That's great!!! Ich is common usually come with your fish but they may infect area in there mouth and stuff so you may not notice until they become widespread. But once ich is gone they cannot come back unless you introduce a new fish with ich
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Originally posted by mnemenoi View PostOnly ways I have found are Ph reducing substrate, using lower TDS water (RO/DI), CO2 (makes carbonic acid), Ehiem peat granules in the filter.
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Originally posted by flipside View PostI'm not into FW but I must say... I love the way this tank looks! I think it's that branch, and the way you put the moss on there. Very nicely done.
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The peat is actually something you buy separately and bag in the filter. The small round ceramic things are biofilter media. Over time the water will acidify, slowly lowering the Ph. CO2 can be dangerous in that sort of setup as it can drop it drastically and make battery acid. The entire Sphaerichthys family are from very soft water and should you actually reproduce their parameters it would likely wipe out all/most of your plants. In their native environment little light actually reaches the water, so little to no plants actually are found in their native habitat. The water has GH-0, KH-0 and are readily found in water with a PH of 3-4. Acidic softwater tanks like this can be tricky and no longer follow many of the normal rules we follow for other tanks. I might recommend something like this for a fun breeding project or as a secondary experimental tank. We have done some tanks like this and they can be very difficult, but rewarding all the same. I would just continue doing what you have and hope for a gradual shift down in Ph over time, just be mindful of the plants and their requirements (remember that ferts add to the TDS in the tank, so it might be impossible to lower the TDS to their negligible levels). Hit me up sometime when I am onshore and I can give a far better explanation in person of the strange parameters in such a tank.In the land of the blind, the one-eyed man is king.
Desiderius Erasmus
GHAC President
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Thanks for doing the grunt work Roy!
I'm actually trying to replicate their natural habitat in attempt to breed them alongside a pair of betta channoides. My two females are already settling in and showing much more color. I'm hoping they get more and more colorful as the pH drops. Went from 7.6 to about 6.2. It's still dropping and I haven't added anything but the substrate. I'll be adding much more goodies to drop that sucker down to 4 hopefully. Plants are in right now, but will be removed as I drop the pH further. Stay tuned when I start up a thread tomorrow or the day after!
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Originally posted by mnemenoi View PostThe peat is actually something you buy separately and bag in the filter. The small round ceramic things are biofilter media. Over time the water will acidify, slowly lowering the Ph. CO2 can be dangerous in that sort of setup as it can drop it drastically and make battery acid. The entire Sphaerichthys family are from very soft water and should you actually reproduce their parameters it would likely wipe out all/most of your plants. In their native environment little light actually reaches the water, so little to no plants actually are found in their native habitat. The water has GH-0, KH-0 and are readily found in water with a PH of 3-4. Acidic softwater tanks like this can be tricky and no longer follow many of the normal rules we follow for other tanks. I might recommend something like this for a fun breeding project or as a secondary experimental tank. We have done some tanks like this and they can be very difficult, but rewarding all the same. I would just continue doing what you have and hope for a gradual shift down in Ph over time, just be mindful of the plants and their requirements (remember that ferts add to the TDS in the tank, so it might be impossible to lower the TDS to their negligible levels). Hit me up sometime when I am onshore and I can give a far better explanation in person of the strange parameters in such a tank.
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Originally posted by mistahoo View PostThanks for doing the grunt work Roy!
I'm actually trying to replicate their natural habitat in attempt to breed them alongside a pair of betta channoides. My two females are already settling in and showing much more color. I'm hoping they get more and more colorful as the pH drops. Went from 7.6 to about 6.2. It's still dropping and I haven't added anything but the substrate. I'll be adding much more goodies to drop that sucker down to 4 hopefully. Plants are in right now, but will be removed as I drop the pH further. Stay tuned when I start up a thread tomorrow or the day after!
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In soft water set ups, especially extreme low PH set ups the parameters and cycle begins to unravel and chemicals that we normally see shift or change. Bacteria are severely reduced in water below a 6.0, so the Nitrogen cycle no longer functions. Conversely, in soft water Ammonia is actually shifted into Ammonium (far less deadly). Nitrates and Nitrites do not exist in any large amount, so Ammonium is your watched parameter. Ammonia tests will not differentiate Ammonia and Ammonium, but readings at certain Ph correspond to certain percentages that we can reference on a chart to determine concentrations of both. Many soft water fish can breed in low TDS water that is not low Ph. The issue comes in that many bacteria and microfauna/fungus can not survive at extremely low Ph. When bred at higher Ph, the eggs and fry are subject to attacks they are not evolved to handle and significant losses can occur as they never face these in the wild and have evolved without needing certain proteins or excess slime to combat them. I posted an article awhile back on Ammonia in the aquarium that helps chart its toxicity in regards to Ph (It only really comes in handy in soft/low Ph tanks). Here is the threadIn the land of the blind, the one-eyed man is king.
Desiderius Erasmus
GHAC President
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Originally posted by mnemenoi View PostOnly ways I have found are Ph reducing substrate, using lower TDS water (RO/DI), CO2 (makes carbonic acid), Ehiem peat granules in the filter.
I did read from others that its a huge drop in ph, the most I read is going from PH 7.8 to 6.2. Hmm, maybe I'll try less then the recommended amount and see if I can just get it to drop slightly.Last edited by wesleh; 07-29-2013, 02:49 PM.
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Very well put. Being that the eggs have a heightened chance of being attacked by fungus and disease, I would imagine the chances of your males dying is greatly increased as they're the mouthbrooder
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Originally posted by wesleh View Post
That is the eheim peat pellets. Peat drops the pH significantly. Using less wouldn't drop it as much
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