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Re: Peat Moss vs. Oak Leaves
- To: "Apistogramma Mailing List" <apisto@listbox.com>
- Subject: Re: Peat Moss vs. Oak Leaves
- From: "David A. Youngker" <nestor10@mindspring.com>
- Date: Wed, 21 Nov 2001 00:04:28 -0500
- Sensitivity: Company-Confidential
From: Jody
Sent: Tuesday, November 20, 2001 2:10 PM
Subject: Peat Moss vs. Oak Leaves
> It looks like most of the effect occurs during the
> first 24hrs...
Indeed, leveling off at about 48 hours. It's important to remember that it
takes amounts peat in excess of what's considered "normal" to achieve it
that quickly, though.
> Did you boil the water in your tests as you describe
> below, or did you just let it soak at room temp?
The peat was sifted through a kitchen strainer to remove woody chunks,
measured and added to one- gallon jugs of room temperature water. The jugs
were shaken three times a day, trying for 8- hour lapses.
> I had wondered about the effect of peat on TH and CH (GH?).
I used a Wardley's "Total Hardness" kit for the tests. It includes a test
specifically for the calcium component, assuming the rest to be chiefly
magnesium. I couldn't make the same assumption, but I _could_ put at least
the calcium test to use. Hence the unusual "CH" - lacking a more apt
abbreviation.
> ...peat sounds like a better alternative than RO water
> since RO, ideally, removes everything and you have to
> add it back. Or am I missing something???
Depends on the real reason behind purifying the water. But for simply
increasing the acidity while effecting a minor adjustment in hardness, then
you are correct.
The humics in peat also provide another benefit over reconstituted RO/DI.
They buffer in a range that bicarbonates can't handle. Diligent water
changing regimens will keep the pH pretty steady. Across long- term periods
without changes, though, they will eventually lose out to the acids of
nitrification. At least at those pH ranges that particular activity is
somewhat prolonged, as it's not a very inviting environment for those
bacteria.
In the meantime, consider that at least there's a ready proton donor
available for the ammonia - ammonium conversion...
-Y-
David A. Youngker
nestor10@mindspring.com
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