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Fluctuations in the Abundance of Common Squid, Todarodes pacificus and Environmant Conditions in the Far East Regions during 52 Tears

Journal of Ecology and Environment / Journal of Ecology and Environment, (P)2287-8327; (E)2288-1220
2006, v.29 no.1, pp.1-16





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Abstract

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Gong, Yeong et al. J. Ecol. Field Biol. 29 (1) 2catch were related to the increased temperature and zooplankton biomass (Kang et al. 2002). Possible causes of the decline in the squid abundance in the Pacific off northern Japan are explained by the p

Reference

1.

(1979) Studies on the stocks of common squid clues on the estimation and the forecastingof the stock level of the autumn population in the JapanSea,

2.

(1967) Resources of surumeika,

3.

(1976) Migration and fishing ground of winter subpopulationof the squid in the northernwaters of Japan,

4.

(1981) Fisheries and resources of the squid and octopus in thewaters around Japan Report on the marine organisms in relationto the disposal of the radioactive debris,

5.

(1993) Illex argentinus on base ofstatolith ageing investigations,

6.

(19921992/4) Fishing conditions and populationstatus of common squid in the Japan Sea for 1991,

7.

(1983) Factors relevant to their populationdynamics and the assessment and management of stocks Advances in Assessment of World Cephalopod Resources,

8.

(2002) Interdecadal change in the upper water column environment and spring diatom community structure in the Japan Sea:an early summer hypothesis,

9.

(2003) North-south contrast of multi-decadal scale variation of low trophic level ecosystem in the Japan/East Sea: ligh-limited versus nutrient- limited. ,

10.

(1997) Fishing conditions of common squid(Todarodes pacificus Steenstrup) in Korean warers,

11.

(2005) Fishing conditions of common squid Todarodes pacificus Steenstrup in relation to oceanic conditions in Korean waters , Pukyeong National University

12.

(1981) Development of the Newfoundland squid fishery and management of the resources,

13.

(1979) Biomass of Japanese common squid Todarodespacificus Steenstrup and the management of its fishery,

14.

(2003) Reports of Oceanographic and Fishing Conditions for 1993-2003,

15.

(1970) A study on the south Korean coastal front,

16.

(1984) Distribution of thermal fronts in the South-EastSea of Korea Ministry of Science andTecnology,

17.

(1977) Oceanographic environments and fisheries resourcesoff the east coast of Korea,

18.

(1982) A Study of oceanic thermal fronts in thesouthwestern Japan Sea,

19.

(2004) Effect of environmental conditions on the stock structure and abundance of the Pacific saury ,

20.

(1972suisansekai1972/10) Some problems on the exploitation ofsquid in the waters off New Zealand,

21.

(1966) Ecological studies on the common squid mainly in the southwestern watersof the Japan Sea,

22.

(1995) Southward penetration of the Oyashio water system and the wintertime condition of midlatitude westerlies over the North Pacific,

23.

(1980) Fundamentals of Aquatic Ecosystems,

24.

(2000) Empirical evidence for North Pacific regime shifts in 1977 and 1989,

25.

(1993suisansekai1993/5) Fishing conditions and population status of commonsquid in the Japan Sea for 1992,

26.

(1985) Comparisonof life cycles of five Omastrephid squids fished by Japan,

27.

(1985) SummaryReport for 1972-1982,

28.

(1982) Satellite observations and the annual cycle of surfacecirculation in the Yellow Sea,

29.

(1999) Interannual variation of bifurcation of the Tsushima Warm Current around the Tsushima/Korea Strait,

30.

(1972) Studies on mechanisms underlying the fluctuations in thecatch with reference to promotion of forecasting of fishing conditionsof Japanese common squid,

31.

(2002) Long-term changes in zooplankton and its relationship with squid Todarodes pacificus, catch in Japan/East Sea,

32.

(1996) A population genetic analysis of the common squid, Todarodes pacificus Steenstrup in the Korean waters,

33.

(2002) Effect of global warming on the ecosystem around Korea Proceedings of the Symposium of the Korea Societyof Oceanography 9-11 May 2002,

34.

(1972) Biological aspects of comon squid in the offshoreregions of the Japan Sea,

35.

(1977) Fishing conditions of Todarodes pacificus in theJapan Sea and Yellow Sea for 1976,

36.

(1978) Descriptions of offshore squid angling in the Sea ofJapan with special reference to the distribution of common squid and on the techniques for forecastingfishing conditions,

37.

(1982) Population structure of Japanese common squid inthe Tsushima Warm Current Reports of the 1981 Annual Meetingof Squid Resources and Fishing and Ocranographical conditions,

38.

(1983) Fishing conditions and stock status of Todarodespacificus in the Japan Sea,

39.

(1984) Fishing conditions and perspective for stock statusof common squid in the Japan Sea for 1983,

40.

(1987) Fishing conditions and stock status of common squidin the Japan Sea for 1986,

41.

(1968) Studies on the migration of common squids inthe Japan Sea Migrations and some biological spects of commonsquids having occurred in the offshore regions of the JapanSea during the autumn season of 1966 and 1967,

42.

(1977) migration and features of shoalsof Japanese common squid in offshore waters of the Sea of Japan Joint Survey Reports of Japanese common squid in the Sea ofJapan,

43.

(1955) On the polar frontal zone and its fluctuation in thewaters to the northeast of Japan,

44.

(1973) Periodicity in the fluctuation of the fisheries resources,

45.

(1994) Structure of the Tsushima Current in the southwesternJapan Sea,

46.

(1996) Spatial variation in growth of Japanese common squid Todarodes pacificus Steenstrup in the Sea of Japan,

47.

(2000) Relationship between changes in the spawning area and fluctuations in biomass of the Japanese common squid (Todarodes pacificus) in the Sea of Japan,

48.

(1999) Estimation on the age of Japanese common squid Todarodes pacificus canibalized by their own species,

49.

(2005) http://abchan. job. affrc.go.jp/digests 15/html/ 1518html,

50.

(1998) Interannual variations of the surface mixed layer in the Tsushima Current region ,

51.

(1981) A characteristic of oceanographic conditionand catch of the squid,

52.

(1984) Oceanographicconditions and fishing grounds of common squid BullFebruary 2006 Fluctuations in the Abundance of Todarodes pacificus and Environmental Conditions 15Fish Res Dev Agency 33,

53.

(2000) Temporal and spatial variability of phytoplankton pigment concentrations in the Japan Sea derived from CZCS images,

54.

(2001) Dynamics of Japanese common squid fishing fleets derived from nightime visible satellite data and its nonstationary prediction,

55.

(198519-66) Oceanographic investigations of fishing grounds in the East China Sea and the Yellow Sea Characteristics of themean temperature and salinity distribution measured at the 50mand near the bottom,

56.

(2004) Korean Fisheries Yearbook for 2004,

57.

(1996) Mantle length composition of Japanese flying squid and fluctuations of the migrant stock size around the north Sanriku coast of Honshu, Japan,

58.

(1967) Ecological studies on common squid Ommastrephessloani pacificus Steenstrup in the eastern waters of Korea,

59.

(1997) A Pacificinterdecadal climate oscillation with impacts on salmon production,

60.

(1971) Population structure of the common squid distributed in the waters off Jobandistrict,

61.

(1999) Long-term variability of oceanic conditions along the PM line in the Japan Sea,

62.

(1997) A 50-70 year climatic oscillation over the North Pacific and North America,

63.

(1999) Resonance in bidecadal and pentadecadal climate oscillations over the North Pacific:Role in climatic regime shifts,

64.

(1983) Annual and interannual variability in theKuroshio Current System,

65.

(2000) Stock dynamics, ecology and population structure of the Japanese flying squid, Todarodes pacificus in the Japan Sea ,

66.

(2005) http://abchan.job.affrc.go.jp/,

67.

(2001) Migration patterns of the Pacific subpopulation of Japanese common squid, Todarodes pacificus estimated from tagging experiments,

68.

(1972) Univ of TokyoPress,

69.

(1983) Quantitative assessment of oceanic squid by meansof jigging surveys,

70.

(1977) Stock status and problem on the winter-spawned group of Todarodes pacificus Symposium report on thesquid fishing and oceanographic conditions,

71.

(1981) Fishing conditions of commonsquid and neon flying squid in the Pacific for 1980,

72.

(1971) Todarodes pacificus Steenstrup in the northernwaters of the Japan in 1970,

73.

(1973) Ecological studies on the squid Todarodes pacificus Steenstrup inthe northern waters of the Japan in 1971,

74.

(1993) Why is autumn the mainspawning season of the common squid in the Japan Sea? BullJapan Sea Natl Fish Res Inst 43,

75.

(1967) Consideration on the formation of fishing groundsfor pink salmon saury and squid in the offshore frontal zones ofthe Japan Sea,

76.

(1993) Cephalopod tagging andmarking in Japan Recent Advance in CephalopodFisheries Biology, TokaiUniversity Press

77.

(1999) Seasonal and interannual variability of the Kuroshio south of Japan,

78.

(1993suisansekai1993/5) Fishing conditions and populationstatus of common squid in the Pacific for 1992,

79.

(1984) Southward migration of the squid from the southeastern waters of Hokkaido,

80.

(1990) Population studies of the Japanese flying squid,

81.

(1993) Long-term changes in catch and biological features ofJapanese common squid in waters off theeast coast of the Hokkaido Recent Advances in CephalopodFisheries Biology, TokaiUniversity Press

82.

1964-2003,

83.

(1969) The zoogeographical aspects of the Japan Sea,

84.

(1994) Zooplankton biomass and its long-term variation in thewestern North Pacific Ocean,

85.

(1988) Energetic limits on squid distribution,

86.

(1992) Big squid in big currents,

87.

(1998) Squid life-history strategies.,

88.

(1993) Recent Advances in Fisheries Biology, Tokyo University Press

89.

(2000) Can we distinguish between climate effects on egg-versus food-limited recruitment? ,

90.

(1987) Energy and nutrient flow in cephalopods, AcademicPress

91.

(1989) Variations in latitude at the southern limit of the firstOyashio Intrusion,

92.

(1987) Fluctuations of the first OyashioIntrusion and it's influences on coastal fishery-resources,

93.

(1988) Catch-fluctuation patterns of Todarodespacificus in northern Japanese coastal waters of thePacific Ocean,

94.

(1965) On the feeding habitat of the common squid Todarodespacificus Steenstrup in the offshore region of the JapanSea,

95.

(1983) Stock assessment by larval surveys ofthe winter population of Todarodes pacificus Steenstrup with a review of early works,

96.

(1977) Stock assessment of cephalopod resources fished byJapan,

97.

(1983) Stock assessment of cephalopod resourcesin the Northwestern Pacific Advances in Assessment of WorldCephalopod Resources,

98.

(1998) The relationship between coastal cold water and catch conditions of common squid (Todarodes pacificus Steenstrup) in the East Sea of Korea in summer,

99.

(2000) Variation of fishing conditionand the winter warming in Korean waters,

100.

(2000) Changesin inferred spawning areas of Todarodes pacificus due to changing environmental conditions,

101.

(2003) Fisken of havet 12 Reports of the Working Group on Modern Approaches toassess maturing and fecundity of warm-and cold-water fish andsquid,

102.

(1983) Changes in catch of commonsquid Todarodes pacificus Steenstrup in the Pacific coasts ofJapan,

103.

(1975) A note on biology of the common squid in the Yellow Sea viewed from the rate ofcopulation and the condition of maturity,

104.

(1950) Migration of the squid in the coastal waters of Japan,

105.

(1974) Vertical structure and production of a microplanktoncommunity in the Sea of Japan in summer,

106.

(1963) Studies on the relationship between current boundaryzones in waters to the southeast of Hokkaido and migration of thesquid, Mem Fac FishHokkaido Univ 11

107.

(1976) Ecological studies on common squid Tudarodes pacificus Steenstrup in the offshore area in the Sea ofJapan-1 The condition of the squid shoals moving across theTsushima Warm Current front viewed from distribution and structureof the north-gojing shoals,

108.

(1993) Changes in growth and maturity of Japanese commonsquid related to differences in stock sizein the Tsugaru Strait, Recent Advances inCephalopod Fisheries Biology Tokai University Press

109.

(1995) Long-term variability in zooplankton biomass and environment ,

110.

(1994) Decadal atmosphere-ocean variationsin the Pacific,

111.

(1934) The results of simultaneous oceanographical investigationsin the Japan Sea and its adjacent waters in May and June1932,

112.

(1958) Fluctuations in oceanic onditions and fishing conditionsin the Japan Sea Report of the Exploitation Survey of the TsushimaWarm Current Fisheries Agency of Japan,

113.

(2004) Seasonal and inter annual variability of sea surface chlorophyll a concentrationin the Japan/East Sea ,

114.

(1999) Formation and circulation processes of intermediate water in the Japan Sea,

115.

(2002) Regime shifts found in the Northern Hemisphere SST field,

116.

(1997) Trend of Oceanography in the Japan Sea,

117.

(2005) Effect of ocean climate changes on the Korean stock of Pacific saury (Brevoort). ,

Journal of Ecology and Environment