You relied to my last quote:
Really? I stopped reading after the first two sentences. Pretty sure after 7 years, I know how to select bulbs. I left this thread once already because I couldn't stand your jabber. Let's not start it again please.
Sent from my Galaxy S3
I never said that you did not know what you were saying. However with this post I now put you into the newbe catagory. I have 19 years experience working with one of the largest manufacturers of Florescent lighting in the world. Of that for 3 years I worked in lab looking at the various spectrums produced by various florescent bulbs. As far as the hobby is concerned my experience goes back to early 1960's before you were probably even born. In fresh water I was one of the first to experiment with lighting and fresh water tank. In the late 1990 I started shifting my experience and knowledge from fresh to salt water.
I have honored your opinion on a lot of issues with lighting. However I will tell you that even some of the experts with PhD in Marine biology have different opinions on lighting for corals. Add to this the fact that every individual has there own opinion on how a reef should look and which corals they wish to keep.
I point is that you have your personal taste in what you consider a balanced lighting system for your reef tank. I know from personal experience that most people tell me that my tanks look too too blue to them. If we go back right now your starting to recommend lighting that is considerably bluer than anything I ever had. Yes some people might like an aquarium with that much blue in it. However from personal experience there is big range in the personal taste of individuals.
My experience says the first thing you need to do is to make sure that your corals are getting adequate light at the right frequencies for them to florish. At the same time you do not want an excessive amount of light in the frequencies that have been proven to be detrimental to corals. Once you get this balance then you need to work on the balance needed to please your eye.
This pleasing to the eye is where we differ. mainlky because some individuals with an 8 bulb system might like a light with 2 GE-6500 bulbs, 4 Blue Plus Bulbs, and 2 445nm Atinic bulbs. Another individual may like the lighting of 1 Coral Plus, 1 Purple Plus, and 4 Blue Plus bulbs. These are both the extremes and either can work fine with some corals and not with others.
But the thing is if any of us profess to be the "experts" we need to inform people of there options. Have them start a mid point then later adjust to there eye.
I personly am not in favor of mixing the coral plus or aqua blue special as the sole source of full spectrum lighting. The coral plus bulb was designed as a stand alone bulb to be equal to 1 aquablue special, and one blue plus. While I used to run Aqua Blue Special I no longer run them because they are strong in the green spectrum and weak in the rest of the spectrum. I look at them as close to a blue plus and GE 6500 combination in one bulb. I also believe that a simple GE 6500 and blue plus combination is too strong in the yellows for most people, Therefore it ballances out better with a purple plus in the mix.
The atinic bulbs have been a devbate for many years. The old reef set up from the 1980 was simply mix an equal number of atinic 420nm and 10,000K bulbs. Then the higher K bulbs start comming about and people moved to a balance between the atinic and the 20,000K bulbs. But it soon was found that the higher wave lenghts were missing. Knoledgable people moved to 14,00K and even 10,000K bulbs with atinics. Later it was found that the lower K bulbs used with atinics lacked light in the 440 to 460 nm range that coral also needed. That is when ATI came out with the Blue Plus that initialy created a peak at 454 and 420 nm. This is where people started finally moving away from Matal Hides to T-5's, since they now had more control of there light.
I had seen the specto plots of various atinic bulbs. I will say that even different brands of atinics made at the same plant are not all the same. Some have a 420nm peak and very little light produced above 440nm. Others peak at 440 nm. Some peak at 420 but have a broad spectrum going as low as 370nm and as high as 460 nm. The diffences being the amount and the actual chemical comosition of phosperious material used in the manufacturing process.
Sorry RTparty but your last note just blew my stack. I honor your toughts but please keep in mind that anyone that does not agree with you 100% of the time is not an idiot.