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People

Publications

  1. Adamson, M.L. & D. Ludwig 1993. Oedipal mating as a factor in sex allocation in haplodiploids. Phil. Trans. Roy. Soc., Ser. B.
  2. Adamson, M.L. & S.J. Noble 1993. Interspecific and intraspecific competition among pinworms in the hindgut of Periplaneta americana. J. Parasitol. 79: 50-56
  3. Adamson, M.L. & D. Van Waerebeke 1992. Taxonomic revision of the Thelastomatoidea (Oxyurida; Nematoda) of Arthropods 2. Travassoso-nematidae, Protrelloididae and Pseudonymidae. System. Parasit. 21: 169-188
  4. Adamson, M.L. & S.J. Noble 1992. Structure of the pinworm (Oxyurida; Nematoda) guild in the hindgut of the American cockroach, Periplaneta americana. Parasitology 104: 497-507
  5. Adamson, M.L., D.F. Clease & L. Margolis 1992. Differentiation of Philonema spp. (Nematoda; Philometridae) in British Columbia salmonid fishes using DNA restriction fragment length differences. Can. J. Fish. Aquat. Sci.

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Martin Adamson

Professor

Email:
Office phone: 604-822-3367
Research area: Evolution
History: BB.Sc., Ph.D., Guelph
Diplôme d'Helminthologie, Paris
Assistant Professor (1989)
NSERC University Research Fellow, (1985-89)
Maître Assistant, Muséum national d'histoire naturelle, Paris (1981-85)

My research concerns evolutionary biology of parasites with particular, but not exclusive reference to nematodes, and is a marriage of ecology and phylogenetic systematics. Morphological and molecular approaches to phylogeny are used.

Current projects focus on the following:
1. Origins of zooparasitic nematodes: We are using sequence of the 18s ribosomal genes to investigate the possible multiple origin of parasitic forms.
2. Ecology of species formation: We study differences among sympatric sibling species to determine factors that may be involved in speciation.
3. Community interactions: By censusof wild parasite communities and experimental manipulations of parasites in the laboratory colonies, we study interspecific and intraspecific effects that govern community structure. Our studies on the pinworm community of the American cockroach demonstrate intraspecific mechanisms that permit species packing in the absence of niche diversification.

Last updated 8 January 2013