Acterra is a compost additive that will reinoculate your soil with beneficial life
What can Acterra do for my soil?
Acterra is a compost additive that contains beneficial facultative anaerobic microorganisms that can survive with or without oxygen.
Typically these types of organisms live deep in the soil, and also in the rhizosphere where there is less oxygen but many diverse food sources. the beneficial effects of these microorganisms persist in the soil due to significantly high CFU counts allowing them to be effective in native environments. Only a small amount of product can go a long way in establishing consistent results in your crops whereas compost teas can not sustain the pressures of indigenous soil life and are easily taken over after application.
Proven Results from Wheat Trials!
Acterra treatment on seed was able to produce 9.41% more yield than Control which was statistically significant. Further, this treatment was as good as a very popular and commonly used product from Bayer Crop Science for growing cereals, beans, and other crops.
Click here to read the results
What's in Acterra?
Acterra contains several different types of beneficial microbes:
Lactobacillus
Promotes decomposition of organic matter, and performs growth regulation effects on fungi, yeast, and other bacteria
Acetobacteracea
An acid-producing bacteria. Lives inside roots, leaves and other plant tissues as endophytes. Considered a nitrogen-fixer, but a non-symbiotic endophyte that converts N2 from the air into plant-available N.
Clostridiaceae
Clostridium acidisoli is a nitrogen-fixing bacteria, which has been isolated from acidic peat bogs in Germany.
Leuconostocaceae
A fermentation bacteria which transforms sugars into lactic acid, allows bacteria such as Lactobacillus to thrive.
Gallionellaceae
This is an iron bacteria. This bacteria is known to break down and convert iron in soil into plant-available forms.
Enterobacteriaceae
A symbiotic nitrogen-fixer that has been isolated on roots of sorghum, wheat, and in the rhizosphere of rice.