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Yes, I feed my corals daily. I feed the fishes a cube or two of frozen mysis daily. These cubes are thawed in green water I culture, and to this I add a drop of an amino acid supplement, a tiny pinch of yeast, as well as an engineered coral food. This feeds the corals directly. Various zooplankton also feed on some of this food and are eaten by the corals. Nutrient control is important when using this method - a skimmer runs at might to export uneaten microalgae (current levels: NO3-N = 0.5 ppm and Phosphorus as P = 0.05 ppm.)
Sure?Of course corals need the necessary elements to survive, how they get get them is less important. I keep a sizable fish population in my reef - enough to provide all nutritional requirements for the corals without any direct feeding.
Re: Yeast. Years ago, I was feeding yeast to Artemia. It's a single-cell fungus and sometimes 3-4 microns in diameter. So, I thought why not feed yeast to corals? Have been doing so for a couple months and am happy with coral appearance and growth. Interestingly, I saw the other day that Unique Corals feeds their corals yeast.Hey dana, thank you for the write up! Just a quick question. Why yeast?
Re: Yeast. Years ago, I was feeding yeast to Artemia. It's a single-cell fungus and sometimes 3-4 microns in diameter. So, I thought why not feed yeast to corals? Have been doing so for a couple months and am happy with coral appearance and growth. Interestingly, I saw the other day that Unique Corals feeds their corals yeast.
The package is labeled 'Active Dry Yeast.' Got it a the grocery.What yeast are you using?
What happens when we add food? organic nitrogen is transformed into ammonia by heterotrophica bacteria? If correct, adding food, we add N and P, but also cause a large and rapid increase in bacteria, that could harm corals. Light then allow algae (I mean all photosynthetic organisms) to use inorganic N and P. Could it be right that if there is "too much" light, nitrate will stay at zero? and adding food in order to increase nitrate, it will result in high bacterial reproduction (and oxygen consumption), but we will still find zero nitrate because algae will eat it up all?
If instead we add nitrate and avoid to exaggerate with food, we could have nitrate and organics and bacteria in the correct balance? Also reduce the light could help avoid zeroing nitrate.
What do You think?
Luca
The package is labeled 'Active Dry Yeast.' Got it a the grocery.
I mix food for the tank every morning. One cube frozen mysis, one cube frozen brine shrimp, one drop amino acid supplement, a few drops Selcon, a few drops Polyp Lab's coral feeding stimulator, engineered coral food (from Polyp Lab and Fauna Marin), a pinch of dry yeast. All this is thawed/soaked in a couple hundred milliliters of greenwater. This fed several times over the course of the day. Also feed fishes a pelletized food (Fauna Marin), nori, and a frozen cube of algal-based food. Greenwater is also added 2-3 times per day.How interesting.
What have you observed?
What dosis do you use? Any brand or specific composition?
Thank you very much!
Hmmm? Are you activating it in freshwater first? Will it survive in Saltwater?The package is labeled 'Active Dry Yeast.' Got it a the grocery.
I add it directly to the mix I mentioned earlier. There are marine yeast species but I don't know for sure the survival of this grocery yeast in sea water. There is a way to check (add yeast to sterile sea water spiked with sugar and observe oxygen consumption. I'm retired, but I don't have that much pare time. LOL.) If this yeast does survive, it would act as a decomposer of organic materials, hence fungus and bacteria would work together.Hmmm? Are you activating it in freshwater first? Will it survive in Saltwater?
Baker's yeast from the grocery. I add a small pinch of yeast to the food (previously mentioned) I mix every morning.Yeast? What sort and how much?
Fish. No fish, no reefs. People need to eat. People find unique ways to haul in more fish to eat. Land lubbers need to eat. Grow crops. Insect comes to eat easy food, crops. Animals come to eat easy food insects and other small animals. The food chain. Humans get frustrated and develop pesticides and traps to remove pests. Mother Nature waters crops. Man messes up natural water management by planting or blocking or clearing. Water runs over collects pesticides and enters a path to the ocean.
Everyone says global warming. Maybe. Human ignorance and the need to eat is another. Mother Nature cries.
Rant I know but it always struck me that when I dive and see low life areas in reef there is no fish. Connection?
As a pretty novice guy to coral care and wanting to avoid this outcome, can you suggest a strategy for feeding? Thanks!A small Porites (3" diameter) was placed in a 240-gallon holding tank with only two small fishes (that were fed once daily.) Lighting and water motion were monitored and considered to be sufficient. In retrospect, I should have monitored nutrient content as well but the gist of this procedure was to monitor what happens when a coral is transferred from one tank to another with different lighting. Chlorophyll content of zooxanthellae was made through use of an Opti-Sciences chlorophyll meter at 8 points on the coral over the course of about 2 months. The coral initially did well but soon did not have polyp expansion and began to lose color. The chart shows an initial increase in chlorophyll content, perhaps due to the coral being underfed and beginning to consume its own tissues in order to survive. After about two months, the chlorophyll content was reduced by 93%. Unfortunately the coral eventually died. I am sharing this information only in the hopes that some good will come out of its loss. I think the message here is 'feed your corals.' For obvious reasons, I do not want to repeat this experiment. Had I know the coral would die, I would have abandoned the procedure.