use trichoderma fungi to kill fungiPowelly said:
No, shouldn't do
use trichoderma fungi to kill fungiPowelly said:
No, shouldn't do
solid7 said:The stuff is mad expensive in Canada. Don't you have some way to get the government to pay for this stuff for you? LOL
https://www.amazon.ca/s/ref=nb_sb_noss/161-8689658-7710705?url=search-alias%3Daps&field-keywords=cns17+grow
I used Floranova bloom for a lot of the season and at the end was just using plain water for the last 2 months..
solid7 said:Ever make any trips to the US?
Regardless of the fancy graphs that fella posts, there is no need to use a bloom formula
Powelly said:In my "Australian fertiliser" thread there was a lad that gave a shout out to a fertliser you can pick up from walmart that is just about perfect
ELCouz said:
A fertilizer will always help what ever the kind for sure.... used MiracleGro for Tomatoes (never buy again) for until I understood the calcium deficiencies I had in the garden last year...
What I don't understand is why they omitted the Calcium in a fertilizer for tomatoes (blossom end rot much???)
solid7 said:Worst case, I'd use this:
https://www.amazon.ca/Alaska-Fish-Fertilizer-1-Gal/dp/B002RH0B26/ref=sr_1_1?ie=UTF8&qid=1487452498&sr=8-1&keywords=alaska+fish
Along with this:
https://www.amazon.ca/Seaweed-Plant-0-0-1-Neptunes-Harvest/dp/B009HQRHS6/ref=sr_1_7?ie=UTF8&qid=1487452443&sr=8-7&keywords=neptunes+harvest
You can use that as a complete feeding regimen.
It's hard to add calcium to fertilizers, for the reason I mentioned in my last post. It has a tendency to bind to other things. That's what makes that CNS17 and Dyna-Gro so special. It's the only thing you'll ever need. (they are both calcium based fertilizers)
True, but I've completely lost sight of the original conversation, so if you can't go organic, it's out, for sure.ELCouz said:Both product mentioned are organic derived nutes... this will turn to sludge into the barrel.
I think that a lot of people believe that plants don't care if it's high. I also believe that most people don't know how to properly diagnose plant issues, and wouldn't know if that were the case, or not. If some concept is not widely accepted - rightly or wrongly - then most people won't consider it, as they don't seem to have the ability to believe that people who say other stuff than what they've first heard, could possibly be telling the truth. It's better to keep an open mind, and realize that if there is a pretty sizable body of research (which there is) that says this is proportionately 8 times higher than the needed plant amount, then there is a chance that lockout could happen, unbeknownst to the unsavvy user.ELCouz said:K is high yes (4-8-7) ...but that's the nute that plants don't care if its high ... I mean it will not lock-out anything from what i've read.
Phosphorus is higher sure... it would had been the same with the PH Down (P. acid) use anyway since it breaks down into phosphorus.
Ready-made fertilizers may contain additional elements, such as iron, manganese and other trace elements. Growers are familiar with 20-10-20, 20-8-20, 12-2-14, and many other combinations. These numbers indicate per cent nitrogen, per cent phosphoric acid, and per cent potash. Many experienced growers don’t realize that per cent phosphorus will be 43 per cent, and per cent potassium will be about 80 per cent. Thus, 20-10-20 will look like 20-4.3-16 on the N-P-K basis.
I get that you are having a hard time getting hands on the Dyna-Gro and CNS17, but if I'm just considering plant needs, that guaranteed analysis doesn't catch my attention for any good reasons. Ultimately, you will use whatever you have access to, but you are, unfortunately, caught in the web of marketing bullshit.
Understand the basics: Plants need 17 elements for growth and they are non-selective. It means that the presence of an element in plant tissue does not mean that they are essential.
Out of these 17 elements:
carbon, hydrogen and oxygen are supplied through carbon dioxide from the air and water through the roots. So we have to supply nitrogen, phosphorus, potassium, calcium, magnesium, sulphur, iron, manganese, copper, zinc, boron, molybdenum and chloride. Silicon is being recognized more and more as an element found in plants, and it is provided as part of a fertilizer program or is available from water.