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I am so happy to encounter someone with your in depth knowledge of organics.
welcome Cannabelle!!! Id like to send your statement above in quotes right back at ya! I just woke up having coffee and a bowl and read conradino's statement about inoculating the root. A true statement, and one that requires way more elaboration. I agree wholeheartedly with everything in your post (-using m.g. perlite) and appreciate you sharing your knowledge of Glomus intradices. I think "Myco" products have been marketed very well and are widely used by cannabis growers. Previously I used the great white product, but through research I find it to be snake oil for my purposes. I am in the market for a new endomycorrhizal fungi product and I have learned enough now to know what to look for. Im looking for glomus intradices and I will be evaluating products based on spore (also called propagules) count of around 3200/gram. Let me explain why I think great white is snake oil for my purposes. This is pretty interesting stuff and I would be surprised if many people understood this information.
First off, im am looking for glomus intradices because it has been proven through studies to easily colonize roots in most plants and it is available cheaper, made in America. Great white contains a glomus intradices spore count of 50 spores per cc. This is gonna get better real quick bear with me.
spores/propagules in great white:
Endomycorrhiza / cc:
Glomus aggregatum - 50 spores per cc
Glomus intraradices - 50 spores per cc
Glomus mosseae - 50 spores per cc
Glomus etunicatum - 50 spores per cc
Glomus clarum - 6 spores per cc
Glomus monosporum - 6 spores per cc
Glomus brazilianum - 6 spores per cc
Gigaspora margarita - 6 spores per cc
Ectomycorrhiza / cc:
Pisolithus tinctorious - 112,500 spores per cc
Rhizopogon luteolus - 3,125 spores per cc
Rhizopogon fulvigleba - 3,125 spores per cc
Rhizopogon villosullus - 3,125 spores per cc
Rhizopogon amylopogon - 3,125 spores per cc
Scleroderma citrinum - 3,125 spores per cc
Scleroderma cepa - 3,125 spores per cc
Beneficial Bacteria - contains 269,786 CFU’s per CC of each of the following 13 species:
Azobacter Chroococcum
Bacillus thuringiensis
Bacillus subtillus
Bacillus licheniformis
Bacillus azotoformanas
Bacillus megaterium
Bacillus coagulans
Bacillus pumlis
Paenibacillus polymyxa
Paenibacillus durum
Saccharomyces Cerevisiae
Psuedomonas aureofaceans
Psuedomonas florescence
Trichoderma:
Trichoderma konigii - 93,750 spores per cc
Trichoderma harzianum - 93,750 spores per cc
A quick word on trichoderma, it eats fungi. Yeah like Glomus mosseae and Glomus intraradices, considered to be the "good" fungi to have colonize your roots. Great white has 200000 propagules per cc of trichoderma and 100 combined of Glomus intraradices and mosseae. Given this information, great white seems like a beneficial bacteria and trichoderma product with a built in fungi lunch box.
There is nothing wrong with trichoderma really other than buying it ultra expensively for the small amount of endomycorrhizal fungi, which it will just consume. tricoderma itself has been proven to colonize roots and even take hold in the soil in the absence of roots. Furthurmore, endomycorrhizal fungi has been showed in some studies, to take up to 6 weeks for full colonization (infection) of the roots. Tricoderma has been shown to be a quick colonizer and does function as a root/plant protector and may increase nutrient uptake. So trichoderma is not at all bad. In my no till containers I want endomycorrhizal fungi and I will see the full benefit of using it. Someone who is growing a quick autoflowering plant and then tossing or recycling the soil would likely be better served by using a trichoderma product, but not at the price of great white.
Now I gotta ask? what in the heck are you using miracle grow perlite for? that shit is toxic to soil microorganisms. cant u go to a local brewery and ask for spent brewers grains, purchase pumice or lava rock, or something else?
edit: dynamic accumulators (or hyper or nutrient accumulators): plants that "mine" minerals from the soil and store nutrients in their leaf tissue. wide range of uses, one could literally grow and/or gather all his fertilizer! I have a blog entry I copied from a gentleman much wiser than myself on the subject, you should check it out.