Hi guys/gals.
I have done one batch of tea so far with the new brewer, and boy did it appear to work well. I simply havent had the time to play with it as much as I want to yet - work, ya know.
I fed the tea on Sunday afternoon, and had to stay out of town last night for work. It will be interesting to check out the gals tonight and see how happy they are.
Its obvious to me that I am going to have to get a microscope at some point. I just feel that I'm steering blind right now with no physical proof of microbiotic life.
I had a question, tho, and was wondering if anyone wondered the same. We use compost and EWC to "start out" the tea biology, - as a basis to have something in there to breed more and more microbes. Would it help our teas to add mycorrhizae? I use the powdered VAM from BioAg. Would several scoops help to kickstart the breeding process? I use the VAM during transplant. I lightly spray the root zone with kelp/water, or just water sometimes(to help the VAM stick), and then lightly dust the roots with BioAgs VAM mycorrhizae.
So - would it help our teas to add the powdered mycorrhizae to the tea?
Thanks in advance.
jerry.
I've posted this elsewhere but forget where.
The endomycorrhizal fungi which is symbiotic with cannabis/hemp are Glomus Mosseae and Glomus Intraradices. Endomycorrhizal fungi does not sprout nor grow in compost tea. With the exception of a strictly run laboratory procedure endomycorrhizal fungi has shown only to sprout in the vicinity of live roots.
Bio Vam, as far as I know has many many more Trichoderma spores per gram than endomycorrhizal spores.
Trichoderma eats other fungi for a living. This is one reason it is so useful to fight fungal pathogens. When it is included in a product containing mycorrhizal spores, especially in larger volume, it is very likely that it will grow out and populate the root area first, possibly excluding endomycorrhizal. There are studies which have demonstrated this to be often the case. To be fair, there are other studies showing that Trich & Endo can work in unison, however I believe these latter studies were based upon inoculation with live propagules and not freeze dried or preserved spores.
In my opinion, one is better off using, either Trichoderma alone or finding a product which has only the required endomycorrhizal species. Hemp farmers on the prairies inoculate with only Glomus Intraradices, as it is grown right here in North America. They inoculate their seeds at planting time. Coating your seeds, prepped cuttings and/or roots at planting time with only these species [or one of them], is your best bet for infection (AFAIK)
It would be possible to grow out Trichoderma spores into hyphae in compost tea but there is a greater chance that it may consume the naturally occurring fungal hyphae grown out from your
[vermi]compost. These do grow out in compost tea and are usually not broken up a great deal by turbulence unless one is using a water pump for brewing. Please see videos; Brew #1 Vermicompost Free Suspension; Not mixed with Oat Flour;
http://www.microbeorganics.com/#Where_is_your_data_
Having said all that, I have a 'mild' working hypothesis that some of the fungal hyphae (fungi imperfecti) grown out in compost tea may be mycorrhizal of another sort being relatively newly researched and known as dark septate endophytes. It is likely going to be a considerable time before I'll have more understanding of this subject.