JAMIESON and PHILLIPS: OCCURRENCE OF CANCER CRAB MEGALOPAE 



Brown and Dorothy Young, in particular, contrib- 

 uted substantially. 



LITERATURE CITATIONS 



Armstrong, D. A., and D. R. Gunderson. 



1985. The role of estuaries in Dungeness crab early life 

 history: a case study in Grays Harbor, Washington. In Pro- 

 ceedings of the Symposium on Dungeness Crab Biology and 

 Management, p. 145-170. Alaska Sea Grant Rep. No. 85-3. 

 BOISVERT, W. E. 



1 969. Major currents off the west coasts of North and South 

 America. Nav. Oceanogr. Off. Tech. Rep. 221, 34 p. 

 Booth, J., A. Phillips, and G. S. Jamieson. 



1985. Fine scale spatial distribution of Cancer magister 

 megalopae and its relevance to sampling methodology. In 

 Proceedings of the Symposium on Dungeness Crab Biology 

 and Management, p. 273-286. Alaska Sea Grant Rep. No. 

 85-3. 



Brugman, a. 



1972. The effects of temperature on the growth of Dungeness 

 crab. Cancer magister Dana. MS Thesis, Humbolt State 

 Univ., Areata, CA, 34 p. 



Butler, T. H. 



1956. The distribution and abundance of early postlarval 



stages of the British Columbia commercial crab. Fish. Res. 



Board Can., Prog. Rep. 107, p. 22-23. 

 Ebert, E. E., a. W. Haseltine, J. L. Houk, and R. 0. Kelly. 



1983. Laboratory cultivation of the Dungeness crab. Cancer 

 magister. In P. W. Wild and R. N. Tasto (editors), Life 

 history, environment, and mariculture studies of the Dunge- 

 ness crab, Cancer magister, with emphasis on the central 

 California fishery resource, p. 259-309. Calif. Dep. Fish 

 Game Fish Bull. 172. 



Freeland, H. J., W. R. Crawford, and R. E. Thomson. 



1984. Currents along the Pacific Coast of Canada. Atmos.- 

 Ocean 22, p. 151-172. 



Gaumer, T. F. 



1973. Controlled rearing of Dungeness crab larvae and the 

 influence of enwonmental conditions to their survival. 

 Oreg. Fish Comm., Portland, NOAA 73082801, NMFS 1 5 

 R, 53 p. 



Gunderson, D. R., and I. E. Ellis. 



1986. Development of a plumb staff beam trawl for sampling 

 demersal fauna. Fish. Res. 4:35-41. 



Hart, J. F. L. 



1982. Crabs and their relatives of British Columbia. Br. 

 Columbia Prov. Mus. Handb. 40, 267 p. 



Hatfield, S. E. 



1983. Intermoult staging and distribution of Dungeness crab. 

 Cancer magister, megalopae. In P. W. Wild and R. N. Tasto 

 (editors). Life history, environment, and aquaculture studies 

 of the Dungeness crab, Cancer magister, with emphasis on 

 the central California fishery resource, p. 85-96. Calif. Dep. 

 Fish Game Fish Bull. 172. 



HiCKEY, B. M. 



1979. The California Current system - hypotheses and facts. 

 Prog. Oceanogr. 8:191-279. 

 Jacoby, C. a. 



1982. Behavioral responses of the larvae of Cancer magister 

 Dana (1852) to light, pressure and gravity. Mar. Behav. 

 Physiol. 8:267-283. 

 Jamieson, G. S. 



1985. The Dungeness crab (Cancer magister) fisheries of 



British Columbia. In Proceedings of the Symposium on 

 Dungeness Crab Biology and Management, p. 37-60. 

 Alaska Sea Grant Rep. No. 85-3. 

 Lough, R. G. 



1975. Dynamics of crab larvae (Anomura, Brachyura) off the 

 central Oregon coast, 1969-1971. Ph.D. Thesis, Oregon 

 State Univ., Corvallis, 299 p. 



1976. Larval dynamics of the Dungeness crab, Cancer 

 magister, off the central Oregon coast, 1970-71. Fish. 

 Bull., U.S. 74:353-375. 



Mason, J. C, and A. C. Phillips. 



1986. An improved otter surface sampler. Fish. Bull., U.S. 

 84:480-484. 

 Mason, J. C, A. C. Phillips, and 0. D. Kennedy. 



1984. Estimating the spawning stocks of Pacific hake 

 (Merluccius prodiLctus) and walleye pollock (Theragra chal- 

 cogramma) in the Strait of Georgia, B.C. from their released 

 egg production. Can. Tech. Rep. Fish. Aquat. Sci. 1289, 

 51 p. 

 Mir, R. D. 



1961. The external morphology of the first zoeal stages of 

 the crabs. Cancer magister Dana, Cancer antennarius 

 Stimpson and Cancer anthonyi Rathbum. Calif. Fish Game 

 47:103-111. 



NOAKES, D., AND G. S. JaMIESON. 



1986. Preliminary analysis of British Columbia commercial 

 landing statistics for 1979 to 1984 inclusive: a multispecies 

 approach. Can. MS Rep. Fish. Aquat. Sci. 1882, 167 p. 

 Phillips, A. C, and J. C. Mason. 



1986. A towed, self-adjusting sled sampler for demersal fish 

 eggs and larvae. Fish. Res. 4:235-242. 

 Poole, R. L. 



1966. A description of laboratory-reared zoea of Cancer 

 magister Dana and megalopae taken under natural condi- 

 tions (Decapoda Brachyura). Crustaceana 11:83-97. 

 Reed, P. H. 



1969. Cultiu-e methods and effects of temperature and salin- 

 ity on survival and growth of Dungeness crab (Canxer 

 magister) larvae in the laboratory. J. Fish. Res. Board Can. 

 26:389-397. 



Reilly, p. N. 



1983. Dynamics of Dungeness crab. Cancer magister, larvae 

 off central and northern California. In P. W. Wild and R. N. 

 Tasto (editors). Life history, environment, and mariculture 

 studies of the Dungeness crab. Cancer magister, with em- 

 phasis on the central California fishery resource, p. 57-84. 

 Calif. Dep. Fish Game Fish Bull. 172. 



Stevens, B. G., and D. A. Armstrong. 



1984. Distribution, abundance and growth of juvenile Dunge- 

 ness crabs. Cancer magister, in Grays Harbor estuary, 

 Washington. Fish. Bull., U.S. 82:469-483. 



Thomson, R. E. 



1981. Oceanography of the British Columbia coast. Can. 

 Spec. Publ. Fish. Aquat. Sci. 56, 291 p. 

 Trask, T. 



1970. A description of laboratory-reared larvae of Cancer pro 

 diictus Randall (Decapoda, Brackyura) and a comparison to 

 larvae of Cancer magister Dana. Crustaceana 18:133-146. 



Warner, R. W. 



1985. Overview of the California Dungeness crab. Cancer 

 magister, fisheries. In Proceedings of the Symposium on 

 Dungeness Crab Biology and Management, p. 11-25. 

 Alaska Sea Grant Rep. No. 85-3. 



Wickham, D. E. 



1979. The relationship between megalopae of the Dungeness 

 crab. Cancer mugister, and hydroid, Velella velella, and its 



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