BioEnhancer
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Humic Aicds & Seaweed Extract
BioEnhancer can be used as a multi purpose tool for every organic cultivator. Its main purpose is to enhance the uptake of nutrients and to act as a soil conditioner but it can also be used very effective for rooting of cuttings, germination of seeds and as a foliar spray to stimulate plant growth.
Humic and Fulvic Acids
Humic and Fulvic Acids are sourced from leonardite, which acts as a soil conditioner, biocatalyst and bio stimulant. They also help chelate nutrient compounds, thus enhance the uptake of nutrients by the plant. Especially iron uptake is potentiated, which results in higher chlorophyll and sugar production and improves flavor and nutritional values.
Seaweed extract
Seaweed extract (kelp) contains 62 trace elements, amino acids and natural phytohormones. It works as a soil conditioner, promotes stronger and vigorous development of roots and improves the germination rate of seeds. Additionally it enhances the uptake of nutrients and water, conditioning plants to better handle stress.
Enhancer
Humic Acids & Seaweed Extract
BioEnhancer is a blend of humic acids, seaweed extract,
Trichoderma harzianum strains and Bacillus subtilis. It increases
the vitality of the plant, enhances the uptake of nutrients and improves
the quality of the soil.
The Bio Enhancer contain high concentration of humic substances that help to accelerate the germination process and the root development.
Composition
Humic Acids + Seeweed Extract
75% Humic Acid
3% Fulvic Acid
10% Seeweed extract from Ascophyllum nodosum
106 cfu/g Trichoderma harzianum
107 cfu/g Bacillus subtilise
9.3 PH
Carbohydrates: Alginic acid, Mannitol, Fucoidans
Amino acids: Alanine, Aspartic Acid, Glutamic Acid, Glycine, Isoleucine, Leucine, Lysine, Methionine, Phenylalanine, Proline, Tyrosine, Valine, Tryptophan.
How to use:
Mix BioEnhancer with water and apply to the plants when watering,
once every two weeks. Can be used during the whole cycle
(vegetative growth and flowering). Use the BioEnhancer after
transplant for better root development.
Dosage:
Waterings: 0,5-1g/L water every two weeks
Want more information on BIO Ehancer Fertilizer? Feel free to contact us.
Foliar application: 3-5g/10L
Seed treatment for germination: 0,5-1g/L water
Use within 24 hours after mixing!
Coco: Adjust the pH of your water before adding BioEnhancer to 5.0
N-P-K: 1-0-8
GUARANTEED ANALYSIS
Total Nitrogen (N) 1%
1% Water soluble Nitrogen
Soluble Potash (K 2 O) 8%
ALSO CONTAINS NONPLANT FOOD INGREDIENTS, SOIL
AMENDING INGREDIENTS, BENEFICIAL BACTERIA AND FUNGI.
Humic acid as potassium humate 75%
Fulvic acid 3%
Seaweed extract from Ascophyllum nodosum 10%
Trichoderma harzianum T50 10 6 cfu/g
Bacillus subtilis 10 7 cfu/g
pH 10 9.3
Derived from: Leonardite and Ascophyllum nodosum
BENEFITS OF BIOENHANCER:
This product improves the physical, chemical and biochemical characteristics of the soil.
BioEnhancer can be applied throughout the cycle of a plant as a root drench or foliar spray.
A bio fertilizer is more than just an organic fertiliser or manure. It is composed of a carrier medium that is abundant in live microorganisms. When used on seeds, soil, or living plants, it enhances soil nutrients or renders them biologically accessible. Bio fertilizers contain various types of fungi, root bacteria, or other microorganisms. These microorganisms establish a mutually beneficial or symbiotic relationship with host plants as they thrive in the soil.
There are broadly two categories of bio fertilizers, one is granular bio fertilisers and the other one is liquid bio fertilizers. In this blog, we will discuss the many advantages and a few disadvantages of liquid bio fertilizers for plants and crops.
Liquid biofertilizers help diminish the reliance on costly petroleum-derived chemical fertilisers. The scarcity of fossil fuels necessary for manufacturing chemical fertilisers could lead to price hikes that may be unaffordable for small-scale users. In contrast, biofertilizers offer an affordable and user-friendly substitute for manufactured petrochemical products.
Studies indicate that the application of liquid biofertilizers such as Rhizobium, Azospirillum, and Azotobacter can lead to increased plant height. Additionally, these biofertilizers have been found to positively impact the number of leaves, shoot length, root count, and formation of root nodules, as well as the biochemical components including chlorophyll, carbohydrates, protein, and carotenoids.
Liquid biofertilizers are the best for plants as they enhance the availability of nitrogen and phosphorus to plants in a natural way, unlike conventional fertilisers. They offer various strains of microorganisms, allowing growers to customise the selection based on the specific needs of their plants. Their straightforward application makes them suitable for novice small-scale growers. Unlike chemical fertilisers, biofertilizers do not contaminate the soil or the environment. Chemical fertilisers often lead to excessive phosphate and nitrogen levels in the soil, which then leach into lakes and streams through runoff. This excess can result in diminished water quality, excessive algae growth, and harm to aquatic life.
Biofertilizers, being living organisms, necessitate particular care for long-term storage. It is crucial to utilise them before their expiration date, typically six months after production if stored at room temperature. When stored at a chilled temperature, they should be used within two years.
For biofertilizer organisms to function effectively, the soil must contain sufficient nutrients to support their growth and activity. If the carrier medium becomes contaminated by other microorganisms, or if growers utilise an inappropriate strain, the effectiveness of the biofertilizers may be compromised.
Synthetic fertilisers remain the top choice for farmers in swiftly providing plants with essential nutrients. They allow farmers to address specific nutrient deficiencies in plants promptly by providing the required nutrients directly.
The effectiveness of liquid biofertilizers for plants can fluctuate based on various factors including the type of microorganism, soil conditions, and application methods. This variability can result in inconsistent outcomes regarding nutrient availability and plant response, presenting challenges in obtaining consistent and predictable crop yields.
The effectiveness of microbial fertilisers is contingent on adequate moisture and warmth. In unfavourable conditions with regard to these factors, microbial fertilisers may not effectively enhance soil fertility.
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