When you have to abandon the facts of your argument, and resort to petty name calling, you've already lost the debate.
I ignore no one. As I'm not ignoring you now. You completely fabricated that vague and baseless statement.
Its not name calling to describe your post here as trolling. Its a fact!
I'm not abandoning any facts, ?
This is
one other example of your trolling, & relentless attack, specifically on >>> ATS <<<! I answered your arguments then, but you continue with your copy n paste, ready to use, baseless arguments here again.
I personally don't stand to gain one way or the other if people run ATS's or not. IMHO, that means I have no dog in this fight.
LOL, yeh sure, I can tell you're not interested, at all. LOL
On targeting ATS specifically?
For two reasons.
1. The OP didn't ask about "algae filtration". The OP asked specifically about ATS's.
2. They are different subjects. "Algae" is a very broad term used to describe many, many, many, different types, or species. Different species that can have very different strategies to spread and conquer new territory, and have a very different influence on the environment around them. We can't take the characteristics of one form, or species, and impose those characteristics on "algae" in general.
They are not different subjects, what rubbish. You don't conceal your bias well. Growing algae, whether in an ATS, or Macroalgae reactor or refugium is exactly the same thing, & all of your baseless assertions would apply to each.
I like Julian Sprung. He and Delbeek had it right in the first volume.
Whatever that was it is only your opinion, & Julian must have changed his mind quite obviously!
Dr. Adey may have been having problems in the early days with calcium carbonate additions, but that doesn't explain his continued failures. One would have a hard time connecting low calcium and carbonate concentrations to the steady invasion of turf algae and the horribly discolored water of his system. Then the theory that low calcium and carbonate concentrations was the reason for Adey's failures falls apart even further with the fact that his method continued to have the same problems long after the calcium carbonate issue had been fixed.
I know little of the Smithsonian, but I do know quite a bit about the Coral Reef Exhibit at Townsville Aquarium (CRE) which used an Adey 'Algae Turf Farm'.
I know that the CRE's switch from “Oceanic Water period” (pre-2002) to the “Estuarine Water period” (2002 to present) increased coral survival rate from only 20% to 30%, to 70% to 80% , probably higher now.
What changes did the CRE make to achieve this turn around?
1. The switch from using priori ultra-clean oceanic water, collected offshore by barge, to using ‘less pure’ estuarine water collected on the incoming tide from the Ross Creek to
increase nutrients and provide an external source of plankton.
2. The removal of all internal mechanical filtration (three large sand filters). This improved overall tank health by avoiding ‘over stripping’ the water column of particulates and encouraging plankton production, greater food availability, and larval settlement, especially during spawning periods
3. Internal circulation was increased.
4. The use of calcium chloride to raise average calcium levels (~ 250 mg Ca2+.L-1, to 420 mg Ca2+.L-1)
YES, the Algae Turf Farm (ATF) was also removed during this period, but not due to any negative effects it had on water quality. To suggest so would be utterly ridiculous because the ATF made up only
0.5% of the systems total algae biomass. Removing the ATF left behind
99.5% of the systems algae biomass. This fact makes it obvious as to why, the 70, 2 meter x 1 meter scrubbers were removed.
This is a sign posted by the Smithsonian Institute right outside Adey's aquarium from a few years back. Loooong after the calcium carbonate issue has been solved.
I know this sign is some type of proof to you, but to any unbiased observer it says nothing more than they had a crash, they don't know what the cause was, (could be anything) and quite naturally algae grows where the coral was.
.