Crimea commercial fish dynamics in the Black Sea
Abstract
The main source of statistical data on the annual catch of pelagic, demersal, passage and semi-migratory fish in the Black Sea-Crimean fishing area and the catches of the Crimean fishing organizations in the Black Sea during 2014–2017 were the reports of the Crimean fish protection agencies of the State Fishery Agency of Ukraine (2000–2013) and information provided by the Azov-Black Sea territorial administration of the Federal Agency for Fisheries. Brief information on the biology, migration and production of 8 species/species/subspecies groups of the commercial fish from the ichthyofauna near the coast of the Crimea, as well as a characteristic of their catches dynamics in 2000–2017 were shown. It was noted that during the considered period positive trends of annual catches were observed in Azov anchovy, Black Sea horse mackerel, mullet, goatfishes and Black Sea turbot, and negative ones in Black Sea anchovy, Black Sea sprat and so-iuy mullet. The main reasons for the changes in the annual fish catches in the Black Sea-Crimean fishing area and in general in the Russian waters of the Black Sea were discussed, as well as the immediate prospects for the Crimean fisheries.
About the Authors
E. A. KozhurinRussian Federation
Kerch
V. A. Shlyakhov
Russian Federation
Kerch
E. P. Gubanov
Russian Federation
Kerch
References
1. Averkiev F. V. 1960. Sbornik statisticheskikh svedenij ob ulovakh ryby i nerybnykh ob”ektov v Azovo-Chernomorskom bassejne za 1927–1959gg. [Collection of statistical data on fish and non-fish objects catches in the Azov-Black Sea basin in 1927–1959.] // Trudy AzNIIRKH. T. 1. Vyp. 2. 92 s.
2. Vasil’eva E.D. 2007. Ryby CHernogo moray [Fish of the Black Sea]. M.: Izd-vo VNIRO. 237 s.
3. Gribanova S. Eh., Landar’ V.A., Zajdiner Yu.I. 2003. Ulovy ryb i nerybnyh ob”ektov rybohozyajstvennymi organizaciyami Azovo-CHernomorskogo bassejna (1995–2000 gg.) [Catches of fish and non-fish objects by fishery organizations of the Azov-Black Sea basin (1995–2000)] // Azovskij nauchno-issledovatel’skij institut rybnogo hozyajstva (AzNIIRH). Statisticheskij sbornik Goskomrybolovstva Rossii. Rostov n/D: Ehverest. 89 s.
4. Gubanov E. P., Serobaba I. I. 2005. Sostoyanie ehkosistemy i ratsional’noe ispol’zovanie zhivykh resursov Azovo-CHernomorskogo bassejna [Ecosystem state and rational use of living resources in the Azov-Black Sea basin] // Rybnoe khozyajstvo Ukrainy. № 1. S. 8–12.
5. Gubanov E. P., Petrenko O. A. 2010. Transformatsiya ehkosistem shel’fovoj zony Chernogo morya v usloviyakh prirodnykh i antropogennykh izmenenij [Transformation of the Black Sea shelf zone ecosystems in conditions of natural and anthropogenic changes] // Rybnoe khozyajstvo Ukrainy. № 7. S. 25–28.
6. Gubanov E. P., Shlyakhov V. A., Kumantsov M. I. 2010. Sovremennoe sostoyanie ehkosistem Chernogo i Azovskogo morej [The current state of the Black and Azov Seas ecosystems] // Voprosy promyslovoj okeanologii. Vyp. 7. № 1. S. 162–174.
7. Diripasko O. A., Izergin L. V., Dem’yanenko K.V. 2011. Ryby Azovskogo moray [Fish of the Azov Sea]. Berdyansk: Izd-vo OOO «NPK «Inter-M», g. Zaporozh’e. 287 s.
8. Zajdiner Yu.I., Popova L. A. 1997. Ulovy ryb i nerybnyh ob”ektov rybohozyajstvennymi organizaciyami Azovo-CHernomorskogo bassejna (1990–1995 gg.) [Catches of fish and non-fish objects by fishery organizations of the Azov-Black Sea basin (1990–1995)] // Azovskij nauchno-issledovatel’skij institut rybnogo hozyajstva (AzNIIRH). Statisticheskij sbornik Goskomrybolovstva Rossii. Rostov n/D.: Ehverest. 98 s.
9. Kozhurin E. A. 2018. Pilengas: akklimatizatsiya, biologicheskij vzryv, depressiya i perspektivy promysla [So-iuy mullet: acclimatization, biological explosion, depression and fishing prospects] // Rybnoe khozyajstvo. № 1. S. 92–94.
10. Popova V. P. 1954. O raspredelenii kambaly-kalkan v Chernom more [Distribution of flounder-kalkan in the Black Sea] // Trudy VNIRO. T. 28. S. 151–159.
11. Rass T. S. 1993. Ikhtiofauna Chernogo morya i nekotorye ehtapy ee istorii [Ichthyofauna of the Black Sea and some stages of its history] // Ikhtiofauna sevastopol’skikh bukht v usloviyakh antropogennogo vozdejstviya. Kiev: Naukova dumka. S. 6–16.
12. Svetovidov A. N. 1964. Ryby Chernogo moray [Fish of the Black Sea]. L.: Nauka. Vyp. 31. 546 s.
13. Sirotenko M. D., Danilevskij N. N. 1979. Barabulya [Mullus] // Syr’evye resursy Chernogo morya, M.: Izdatel’stvo. S. 157–166.
14. Shlyakhov V. A., Borovskaya R. V. 2015. Vliyanie zon pod”ema vod na proizvodstvo tralovogo promysla shprota v pribrezhnykh vodakh Kryma v period 2011–2015 gg. [Influence of water-lifting zones on the production of trawl fishery for sprat in the coastal waters of the Crimea in the period 2011–2015.] // Sistemy kontrolya okruzhayushchej sredy. Vyp. 1 (21). S. 108–112.
15. Shlyakhov V. A., Shlyakhova O. V., Nadolinskij V. P., Perevalov O. A. 2017. Promyslovo-biologicheskie pokazateli rossijskogo rybolovstva dlya vazhnejshikh raspredelennykh zapasov vodnykh bioresursov CHernogo morya v 2015–2016 godakh i v retrospektivnom periode. [Commercial and biological indicators of Russian fisheries for the most important distributed stocks of the Black Sea aquatic biological resources in 2015–2016 and in the retrospective period.] // Sovremennye rybokhozyajstvennye i ehkologicheskie problemy Azovo-CHernomorskogo regiona. Mat. IX Mezhd. konf. (g. Kerch’, 6 oktyabrya 2017 g.). Kerch’: KF («YUgNIRO») FGBNU «AzNIIRKH. S. 24–38. URL: http://www.oceandocs.org/handle/1834/11037 20.05.2018.
16. Shlyakhov V. A., Shlyakhova O. V., Nadolinskij V. P., Perevalov O. A. 2018. Promyslovo-biologicheskie pokazateli rybolovstva dlya vazhnejshikh raspredelennykh zapasov vodnykh bioresursov Chernogo morya kak osnova ikh regional’nogo otsenivaniya [Commercial-biological indicators of fishery for the most important distributed reserves of aquatic bioresources of the Black Sea as the basis for their regional estimation] // Vodnye bioresursy i sreda obitaniya Vyp.1. T. 1. S. 86–103.
17. Chashchin A., Shlyakhov V. A., Dubovik V. E., Negoda S. 2015. Chapter 6. Stock assessment of anchovy (Engraulis encrasicolus L.) in Northern Black Sea and Sea of Azov // Progressive engineering practices in marine resource management / Eds. I. Zlateva et al. Hershey, USA: Publ. Engineering Sci. Ref., P. . 209–243.
18. Jones R. 1981. The use of length composition data in fish stock assessments. FAO Fish Circ. No 734, 55 p.
19. Shlyakhov V. 2014. Fisheries and biological information and the stock assessment of turbot Psetta maxima maeotica (Pallas) in Ukrainian waters of the Black Sea // Труды ЮгНИРО Т. 52. С. 24–45.
20. Shlyakhov V., Charova I. 2003. The Status of the Demersal Fish Population along the Black Sea Cost of Ukraine // Workshop on Demersal Resources in the Black & Azov Sea. B. Öztürk and S. Karakulak (Eds.). 15–17 April 2003 Şile — Turkey. Istanbul: Turkish Mar. Res. Found., Pp. 65–74.
21. Scientific, Technical and Economic Committee for Fisheries (STECF). 2017. Stock assessments in the Black Sea (STECF‑17–14). Luxembourg: Office of the EU. Publ. No 2017.10. 498 pp.
Review
For citations:
Kozhurin E.A., Shlyakhov V.A., Gubanov E.P. Crimea commercial fish dynamics in the Black Sea. Trudy VNIRO. 2018;171:157-169. (In Russ.)