Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature currently requires accessing the site using the built-in Safari browser.
Just installed the MCP-150 from Jebao. Its a beast. i have it on its lowest setting.I may still add a gyre soon but I will try and angle the jebao better and see what I can do with it. Likely turn the vortechs up as well.
That was what I thought. All these saltwater "plants" that we call corals. I figured they would use the phosphates during photosynthesis.Right as lights turn on, if you're only going to dose once a day, same as you should do for alkalinity if you're doing two part. I have been running a Trident for years to monitor my system with a calcium reactor, which produces a constant, even supply of elements. Shortly after the lights turn on, the alkalinity starts to dip. It then slowly drops until lights off, when it's slowly replenished overnight. The lights turning on engages the chlorophyll to start photosynthesis, which is when all the elements start getting consumed, with phosphates being a major part of that process.
Algae booms the whiter I go for some reasonYes and no, from what I understand. Chlorophyll is chlorophyll is chlorophyll. The chlorophyll in corals is basically the same as the chlorophyll in the grass of your yard, which exclusively uses the blue and red spectrums for photosynthesis. However, the blue spectrum is used much more efficiently than the red spectrum, hence why corals are able to thrive in an environment completely devoid of the red spectrum. The reason the "grow lights" have a 6:1 or more ratio of reds to blues is because you don't need much blue to start photosynthesis. However, if you cram a lot of red into the light, it will certainly help, however it's not as effective. So, white light (which has generally all of the visible spectrum) does provide some reds, but they're not going to push algae growth the way that the blue will. You have a lot more play with the white light before it starts becoming a problem, but in providing the white light, you're also adding blue (white has blue in it).
I haven't even seen that one yet. Thanks for the suggestionJust installed the MCP-150 from Jebao. Its a beast. i have it on its lowest setting.
Their PE is strong at nightThat was what I thought. All these saltwater "plants" that we call corals. I figured they would use the phosphates during photosynthesis.
Correcto!Los Angeles
Bingo. When you consider that virtually all their food is made via photosynthesis, they're basically just plants at that point.That was what I thought. All these saltwater "plants" that we call corals. I figured they would use the phosphates during photosynthesis.
Like I said, it definitely has potential to cause a problem on that front. The blue light is doing the majority of the heavy lifting though. Anyone with experience with algae turf scrubbers and red/blue LEDs will have seen this in play.Algae booms the whiter I go for some reason
Polyp extension happens for two reasons that I'm aware of. One, the polyps extend because they're depositing the minerals/elements they're pulling from the water below themselves, which is physically how a calcifying coral grows. Two, they're trying to filter feed.Their PE is strong at night
Makes sense.Polyp extension happens for two reasons that I'm aware of. One, the polyps extend because they're depositing the minerals/elements they're pulling from the water below themselves, which is physically how a calcifying coral grows. Two, they're trying to filter feed.
Considering that the minerals/elements used in growth for corals plateaus and starts to rise as soon as the lights are off, I'm going to guess they're trying to filter feed now that they're not getting food via photosynthesis.