Add to ORKGAnatomical, physiological, and ecological studies of fishes which have survived since Devonian times not only contribute to the better understanding of primitive vertebrate patterns but also extend our knowledge of the evolution of existing verte-brate mechanisms. In particular, they provide a valuable basis for speculation abou
The elasmobranch fishes although not so important and abundant as their teleostean relatives, are ...
Breder, 1940). The present study was undertaken to quantify (Lepisosteus oculatus) by sealing a fish...
The teleost swim bladder is a gas-filled chamber located in the abdominal cavity just below the vert...
It can be assumed that the respiratory properties of blood reflect, to a certain degree, the adaptat...
Bony fishes which could spend periods of time out of water, but which lacked special anatomical modi...
The role of spiracles in the respiration of Polypterus, a freshwater air-breathing fish, was investi...
The air-bladder of bony fish, or Osteichthyes, has aroused the interest of scientists for a very lon...
A comparative study of the respiration of fishes from different ecological niches has shown that cer...
Since the beginning of the eighteenth century investigators have attempted to understand the mechani...
In the past there have been many papers presented which have given evidence pointing to a probable o...
IN spite of extensive investigation of the function of the swim bladder of fishes, our knowledge of ...
Physoclistous fish are unable to rapidly ascend through the water column without significant risk of...
the Chinese mudskipper fish, Periophthalmus cantonensis have been studied. 2. The basic amphibious f...
Air‐breathing and amphibious fishes are essential study organisms to shed insight into the required ...
Two main legacies of air breathing in mammals and birds are endothermy and high-energy flux life sty...
The elasmobranch fishes although not so important and abundant as their teleostean relatives, are ...
Breder, 1940). The present study was undertaken to quantify (Lepisosteus oculatus) by sealing a fish...
The teleost swim bladder is a gas-filled chamber located in the abdominal cavity just below the vert...
It can be assumed that the respiratory properties of blood reflect, to a certain degree, the adaptat...
Bony fishes which could spend periods of time out of water, but which lacked special anatomical modi...
The role of spiracles in the respiration of Polypterus, a freshwater air-breathing fish, was investi...
The air-bladder of bony fish, or Osteichthyes, has aroused the interest of scientists for a very lon...
A comparative study of the respiration of fishes from different ecological niches has shown that cer...
Since the beginning of the eighteenth century investigators have attempted to understand the mechani...
In the past there have been many papers presented which have given evidence pointing to a probable o...
IN spite of extensive investigation of the function of the swim bladder of fishes, our knowledge of ...
Physoclistous fish are unable to rapidly ascend through the water column without significant risk of...
the Chinese mudskipper fish, Periophthalmus cantonensis have been studied. 2. The basic amphibious f...
Air‐breathing and amphibious fishes are essential study organisms to shed insight into the required ...
Two main legacies of air breathing in mammals and birds are endothermy and high-energy flux life sty...
The elasmobranch fishes although not so important and abundant as their teleostean relatives, are ...
Breder, 1940). The present study was undertaken to quantify (Lepisosteus oculatus) by sealing a fish...
The teleost swim bladder is a gas-filled chamber located in the abdominal cavity just below the vert...