Feed the Soil to Feed the Plant
Bio – Organic Fertilizer (BOF) is a broad spectrum natural soil conditioner for organic and conventional farming and general agricultural. It is formulated with high grade macro and micro nutrients, beneficial microbes, amino acids, enzymes, proteins, vitamins and minerals. BOF can be used in any standard crop management program. BOF offers significant benefits for those who practices sustainable agriculture. Advantages of BOF are:-
a) Increase soil nutrients
b) Enhances microbial activities
c) Improves soil physical properties
d) Safe and environmentally friendly
a) Increase soil nutrients
b) Enhances microbial activities
c) Improves soil physical properties
d) Safe and environmentally friendly
MICROBIAL COMPONENTS FOR SELF REGULATORY MECHANISM
a) Photosynthetic bacteria (Paenibacillus sp and Acinetobacter calcoaceticus)
• Utilize solar energy and simple compounds to produce amino acids, carbohydrates,
• Utilize solar energy and simple compounds to produce amino acids, carbohydrates,
nucleotides and other physiological-active substances (Auxin, Cyotkinin
and Ethylene) (Lee et.al, 2008 and Bell et.al, 2006)
• The metabolites can be utilized by other microbes and plants to promote growth.
• Produce antibiotics to suppress growth of pathogenic bacteria (Wei –Wei et.al, 2008)
• Forming an environment suitable for growth of other beneficial microbes
• Promote growth of nitrogen-fixing bacteria and Vesicular-arbuscular Mycorrhizal (VAM)
• The metabolites can be utilized by other microbes and plants to promote growth.
• Produce antibiotics to suppress growth of pathogenic bacteria (Wei –Wei et.al, 2008)
• Forming an environment suitable for growth of other beneficial microbes
• Promote growth of nitrogen-fixing bacteria and Vesicular-arbuscular Mycorrhizal (VAM)
– for better absorption of nutrients (Lee et.al, 2008 and Harada et.al, 2005)
• Converts the nitrogen from air to nitrate in soil
• Degrades organic matter and harmful matter (McGarth et.al, 1997)
• Converts the nitrogen from air to nitrate in soil
• Degrades organic matter and harmful matter (McGarth et.al, 1997)
b) Lactic acid bacteria
• Promotes decomposition of organic material
• Lactic acid suppresses pathogenic bacteria
• Solubilized insoluble inorganic nutrients for plants
• Promotes decomposition of organic material
• Lactic acid suppresses pathogenic bacteria
• Solubilized insoluble inorganic nutrients for plants
c) Yeast
• Uses carbohydrates to form essential substances for plant
• Supports growth of other microbes in the incubation media and soil
• Promotes development of root tissues
• Uses carbohydrates to form essential substances for plant
• Supports growth of other microbes in the incubation media and soil
• Promotes development of root tissues
d) Actinomyces
• Decomposes organic matter to produce humic and fulvic acid
• Decomposes organic matter to produce humic and fulvic acid
Type of Fertilizer
MG PlusN, P, K, MgO, CaO, S > 12% |
Padi, Vegetables, Fruit trees, Oil Palm, Rubber trees |
Benefits: 1. Increases soil nutrients 2. Aids in restoration of depleted soil 3. Promotes & enhances microbial activities 4. Improves soil physical activities 5. Stimulates root development 6. Improves water holding capacity 7. Environmentally friendly which is safe to human, animals & plants |
MG Fruits
N, P, K, MgO, CaO, S > 12% | |||
All fruit trees | |||
Benefits: 1. Prevention of root rotting disease in fruit trees 2. High in organic matter and humic acid to enhance the soil fertility as well as supply macro & micro nutrients for fruit trees 3. A two-in-one product a) bio-fungicidal & bactericidal-fertilizer to be applied to diseased as well as healthy plant b) acts to arrest the further spread of diseases by strengthening the already available plant root defense system  MG BioGuard
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