Titlebook: Biology of Copepods; Proceedings of the T Geoffrey A. Boxshall,H. Kurt Schminke Conference proceedings 1988 Kluwer Academic Publishers, Dor

執(zhí)

ornithology

Day/night differences in the grazing impact of marine copepodsel vertical migration of animals. We conducted shipboard grazing experiments and fine-scale vertical zooplankton sampling to resolve these behaviors. Day/night feeding differences were compared in the center of several warm-core Gulf Stream rings, under conditions of no lateral water mass exchange,

glomeruli

Copepod feeding behavior and the measurement of grazing rates , and ,nover time in feeding copepods is equal to the gut clearance time in filtered seawater. When arctic . were pre-fed on ., and then given a trace addition of the same C.-labelled culture, or were transferred to filtered seawater, results suggested that this assumption was probably justified. In anothe

obeisance

禁止,切斷

Osteoarthritis

Review of the taxonomy of the Calanidae (Copepoda) and the limits to the genus ,s system, based on characters with assumed adaptive and functional significance is rejected as is his claim to have produced a phylogenetic scheme. Bradford and Jillett’s system, based on a variety of characters, results in a coherent classification which aims to be neutral concerning phylogenetic r

adumbrate

The lipid biochemistry of calanoid copepodsedominantly of 16:0, 20:1 (n - 9) and 22: 1 (n - 11) fatty alcohols, mainly formed . by the animals from non-lipid dietary precursors, esterified with various fatty acids that are often polyunsaturated fatty acids and largely of dietary, phytoplanktonic origin. Wax ester formation is maximal in cope

Obliterate

An evaluation of factors affecting vertical distribution among recruits of , in three adjacent high-ties (Malangen, Gr?tsund and Balsfjorden) had characteristic differences in temperature, phytoplankton and population density of copepods. They probably are representative annual situations during the spring and summer period for coastal and fjord areas in northern Norway. Copepodite stage I and II

Sinus-Node

Feeding biology of ,: a new perspectivehas been applied to other species of copepods. Nearly all the major factors controlling feeding rate and behavior in . have been known for more than three decades. These forcing functions include light, body weight, temperature, the quantity, size and quality of food, and feeding history. The relati

DRILL