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Q: I have a cement-lined stone pond about 10 feet long by 5 feet wide by 3 feet deep. I am using rain water with a pH of about 7. My pond has a 6 foot high waterfall that is driven by a submersible pump. The pond contains six Koi fishes about 2 ft in length. My problem is that the water becomes murky and overloaded with algae. I drain the pond and scrub out the algae, but in almost
no time it becomes murky again.
How can I control the algae? The problem of controlling suspended algae in a Koi ponds is probably the most common question raised and a comprehensive answer would be pages long, therefore, it's best to provide you with a short straight forward solutions... Algae are plants, and they require three things to grow: water, light and nutrients (phosphorus, in particular).
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1,000 gallons. There are
many options for installing a bio-filter, but an easy solution is to buy
one of those over-head pump that comes together with a
submergible round washable plastic mesh from any local Koi shop.
It will remove suspended
debris from the water and become a biological filter with a couple of weeks and
all you need to do is to take it out and rinse out any waste sludge
every 2 or 3 weeks--or less often by observing the quantity of
out-flowing water from the pump. Alternatively, if your pond receives six or more hours of sunlight daily you could grow water lilies or your can try to cover about 70 percent of your pond's surface with any thing that can provide shade. Q: There is lot of algae build-up in my pond that lasts about six weeks. Would snails help to eliminate this problem? If so, can I use normal wild snails found in most outdoor lakes, pond, etc.
For natural control of planktonic algae blooms you have to look for plants that required vital nutrients in the water and nitrifying bacteria. The two nutrients that are highly correlated with algal blooms are nitrogen and phosphorus. |
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Biozyme-Matrix
to clarify the water by enhancing the mechanical and biological
filtration system thereby increasing the biological surface area by
forming surface matrixes to perform its optimum functions that
maintain water quality having high organic build-up such as:
Ammonia, Nitrites, Nitrates, Phosphates, Sludge, etc. in ponds and
aquariums. |
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