Publication date
June 2019
DOI Publisher
eLife Sciences Publications, Ltd Language
EnglishAbstract
The water flea Daphnia moves to deeper waters to avoid predators when it detects a chemical produced by fish
The water flea Daphnia moves to deeper waters to avoid predators when it detects a chemical produced by fish
Chemical communication in aquatic organisms has been topic of a large number of studies focusing int...
To avoid being preyed, organisms must be able to identify predatory threats by sensing molecules rel...
1. Bacterial populations associated with fish have previously been documented to be crucial for the ...
Prey are under selection to minimize predation losses. In aquatic environments, many prey use chemic...
Prey are under selection to minimize predation losses. In aquatic environments many prey use chemica...
Planktivorous fish release a cue of an unknown chemical nature into the water that induces diel vert...
Light-induced swimming behaviour of Daphnia can lead to diel vertical migration. When this occurs, D...
1To whom correspondence should be addressed Abstract. Fish-associated chemicals enhance phototactic ...
Recently, the first chemical cues, which induce defenses in freshwater zooplankton of the genus Daph...
Fish can induce diel vertical migration behavior in different zooplankton species by exuding a chemi...
Daphnia responds to chemical cues released by fish with diel vertical migration (DVM) as a behaviour...
International audienceThe cladoceran herbivore Daphnia magna is a major consumer of phytoplankton in...
Cohen, Jonathan H.Predator chemical cues, or kairomones, induce behavioral and morphological defense...
Planktonic crustaceans of the genus Daphnia play an important role as keystone species in almost al...
Life history traits of Daphnia galeata clones were affected differently by kairomones exuded by two ...
Chemical communication in aquatic organisms has been topic of a large number of studies focusing int...
To avoid being preyed, organisms must be able to identify predatory threats by sensing molecules rel...
1. Bacterial populations associated with fish have previously been documented to be crucial for the ...
Prey are under selection to minimize predation losses. In aquatic environments, many prey use chemic...
Prey are under selection to minimize predation losses. In aquatic environments many prey use chemica...
Planktivorous fish release a cue of an unknown chemical nature into the water that induces diel vert...
Light-induced swimming behaviour of Daphnia can lead to diel vertical migration. When this occurs, D...
1To whom correspondence should be addressed Abstract. Fish-associated chemicals enhance phototactic ...
Recently, the first chemical cues, which induce defenses in freshwater zooplankton of the genus Daph...
Fish can induce diel vertical migration behavior in different zooplankton species by exuding a chemi...
Daphnia responds to chemical cues released by fish with diel vertical migration (DVM) as a behaviour...
International audienceThe cladoceran herbivore Daphnia magna is a major consumer of phytoplankton in...
Cohen, Jonathan H.Predator chemical cues, or kairomones, induce behavioral and morphological defense...
Planktonic crustaceans of the genus Daphnia play an important role as keystone species in almost al...
Life history traits of Daphnia galeata clones were affected differently by kairomones exuded by two ...
Chemical communication in aquatic organisms has been topic of a large number of studies focusing int...
To avoid being preyed, organisms must be able to identify predatory threats by sensing molecules rel...
1. Bacterial populations associated with fish have previously been documented to be crucial for the ...
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