Page 38 - Studia Universitatis Hereditati, vol 13(2) (2025)

the Mediterranean.’ Science Advances 3 (10): Pikelj, K., and M. Juračić. 2013. ‘Eastern Adriatic
e1700485. Coast (EAC): Geomorphology and Coastal
Marriner, N., C. Morhange, S. Faivre, et al. Vulnerability of a Karstic Coast.’ Journal of
2014. ‘Post-Roman Sea-Level Changes on Coastal Research 29 (4): 944–57.
Pag Island (Adriatic Sea): Dating Croatia’s Pingel, T. J., K. Clarke, and A. Ford. 2015.
‘Enigmatic’ Coastal Notch?’ Geomorphology ‘Bonemapping: A LiDAR Processing
221:83–94. and Visualization Technique in Support
Mejdahl, V. 1979. ‘Thermoluminescence Dating: of Archaeology under the Canopy.’
Betadose Attenuation in Quartz Grains.’ Cartography and Geographic Information
Archaeometry 21 (1), 61–72. Science 42 (Suppl. 1): 18–26.
Meyers, P. A. 1994. ‘Preservation of Elemental Sikora, M., H. Mihanović, and I. Vilibić. 2014.
and Isotopic Source Identification of ‘Paleo-Coastline of the Central Eastern
Sedimentary Organic Matter.’ Chemical Adriatic Sea and Paleo-Channels of the
38 Geology 114 (3–4): 289–302. Cetina and Neretva Rivers During the Last
MOHO d.o.o. 2023. ‘Linijske građevine Glacial Maximum.’ Acta Adriatica 55 (1):
studia universitatis hereditati, letnik 13 (2025), številka 2 / volume 13 (2025), number 2
aglomeracije Nerezine: podmorska dionica 3–18.
cjevovoda; Osorski kanal.’ Unpublished Smrkulj, N., O. Hasan, D. Brunović, S.
geophysical study. Miko, and N. Ilijanić. 2024. ‘Holocene
Munyikwa, K., T. C. Kinnaird, and D. C. W. Palaeoenvironmental Development of
Sanderson. 2020. ‘The Potential of Portable Prokljan Lake (Krka River, Croatia):
Luminescence Readers in Geomorphological Evolution from a Calcareous Tufa Barrier
Investigations: A Review.’ Earth Surface System to a Karst Estuary.’ Marine Geology
Processes and Landforms 46 (1): 131–50. 476:107370.
Ogrinc, N., G. Fontolan, J. Faganeli, and S. Srivastava, A., T. Kinnaird, C. Sevara, J. A.
Covelli. 2005. ‘Carbon and Nitrogen Isotope Holcomb, and S. Turner. 2023. ‘Dating
Compositions of Organic Matter in Coastal Agricultural Terraces in the Mediterranean
Marine Sediments (the Gulf of Trieste, N Using Luminescence: Recent Progress and
Adriatic Sea): Indicators of Sources and Challenges.’ Land 12 (3): 716.
Preservation.’ Marine Chemistry 95 (3–4): Stato di Trieste. n.d. ‘Piano di situazione dei
163–81. lavori eseguiti nella cavanella presso il ponte
Pamić, J., I. Gušić, and V. Jelaska. 1998. di Ossero con tracciato dell’antica riva
‘Geodynamic Evolution of the Central rinvenuta durante gli scavi.’
Dinarides.’ Tectonophysics 297 (1–4): 251–68. https://archiviodistatotrieste.it/doc-mos
Pavić, M. 2000. ‘Plovidbena ruta sjevernim /piano-di-situazione-dei-lavori-eseguiti-nella
Jadranom u izolaru Giuseppea Rosaccija.’ -cavanella-presso-il-ponte-di-ossero-con
Radovi Zavoda za povijesne znanosti HAZU -tracciato-dellantica-riva-rinvenuta-durante
u Zadru 42:173–94. -gli-scavi/.
Peljar, I. 2012. Jadransko more – istočna obala. Stražičić, N. 1980. ‘Pomorstvo otoka Cresa.
Hrvatski hidrografski institut. Položaj uz važne pomorske puteve:
Pfeifer, N., P. Stadler, and C. Briese. 2001. pomorstvo Lošinja i Cresa.’ Otočki ljetopis
‘Derivation of Digital Terrain Models in Cres–Lošinj 3:205–39.
the SCOP++ Environment.’ In Proceedings Stražičić, N. 1995. ‘Prilog poznavanju geografskih
of the OEEPE Workshop on Airborne osnova lokacije, funkcije i razvoja Osora.’
Laserscanning and Interferometric SAR Otočki ljetopis Cres–Lošinj 9:74–88.
for Detailed Digital Terrain Models, Sušanj Protić, T. 2015. ‘O urbanizmu Osora
edited by K. Torlegård and J. Nelson. nakon 1450.’ Ars Adriatica 5:95–114.
European Organization for Experimental Vacchi, M., N. Marriner, C. Morhange, G.
Photogrammetric Research. Spada, A. Fontana, and A. Rovere. 2016.