Add to ORKGThis paper seeks to identify how nasal emission of echolocation and olfaction affect the anatomy of the nasal cavity in species Artibeus jamaicensis during ontogenic shift and if the anatomical shift accompanies other behavioral shifts like flight development
<div><p>At first sight, echolocating bats face a difficult trade-off. As flying animals, they would ...
How echolocation and flight evolved in modern day bats is a compelling and largely unanswered questi...
<p>The degree to which molecular and morphological loss of function occurs synchronously during the ...
Many animals display morphological adaptations of the nose that improve their ability to detect and ...
The functional morphology and evolution of the nasal cavity is poorly understood. The New World Leaf...
The morphology of the nasal cavity in mammals with a good sense of smell includes features that are ...
We attempted to correlate echolocation call parameters to a comprehensive array of ear and nose meas...
In most tetrapods, the nasal cavity houses a bony or a cartilaginous system (i.e. turbinals or turbi...
The synchronization of flight mechanics with respiration and echolocation call emission by bats, whi...
Animals rely upon chemical cues to find critical resources for their survival and fitness, including...
I evaluate chiropteran ontogeny and phylogeny from the point of view that soft tissues effect the po...
. From an ecological point of view, these species are interesting as they belong to the same family ...
Humans produce speech using their larynx muscles. Studying how the brain controls these muscles is d...
Primates have historically been viewed as having a reduced sense of smell, or olfaction, relative to...
While evolvability of genes and traits may promote specialization during species diversification, ho...
<div><p>At first sight, echolocating bats face a difficult trade-off. As flying animals, they would ...
How echolocation and flight evolved in modern day bats is a compelling and largely unanswered questi...
<p>The degree to which molecular and morphological loss of function occurs synchronously during the ...
Many animals display morphological adaptations of the nose that improve their ability to detect and ...
The functional morphology and evolution of the nasal cavity is poorly understood. The New World Leaf...
The morphology of the nasal cavity in mammals with a good sense of smell includes features that are ...
We attempted to correlate echolocation call parameters to a comprehensive array of ear and nose meas...
In most tetrapods, the nasal cavity houses a bony or a cartilaginous system (i.e. turbinals or turbi...
The synchronization of flight mechanics with respiration and echolocation call emission by bats, whi...
Animals rely upon chemical cues to find critical resources for their survival and fitness, including...
I evaluate chiropteran ontogeny and phylogeny from the point of view that soft tissues effect the po...
. From an ecological point of view, these species are interesting as they belong to the same family ...
Humans produce speech using their larynx muscles. Studying how the brain controls these muscles is d...
Primates have historically been viewed as having a reduced sense of smell, or olfaction, relative to...
While evolvability of genes and traits may promote specialization during species diversification, ho...
<div><p>At first sight, echolocating bats face a difficult trade-off. As flying animals, they would ...
How echolocation and flight evolved in modern day bats is a compelling and largely unanswered questi...
<p>The degree to which molecular and morphological loss of function occurs synchronously during the ...