Topics
harpacticoidEukaryote
Freshwater copepods live in habitats characterized by a high degree of instability. To survive occasional deterioration of their environment copepods have evolved adaptive mechanisms like dormancy or migration in order to avoid lethal conditions and to synchronize growth and reproduction with favourable abiotic and biotic conditions. Typical life cycles of harpacticoid, calanoid and cyclopoid copepods are presented to show strategies that have evolved to survive threatening environmental conditions
Abstract Abundance and seasonal vertical distribution of dominant zooplankters in the Irminge
In this study, we evaluate the effects of chemical information present in exudates of the zooplankti...
Marine calanoid copepods, which constitute a major component of the marine food web, have to adapt t...
Freshwater copepods live in habitats characterized by a high degree of instability. To survive occas...
Copepods are an important part of metacommunities in freshwater and marine ecosystems. Freshwater co...
The distribution and population dynamics of zooplankton are affected by the interplay between curren...
Along the Strait of Georgia's north-south axis there exists a kinetic energy continuum from a high i...
In a seasonal environment, the timing of reproduction is usually scheduled to maximize the survival ...
1. Summer diapause in freshwater cyclopoid copepods is often regarded as an adaptation to avoid fish...
Cyclops vicinus is the only copepod species in the pelagic zone of Lake Søbygård and can be found th...
Four species of planktonic calanold copepods that co-occur in the California Current System (Euecala...
There were strong differences in life-cycles of dominant calanoid copepod species in the German Bigh...
It is clearly advantageous to an organism in a periodically varying environment to synchronise its l...
Dormancy (diapause) is a key life-history strategy of pelagic copepods that allows them to thrive in...
Cyclops vicinus is reported to enter summer diapause triggered by day length in order to survive foo...
Abstract Abundance and seasonal vertical distribution of dominant zooplankters in the Irminge
In this study, we evaluate the effects of chemical information present in exudates of the zooplankti...
Marine calanoid copepods, which constitute a major component of the marine food web, have to adapt t...
Freshwater copepods live in habitats characterized by a high degree of instability. To survive occas...
Copepods are an important part of metacommunities in freshwater and marine ecosystems. Freshwater co...
The distribution and population dynamics of zooplankton are affected by the interplay between curren...
Along the Strait of Georgia's north-south axis there exists a kinetic energy continuum from a high i...
In a seasonal environment, the timing of reproduction is usually scheduled to maximize the survival ...
1. Summer diapause in freshwater cyclopoid copepods is often regarded as an adaptation to avoid fish...
Cyclops vicinus is the only copepod species in the pelagic zone of Lake Søbygård and can be found th...
Four species of planktonic calanold copepods that co-occur in the California Current System (Euecala...
There were strong differences in life-cycles of dominant calanoid copepod species in the German Bigh...
It is clearly advantageous to an organism in a periodically varying environment to synchronise its l...
Dormancy (diapause) is a key life-history strategy of pelagic copepods that allows them to thrive in...
Cyclops vicinus is reported to enter summer diapause triggered by day length in order to survive foo...
Abstract Abundance and seasonal vertical distribution of dominant zooplankters in the Irminge
In this study, we evaluate the effects of chemical information present in exudates of the zooplankti...
Marine calanoid copepods, which constitute a major component of the marine food web, have to adapt t...
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