Parasites are known to mediate trophic interactions and can, for example, modify how
consumers acquire resources. These modifications of host feeding behaviour can be …

Trophically-transmitted parasites generally need to undergo a period of development in the
intermediate host before reaching infectivity. During this vulnerable period, manipulation of …

Parasites with complex life cycles often change intermediate host traits in order to enhance
their transmission to the next host. Acanthocephalans are excellent examples of such …

Manipulative parasites have the capacity to alter a broad range of phenotypic traits in their
hosts, extending from colour, morphology and behaviour. While significant attention has …

Parasite communities of aquatic macroinvertebrates have so far rarely been studied, even if
these host organisms are of high relevance for the ecology of freshwater systems and their …

Several parasite species are known to manipulate the phenotype of their hosts in ways that
enhance their own transmission. Co-occurrence of manipulative parasites, belonging to the …

Manipulative parasites often alter the phenotype of their hosts along multiple dimensions.'
Multidimensionality'in host manipulation could consist in the simultaneous alteration of …

Parasites alter many traits of their hosts. In particular, parasites known as “manipulative” may
increase their probability of transmission by inducing phenotypic alterations in their …

Summary Pomphorhynchus tereticollis (Rudolphi, 1809) is here redescribed on the basis of
Rudolphi's material, deposited in the Museum für Naturkunde Berlin, and on …

Several parasite species, particularly those having complex life-cycles, are known to induce
phenotypic alterations in their hosts. Most often, such alterations appear to increase the …