Publication: Microscale genetic differentiation in a sessile invertebrate with cloned larvae: investigating the role of polyembryony
Microscale genetic differentiation in a sessile invertebrate with cloned larvae: investigating the role of polyembryony
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Pemberton, A. J., Hansson, L. J., Craig, S. F., Hughes, R. N., & Bishop, J. D. D. (2007). Microscale genetic differentiation in a sessile invertebrate with cloned larvae: investigating the role of polyembryony. Marine Biology, 153(1), 71–82. https://doi.org/10.1007/s00227-007-0785-y
Abstract
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Abstract
Microscale genetic differentiation of sessile organisms can arise from restricted dispersal of sexual propagules, leading to isolation by distance, or from localised cloning. Cyclostome bryozoans offer a possible combination of both: the localised transfer of spermatozoa between mates with limited dispersal of the resulting larvae, in association with the splitting of each sexually produced embryo into many clonal copies (polyembryony). We spatially sampled 157 colonies of Crisia denticulata from subtidal rock overhangs from one shore
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- Pemberton, Andrew J
- Hansson, Lars J
- Craig, Sean F
- Hughes, Roger N
- Bishop, John D D
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Pemberton, A. J., Hansson, L. J., Craig, S. F., Hughes, R. N., & Bishop, J. D. D. (2007). Microscale genetic differentiation in a sessile invertebrate with cloned larvae: investigating the role of polyembryony. Marine Biology, 153(1), 71–82. https://doi.org/10.1007/s00227-007-0785-y
