Examples of using Zooxanthellae in English and their translations into Hindi
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Ecclesiastic
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The Zooxanthellae are also what determine more than 90% of a coral's color.
This change in color actually comes from the Zooxanthellae which reside in the coral.
In the short term, corals with flexible symbioses may shuffle or switch zooxanthellae;
Signs of this disease are loss of zooxanthellae with no loss of coral tissue.
Up to 90% of SPS coral's nutritional needs are obtained by the food produced by Zooxanthellae.
Such differences in sensitivity in corals and zooxanthellae are affected by characteristics such as.
In zooxanthellae, antennae pigments include chlorophylls a and c2, peridinin and others to lesser degrees.
Some corals can feed themselves, but without the zooxanthellae most corals starve.
The Zooxanthellae provide food for the coral, and in return the coral provides protection from would be herbivores.
Long-term Chronic Photoinhibition can lead to damage of both zooxanthellae and the coral host.
Zooxanthellae are not very flexible when it comes to water temperature; they do best at temperatures between 23-28 C(73-82 F).
In the summer, temperatures sometimes get above30C(86 F), causing the zooxanthellae to die off.
Without the presence of Zooxanthellae these animals would die as they produce 90% of the food requirements these animals require.
It is a common belief that small-polyp stony(SPS) corals' zooxanthellae require high intensity light to survive.
The loss of zooxanthellae makes the white calcium carbonate coral skeleton visible through the transparent tissue, making the coral appear bright white or‘bleached'.
This stress can causedisruption of normal photosynthetic processes in the coral's zooxanthellae which leads to coral bleaching.
Squamosa found them to contain zooxanthellae described as simply Clade A(today, this might be found to be Clade A1.).
These are a source of oxidative stress in the coral's tissue,causing the coral to expel zooxanthellae to avoid further tissue damage.
And an increase in the abundance of thermally tolerant zooxanthellae strains(such as those of clade D) is expected with an increasing frequency of bleaching conditions.
These zooxanthellae are all very different, but share the same spherical form that enables them to live within corals and many other tropical marine creatures in mutually beneficial relationships.
Without sufficient light of the proper spectrum, the zooxanthellae algae cannot supply enough food for the coral to grow properly.
Orphek's goal has always been to provide high PAR levels in the PUR spectrum and to promote growth of Chlorophyll A andB which further benefits the Zooxanthellae that corals depend on to live and grow.
At elevated temperatures, the photosynthetic system of zooxanthellae is easily overwhelmed by incoming light leading to production of reactive oxygen species.
The potential to adapt to increasing sea-surface temperatures depends on the extent of genetic variation for heat tolerance,the generation time of the coral host and zooxanthellae, and the strength of selection.
When water is too warm,corals will expel the algae(zooxanthellae) living in their tissues causing the coral to turn completely white(see above).
Coral can survive short-term disturbances,but if the conditions that lead to the expulsion of the zooxanthellae persist, the coral's chances of survival diminish.
Bleaching is a stress response that occurs when the coral-zooxanthellae relationship breaks down and the zooxanthellae are expelled from the coral host or when pigments within the zooxanthellae are degraded.
If data are available, use physiological studies of dominant corals to assess likely resistance andtolerance based on zooxanthellae type, photo-protective pigments, or tissue condition(lipid levels), and/or heterotrophic capacity.
Corals can survive for some time(i.e.,several days or months) without their zooxanthellae, but their ability to survive depends upon the level and type of stress and the sensitivity of the coral.
Corals will color up faster because our high technologyLED lighting triggers rapid growth of zooxanthellae which gives corals their beautiful colors and is a necessary component for their survival and growth.