redwoodtrees
02-05-2013, 04:47 PM
I have a 40 gallon aquarium with a large back pack filter, underwater heater, 20 white cloud minnows, and an airstone. I also have a 36 inch light fixture with four T5 HO Floursecent tubes; two of the tubes are 10,000k daylight, and the other two are actinic (blue). All four tubes are rated at 39 Watts...
Would I be successfull growing a small plant if I were to remove the filter media from the back pack filter of my aquarium , lower the water level 4-5 inches, cover the outer walls with tinfoil, and place a floating foam 'medium' on the water with a hole cut out for a small plastic aerated container containing a small clone...?
My thought was that as the plant grows I siphone more and more water out of the aquarium slowly lowering it from the light. So far I have not thought of why this would not work... I would change the 2 actinic lights to 2 T5 HO 65000K flourescent tubes to get a red spectrum. I am worried that because an aquarium is sealed by glass walls that the plants will not get enough "fresh air", is this a problem? I would very much appreciate any flaws you see with this idea, or suggestions that you think may help me with this experiment. Thanks for reading my post.
Would I be successfull growing a small plant if I were to remove the filter media from the back pack filter of my aquarium , lower the water level 4-5 inches, cover the outer walls with tinfoil, and place a floating foam 'medium' on the water with a hole cut out for a small plastic aerated container containing a small clone...?
My thought was that as the plant grows I siphone more and more water out of the aquarium slowly lowering it from the light. So far I have not thought of why this would not work... I would change the 2 actinic lights to 2 T5 HO 65000K flourescent tubes to get a red spectrum. I am worried that because an aquarium is sealed by glass walls that the plants will not get enough "fresh air", is this a problem? I would very much appreciate any flaws you see with this idea, or suggestions that you think may help me with this experiment. Thanks for reading my post.