The interaction between predator and prey is an evolutionary arms race, for which early
detection by either party is often the key to success. In aquatic ecosystems, olfaction is an …

Movement of fishes in the aquatic realm is fundamental to their ecology and survival.
Movement can be driven by a variety of biological, physiological and environmental factors …

The paper reviews recent studies of the olfactory system in fishes. The anatomy and
morphology of the olfactory organ in fish with different systematics and modes of life are …

L'hypothèse selon laquelle les animaux qui servent de proies évaluent les degrés dans la
menace de prédation et y réagissent avec flexibilité s' appelle l'hypothèse de l'évitement des …

Many aquatic organisms use chemical cues to recognize predators and to activate inducible
defenses. In zooplankton, most of these cues are thought to be kairomones released by …

In the natural environment, animals can face potentially dangerous and often regular
exposure to major environmental fluctuations such as flash flooding and drought, or the …

Hard clams, Mercenaria mercenaria, are sessile, filter-feeding organisms that are heavily
preyed upon by blue crabs, which find their clam prey using chemical cues. Clams may …

Predator-prey interactions govern the evolution of many behavioral and morphological traits
of aquatic animals. In aquatic environments, chemical cues reliably allow prey to assess and …

We examined the effects of predator diet on the antipredator responses of larval woodfrogs
(Rana sylvatica). We found that tadpoles showed stronger responses to fish (Perca …

Organisms often perceive predation risk through visual, auditory, or chemical cues that
accompany or persist after an attack on other prey individuals. In this paper an argument is …