Fluid dynamics has been shown to alter ecologically important behaviors of aquatic organisms orienting to distant chemical sources. Because the fluid dynamics and chemical plumes change across hydraulic environments, it is unclear which of these factors influence orientation behavior more. This study examined how alterations in chemical signal structure, through changes in source spatial arrangement, affect chemically mediated search behavior. Microelectrochemical measurements of tracer molecules revealed that source arrangement significantly alters the downstream fine-scale structure of chemical plumes. Flume hydrodynamic characterizations (as measured with laser Doppler velocimetry) also differed among source arrangements; however, differ...
For many organisms, chemoreception is critical for activities such as foraging, the detection of pot...
SYNOPSIS. Like many marine crustaceans, mantis shrimp rely on their sense of smell to find food, mat...
Abstract--The lobster, Homarus americanus, relies upon its lateral anten-nules to make initial direc...
Fluid dynamics has been shown to alter ecologically important behaviors of aquatic organisms orienti...
Fluid dynamics has been shown to alter ecologically important behaviors of aquatic organisms orienti...
In natural habitats, animals encounter cues from multiple odor sources that may impact foragingDecis...
The physical environment in which animals live has a profound impact on the sensory information they...
Abstract—In natural habitats, animals encounter cues from multiple odor sources that may impact fora...
Abstract—Many animals use chemical signals to acquire information about their habitats. The structur...
Many animals use chemical signals to acquire information about their habitats. The structure of this...
Crustaceans such as crabs, lobsters and crayfish use dispersing odorant molecules to determine the l...
The antennules of many marine crustaceans enable them to rapidly locate sources of odorant in turbul...
Abstract--Many animals orient to odor sources in aquatic habitats where different flows and substrat...
The characteristics of chemical odor plumes released into a turbulent open channel flow are evaluate...
A significant body of research has focused on tracking behaviors of predators responding to prey odo...
For many organisms, chemoreception is critical for activities such as foraging, the detection of pot...
SYNOPSIS. Like many marine crustaceans, mantis shrimp rely on their sense of smell to find food, mat...
Abstract--The lobster, Homarus americanus, relies upon its lateral anten-nules to make initial direc...
Fluid dynamics has been shown to alter ecologically important behaviors of aquatic organisms orienti...
Fluid dynamics has been shown to alter ecologically important behaviors of aquatic organisms orienti...
In natural habitats, animals encounter cues from multiple odor sources that may impact foragingDecis...
The physical environment in which animals live has a profound impact on the sensory information they...
Abstract—In natural habitats, animals encounter cues from multiple odor sources that may impact fora...
Abstract—Many animals use chemical signals to acquire information about their habitats. The structur...
Many animals use chemical signals to acquire information about their habitats. The structure of this...
Crustaceans such as crabs, lobsters and crayfish use dispersing odorant molecules to determine the l...
The antennules of many marine crustaceans enable them to rapidly locate sources of odorant in turbul...
Abstract--Many animals orient to odor sources in aquatic habitats where different flows and substrat...
The characteristics of chemical odor plumes released into a turbulent open channel flow are evaluate...
A significant body of research has focused on tracking behaviors of predators responding to prey odo...
For many organisms, chemoreception is critical for activities such as foraging, the detection of pot...
SYNOPSIS. Like many marine crustaceans, mantis shrimp rely on their sense of smell to find food, mat...
Abstract--The lobster, Homarus americanus, relies upon its lateral anten-nules to make initial direc...