Well clearly there is a problem.. the purple is stuck in the stems on it's way to the buds.. Better flush it!I just read a thread where the malady is purple stems on the fan leaves - why is this a concern?
Well clearly there is a problem.. the purple is stuck in the stems on it's way to the buds.. Better flush it!I just read a thread where the malady is purple stems on the fan leaves - why is this a concern?
I think you misunderstood - the price just amazed me.
"So are you guys selling this stuff?"
"20 bottles yesterday!"
I just read a thread where the malady is purple stems on the fan leaves - why is this a concern?
ahhh...now there's the solution. I haven't heard much about flushing as of late. People really do flush 'organic' soil ya know...no really....really.....yeah really.Well clearly there is a problem.. the purple is stuck in the stems on it's way to the buds.. Better flush it!
I just read a thread where the malady is purple stems on the fan leaves - why is this a concern?
Gradually reactions occur in which the adsorbedphosphate and the easily dissolved compounds of phosphate form more insoluble compounds that cause the phosphate to be become fixed and unavailable. Over time this results in a decrease in soil test P. The mechanisms for the changes in phosphate are complex and involve a variety of compounds. In alkaline soils (soil pH greater than 7) Ca is the dominant cation (positive ion) that will react with phosphate. A general sequence of reactions in alkaline soils is the formation of dibasic calcium phosphate dihydrate, octocalcium phosphate, and hydroxyapatite. The formation of each product results in a decrease in solubility and availability of phosphate. In acidic soils (especially with soil pH less than 5.5) Al is the dominant ion that will react with phosphate. In these soils the first products formed would be amorphous Al and Fe phosphates, as well as some Ca phosphates. The amorphous Al and Fe phosphates gradually change into compounds that resemble crystalline variscite (an Al phosphate) and strengite (an Fe phosphate). Each of these reactions will result in very insoluble compounds of phosphate that are generally not available to plants. Reactions that reduce P availability occur in all ranges of soil pH but can be very pronounced in alkaline soils (pH > 7.3) and in acidic soils (pH < 5.5). Maintaining soil pH between 6 and 7 will generally result in the most efficient use of phosphate
YosemiteSamAnyways...fed my alfalfa tea this morning. I ain't no genius but I have been around mj long enough to know when it is happy as Scooby Doo with one of those snacks...fuckin lovin it within an hour.
Do you guys feed anything different in flower? I tend to go heavy Ca in veg/stretch and then more K with less Ca in flower. Anything like that with the teas?
How often is enough with aloe?
Does anyone make a chicken shit tea?
bio teas
Having said that, I could use your help because all of these Elements are listed as 'ppm' so I don't know how that translates into percentages but regardless here goes.......
Calcium - 1,13%
Magnesium - 0,17%
Silicic-Acid - 4,00%
Phosphorus - 0,21%
Potassium 1,59%
Me too....Brainwashed big time....victimized as a young American male willing and trusting enough to believe I was being told the truth.
Thank High Times,Jorge,Ed,Kyle,...etc,etc,etc....