desertsquirrel
- 1,177
- 83
Though the subject of this thread seems to drift, ill attempt to answer a few of your questions, as this seems to be a prime example of a very little knowledge is a dangerous thing...
First of all ammonia (NH3) and ammonium nitrate (NH4-NO3) are two different things. Even if you say the word ammonia 5000 times your never going to find it on a single label to a single nutrient product. Thats right, no fumes, no toxins, no 25% (did you make that number up?)
Secondly this talk of "CS has too little N" and "plants need more nitrogen" is unhelpful. You claim to do testing and studies however you refuse to use numbers. How much N do these products have? How much is appropriate?
Third, The concept your talking about, that ammonium nitrate is 100% unusable by plants w/o the presence of nitrification is in no way new, however there are several people with a nuanced understanding of it. According to a few agronomists NH4 is directly usable to a very small degree, the idea being that as the molecule slowly looses hydrogen ions and then gains oxygen ions the N becomes increasingly available. Following along those lines, a few experiments in water culture have shown that the plants can rapidly uptake small amounts of NH4 and that if is in the proper amounts, spurs the uptake of NO3 and elemental solutions in general. I am not saying it happens, I'm saying it is a live debate in the field.
BTW, why have you never posted a single tissue sample, piece of data, or pic of your work? You seem to talk about it in every thread that you post.
Anyway, I have several threads on these issues, they may help you:
UC nutrient profile side-by-side (cns 17, php, ionic, and H&G):
https://www.thcfarmer.com/community/threads/uc-actual-available-nutrient-profiles.33282/
Cultured Solutions (i hope to soon have an in-depth discussion of ammonium nitrate here):
https://www.thcfarmer.com/community/threads/cultured-solutions-filthy-filthy-porn.50143/#post-894788
Or my thread :The myth of low N. (Which i cant seem to find the link right now.)
First of all ammonia (NH3) and ammonium nitrate (NH4-NO3) are two different things. Even if you say the word ammonia 5000 times your never going to find it on a single label to a single nutrient product. Thats right, no fumes, no toxins, no 25% (did you make that number up?)
Secondly this talk of "CS has too little N" and "plants need more nitrogen" is unhelpful. You claim to do testing and studies however you refuse to use numbers. How much N do these products have? How much is appropriate?
Third, The concept your talking about, that ammonium nitrate is 100% unusable by plants w/o the presence of nitrification is in no way new, however there are several people with a nuanced understanding of it. According to a few agronomists NH4 is directly usable to a very small degree, the idea being that as the molecule slowly looses hydrogen ions and then gains oxygen ions the N becomes increasingly available. Following along those lines, a few experiments in water culture have shown that the plants can rapidly uptake small amounts of NH4 and that if is in the proper amounts, spurs the uptake of NO3 and elemental solutions in general. I am not saying it happens, I'm saying it is a live debate in the field.
BTW, why have you never posted a single tissue sample, piece of data, or pic of your work? You seem to talk about it in every thread that you post.
Anyway, I have several threads on these issues, they may help you:
UC nutrient profile side-by-side (cns 17, php, ionic, and H&G):
https://www.thcfarmer.com/community/threads/uc-actual-available-nutrient-profiles.33282/
Cultured Solutions (i hope to soon have an in-depth discussion of ammonium nitrate here):
https://www.thcfarmer.com/community/threads/cultured-solutions-filthy-filthy-porn.50143/#post-894788
Or my thread :The myth of low N. (Which i cant seem to find the link right now.)