Because research on nematode involvement in trophic interactions, foodweb structure, and
biodiversity is constrained by lack of an overview of nematode feeding habits, this outline …

Four of every five multicellular animals on the planet are nematodes. They occupy any niche
that provides an available source of organic carbon in marine, freshwater and terrestrial …

Nematode assemblages constitute a potential instrument for assessing the quality of submersed,
temporarily submersed, and terrestrial soils and for the development of an ecological …

Nematodes, the earth’s most abundant metazoa, are ubiquitous in the soil environment. They
are sufficiently large to be identifiable by light microscopy and sufficiently small to inhabit …

Nematodes are the most abundant metazoa. Their food specificity, the high number of species
and high abundance in every habitat where decomposition takes place indicates that the …

Inference of evolutionary relationships between nematodes is severely hampered by their
conserved morphology, the high frequency of homoplasy, and the scarcity of phylum-wide …

As a result of the scarcity of informative morphological and anatomical characters, nematode
systematics have always been volatile. Differences in the appreciation of these characters …

The exercise-induced expression of heat shock proteins (HSPs) in rodent models is relatively
well defined. In contrast, comparable data from human studies are limited and the exercise-…

Nematode assemblages offer possibilities for the development of a system to assess the 'quality'
of aquatic habitats. Assessment of disturbances in brackish and marine habitats is …

Nematodes are increasingly being used in environmental studies. One of the potential
parameters to measure the impact of disturbances and to monitor changes in structure and …