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Female Size as a Determinant of Larval Size, Weight, and Survival Period in the Coconut Crab, Birgus latro

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Abstract Larger females generally produce larger offspring with superior qualities because larger body size can reduce susceptibility to predation and starvation. The removal of larger and older individuals from populations can decrease the survival qualities of offspring through maternal influences, and affect subsequent recruitment. Although negative impacts of larger individual-selective fishing need to be taken into consideration in resource management, there have been very few studies on maternal influences in decapod crustaceans despite the fact that this group includes large numbers of important biological resources. Thus, this study examined the effects of female body size on larval body size, weight, and survival period in the coconut crab, Birgus latro, in laboratory experiments. Ovigerous crabs having well-developed eggs were collected in filed and then first stage zoeae were collected from each female in laboratory. Both larval size and dry larval weight increased significantly with increasing female size. Larvae hatched from larger females showed significantly longer survival periods under non-fed conditions. These results suggest larger coconut crab females produce larvae with superior survival qualities. Present harvesting for coconut crab resources selectively removes larger males despite the fact that coconut crab females only mate with males larger than, or approximately equal to, themselves. Therefore, large females have fewer opportunities to mate under the present harvesting system. Larger male-selective harvesting could have greater negative impacts on the reproductive rate of coconut crabs than expected because larval quality is reduced.

Affiliations: 1: (TS, correspondence, takusato@affrc.go.jp) Ishigaki Tropical Station, Seikai National Fisheries Research Institute, Fisheries Research Agency, Ishigaki Island, Okinawa 907-0451, Japan

10.1651/10-3279.1
/content/journals/10.1651/10-3279.1
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1. Anger K. 2001 The Biology of Decapod Crustacean Larvae. Crustacean Issues 14 Swets and Zeitlinger, Lisse
2. Bailey K. M. , Houde E. D. 1989 "Predation on eggs and larvae of marine fishes and the recruitment problem." Advances in Marine Biology Vol 25 1 83
3. Berkeley S. A. 2006 "Pacific rockfish management: are we circling the wagons around the wrong paradigm?" Bulletin of Marine Science Vol 78 655 668
4. Berkeley S. A. , Chapman C. , Sogard S. M. 2004 "Maternal age as a determinant of larval growth and survival in a marine fish, Sebastes melanops." Ecology Vol 85 1258 1264 [Crossref]
5. Brown I. W. , Fielder D. R. 1991 "Project overview and literature survey," pp. 1 11 In, Brown I. W. , Fielder D. R. (eds.) The Coconut Crab: Aspects of Birgus latro Biology and Ecology in Vanuatu ACIAR Monograph 8.
6. Buckley L. J. , Smigielski A. S. , Halavik T. A. , Caldarone E. M. , Burns B. R. , Laurence G. C. 1991a "Winter flounder Pseudopleuronectes americanusreproductive success. I. Among location variability in size and survival of larvae reared in the laboratory." Marine Ecology Progress Series Vol 74 117 124 [Crossref]
7. Buckley L. J. , Smigielski A. S. , Halavik T. A. , Caldarone E. M. , Burns B. R. , Laurence G. C. 1991b "Winter flounder Pseudopleuronectes americanusreproductive success. II. Effects of spawning time and female size on size, composition and viability of eggs and larvae." Marine Ecology Progress Series Vol 74 125 135 [Crossref]
8. Congdon J. D. , Gibbons J. W. 1987 "Morphological constraint on egg size: a challenge to optimal egg size theory?" Proceedings of the National Academy of Sciences USA Vol 84 4145 4147 [Crossref]
9. Cushing D. H. 1988 "The study of stock and recruitment," pp. 105 128 In, Gulland J. A. (ed.) Fish Population Dynamics, 2nd edit John Wiley and Sons New York
10. Darnell M. Z. , Rittschof D. , Darnell K. M. , McDowell R. E. 2009 "Lifetime reproductive potential of female blue crabs Callinectes sapidusin North Carolina, USA." Marine Ecology Progress Series Vol 394 153 163 [Crossref]
11. Eldredge L. G. 1996 " Birgus latro." In: IUCN 2009. IUCN Red List of Threatened Species. Ver. 2009.2. . Downloaded on 21 Nov 2009.
12. Fenberg P. B. , Roy K. 2008 "Ecological and evolutionary consequences of size-selective harvestings: how much do we know?" Molecular Ecology Vol 17 209 220 [Crossref]
13. Fisher R. , Sogard S. M. , Berkeley S. A. 2007 "Trade-offs between size and energy reserves reflect alternative strategies for optimizing larval survival potential in rockfish." Marine Ecology Progress Series Vol 344 257 270 [Crossref]
14. Fleming I. A. , Gross M. R. 1990 "Latitudinal clines: a trade-off between egg number and size in pacific salmon." Ecology Vol 71 1 11 [Crossref]
15. Fletcher W. J. 1993 "Coconut crabs," pp. 643 681 In, Wright A. , Hill L. (eds.) Nearshore marine resources of the South Pacific. Institute of Pacific Studies, University of the South Pacific, FFA, and ICOD.
16. Fowler M. S. 2005 "Interactions between maternal effects and dispersal." Oikos Vol 110 81 90 [Crossref]
17. Giménez L. , Anger K. 2003 "Larval performance in an estuarine crab, Chasmagnathus granulata, is a consequence of both larval and embryonic experience." Marine Ecology Progress Series Vol 249 251 264 [Crossref]
18. Ginsberg J. R. , Milner-Gulland E. J. 1994 "Sex-biased harvesting and population dynamics in ungulates: implications for conservation and sustainable use." Conservation Biology Vol 8 157 166 [Crossref]
19. Ginzburg L. R. 1998 "Inertial growth-population dynamics based on maternal effects," pp. 42 53 In, Mousseau T. A. , Fox C. W. (eds.) Maternal effects as adaptations Oxford University Press
20. Green B. S. 2008 "Maternal effects in fishes populations." Advances in Marine Biology Vol 54 1 105
21. Hamasaki K. , Sugizaki M. , Dan S. , Kitada S. 2009 "Effect of temperature on survival and developmental period of coconut crab ( Birgus latro) larvae reared in the laboratory." Aquaculture Vol 292 259 263 [Crossref]
22. Higashitani T. , Takatsu T. , Nakaya M. , Joh M. , Takahashi T. 2007 "Maternal effects and larval survival of marbled sole Pseudopleuronectes yokohamae." Journal of Sea Research Vol 58 78 89 [Crossref]
23. Hsieh C. H. , Reiss S. C. , Hunter J. R. , Beddington J. R. , May R. M. , Sugihara G. 2006 "Fishing elevates variability in the abundance of exploited species." Nature Vol 443 859 862 [Crossref]
24. Linnaeus C. 1767 Systema naturae per regna tria naturae: secundum classes, ordines, genera, species cum characteribus, differentiis, sinonimis, locis. (edit. 12).
25. Longhurst A. 2002 "Murphy's law revisited: longevity as a factor in recruitment to fish populations." Fisheries Research Vol 56 125 131 [Crossref]
26. Lucero Y. 2008 "Maternal effects and time to recovery." Bulletin on Marine Science Vol 83 217 234
27. Marshall D. J. , Keough M. J. 2004 "Variable effects of larval size on post-metamorphic performance in the field." Marine Ecology Progress Series Vol 279 73 80 [Crossref]
28. Marteinsdottir G. , Thorarinsson K. 1998 "Improving the stock and recruitment relationship in Icelandic cod ( Gadus morhua L.) by including age diversity of spawners." Canadian Journal of Fisheries and Aquatic Sciences Vol 55 1372 1377 [Crossref]
29. Miller T. J. , Crowder L. B. , Rice J. A. , Marschall E. A. 1988 "Larval size and recruitment mechanisms in fishes: toward a conceptual framework." Canadian Journal of Fisheries and Aquatic Sciences Vol 45 1657 1670 [Crossref]
30. Milner J. M. , Nilsen E. B. , Andreassen H. P. 2007 "Demographic side effects of selective hunting in ungulates and carnivores." Conservation Biology Vol 21 36 47 [Crossref]
31. Pepin P. 1989 "Predation and starvation of larval fish: A numerical experiment of size and growth-dependent survival." Biological Oceanography Vol 6 23 44
32. Palumbi S. R. 2004 "Why mothers matter." Nature Vol 430 621 622 [Crossref]
33. Rice J. A. , Crowder L. B. , Binkowski F. P. 1987 "Evaluating potential sources of mortality for larval bloater ( Coregonus hoyi): starvation and vulnerability to predation." Canadian Journal of Fisheries and Aquatic Sciences Vol 44 467 472 [Crossref]
34. Sato T. , Goshima S. 2006 "Impacts of male-only fishing and sperm —limitation in manipulated populations of an unfished crab, Hapalogaster dentata." Marine Ecology Progress Series Vol 313 193 204 [Crossref]
35. Sato T. , Yoseda K. 2008 "Reproductive season and female maturity size of coconut crab Birgus latroin Hatoma Island, southern part of Japan." Fisheries Science Vol 74 1277 1282 [Crossref]
36. Sato T. , Yoseda K. 2010 "Influence of size- and sex-biased harvesting on reproduction of the coconut crab Birgus latro." Marine Ecology Progress Series Vol 402 171 178 [Crossref]
37. Sato T. , Ashidate M. , Goshima S. 2005a "Negative effects of delayed mating on the reproductive success of female spiny king crab, Paralithodes brevipes." Journal of Crustacean Biology Vol 25 105 109 [Crossref]
38. Sato T. , Ashidate M. , Jinbo T. , Goshima S. 2006 "Variation of sperm allocation with male size and recovery rate of sperm numbers in spiny king crab Paralithodes brevipes." Marine Ecology Progress Series Vol 312 189 199 [Crossref]
39. Sato T. , Ashidate M. , Jinbo T. , Goshima S. 2007 "Does male-only fishing influence reproductive success of female spiny king crab, Paralithodes brevipes?" Canadian Journal of Fisheries and Aquatic Sciences Vol 64 735 742 [Crossref]
40. Sato T. , Ashidate M. , Wada S. , Goshima S. 2005b "Effects of male mating frequency and male size on ejaculate size and reproductive success of female spiny king crab, Paralithodes brevipes." Marine Ecology Progress Series Vol 296 251 262 [Crossref]
41. Schiller C. , Fielder D. R. , Brown I. W. , Obed A. 1991 "Reproduction, early life-history and recruitment," pp. 13 35 In, Brown I. W. , Fielder D. R. (eds.) The Coconut Crab: Aspects of Birgus latro Biology and Ecology in Vanuatu ACIAR Monograph 8.
42. Scott B. E. , Marteinsdóttir G. , Begg G. A. , Wright P. J. , Kjesbu O. S. 2006 "Effects of population size/age structure, condition and temporal dynamics on reproductive output in Atlantic cod ( Gadus morhua)." Ecological Modelling Vol 191 383 415 [Crossref]
43. Sinervo B. , Doughty P. 1996 "Interactive effects of offspring size and timing of reproduction on offspring reproduction: experimental, maternal, and quantitative genetic aspects." Evolution Vol 50 1314 1327 [Crossref]
44. Sogard S. M. , Berkeley S. A. , Fisher R. 2008 "Maternal effects in rockfishes Sebastesspp.: a comparison among species." Marine Ecology Progress Series Vol 360 227 236 [Crossref]
45. Vallin L. , Nissling A. 2000 "Maternal effects on egg size and egg buoyancy of Baltic cod, Gadus morhua. Implications for stock structure effects on recruitment." Fisheries Research Vol 49 21 37 [Crossref]
46. Venturelli P. A. , Shuter B. J. , Murphy C. A. 2009 "Evidence for harvest-induced maternal influences on the reproductive rates of fish populations." Proceedings of the Royal Society of London Series B Vol 276 919 924 [Crossref]
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2017-09-25

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