CrystalsCrystal said:OK RICHY your not alone... I've seen all those algaes in the pics and I too have an ez clone. I'm pretty sure the algae were seeing can be destroyed if ALL light is kept off the root or stem. ROFL if there was an algae that grew without light it probably woul'dnt be thaaat common so go buy a new 5 dollar bucket, buy some bottled water and new airhose/ airstone, buy new hydroton, and plop a SEED in there. I garuntee if you slip a black growbag under your roots if they start geting THIS algae it will go away... Wouldnt chlorine in our tap kill the algae in the tap? have you ever put a clone in your system? If so there ya go... As far as your white algae goes... It's a bitch and I'm sure it goes away if you take away its LIGHT!
O lets not forget UV sterilization or that thing that blasts a ray at your water and KILLS ALGAE... YA.. but like I said a 50 cent fix to the algae problem is a growbag over the exposed root..
I'll go ahead and repeat myself one more time. The couple of questions you have posed here you could of found the answers to in my previous posts.
The chlorine in tap water will kill it at first, but once the chlorine dissipates it will come back. Yes, I have tried tap water way back. On the same note, I have strongly advocated the use of Physan 20 to kill it and it does work. The problem is keeping it away or at bay. If you want to keep it at bay then I have advocated the use of Dutch Master Zone. I have found that to work the best. It's mechanism is much like the chlorine. It is actually a chloramine which I believe is a derivative of chlorine. It does not dissipate quickly like chlorine and stays more long term therefore keeping the hydro herpe at bay.
Don't really understand your clone question, but yeah I only use clones.
I have tried a lot of different hydro systems. Your grow bag idea is not always going to work because I don't always use net baskets. Covering all light was the first thing I did when this problem first arose. I ruled out the light after covering everything with black and white poly and it did not work.
You did read that this is not a true algae, right???????
Cyanobacteria
A large and heterogeneous group of photosynthetic microorganisms, formerly referred to as algae. They had been classified with the algae because their mechanism of photosynthesis is similar to that of algal and plant chloroplasts; however, the cells are prokaryotic, whereas the cells of algae and plants are eukaryotic. The name cyanobacteria is now used to emphasize the similarity in cell structure to other prokaryotic organisms. See also Algae; Cell plastids.
All cyanobacteria can grow with light as an energy source through oxygen-evolving photosynthesis; carbon dioxide (CO2) is fixed into organic compounds via the Calvin cycle, the same mechanism used in green plants. Thus, all species will grow in the absence of organic nutrients. However, some species will assimilate organic compounds into cell material if light is available, and a few isolates are capable of growth in the dark by using organic compounds as carbon and energy sources. Some cyanobacteria can shift to a different mode of photosynthesis, in which hydrogen sulfide rather than water serves as the electron donor. Molecular oxygen is not evolved during this process, which is similar to that in purple and green photosynthetic sulfur bacteria. The photosynthetic pigments of cyanobacteria include chlorophyll a (also found in algae and plants) and phycobiliproteins. See also Chlorophyll; Photosynthesis.
Wow, I can see how they grew in my reservoir. Plenty of organic nutes and a CO2 injected room. After all, these were the first organisms on the planet that created all of the oxygen we breathe. They love that carbon dioxide.