D
dongle69
That would be a whole different kind of test.
Not any more valid, though.
Not any more valid, though.
I don't know anything about enzymes. Can bacteria do the same thing?
Perhaps a more valid experiment would use three buckets left over from the end of a grow cycle. The plants are harvested. The three stalks cut off at the level of the soil or coco. The medium contains the roots left intact as they were at the end of the grow.
Three different solutions are now prepared. The first one is made with a half gallon of water and hydro store enzyme. The second is a half a gallon of water and pond enzyme. The third is just half a gallon of water.
Each flower pot gets its own treatment and they are labeled accordingly.
The roots are left to rot for a month.
After a month the medium is examined for evidence of root decomposition.
Perhaps a more valid experiment would use three buckets left over from the end of a grow cycle. The plants are harvested. The three stalks cut off at the level of the soil or coco. The medium contains the roots left intact as they were at the end of the grow.
Three different solutions are now prepared. The first one is made with a half gallon of water and hydro store enzyme. The second is a half a gallon of water and pond enzyme. The third is just half a gallon of water.
Each flower pot gets its own treatment and they are labeled accordingly.
The roots are left to rot for a month.
After a month the medium is examined for evidence of root decomposition.
I think the issue here was the lack of oxygen to the roots in solution--when enzymes are used in a medium, there is oxygen available to the enzymes and roots.
:smile: Have you ever tried cleaning 30 or 40 buckets worth of clay pebbles by hand? There's a lot of people desperate to find some way of getting rid of this tedious task. Myself, I soak the buckets for 3 days in a high dosage solution of CannaZym after removing the main root mass. It's not a magic fix but I haven't had a problem... yet!