Season: Winter-Spring (2018 – 2019)
Location: An Giang, Viet Nam
Area: 20 hectares
Variety: Dai Thom 8 (VNR20) was selected from a crossbreed combination between BVN and OM4900 varieties.
Products: Products were provided by MicrobeBio®
Experiment design: A 10-hectare area of a rice field was used as a trial area for Microbebio® products and control treatments of the field. This private test determines the effect of MicrobeBio® products on the field and the advantage of rice.
Results:
Organism Biomass Data |
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| Sample | Unique ID | Dry weight | Active Bacterial Biomass (µg/g) | Total Bacterial Biomass (µg/g) | Active Fungal Biomass (µg/g) | Total Fungal Biomass (µg/g) | Hyphal Dia (µm) | Flagellates | Protozoa Numbers/g Amoebae | Ciliates | Total Nematode Number #/g | Percent Mycorrhizal Colonization of Root | Plant Available N Supply from Predators (lbs/acre) | Root-feeding Nematode Presence |
| 5234 | #7 Soil | 0.79 | 28.3 | 96 | 56.4 | 159 | 2.5 | 2,412 | 3,123 | 0 | 1.7 | 6% | 20-50 | Multiple species |
Bold and highlight (means Low) |
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| Desired Range | 0.45 – 0.85 | 15 – 25 | 175 – 300 | 15 – 25 | 175 – 300 | 2.5 + | 5,000 + | 5,000 + | 50 – 100 | 10 – 20 | 40% – 80% | 75 lbs/ac+ | None | |
Organism Biomass Data |
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| Sample | Unique ID | Dry weight | Active Bacterial Biomass (µg/g) | Total Bacterial Biomass (µg/g) | Active Fungal Biomass (µg/g) | Total Fungal Biomass (µg/g) | Hyphal Dia (µm) | Flagellates | Protozoa Numbers/g Amoebae | Ciliates | Total Nematode Number #/g | Percent Mycorrhizal Colonization of Root | Plant Available N Supply from Predators (lbs/acre) | Root-feeding Nematode Presence |
| 5468 | #8 Soil | 0.85 | 33.6 | 204 | 66.4 | 194 | 2.5 | 5,848 | 5,847 | 62 | 16 | 61% | 75 – 100 | Multiple species |
Bold and highlight (means Low) |
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| Desired Range | 0.45 – 0.85 | 15 – 25 | 175 – 300 | 15 – 25 | 175 – 300 | 2.5 + | 5,000 + | 5,000 + | 50 – 100 | 10 – 20 | 40% – 80% | 75 lbs/ac+ | None | |
Conclusions: According to the test result, the soil test presents that the bacterial biomass and fungal biomass are an increase in triple. Protozoa numbers reach the optimal levels. Nematodes increase significantly. Plant available nitrogen supply from predators are doubled up.
According to the local reports of growing rice in An Giang, the standard yield of Winter-Spring each year is 5.5 tons per hectare since rice season is a short period (90 – 95 days).
Conclusions: The grain yield by using MicrobeBio® products is 7 tons/ha that are more than the standard yield of approximately 20%. On the other hand, the other control is only at 5.3 ton/ha that is less than the standard yield of approximately 0.03%.
BRIX is the refractometer presenting indicating the percentage of dissolved solids (sugar and carbohydrates) contained in the juice being measured. The higher the Brix reading, the better the health and expression of the rice plant’s genetic potential.
Conclusions: According to the private experiment, the result has shown that low Brix crop attracted pests, insects, and diseases. The high Brix levels go up, the rice plants seem to improve the disease and pest resistance, mineral content, and taste. MicrobeBio® rice plants have the Brix level at 9.89 compare to the index table of Brix for rice (6 to 12) so that the rice plants grow healthily and prevent pests and disease. On the other hand, the control rice plants face to pests and diseases such as Fusarium, insects, and nematodes
According to the test result of yield and Brix report, the rice plants are treated by MicrobeBio® products present a significant increase yield of 20% and a high Brix level at 9.89 that is high-performance to compare to other control tests (increase the yield of 0.03% and Brix level at 6.41).
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