I use Beneficial Biologics Root bloom. It does not have trichoderma in it. Lov it
To Trichoderma or Not To Trichoderma?
We have consciously chosen to omit Trichoderma harzianum from our formula. Although this organism has been shown to have beneficial uses, there are studies that bring into question its relationship with mycorrhizae. Some studies indicate that it may adversely affect the colonization rate of mycorrhizae on the plant's roots. For this reason, we thought it unwise to add Trichoderma to our formula. If our goal is to inoculate mycorrhizae, why would we want an organism in there that stands in the way of this goal?
Ten plant-growth promoting rhizobacteria have been added to make this inoculant truly beneficial.
Endomycorrhizae-Mycorrhizae
Glomus intraradices (55 prop/gm)
Glomus mosseae (55 prop/gm)
Glomus aggregatum (55 prop/gm)
Glomus etunicatum (55 prop/gm)
Glomus clarum (5.5 prop/gm)
Glomus monosporum (5.5 prop/gm)
Glomus brazilianum (5.5 prop/gm)
Glomus deserticola (5.5 prop/gm)
Gigaspora margarita (6.5 prop/gm)
Bacteria
Bacteria-
-Bacillus pumilis - 2,300,000 CFU/gm
has been shown to inhibit certain pathogenic fungi
-Bacillus coagulans - 2,300,000 CFU/gm
phosphorus solubilizer
-Bacillus megaterium - 2,300,000 CFU/gm
phosphorus solubilizer
-Bacillus licheniformis - 2,300,000 CFU/gm
digests proteins in the soil, especially feathermeal
-Bacillus azotoformans - 2,300,000 CFU/gm
reduces excess nitrates in the soil
-Bacillus thuringiensis - 2,500,000 CFU/gm
acts as a larvacide of certain pests
-Paenibacillus polymyxa - 2,300,000 CFU/gm
fixes atmospheric nitrogen into a plant usable form
-Paenibacillus durum - 2,300,000 CFU/gm
converts ammonia into nitrates
-Azotobacter chroococcum - 2,500,000 CFU/gm
powerful nitrogen fixer
-Pseudomonas aureofaceans - 2,200,000 CFU/gm
thrives in clay soils
Yeast-
-Sacchromyces cervisiae - 2,200,000 CFU/
