1411. |
1412. |
1413. |
1414. |
1415. |
1416. |
1417. Fitoplankton, model kompleksnostiIvano Vascotto, Patricija Mozetič, Janja Francé, 2024, professional article Keywords: fitoplankton, biološka raznovrstnost, združbe, periodičnost, okoljski dejavniki, Tržaški zaliv, morska biologija Published in DiRROS: 09.07.2024; Views: 322; Downloads: 196 Full text (992,08 KB) This document has many files! More... |
1418. PETRI-MED: Advancing satellite-based monitoring for microbial plankton biodiversity in the Mediterranean SeaTinkara Tinta, Janja Francé, Katja Klun, Martin Vodopivec, Neža Orel, Patricija Mozetič, Vesna Flander-Putrle, 2024, published scientific conference contribution abstract Keywords: biodiversity, remote sensing, oceanography Published in DiRROS: 09.07.2024; Views: 334; Downloads: 135 Full text (310,44 KB) This document has many files! More... |
1419. |
1420. Tectonics and gravitational phenomena, part two : the Trnovski gozd-Banjšice-Šentviška Gora degraded plainLadislav Placer, Tomislav Popit, Igor Rižnar, 2024, original scientific article Abstract: The article describes the recent conditions at the Paleogene thrust contact between the External Dinaric Thrust Belt composed of carbonate rocks and the External Dinaric Imbricate Belt composed of flysch rocks, geographically, between the Trnovski gozd (Trnovski gozd plateau) and the Vipava Valley at the northwestern end of the Dinarides. Fossil and recent gravity-related phenomena that indicate the uplift of the southwestern edge of the External Dinaric Thrust Belt and the larger complex in the hinterland are found there. However, these phenomena are not related to the reactivated Paleogene thrust tectonics, but to the Neogene-recent underthrusting as a consequence of the Microadria (Adriatic Microplate) movement towards the Dinarides. Only arguments for these processes are presented in this article. Keywords: External Dinarides NW, geomorphology, gravitational phenomena, karst plains, degraded karst plains, Idrija fault Published in DiRROS: 09.07.2024; Views: 283; Downloads: 145 Full text (19,23 MB) |