![]() Nutrition in hydro is pretty simple honestly it’s mostly about having a balanced nutrient ratio and not over feeding. Fed only power si and Athena ag the whole run. Gush mints here with a week left before chop. I’ve ran general hydro, advanced, canna, and heavy16. Took about a year but finally getting this room dialed in. I assumed the NH4 based on commonly available(Yara or Haifa) greenhouse grade Cal Nitrate. Best and easiest I’ve used is jacks 3-2-1 hands down and then Athena ag which is what I’m running right now. This is what I see with the macros for Athena bloom. When no nutritional acids or bases are present, the anion mEq is equal to the cation mEq. It’s also how we can reconcile an all salt nutritional mix. mEq allows us to verify that a lab’s analysis actually makes sense, if we calculate 1.5ec and the lab comes back at 3ec, we know there’s a problem. mEq is how we calculate to a reasonable degree of certainty how to neutralize carbonates in water sources and estimate solution ec. Most people in the cannabis industry use ppm, in academia and professional ag mmol and mEq are more common. I work with people that use hydrobuddy, so I keep my elements in the same order for easy comparison. The biggest reasons I use a spreadsheet are to have the ability to look at a solution in ppm, mmol and mEq at the same time. You can also alternate cleanse and power si with each res fill if you want to use both in your res deleted 5 mo. ago I know, I use it for both since both have unique benefits from what I’ve seen. The worse salt for insolubles is typically SOP. Athena recommends using power si as a foliar. 2) when they prill both parts they are adding additional filtering, we are using greenhouse grade salts and some insolubles are present. 1) It is prilled as a mixture, none of us own a prilling setup and we can’t reasonably expect to make the core a homogenous mixture when the particle size of micros is so different from cal nitrate. I will not be commenting on the ratios, just how to clone.įor Athena in particular right off the bat there are a couple of issues that prevent us from making an exact clone at home. Readily available Nitrogen, Calcium, and essential microelements Fully soluble dry fertilizer, no particulates or sediment Works with any dosing system. ![]() This initial post will be just getting in the computer and interpreting the obvious data from the macros. Unfortunately I can’t sit and work through it all at once because I have my standard workload. I am going to walk through how I start cloning Athena bloom in a small series of posts. ![]()
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