Yes, but in a very small portions and probably(maybe) only in the proportion that the coral consume. I use ARM-media, and they specify the content of Sr, potassium (and Mg) of the media, and when you look at these numbers we got a reminder of the very low consumption rates, giving that it is very easy to overdose when doing this manually.@JonasRoman
Doesnt using a calcium reactor dissolve media that would also contain trace elements such as potassium and strontium?
I don't have one but seems like I have read something like that, maybe..
So if that's the case, couldn't someone who uses a different strategy for alk/ca like kalkwasser or 2 part benefit from trace elements being supplemented?
I agree that they should not be added blindly, I think you should be testing for anything you are dosing
I red a study when different media was dissolved and then measured the other elements besides Ca/Carbonates, and sure you are correct, there is some more than CaCo3 in this aragonite:_)
I also agree with you that if you do not run Ca-reactor you may have an extra eye on the minor-elements, but even in that cases I think there is a quite big risk of overdosing, especially when running Balling plus, with same adding of trace-elements in all situations. I think that in that cases there is some risk of overdosing. When I run Balling I stopped with the plus-regim(that with adding trace-elements) and went back to Balling basic (only Ca/KH adding) and added trace-elements separately (including Mg)...my system seems to like that more. This was before the possibility to measure with ICP-OES, so I do not know, but suspect, I had too much of some minor-elements due to the Balling-plus. It would be interesting measure with ICP-OES a system which is following the Balling-plus regim.
