Списание ГКЗ 5-6' 2025 | Page 64

2. Bekova R., B. Prodanov. Spatio-temporal analysis of eutrophication and habitat loss in coastal lakes: a case study from the Kamchiya-Shkorpilovtsi sector, Bulgarian Black Sea Coast, SGEM International Multidisciplinary Scientific GeoConference EXPO Proceedings, Bulgaria, 24, pp 237-248, 2024.
3. Bekova R., B. Prodanov. Spatiotemporal variation in marine litter distribution along the Bulgarian Black Sea sandy beaches: amount, composition, plastic pollution, and cleanliness evaluation, Frontiers in Marine Science, Switzerland, 11, 1416134, 2024.
4. Bekova, R. et al. Maturity, sex ratio and spawning time of Liza aurata Risso, 1810 and Liza saliens Risso, 1810( Mugilidae) from the Bulgarian Black Sea Coast, Comptes rendus de l’ Académie bulgare des Sciences, Bulgaria, 72( 7), pp 916-923, 2019. 5. Dimitrov, L. et al. Seabed mapping of the Bulgarian coastal zone between Sozopol and Tsarevo( Southern Bulgarian Black Sea), Comptes rendus de l’ Académie bulgare des Sciences, Bulgaria, 72( 5), pp 634-640, 2019.
6. Himmelstoss, E. et al. Digital Shoreline Analysis System version 6.0, U. S. Geological Survey software release, USA, pp 1-50, 2024.
7. Keremedchiev St. Morphostructural and Geodynamic Preconditions for Up-to-Date Morphological Development of the Bulgarian Black Sea Coastal Zone, Proceedings of the Institute of Oceanology, Bulgaria, Vol. 5, pp 181 – 209, 2005( in Bulgarian).
8. Lambev, T., B. Prodanov. Digital terrain model of the seafloor of south Bulgarian Black Sea coast, 10th Congress of the Balkan Geophysical Society, Bulgaria, pp 1-5, 2019.
9. Petrova, A. et al. Geological map of Bulgaria on scale 1:100 000. Burgas map sheets, Geology and Mineral Resources Committee, Enterprise of Geophysical Survey and Geological Mapping, Bulgaria, pp 1-50, 1994.
10. Peychev V. Morphodynamic and lithodynamic processes in the coastal zone. Slavena, Varna, p 232, 2004( in Bulgarian).
11. Peychev, V., P. Peev. Evolution of the Bulgarian Black Sea coast after the Early Holocene. Slavena, Varna, p. 123, 2006( in Bulgarian).
12. Popov V., K. Mishev, Geomorphology of the Bulgarian Black Sea Coast and Shelf, Bulgaria, 267, 1974( in Bulgarian).
13. Prahov, N. et al. Application of aerial photogrammetry in the study of the underwater archaeological heritage of Nessebar, SGEM International Multidisciplinary Scientific GeoConference EXPO Proceedings, Bulgaria, 20, pp 175-182, 2020.
14. Prodanov, B., R. Bekova. Coastal dunes under threat of destruction: necessities conservation and inclusion into the cadastral maps and registries of the Bulgarian Black Sea Coast, SGEM International Multidisciplinary Scientific GeoConference EXPO Proceedings, Bulgaria, STEF92 Technology, pp 253- 264, 2024.
15. Prodanov, B. et al. Spatial distribution of sand dunes along the Bulgarian Black Sea Coast: inventory, UAS mapping and new discoveries, Nature Conservation, Bulgaria, 54, pp 81-120, 2023.
16. Prodanov, B. et al. Mapping of coastal and submarine morphological landforms using unmanned aerial systems and echo sounding data, case study: Bulgarian Black Sea coastal sector between Cape
Sivriburun and Cape Kaliakra, SGEM International Multidisciplinary Scientific GeoConference EXPO Proceedings, Bulgaria, 21, pp 717-726, 2021.
17. Prodanov, B., L. Dimitrov. Morphology of the Strandzha coastal zone, Southern Bulgarian Black Sea Coast, SGEM International Multidisciplinary Scientific GeoConference EXPO Proceedings, Bulgaria, 20, pp 189-196, 2020.
18. Prodanov, B. et al. UAS photogrammetry as an effective tool for high-resolution mapping of depositional landforms and monitoring geomorphic change. Case study: Kamchia Shkorpilovtsi Beach, Bulgarian Black Sea Coast, SGEM International Multidisciplinary Scientific GeoConference EXPO Proceedings, Bulgaria, 21, pp 623-634, 2021.
19. Prodanov, B. et al. Unmanned Aerial Vehicles for Surveying the Bulgarian Black Sea Coast,“ Prof. Marin Drinov” Publishing House of Bulgarian Academy of Sciences, Bulgaria, pp 1-10, 2020.
20. Prodanov, B. et al. 3D high-resolution mapping and identification of coastal landforms using unmanned aerial vehicles, case study: Shabla Municipality coastal sector, Bulgaria, Eighth International Conference on Remote Sensing and Geoinformation of the Environment( RSCy2020), Cyprus, 50, pp 1-8, 2020.
21. Prodanov, B. et al. Drone-based geomorphological and landscape mapping of Bolata Cove, Bulgarian coast, Sustainable Development and Innovations in Marine Technologies, United Kingdom, pp 592-596, 2019.
22. Prodanov, B. et al. Applying unmanned aerial vehicles for high-resolution geomorphological mapping of the Ahtopol coastal sector( Bulgarian Black Sea coast), Proceedings of SGEM, Bulgaria, 19, pp 465-472, 2019.
23. Prodanov, B. et al. Loss of natural seabed and benthic habitats along the Bulgarian Black Sea Coast as a consequence of infrastructure development, SGEM International Multidisciplinary Scientific GeoConference EXPO Proceedings, Bulgaria, STEF92 Technology, pp 375-390, 2023. 24. Valchev, N. et al. Study on wave exposure of Bulgarian Black Sea coast, Proceedings of the 12th International Conference on Marine Science and Technology“ Black Sea”, Bulgaria, Varna, pp 175- 182, 2014.
25. Valchev, N. et al. Spatial and multiannual alteration of wave exposure along the Bulgarian coast as inferred by numerical modelling of wave energy transport, SGEM International Multidisciplinary Scientific GeoConference EXPO Proceedings, Bulgaria, 23, pp 149-158, 2023.
РЕЦЕННЗЕНТ: Д-Р ИНЖ. БОГДАН ПРОДАНОВ АДРЕС НА АВТОРА
1. Студент Надежда Димитрова Софийски университет „ Св. Климент Охридски“ София 1504, бул. Цар Освободител 15 + 359 89 327 7109 Nadejdadimitrova00 @ abv. bg
2. Доц. д-р Ахинора Балтакова СУ, „ Св. Климент Охридски“
3. Инж. Найлян Салиева Шуменки университет „ Константин Преславски“
62 ГКЗ 5-6’ 2025