Examples of using Zooxanthellae in English and their translations into German
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Coral and zooxanthellae symbiosis.
These corals need not be fed since they re- ceive all required nutrients from the zooxanthellae.
These single-celled organisms, the zooxanthellae, reside in the tissue of corals.
Once the zooxanthellae have been expelled they can no longer provide the corals with sugars.
Moreover, it now lacks the essential sugar compounds normally provided by the zooxanthellae.
If a lot of nitrogen is available, the zooxanthellae increase their metabolism and display strong growth.
Polyps form medusae only if they harbor endosymbiotic dinoflagellates, the zooxanthellae.
In return, the zooxanthellae within the animal tis- sues supply their host with oxygen and carbohydrates.
The contained element molybdenumhas a supportive effect on the metabolism of corals, zooxanthellae, higher algae etc.
The corals reject the symbiotic algae(Zooxanthellae), which live in their tissue, and in doing this lose their colour.
This complex replenishes the exact vitamins and MAA(marine amino acids)produced by Zooxanthellae.
The coloring of Zooxanthellae, soft and stone coral is considerably favorized by the iron supplements contained in MINERAL-KOMPLEX S.
This exact concept can be observed inupside-down jellyfish forming a symbiotic relationship with zooxanthellae bacteria.
The in symbiosis living zooxanthellae are obtained by Microbe-Lift Essential Minerals& Trace Elements with valuable trace elements, which in turn increases the colors of the corals.
Recent studies haveshown that some coral species selectively incorporate other species of zooxanthellae following a bleaching event.
For example, the term for“Z” is“zooxanthellae,” which denotes a kind of algae that lives in a symbiotic relationship with coral, providing it with oxygen and nutrients that the reef relies on for survival.
JBL Solar Marin Blue facilitates coral growth through enhancing the blue range in the spectrum that is preferred by zooxanthellae so-called actinic radiation.
Like the golden jellyfish who live symbiotically with algae-like zooxanthellae in order to produce food from sunlight, this animal has evolved to feed itself through photosynthesis, in times of scarcity of prey during harsh desert droughts.
Potassium plays an essential role in the transportation of coral nutrients within thesoft tissue including the nutrients provided by the zooxanthellae.
Once the stressor abates, for example if water temperatures drop,the corals once again take up the zooxanthellae from the surrounding water into their tissues and recover.
The Coralstar is designed to reproduce light conditions found at coral reefs through actinic blue light,along with promoting the growth of coral and invertebrates by supporting the growth of zooxanthellae.
Growing in even in deeper regions with less light and a very low nutrient level,the corals are not able to keep the zooxanthellae concentration reasonably high and thereby generate enough energy.
While tropical shallow or warm water corals store algae, so-called zooxanthellae, in their tissue and in this way obtain a subtenant that carries out photosynthesis and supplies its host with sugar and other nutrients, cold-water corals are forced to get their prey themselves.
The corals use the Omega-3 fatty acids ofREEF BOOSTER to stabilise the chloroplastids in which photosynthesis of zooxanthellae takes place, and to prevent bleaching.
Many zooxanthellate corals need for their growth andwell-being in the long run not only from their Zooxanthellae provided sugar, but also amino acids, phospho-libide, minerals, trace elements and numerous other organic compounds, they usually only in its natural habitat through active plankton catch can be absorbed.
Applications-For use in sea water aquaria-Provides the specific spectrum(400-480 mm)necessary to achieve the blue chlorophyl absorption for zooxanthellae symbioses to develops.
At the end of their review, they additionally report that the"thermal bleaching of many corals is ultimately the result of the destruction of photosynthetic pigments by ROS," and that the production by the zooxanthellae of one particular ROS, hydrogen peroxide,"may be a signal that triggers a response in the host cell to eject the zooxanthellae or shed the host cell from the coral.
Upon close observation, not only the coral animals themselves- the so-called polyps- have such pigments within their tissue,but also the single celled endosymbiotic zooxanthellae with their ambivalent animal and plant character that live within the coral tissue.
Aggressive molecules, a proportion of which enters the corals from the zooxanthellae.