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This thread was automatically split due to performance issues. You can find the rest of the thread here: http://archive.reefcentral.com/forum...2#post11276942
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#2
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What are you keeping your DKH and CA at? Do you feed a lot? |
#3
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I dosed vodka in small amount 4ml perday to a 400g system for four months,primarily because I was intrigued with the notion of a bacterial scrubber. I noticed some increased polyp extension and a lack of filamentous algae. I also noticed that xenia colonies topped expanding and started receding.
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Tom |
#4
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I had a rash of bacterial/prota/parasites??? which killed off 7 of my 8 solar fairy wrasses. I also lost a striated tang (where it went, nobody knows). So my load is about 1/2 what it normally is. I do feed pretty nicely though... pellets in the morning (spectrum), and then again at night sometimes. I put nori on the veggi clip daily for the 3 tangs (purple tang, yellow tang, pac blue tang), and then feed rod's reef almost every evening for the fish, snails, corals, etc. And then, after the lights go off, Ill dump some KENT phytoplex, zooplex, mocrovert food, chromaplex, or DT's phyto in the tank (whatever is on hand). My skimmer hasnt been putting out what it once was, but its still putting out very well. It fills every 2-3 days (2 if wet, 3 if set dark). If I stop ethanol, I do notice it with the skimmate... it just doesnt get as much. I will be getting my fish load back up to where it once was though... I have a half dozen lineatus wrasses and a magnificent foxface on the way. Oh, and a bunch of metallic maxima clams (12 actually). So my system will be at full capacity again soon. Regards, Jon
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"If at first, the idea is not absurd, then there is no hope for it" -Al Einstein |
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do you attribute the dosing to the fish death. I've heard of some pretty bad things if dosed to high.
Is there any algae in the tank? What condition was the rock in...cooked, light and porus? |
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When I added 8 solar wrasses, they came with some internal parasites/infections that I didnt QT long enough to treat for (they seemed very healthy so I only medicated them for a couple days and let them go). The resulting mayhem wasnt cool, lost all but one solar in the end, luckily nothing else. I had to discontinue dosing for a week. My temmincki came down with a popeye/clouded-eye, and ich ran crazy. I stopped dosing for a week, and the cloudy eye fixed itself, and ich went adios. So Im sure there is some sort of bacterial feeding going on with bacteria that can attack our fish as well, if they are stressed or unhealthy. None of the other fish had any problems though.
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"If at first, the idea is not absurd, then there is no hope for it" -Al Einstein |
#7
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i have to do some research but that pop eye was caused by the vodka, I've seen that first hand but forget what it's called.
What type of rock is in your tank? Very porus? |
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Its fiji and some marshall... yes, its rather porous.
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"If at first, the idea is not absurd, then there is no hope for it" -Al Einstein |
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Lots of information in this thread. Thanks to all who have experimented thus far. I am still digging through all the information here. I would like to know your opinions of where to start the process. I have a 90 gal with 20 sump loaded with live rock and rubble. I assume that my actual water volume is right around 90 gal. I want to start adding vodka, but am worried about dosing too much at first. Do you think that 1ml per day is a good starting point, or should I go even lower at first?
Thanks, -J
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Proud member of the JTCCB (jebo tuners club for cheap bastards) |
#10
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I used 4ml per day on 400g for several months without ill effect.
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Tom |
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Does dosing vodka produce phytoplankton?
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#12
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I think it might. Some of the bacteria could be photosynthetic and live in the water column. I'm still kinda confused on what constitutes as phytoplankton myself.
If not...the carbon source kinda works as if you had phytoplankton growing in the tank because phytoplankton release carbohydrates into the Ocean as a byproduct. A food web begins with these carbs and the phyto that makes them may very well recycle some of them. |
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Tom |
#14
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Not phytoplankton, but bacteriaplankton, which accounts for the increased polyp extension of many corals when vodka dosing.
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"If at first, the idea is not absurd, then there is no hope for it" -Al Einstein |
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Greetings All !
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Plankton: Plankton are any drifting organism that inhabits the pelagic zone of oceans, seas, or bodies of fresh water. It is a description of life-style rather than a genetic classification. They are widely considered to be some of the most important organisms on Earth, due to the food supply they provide to most aquatic life. (For more: http://en.wikipedia.org/wiki/Plankton) Perhaps more useful are these ... Phytoplankton: Phytoplankton are the autotrophic component of plankton. When present in high enough numbers, they may appear as a green discoloration of the water due to the presence of chlorophyll within their cells (although the actual color may vary with the species of phytoplankton present due to varying levels of chlorophyll or the presence of accessory pigments such as phycobiliproteins). In terms of numbers, the most important groups of phytoplankton include the diatoms, cyanobacteria and dinoflagellates, although many other groups of algae are represented. (For more: http://en.wikipedia.org/wiki/Phytoplankton) Zooplankton: Zooplankton are the heterotrophic (or detritivorous) component of the plankton that drift in the water column of oceans, seas, and bodies of fresh water. Zooplankton is a broad categorisation spanning a range of organism sizes that includes both small protozoans and large metazoans. It includes holoplanktonic organisms whose complete life cycle lies within the plankton, and meroplanktonic organisms that spend part of their life cycle in the plankton before graduating to either the nekton or a sessile, benthic existence. (For more: http://en.wikipedia.org/wiki/Zooplankton) Bacterioplankton: Bacterioplankton refers to the bacterial component of the plankton that drifts in the water column. Bacterioplankton occupy a range of ecological niches in aquatic systems. Many are saprotrophic, and obtain energy by consuming organic material produced by other organisms. This material may be dissolved in the medium and taken directly from there, or bacteria may live and grow in association with particulate material such as marine snow. Many other bacterioplankton species are autotrophic, and derive energy from either photosynthesis or chemosynthesis. The former are often categorised as picophytoplankton, and include cyanobacterial groups such as Prochlorococcus and Synechococcus. Bacterioplankton also play roles in ecological pathways such as nitrogen fixation, nitrification, denitrification, remineralisation and methanogenesis. (For more: http://en.wikipedia.org/wiki/Bacterioplankton) HTH
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Mesocosm |
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Greetings All !
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But you can get at cyanobacteria, microalgae, and zooplankton population enrichment ... which is why the excellent folks at Reed Mariculture and LiquidLifeUSA (two of my favorite phytoplankton suppliers) assert that their products can have a beneficial effect on the food webs operant in marine aquaria. Although they usually don't emphasize the cyanobacteria & microalgae parts ... Quote:
If, however, we're talking about heterotrophic food webs, then carbohydrate cycling gets a lot more entertaining. Anyone stumbled across literature stuff on the "microbial loop" yet? The free-living bacteria involved are heterotrophic, and they're doing some very interesting things with dead phytoplankton, along with N-compounds, and P-compounds from the water column. If we're talking about generating heterotrophic food web segments, then we can skip the stuff that's dependent on autotrophs, and go straight to the carbon source ... ... which is really what this excellent thread is largely about, yes? JMO ... HTH
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Mesocosm |
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I believe I was using up to 3.5 ml vodka in a 29g softie tank for 6 months or longer with no problem. The key is simply going slow, and not increasing vodka more than .25 ml every 2-3 days. Never had a bloom with potential 02 deprivation doing it that way, and softies grew just great and even the poorly performing AquaC HOB skimmer pulled out an impressive amount of gunk.
I did eventually dial back to about 1.5 ml as lowest effective dose. I think a 400g system could take a lot more than 4 ml daily. I don't think you'd even get close to a bloom with that as initial dose. |
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Quote:
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Wow, good answers. OK, so basically dosing vodka if done correctly is good for corals? They eat whatever type of plankton is produced?
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liquid sunshine
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Doe's the carbon source come from the sun?
Trying to learn from the discussion so I'll share what I think. Cyanobacteria use CO2 for the carbon source and combine this with light and water releasing oxygen in the process(6 molecules of CO2 and 6 molecules of water plus light equals 1 molelcule of sugar and 6 oxygen molecules). So in a way the carbon source is the sun. Cyanobacteria then grows celluar structures called heterocysts which are oxygen free zones wherein it creates a unique element called nitrogenease which would not function in the presence of oxygen. Nitogenease uniquely draws nitrogen from the air/water athmosphere and turns it into organic compounds including ammonia,nitrite and nitrate which are then used by other organisms.Cyanobacteria nitrifies and the bacteria we seek in cycling denitrify. All Any clarification on this process would be most welcome.
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Tom |
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400g reef? I would say 20ml of everclear a day would be the dosage.
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"If at first, the idea is not absurd, then there is no hope for it" -Al Einstein |
#23
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So was a article ever posted in reef keeping magazine on vodka dosing?
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You toucha my reef I breaka your face! |
#24
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gary,
EXCELLENT information...as always!!! did you catch some research i found on ethanol effects on bacterial growth? i know it isnt marine bacteria...but i havent stopped looking!!! http://www.pubmedcentral.nih.gov/art...i?artid=387754
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...and the people did feast upon the lambs and sloths and carp and anchovies and orangutans and breakfast cereals, and fruit bats and... Ben. |
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Greetings All !
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The Old Becomes New, Yet Again: Sandbeds and Vodka - Part II Eric Borneman Reefkeeping Magazine, November 2004 http://reefkeeping.com/issues/2004-1...ture/index.php HTH
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Mesocosm |
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