Hi guys,
I've read the following article:
And as much as I understood the principle I'd like to confirm with the more knowledgeable people here in the forum.
Currently I have 4 pop bloom lights that are very similar spectrum to the Red Sea 90 leds. It's a huge amount of Blue light, and a bit of Cyan, White and Moonlight.
Based on what I've read on this article, to better excite RFP, BFP and YFP and chromo proteins certain spectrums and intensity are required.
So I'm wondering if it would be beneficial to supplement my lighting with additional LEDs on
UV 395-400nm,
Green and Cyan spectrums
and Amber light through Warm White Light (3000-4500k).
As much as my corals are growing and doing well, I feel like the coloration is not quite there.
Help me out here hehe I'm no expert.
I've read the following article:
Coral Color Management|BlueHarbor
This is a coral color management theory created by scientifically understanding the color of coral from an optical perspective.
www.blueharbor.co.jp
And as much as I understood the principle I'd like to confirm with the more knowledgeable people here in the forum.
Currently I have 4 pop bloom lights that are very similar spectrum to the Red Sea 90 leds. It's a huge amount of Blue light, and a bit of Cyan, White and Moonlight.
Based on what I've read on this article, to better excite RFP, BFP and YFP and chromo proteins certain spectrums and intensity are required.
So I'm wondering if it would be beneficial to supplement my lighting with additional LEDs on
UV 395-400nm,
Green and Cyan spectrums
and Amber light through Warm White Light (3000-4500k).
As much as my corals are growing and doing well, I feel like the coloration is not quite there.
Help me out here hehe I'm no expert.