Регулирование многовидового рыболовства на основе математического моделирования (стр. 54 )

237.  Plikshs M., Kalejs M., Grauman G. The influence of environmental conditions and spawning stock size on the year-class strength of the eastern Baltic cod// ICES CM 1993 /J:22 Sess. V. – 1993. – 12p.

238.  Polacheck T., Hilborn R., Punt A. E.. Fitting surplus production models: comparing methods and measuring uncertainty// Can. J. Fish. Aquat. Sci. – 1993. – V.50. – P. 2597-2607.

239.  Polovina J. J. Model of a coral reef ecosystem. Part I. The ECOPATH model and its application to French Frigate Shoals//Coral Reafs. – 1984. –V.3. – P. 1-11.

240.  Pope J. G. An investigation of the accuracy of virtual population analysis//Int. Commn. Northwest Atl. Fish. Res. Bull. –1972. –№9.– P. 65-74.

241.  Pope J. G. A modified cohort analysis in which constant natural mortality is replaced by estimates of predation levels// ICES C. M. 1979/H:16. –1979. –8 p.

242.  Pope J. G. Phalanx analysis: an extension of Jones's length cohort analysis to multispecies cohort analysis// ICES CM 1980/G:19. –1980. –18 p.

243.  Pope J. G., Harris O. C. The South African pilchard and anchovy stock complex-an example of the effect of biological interactions between species on management strategy// ICNAF Res. Doc. 75/IX/133 Ser. 3685. –1975. –8 p.

244.  Pope J. G., Shepherd J. G. A comparison of the performance of various methods for tuning VPA using effort data// J. Cons. Int. Explor. Mer. –1985. – V.42. – P.129-151.

245.  Rescigno A., Richardson J. W. On the competitive exclusion principle// Bull. math. bioph. – 1965. –V.27, special issue. –P. 85.

246.  Rescigno A. The struggle for life II// Bull. math. bioph. – 1968.– V.30, N 2. – P.291-298.

247.  Rescigno A., Jones K. G. The struggle for life III. A predator-prey chain// Bull. math. bioph. – 1972. – V.34, N 4. – P. 521-532.

248.  Rescigno A., Richardson J. W. The struggle for life 1//Bull. math. bioph. –1967. –V.29, N 2.

249.  Rice J. Multispecies considerations in the development and provision of precautionary advice // Report from the 1997 meeting of the MSAWG/ ICES ASC CM 1997/V:02; Theme Session V. – 1997. –28 p.

250.  Rice J. How complex should operational ecosystem objectives be?// ICES CM 1999/Z:07. –1999. –14p.

251.  Rice J., Daan N., Pope J., Gislason H. The stability of estimates of suitability in MSVPA over three years of data from predator stomachs// ICES mar. Sci. Symp. –1991.–V.193. – P. 34-45.

252.  Ricker W. Stock and recruitment//J. Fish. Res. Bd. Canada. –1954. –V.11(5). – P. 559-623.

253.  Ricker W. E. Computaion and interpretation of biological statistics of fish populations// Bull. Fish. Res. Board Can. – 1975. –V.191.– 382 p.

254.  Schaefer M. B. Some aspects of the dynamics of populations important to the management of the commercial marine fisheries// Inter.-Am. Trop. Tuna Comm. Bull. –1954. –N1. – P. 25-56.

255.  Shepherd J. G. A versatile new stock-recruitment relationship for fisheries and the construction of sustainable yield curves// J. Cons. INT. Explor. Mer. –1982. – V.40. – P. 67-75

256.  Shepherd J. G. Extended survival analysis – an improved method for the analysis of catch-at-age data and abundance indices// ICES J. Mar. Sci. –1999. –V. 56. – P. 584-591.

257.  Sherman K. Physical, Biological and Human Forcing of Biomass Yields in Large Marine Ecosystems// ICES CM 2003/P:12. –2003. – 8 p.

258.  Shin Y. J., Rochet M. J., Jennings S., Field J., Gislason H. Using size-based indicators to evaluate the ecosystem effects of fishing //ICES J. Mar. Sci. –2005.–V. 62(3).– P. 384-396

259.  Sinclair M., O'Boyle R., Burke L., D' Entrement Sh. Incorporating ecosystem objectives within fisheries management plans in the maritimes region of Atlantic Canada// ICES CM 1999/Z:03. –1999. –20 p.

260.  Sissenwine M. P., Daan N. An overview of multispecies models relevant to management of living resources. // ICES mar. Sci. Symp. 1989. – 1991.– V.193. – P. 6-11.

261.  Sissenwine M. P., Shepherd J. G. An alternate perspective on recruitment overfishing and biological reference points// Can. J. Fish. Aquat. Sci. –1987.–V.44.– P. 913-918.

262.  Sparholt H. Multispecies assessment of Baltic fish stocks// ICES Mar. Sci. Symp.1989. –1991. – V.193. – P. 64-79.

263.  Sparre P. A goal function for fisheries (Legion analysis)// ICES CM 1980/G:40. –1980. – 81 p.

264.  Sparre P. A computer program for estimation of food suitability coefficients from stomach content data and multispecies VPA//ICES CM 1984/G:25. –1984. –60 p.

265.  Sparre P. Introduction to multispecies virtual analysis// ICES Mar. Sci. Symp.1989. – 1991. – V.193. – P. 12-21.

266.  Sparre P. and Willmann R. BEAM 4, a bio-economic multi-species, multi-fleet, multi-plant, multi-area extension of the traditional forecast model. ICES C. M. 1992/D:2. – 1992.– 38 p.

267.  Spencer, P. D., Collie J. S. A simple predator-prey model of exploited marine fish populations incorporating alternative prey// ICES J. of Marine Science. –1995. – V.53. –P. 615-628.

268.  Stiansen J. E., Loeng H., Svendsen E., Pettersson L., Johannessen J., Furevik T., Handegaard N. O, Fredo O. Climate-fish relations in Norwegian waters// Fisken og havet. – 2002. – № 12. –29 p.

269.  Stiansen J. E. Changed response of climate after the late 70’on cod recruitment// ICES SGBRP-2003, WD10. –Svanhovd, Norway, 2003. –5 p.

270.  Stiansen J. E., Ottersen G., Dalpadado P., Loeng H. and Ingvaldsen R. Ecological conditions in the Barents Sea, 2002-2003// AFWG-2002, WD1, San-Sebastian, Spain. – 2003. – 21p.

271.  Strobeck C. N-species competition// Ecology. –1973. – V.54 N3. – P. 650-654.

272.  Sullivan, K. J. The estimation of parameters of the multispecies production models. //ICES mar. Sci. Symp. 1989. –1991. – V.193. – P.185-193.

273.  Taylor C. C. Cod growth and temperature// Rapp. P-v. Réun. Cons. Int. Explor. Mer. –1956. – P. 366–370.

274.  Temming A. Mathematical models for the estimation of food consumption from stomach content data of a 24-hour fishery//ICES CM 1986/G:67. –1986. –15 p.

275.  Titov O. Assessment of population recruitment abundance of Northeast Arctic cod and the Barents Sea capelin considering the environment data WD 23 AFWG 2008. – 2008. – 10 p.

276.  Titov O., Pedchenko A., Karsakov A. Assessment of Northeast arctic cod and capelin recruitment from data on ecological situation in the Barents Sea in 2004-2005// ICES AFWG 2005, WD 16 Murmansk. – 2005. – 25 p.

277.  Tretyak V. L. A model of recruitment of the commercial stock of the Northeast Arctic cod. // ICES SGBPR, Svanhovd Norway 2003, WD 3. – 2003. –25 p.

278.  Tsou T. S. and Collie J. Estimating predation mortality in the Georges Bank fish community// Can. J. Fish. Aquat. Sci. – 2001. – V.58 – P. 908-922.

279.  Tyler A. V. A solution to the conflict between maximizing groundfish yield and maintaining biodiversity// Ecosystem Approaches for Fisheries Management, Alaska Sea Grant College Program. AK-SG-99-01. – 1999. – P. 367-386.

280.  Ulrich-Rescan C., Reeves S. A., Kraak S. B.M. Mixed fisheries and the Ecosystem Approach// ICES Insight issue. – 2008. – 45. – P. 35-39.

281.  Ursin E. On the prey preferences of cod and dab// Meddr. Danm. Fisk. og Havunders. N. S. – 1973. – V.7. –P. 85-98.

282.  Utz W. R. and Waltman P. E. Periodicity and boundedness of solutions of generalized differential equations of growth// Bull. math. biophisics. – 1963. –V.25, N 1. – P. 75-93.

283.  Vandermeer J. H. Generalized models of two species interactions a graphical analysis// Ecology. –1973. – V.54, N 4. – P. 809-818.

284.  Vasilyev D. A. Key aspects of robust fish stock assessment// VNIRO Publishing. M. – 2005. – 103 p.

285.  Vasilyev D. Change in catchability caused by year class peculiarities: how stock assessment based on separable cohort models is able to take it into account? (Some illustrations for triple-separable case of the ISVPA model-TISVPA) // ICES CM 2006/О:18. – 2006. – 35 p.

286.  Vasilyev D., Bulgakova T. North-East Arctic cod stock assessment by means of the TISVPA model // Towards development of optimal strategy for sustainable fishery in the Barents and Norwegian seas (for the 36-th session of the joint Russian-Norwegian Fisheries committee). – VNIRO, 2007. – P.7-22.

287.  Vasilyev D., Bulgakova T. Tuning of MSVPA for cod-oriented fish community of the Barents Sea by means of Quarter-based Instantaneous Separable VPA (QISVPA)// Joint Russian-Norwegian Meeting on Multispecies Models of Relevance to Management of the Barents Sea, Bergen, 9-12 June 1998. – 1998. –12 p.

288.  Vasilyev D., Bulgakova T., Gislason H. Tuning an MSVPA for the Barents Sea by means of Quarterly Instantaneous Separable VPA (QISVPA)// Final Report INTAS-RFBR Project No 95-1204, RIVO-DLO report C009/99, Annex XXV. –1999. –7 p.

289.  Vinther M., Reeves S. and Patterson K. From single-species advice to mixed-species management: taking the next step // ICES J. of Mar. Sci. –2004. –V.61. – P. 1398-1409.

290.  Volterra V. Lecons sur la theorie mathematique de la lutte pour la vie // Paris. Gautier-Villars et C-ie. – 1931. – 210 p.

291.  Volterra V., d’Ancona U. Les associations biologiques au point de vue mathematique // Actualilitetes Scient. et industrielles. – Paris, Hermann et C-ie. –1935. – V.243. – 98 p.

292.  Waltman P. E. The equations of growth // Bull. math. bioph. – 1964. –V.26, № 1. – P. 39-43.

293.  Witherell D. Incorporating ecosystem considerations into management of Bering Sea Groundfish Fisheries // Ecosystem Approaches for Fisheries Management/Alaska Sea Gant College Program. AK-SG-99-01. – 1999. – P. 315-327.

294.  Yaragina N. A. Northeast Arctic cod maturity ogives for 1959-1983 (by PINRO data) // ICES AFWG 2001,WD 3. – 2001. – 11 p.

Перечень сокращений и обозначений

Сокращения

ALK – размерно-возрастной ключ

БД – база данных (по питанию хищников)