This dataset, compiled in the framework of a Msc thesis, contains information on the meiobenthic communities of six different stations in the Southern Bight of the North Sea, together with information on a number of environmental parameters.

Meiobenthos data, as well as data on water parameters and sediment parameters, was gathered at 8 stations along the Turkish Black Sea coast, during 12 sampling events, at 2 depths (3 and 10m). All data is restricted.

This dataset was the first of its kind, making use of simplified ecosystem models or so-called microcosms to examine the effects of different frequencies of physical disturbances on meiofaunal communities.

Experimental data using benthic mesocosm facility at Solbergstrand, Norway. - 4 box cores containing four cages. Cages= two replicates of two densities of Brissopsis. Samples taken inside cages. Samples taken outside cages = controls

This dataset is the result of a laboratory experiment to determine the response of benthic nematode communities to different pollutants in various doses and in two sediment types. The Lynher estuary is characterised by muddy sediments, whereas the Exe estuary is sandy.

Length and widt data were collected for 4233 nematode individuals. For each genus, the feeding type was determined (when possible). Samples were taken at depths ranging from 160 m to 1220 m, in two replicates.

HERMES data in PANGAEA only include meiobenthos abundances at the Arctic Håkon Mosby Mud Volcano (1037 records) and meiobenthos abundances in the Black Sea during Poseidon cruise.

These data were collected in the framework of a PhD thesis. The main aim of this study was to get a better insight in the nematode fauna living in the Southern North Sea, with an emphasis on morphological, systematic and ecological aspects.

In the framework of the OMEX-programme (Ocean Margin Exchange, CEC-MAST II), data were collected on the metazoan meiobenthos along the continental slope of the Goban Spur.

Free-living nematode fauna of lake Grevelingen, the Eastern and Western Scheldt was examined over a period of one year in the framework of a PhD thesis.