Russian Federation
Russian Federation
Russian Federation
UDK 63 Сельское хозяйство. Лесное хозяйство. Охота. Рыбное хозяйство
GRNTI 69.53 Оборудование для рыбообрабатывающей промышленности
OKSO 35.06.04 Технологии, средства механизации и энергетическое оборудование в сельском, лесном и рыбном хозяйстве
BBK 472 Рыбное хозяйство
The result of an extra factory method of reproduction of a chum (Oncorhynchus keta) is presented. The method is tested in small tributaries river Mulka (bass. The Sea of Okhotsk, Strait of Tartary) and in Savushkin's river (bass. Sea of Okhotsk, Second Kuril passage). The original devices representing the flattened container in which in 6 tiers incubatory modules with flutes for caviar are placed are used. The nest allows to incubate during the winter the impregnated caviar of salmon species of fish and to receive the durable larvae which are independently settled in a threshold of the river or forcibly taken from devices in pools in the spring. The device has the increased capacity for the incubated caviar to 10000 berries of a chum on the device, the volume method of loading of caviar in the device is applied, time of equipment and installation of a nest to the river doesn't exceed 15 minutes. In general efficiency of hatching of larvae has made 96%. An exit of larvae has averaged 42,5%. At insignificant completion the device can be used for restoration of number of a chum and other salmon species of fish in the small rivers where factory reproduction is for various reasons unprofitable.
salmon fish species, artificial incubator nests, multilayer-10000, chum salmon, Pacific salmon, rivers of the Sakhalin region
1. Veselov A.E. Artificial incubation of Atlantic salmon caviar (Salmo salar L.) in natural conditions / A.E. Veselov, L.V. Alikov, M.A. Skorobogatov et al. // Proceedings of the KarSC RAS. Ecology series. Experimental genetics and physiology. Issue 11. Petrozavodsk, 2007. - Pp. 14-19.
2. Veselov A.E. Experience of artificial incubation of Atlantic salmon caviar (Salmo salarL.) in the Sun River (Onega Lake basin) / A.E. Veselov, D.S. Pavlov, M.A. Skorobogatov etc. // Proceedings of the KarSC RAS. The series "Experimental Biology". Issue 3. Petrozavodsk, 2011. - Pp. 28-38.
3. Grinyuk I.N. The exit of larvae from spawning mounds and the distribution of salmon fingerlings in the riverbed / / In the book: Symposium. By nature, and the arts. Reproduction of Atlant. Salmon and its fishery, Tez. Docl. Murmansk, 1971. - Pp. 47-49
4. Efremov D.A., Veselov A.E., Skorobogatov M.A. Nest-incubator of salmon fish caviar in natural conditions. Utility model patent No. 159183. Application No. 2015142246 dated October 06, 2015, 2016 -3 c.
5. Kuznetsov I.I. The importance of salmon fishing in the Far East and artificial fish breeding as one of the main means for protecting fish stocks // Collection of articles: Fish and fur riches of the Far East. Vladivostok: Edition of the Scientific Bureau of Dalrybokhoty, 1923. - Pp. 134-214.
6. Lupandin A.I. Artificial reproduction of Atlantic salmon (Salmo salar) in natural conditions / A.I. Lupandin, D.S. Pavlov, A.E. Veselov et al. // Fundamental principles of biological resources management. Moscow: KMK, 2005. - Pp. 434-445.
7. Pavlov D.S., Skorobogatov M.A., Veselov A.E., etc. A device for incubating caviar in natural conditions. Utility model patent No. 83687. Application No. 2008144253 dated June 20, 2009, 2009. - 4 p.
8. Pavlov D.S., Skorobogatov M.A., Veselov A.E. etc. Device for incubation of caviar in natural conditions // Patent for utility model No. 99688. Byul. No. 33 of 2010, 2010a. - 4 p.
9. Pavlov D.S., Veselov A.E., Skorobogatov M.A. etc. Patent RU 147950. Utility model "Device for incubating salmon roe in rivers". Published on 20.11.2014. Byul. No. 32 - 4p.
10. Smirnov Yu.A. Freshwater salmon (ecology, reproduction, use). L., ed. Nauka, 1979 - 156p.
11. Tikhiy M.I. On salmon breeding in the ground // Izvestiya of the Department of Applied Ichthyology and Scientific and commercial research. - Vol. III, issue 2. - 1925. - Pp. 125-133.
12. Fedorova L.K., Veselov A.E., Efremov D.A. etc. Off-farm method of population restoration as an approach to the conservation of biological diversity of Pacific salmon // Modern problems of studying the biodiversity of plant and animal communities and ways to preserve them. Collection of materials of the international scientific and practical conference (October 14-17, 2014). Yu. - Sakhalinsk, ed.- vo Sakhgu, 2015. - Pp. 90-96.
13. Bams R.A. Comparison of Three Instream Incubation Techniques for Coho Salmon // North American Journal of Fisheries Management, No. 5, 1985 - Pp. 159-172.
14. Brenner T., Schneider J. Der lachs kehrt zurück // Ministerium für Umvelt und Forsten Rheinland - Pfalz, 2005. - 63p.
15. Donaghy M.J., Verspoor E.A New design of instream incubator for planting out and monitoring Atlantic salmon eggs // North American Journal of Fisheries Management, v.20, 2000. - Pp.521-527. doihttps://doi.org/10.1577/1548-8675(2000)020<0521: ANDOII>2.3.CO;2
16. Dumas J., Marty S. A new method to evaluate egg-to-fry survival in salmonids, trials with Atlantic salmon // Journal of Fish Biology, v.68, 2006. - Pp. 284-304. doihttps://doi.org/10.1111/j.1095-8649.2005. 00907.x
17. Pander J., Schnell J., Sternecker K. et al. The «egg sandwich» a method for linking spatially resolved salmonid hatching rates with habitat variables in stream ecosystems // Journal of Fish Biology, v.74, 2009. - P. 683-690. doihttps://doi.org/10.1111/j.1095-8649.2008. 02145.x
18. Tonina D., Buffington J.M. A tree-dimensional model for analyzing the effects of salmon redds on hyporheic exchange and egg pocket habitat // Can. J. Fish Aquat. Sci. №66. 2009. - Pp.2157-2173. doi:19.1139/F09-146