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Zachary asked how watts of led lighting are required to support sps and lps catagory corals in a 10 gallon aquarium?
i have a 10 gallon and bought a led lighting system and was wandering if it was capable of supporting coral life
And got the following answer:
Watts is a poor way to estimate how much light is produced because it varies between types of light source. LEDs are among the best at 80-100 lumens per watt. The manufacturer of your light source should be able to tell you the output in lumens. To approximation, for 'full spectrum' lighting that approximates natural sunlight, the following luminous intensities should be used per square inch of aquarium: 5-7: Basic lighting for fish only, also a very few plants 5-15: Can grow a few plants 15-25: Can grow a fair range of plants 25-35: Can grow almost anything, including corals Note that this assumes 'full spectrum' lighting, which means the spectra of the light source appoximates natural sunlight. As far as photosynthetic life is concerned, this means that the life is receiving X lumens of light which are within the absorption spectra of chlorophylls. The thing about LEDs is that they have tremendously variable performance in emitting light in different parts of the spectrum depending upon how they are manufactured. The same is true of fluorescent tubes and metal halide lamps. It is possible for two light sources to appear a similar colour and yet have very different performances in emitting in certain parts of the spectrum, which can mean that one light source gives excellent photosynthesis, while the other may be useless. Again, you need to obtain the emission spectrum for your LED light set from the manufacturer. If it appears broad and quite flat, this is good. There is more to it than this, however, and I could waffle on about this but it would be useless without showing you examples. Manufacturers can be most helpful in this way - if your set is INDEED suitable for marine corals, they will very likely have documented this feature and marketed it for this purpose. If not, then it probably means the product has not been designed or tested for this purpose and it would be a gamble to try it for this application. There are in fact some corals that DO NOT rely on photosynthesis as much (if at all) and instead are filter-feeders - most Gorgonian corals fall in this category These might be a better bet for using a light source that might not be suitable for photosynthetic corals. The only problem with this is that feeding then becomes an issue - a few such species are almost impossible to keep because they rely on zooplankton to feed and thus inevitably starve to death in an aquarium.