We review the use of parasites as biological tags of marine fishes and cephalopods in host
population structure studies. The majority of the work published has focused on marine fish …

Background The study of speciation in the marine realm is challenging because of the
apparent absence of physical barriers to dispersal, which are one of the main drivers of …

This chapter provides a guide for parasitologists and fishery biologists to the use of parasites
as biological tags for stock identification of marine fish. Parasite tags have certain …

Genetic connectivity and geographic fragmentation are two opposing mechanisms
determining the population structure of species. While the first homogenizes the genetic …

Defining the scale of connectivity among marine populations and identifying the barriers to
gene flow are tasks of fundamental importance for understanding the genetic structure of …

Parasitic trematodes (flukes) cause substantial mortality and morbidity in humans. The
Chinese liver fluke, Clonorchis sinensis, is one of the most destructive parasitic worms in …

Abstract Cadrin, SX, Bernreuther, M., Daníelsdóttir, AK, Hjörleifsson, E., Johansen, T., Kerr,
L., Kristinsson, K., Mariani, S., Nedreaas, K., Pampoulie, C., Planque, B., Reinert, J …

Comparative multispecies studies allow contrasting the effect of past and present
oceanographic processes on phylogeographic patterns. In the present study, a fragment of …

Sequentially hermaphroditic fish change sex from male to female (protandry) or vice versa
(protogyny), increasing their fitness by becoming highly fecund females or large dominant …

Marine biogeographic barriers can have unpredictable consequences, even among closely
related species. To resolve phylogeographic patterns for Indo-Pacific reef fauna, we …