51813_Sturgeon biodioversity an.PDF

(Martin Jones) #1

Birstein,V.J. 1993.Sturgeons andpaddlefishes:threatenedfishes
in needof conservation.Conserv.Biol. 7:773–787.
Birstein,V.J..B.F.Goncharov &A.I. Poletaev.1993. DNA con-
tent inEurasian sturgeonspeciesdetermined byflowcytom-
etry.Cytometry 14: 377–383.
Birstein,V.J. R.Hanner & R.DeSalle.1997.Phylogeny of the
Acipenseriformes: cytogenetic and molecular approaches.
Env.Biol. Fish. (thisvolume).
Blacklidge,K.H. &C.A.Bidwell. 1993.Threeploidylevels in-
dicated bygenomequantification inacipenseriforms ofNorth
America. J.Hered. 84:427–430.
Boreman, J.1997.Sensitivity ofNorthAmerican sturgeons and
paddlefish tofishingmortality. Env. Biol.Fish. (thisvolume).
Brown,J.R., K.Beckenbach,A.T.Beckenbach &M.J.Smith.
1996.Lengthvariation, heteroplasmy andsequence diver-
gence in the mitochondrialD N A of fourspecies ofsturgeon


Brown,J.R.,A.T. Beckenbach &M.J.Smith.1992.Mitochon-


of white sturgeon (Acipenser transmontamus).Genetics 132:
221–228.
Brown,J.R.,A.T.Beckenbach &M.J. Smith.1993.Intraspecific
DNA sequence variatio of the mitochondrial control region
of white sturgeon (Acipenser transmontanus Mol. Biol. Evol.
10: 326–341,
Buroker, N.E., J.R. Brown.T.A. Gilbert. P.J. O’Hara, A.T. Beck-
enbach,W.K.Thomas &M.J.Smith.1990.Lengthheteroplas-
my of sturgeon mitochondrial DNA: an illegitimate elonga-
tionmodel. Genetics124: 157–163.
Carlson,D.M., M.K.Ketler,S.E. Fisher & G.S.Whitt. I982. Low
geneticvariability inpaddlefishpopulations.Copeia1982:
721–725.
Carlson, D.M.. W.L. Pflieger, L. Trial & P.S. Haverland. 1985.


drial DNA variation in lake sturgeon(Acipenser fulvescens)
from theMooseRiver basin,Ontario, Canada. J.FishBiol. 43
(Suppl. A):91–101.
Ferguson,M.M. &G.A.Duckworth.1997. T h estatus anddistri-
bution of lake sturgeon, Acipenser fulvescens, in the Canadian
provinces of Manitoba. Ontario and Quebec: a genetic per-
spective. Env. Biol.Fish.(thisvolume).
Forbes,S.A. &R.E.Richardson.1905. O n a newshovelnosestur-
geonfrom the MississippiRiver.Bulletin of theIllinoisState
Laboratory ofNaturalHistory 7:37–44.
Guenette, S. & R.Fortin.1993.Mitochondrial DNA variation in
lake sturgeon (Acipenser fulvescens) from the St. Lawrence
River and JamesBay drainagebasins inQuebeeCanada. Can.
J. Fish.Aquat.Sci. 50: 659-664.
Hallerman,E.M. &J.S.Beckmann.1988. DNA-levelpolymor-
phism as atool infisheriesscience.Can. J.Fish.Aquat.Sci. 45:

Hubbs, C.L.1955.Hybridizationbetweenfishspecies innature.

Kapuscinski,A.R.D. &J.E.Lannan.1986. Aconceptual genetic
fitnessmodel forfisheriesmanagement.Can. J.Fish.Aquat.
Sci. 43:1606–1616
Kimura, M. &G.H.Weiss.1964. T h estepping stonemodel of
population structure andthe decrease ofgeneticcorrelation

Kincaid,H.L.1983.Inbreeding infishpopulationsused foraqua-
culture.Aquaculture 33: 215–227.
Krueger,C.C.,A.J.Gharrett,T.R.Dehring & E.W.Allendorf
1981.Geneticaspects offisheriesrehabilitationprograms.
Can. J.Fish.Aquat.Sci. 38:1877–1881.
Kynard, B. 1997, Life history. latitudinal patterns, and status of
shortnose sturgeon, Acipenser brevirostrum. Env. Biol. Fish.
(this volume).
Laughlin,T.F. &B.J. Turner.1996.Hypervariable DNA markers
revealhighgeneticvariability withinstripedbasspopulations
of the lowerChesapeakeBay.Trans.Amer.Fish. Soc.125: 49–
55.
Magnin, E. l964. Validité d’une distinction spécifique entre Ies
deuxacipenseridés:Acipenser sturioL. d’Europe etAcipenser
oxyrhynchusd ‘Amerique du Nord. Natur. Can. 9 1:5–20,
Melvin, G.D., M.J. Dadswell & J.D. Martin. 1986. Fidelity of
American shad, Alosa sapidissima, to its river of previous
spawning.Can. J.Fish.AquatSci. 43: 640–646.
Meyer, A. 1993. Evolution of mitochondrial DNA of fishes pp.
1–38.In:P.W.Hochachka &T.P.Mommsen(ed.)Biochemistry
and Molecular Biology of Fishes, Vol. 2, Elsevier. Amsterdam.
Miracle, A. & D.E. Campton. 1995. Tandem repeat sequence var-
iation and lengthheteroplasmy in themitochondrial DNA D-
loop of the threatened Gulf of Mexico sturgeon, Acipenser ox-
yrhynchusdesotoi. J. Hered. 86: 22-27.
Nei, M. & F.Tajima.1981. D N Apolymorphismdetectable by in-
strictionendonucleases. Genetics 97:145–163.
Nelson, K. & M. Soulé. 1987. Genetical conservation of exploited
fishes. pp.345–368. In: N.Ryman & F.Utter(ed.)Population
Genetics and Fishery Management, University of Washing-
ton,Seattle.

(Acipenser).Genetics142:525–535. 1075–1087.

drial DNAlengthvariation andheteroplasmy in populations Syst.Zool. 4:1–120.

Clugston, J.P., A.M. Foaler & S.H. Carr. 1995. Gulf sturgeon, Aci-
penser oxyrinchus desotoi, in the Suwannee River, Florida,
USA. pp. 215–224. In:A.D. Gershanovich & T.I.J. Smith (ed.)
ProceedingsInternationalSymposium onSturgeons,VNIRO
Publishing,Moscow.
Collins,M.R.,S.G.Rogers & T.I.J. Smith.1996.Bycatch of stur-
geonsalong thesouthern Atlanticcoast of theUSA. N. Amer.
J. Fish.Manage. 16:24–29.
DeSalle, R. & V.J. Birstein. 1996. PCR identification of black
caviar.Nature381:197–198.
Devlin,R.H.B.K.McNeil.T.D.D.Groves &E.M.Donaldson.


  1. Isolation of a Y-chromosome DNA probe capable of de-
    termining genetic sex in chinook salmon (Oncorhynchus tsha
    wytscha)., Can.J. Fish.Aquat.Sci. 48:1606–1612.
    Excoffier, L., P.E. Smouse & J.M. Quaitro. 1992. Analysis of
    molecularvarianceinferredfrom metricdistancesamong
    DNA haplotypes:application to humanmitochondrial DNA
    restrictiondata.Genetics131:479–491.
    Ferguson,M.M., L.Bernatchez. M .Gatt,B.R.Konkle, S.Lee,
    M.L. Malott & R.S. Mckinley. 1993. Distribution of mitochon-


Distribution, biology and hybridization of Scaphirhynchus al-
busandS. platorynchus in the Missouri and Mississippi rivers.
Env. Biol. Fish. 14: 51-59.

with distance. Genetics 49: 561- 576

Free download pdf