mountain belts and foreland basins remain ambiguous and, in many cases, contradictory. Existing geodynamic models commonly predict rapid h...
Giridas Maiti, N. Andrić-Tomašević, A. Balázs et al.· 17th EGU Émile Argand Confer...· 0 citations
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