Giant clams (Tridacnidae) are known to live in association with photosynthetic single cell dinoflagellate algae commonly called zooxanthellae. These algae which can be found in the mantle of the clams are capable of transferring part of their photosynthates which become an important source of energy to the host ( apart from filter feeding activity). In order to understand the basic biological processes of the giant clams , the contribution of zooxanthellae to the clam's energy requirement need to be determined. This review describes how to calculate the contribution of zooxanthellae to the giant clam's energy requirement for the respiration process
<div><p>Giant clams (tridacnine shellfishes) are large bivalves that inhabit tropical and subtropica...
The aim of this study was to know the survival and growth of the giant clam larvae given zooxanthell...
The importance of zooxanthellae in marine environments cannot be understated. Their role as a source...
Zooxanthellae are symbiotic dinoflagellate algae which live in association with marine invertebrates...
Giant clams are the largest bivalves in the world that maintain a mutual relationship with zooxanthe...
Giant clams (Fam. Tridacnidae) live in association with zooxanthellae. These algae have the capabili...
Zooxanthellae, Symbiodinium sp, are single cell dinoflagellate algae known to live in association wi...
Several aspects of respiratory gas exchange are distinctive in the giant clam Tridacna squamosa, wh...
Algal/invertebrate endosymbiose are common in the marine environment and appear to be nutritional in...
The influence of zooxanthellae isolated from corals on the growth and suwivorship of giant clams. Gi...
Unlike most bivalve shellfishes, giant clams (tridacnines) harbor symbiotic microalgae (zooxanthella...
Zooxanthellae, Symbiodinium sp, are single cell dinoflagellate algae known to live in association wi...
Marine species face several challenges as a result of human activities including direct effects on p...
Unlike most marine invertebrates which excrete respiratory CO₂, giant clams (Tridacna gigas) must ac...
Abundance data of Tridacna maxima giant clams at 6 different depths (0.5, 1.5, 3, 5 , 8 and 11m) at ...
<div><p>Giant clams (tridacnine shellfishes) are large bivalves that inhabit tropical and subtropica...
The aim of this study was to know the survival and growth of the giant clam larvae given zooxanthell...
The importance of zooxanthellae in marine environments cannot be understated. Their role as a source...
Zooxanthellae are symbiotic dinoflagellate algae which live in association with marine invertebrates...
Giant clams are the largest bivalves in the world that maintain a mutual relationship with zooxanthe...
Giant clams (Fam. Tridacnidae) live in association with zooxanthellae. These algae have the capabili...
Zooxanthellae, Symbiodinium sp, are single cell dinoflagellate algae known to live in association wi...
Several aspects of respiratory gas exchange are distinctive in the giant clam Tridacna squamosa, wh...
Algal/invertebrate endosymbiose are common in the marine environment and appear to be nutritional in...
The influence of zooxanthellae isolated from corals on the growth and suwivorship of giant clams. Gi...
Unlike most bivalve shellfishes, giant clams (tridacnines) harbor symbiotic microalgae (zooxanthella...
Zooxanthellae, Symbiodinium sp, are single cell dinoflagellate algae known to live in association wi...
Marine species face several challenges as a result of human activities including direct effects on p...
Unlike most marine invertebrates which excrete respiratory CO₂, giant clams (Tridacna gigas) must ac...
Abundance data of Tridacna maxima giant clams at 6 different depths (0.5, 1.5, 3, 5 , 8 and 11m) at ...
<div><p>Giant clams (tridacnine shellfishes) are large bivalves that inhabit tropical and subtropica...
The aim of this study was to know the survival and growth of the giant clam larvae given zooxanthell...
The importance of zooxanthellae in marine environments cannot be understated. Their role as a source...