G
Guest
With aero I've found that actually being a little lower is the best mark seriously. The issue with the Ca in TAG is that the K is eaten in such great quantities that the ph drops drastically overnight. That is why I would have a ph in the morning with organic nutrients of 4.6.
At that ph the Ca, Fe and Sulfur are all locked out no doubt, as well as Mg. It wouldn't be from the elevated levels of K locking it out as much as the 'lack of K' that would allow the drop in ph to unusable levels. That was the issue.
Now with the DM One series the Ca is 'locked In' so it can't be locked out and the K levels are at the perfect ratio not to interfere with the Ca and Fe and Mg uptake. That is their trick, they all have chelated versions as well as freely available versions in the same mix. So with the proper ratios the plants just suck up the nutes and I'll tell you ...they look great!
I like a PH of 5.6 to 5.4 the latter actually having a better effect on P uptake. But you'll find it hard to maintain your ph during heavy growth without a shit load of K (which you can use as Ph up) Your levels will always drop, you wont see a rise in ph ever...the K never builds up...that was the clue to me.
You have to balance the ratios or the plants will eat all of just one nutrient and cause a huge imbalance in the water. Like eating all the frosting off the cake first..and then not wanting the cake. Someone has to eat it now..but no one wants it.
The DM ONE is a powerbar of complex highly compacted nutrient time release designed for heavy consumption of K. That is why they are going to be the Aeroponic leader, they put some thought into it.
I mean I totally understand their logic and it is very sound, if the actual chemicals themselves are to the purity they express. The ONE (literally) is the ONE...it has the perfect balance for TAG so far.
That was the huge problem I found as I went from Ionic (synthetic) to BC (organic) where the organics just get evaporated they are eaten so fast. Everyday I was adding Ph up (K) ...every fuckin' day... so...not a build up for sure. I'd say Def def def for sure.
Like I stated on the Skunk 1# you will see the Ca. lock out (but due to ph drops not K) and then K def (which everyone thinks is 'burn') But you can't really burn plants with K, they are made of it. I mean, you can't soak in ph up...duh, but Nitrogen seems to be the only 'scorching' nutrient I've found to date.
High P only gets you dark dark leaves and wilting, high K I don't think I've ever really witnessed, High Fe again...dark dark green... Defs are usually Yellow in color (Warning) or red (alert) where as burns are usually brown (toast) or black (rot) The color theory is as transparent a manifold as anything in the Ærocanna, you should know this by now. Look deeper, you'll find even more connections and answers.
Warning signs!
Remember:
nitrogen--(N)--which promotes general plant growth
phosphorus--(P)--which promotes flowering
potassium--(K)--which promotes strong roots.
A quick piece on elevated K in flowering.
http://www.gardenhere.com/advice/Flowers.shtm
The main thing to remember is that N and K are antagonistic. They balance each other as acid and base, nitro for the breaking apart of elements and potassium for building the the pot or home, pod. Too much blasting...you burn it all to the ground, too much sugar laying around attracts pests and disease as its just gushing with sap to be sucked by aphids. Perfect balance...perfect resistance. The burn is a salt burn like the opposite of an acid burn, bases burn just as bad if not worse than acids the extreme of any spectrum is very toxic to most organic materials. We like everything right in the middle and balance to a neutral point (us ph 7) where our system is exerting the least amount of Energy to stay in motion. It would make sense plants would enjoy a slightly more acid environment as they are breaking apart element and reassembling them like welding with acid. That is why our stomachs are full of a acid. A healthy stomach has an acidity level (pH) between 1-2, that is around one million times more acid than pure water.
However fast you need to breakdown atomic structures the more heat you need, either starlight or chemical... fusion and fission are hard to manage for organic systems...chemicals they can handle, barely.
At that ph the Ca, Fe and Sulfur are all locked out no doubt, as well as Mg. It wouldn't be from the elevated levels of K locking it out as much as the 'lack of K' that would allow the drop in ph to unusable levels. That was the issue.
Now with the DM One series the Ca is 'locked In' so it can't be locked out and the K levels are at the perfect ratio not to interfere with the Ca and Fe and Mg uptake. That is their trick, they all have chelated versions as well as freely available versions in the same mix. So with the proper ratios the plants just suck up the nutes and I'll tell you ...they look great!
I like a PH of 5.6 to 5.4 the latter actually having a better effect on P uptake. But you'll find it hard to maintain your ph during heavy growth without a shit load of K (which you can use as Ph up) Your levels will always drop, you wont see a rise in ph ever...the K never builds up...that was the clue to me.
You have to balance the ratios or the plants will eat all of just one nutrient and cause a huge imbalance in the water. Like eating all the frosting off the cake first..and then not wanting the cake. Someone has to eat it now..but no one wants it.
The DM ONE is a powerbar of complex highly compacted nutrient time release designed for heavy consumption of K. That is why they are going to be the Aeroponic leader, they put some thought into it.
I mean I totally understand their logic and it is very sound, if the actual chemicals themselves are to the purity they express. The ONE (literally) is the ONE...it has the perfect balance for TAG so far.
That was the huge problem I found as I went from Ionic (synthetic) to BC (organic) where the organics just get evaporated they are eaten so fast. Everyday I was adding Ph up (K) ...every fuckin' day... so...not a build up for sure. I'd say Def def def for sure.
Like I stated on the Skunk 1# you will see the Ca. lock out (but due to ph drops not K) and then K def (which everyone thinks is 'burn') But you can't really burn plants with K, they are made of it. I mean, you can't soak in ph up...duh, but Nitrogen seems to be the only 'scorching' nutrient I've found to date.
High P only gets you dark dark leaves and wilting, high K I don't think I've ever really witnessed, High Fe again...dark dark green... Defs are usually Yellow in color (Warning) or red (alert) where as burns are usually brown (toast) or black (rot) The color theory is as transparent a manifold as anything in the Ærocanna, you should know this by now. Look deeper, you'll find even more connections and answers.
Warning signs!
Remember:
nitrogen--(N)--which promotes general plant growth
phosphorus--(P)--which promotes flowering
potassium--(K)--which promotes strong roots.
A quick piece on elevated K in flowering.
http://www.gardenhere.com/advice/Flowers.shtm
The main thing to remember is that N and K are antagonistic. They balance each other as acid and base, nitro for the breaking apart of elements and potassium for building the the pot or home, pod. Too much blasting...you burn it all to the ground, too much sugar laying around attracts pests and disease as its just gushing with sap to be sucked by aphids. Perfect balance...perfect resistance. The burn is a salt burn like the opposite of an acid burn, bases burn just as bad if not worse than acids the extreme of any spectrum is very toxic to most organic materials. We like everything right in the middle and balance to a neutral point (us ph 7) where our system is exerting the least amount of Energy to stay in motion. It would make sense plants would enjoy a slightly more acid environment as they are breaking apart element and reassembling them like welding with acid. That is why our stomachs are full of a acid. A healthy stomach has an acidity level (pH) between 1-2, that is around one million times more acid than pure water.
However fast you need to breakdown atomic structures the more heat you need, either starlight or chemical... fusion and fission are hard to manage for organic systems...chemicals they can handle, barely.
Last edited: