Examples of using Zooxanthellae in English and their translations into Korean
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Zooxanthellae red fluorescence in the tissue between polyps.
These are generally called‘zooxanthellae' and are of the genus Symbiodinium.
The Zooxanthellae are also what determine more than 90% of a coral's color.
In the summer, temperatures sometimes get above30 C(86 F), causing the Zooxanthellae to die off.
Without Zooxanthellae, the coral's tissue would appear white or translucent.
Before we begin, a short word about RTN(Rapid Tissue Necrosis) and Zooxanthellae(Symbiodinium).
The corals and the zooxanthellae have trouble with adapting to this fast changing climate.
Strontium is supplied to the corals with the help of the zooxanthellae that live symbiotically within them.
The corals and the zooxanthellae have trouble with adapting to this fast changing climate.
A good vitamin complex is useful for synthesis of chromo proteins and can duplicate the marine amino acids produced by Zooxanthellae.
These are generally called‘zooxanthellae' and are of the genus Symbiodinium. See Figure 1.
Zooxanthellae have the major photosynthetic pigments chlorophyll A and chlorophyll B with chlorophyll A being greater.
If conditions settle back to normal and free living zooxanthellae are present, the coral can become viable again.
The Zooxanthellae provide food for the coral, and in return the coral provides protection from would be herbivores.
Without sufficient light of the proper spectrum, the zooxanthellae algae cannot supply enough food for the coral to grow properly.
This is not the case; this is caused by stress which causes the corals to expel their zooxanthellae which gives the corals their color.
Zooxanthellae are not very adaptive when it comes to water temperature; they do best at temperatures between 23-28 C(73-82 F).
Corals adapt to a specific spectrum and changing this throughout the day can be detrimental to the Zooxanthellae that provide the majority of their food.
Squamosa found them to contain zooxanthellae described as simply Clade A(today, this might be found to be Clade A1.).
Fortunately, it is possible to find a compromise in an aquarium resulting in the successful maintenance of‘sun' and‘shade' zooxanthellae and their host corals.
This is the range that is needed by plants and symbiotic Zooxanthellae algae which live in the tissues of corals, anemones, clams, and other photosynthetic life.
To understand the lighting requirements of Tridacna(or morecorrectly their symbiotic alga-Symbiodinium), we should examine the types of zooxanthellae found within them.
The change of color may be caused by an increase of zooxanthellae or that more zooxanthellae algae are visible in the absence of the UV reflective pigments.
Orphek's goal has always been to provide high PAR levels in the PUR spectrum and to promote growth of Chlorophyll A and B which further benefits the Zooxanthellae that corals depend on to live and grow.
Feeding: The zooxanthellae algae hosting within provides the majority of its nutritional requirements through photosynthesis. It also consumes plankton and smaller crustaceans.
The Orphek V4spectrum delivers fast healing, quick growth and fosters ideal levels of Zooxanthellae algae, giving colors that rival and in many cases surpass metal halides.
It is common among many to believe that zooxanthellae found in many shallow water corals have an unlimited ability to absorb light and use it in the photosynthetic process.
Of course many of these supplements are necessary and crucial for good coral growth andcolor, but we need to be aware of the fact that 90% of a corals energy source is generated by the Zooxanthellae that reside in the coral's tissue.
Early research on Tridacna crocea, T. gigas, and T. squamosa found them to contain zooxanthellae described as simply Clade A(today, this might be found to be Clade A1.).