1、Foliar application of bioorganic fertilizer enhances plant nutrients

Foliar Bio-organic fertilizer (BIOF) enhanced soil properties including soil enzymes, except soil P and pH. The foliar application has mitigated the uptake of the cadmium and iron to the plants. Foliar organic fertilizer increased yield parameters, including fruit size and numbers.

2、How to Make Probiotics for Plants: 3 DIY Methods

Learn how to brew your own plant probiotics at home using rice wash, indigenous microorganisms, or bokashi bran to support healthier soil and roots.

3、My 50

Making this organic fertilizer at home is easy and requires only two ingredients: Start by pouring 1 liter of kefir into a large container filled with 10 liters of warm (not hot) water. Mix thoroughly and let the solution sit for about an hour.

4、How to Use Probiotics in the Garden to Nourish Plants

Did you know that your garden can benefit from probiotics? Find out how to make and use probiotics for plants.

5、6 Amazing DIY Plant Probiotic Recipes for Garden Success

Rice, unpasteurized milk, and garden molasses combine into a microbial powerhouse for plant wellness. Home gardeners can easily brew this transformative liquid without complex equipment. One week of careful fermentation develops beneficial bacterial cultures that strengthen soil infrastructure.

How To Make Probiotics For Plants

To make your own probiotics for your garden or grow room, dilute one part of garden probiotics with 10 parts water, which is about 3/4 cup per gallon of water. This method is effective in improving plant growth and developing a more sustainable agriculture.

Probiotics for Plants: Everything You Need to Know

Probiotics improve soil fertility in several ways, primarily by breaking down organic material in the soil in forms that your fiddle leaf fig’s roots can absorb more readily. This improves the general bioavailability of nutrients in the soil, so any plants growing in it can use those nutrients.

PreBiotic & ProBiotic Soil & Foliar Treatments

In the field of soil-plant science, probiotics are accepted as beneficial microorganisms that exert health-promoting and nutrient-mobilizing properties. Secreted by-products made during foliar and in-soil growth of the probiotics.

How and Why You Should Add Probiotics to Your Garden Soil

This store-bought probiotic comes in a capsule form or as a premade powder. One benefit of this method is the probiotic is already made, balanced, and in easy-to-use powdered form.

Application of Lactic Acid Bacteria (LAB) in Sustainable Agriculture

LAB-based liquid fertilizer spray on the plant and soil is hypothesized to assist plant health. Fermented LAB, yeast, and phototrophic bacteria cocktails are used as biofertilizers and biocontrol agents.

Creating foliar fertilizer containing probiotics requires following a series of steps to ensure sufficient active probiotics and nutrient elements are included. Below are the detailed steps for making probiotic-based foliar fertilizer:

1. Prepare Ingredients

(1) Selection of Probiotic Strains

• Criteria: Choose probiotic strains with high activity and stability, such as Bacillus subtilis and Bacillus licheniformis. These strains effectively decompose organic matter in the soil, enhance fertility, and inhibit harmful microorganisms, protecting crop health.
• Sources: Obtain from professional microbial product companies or agricultural research institutions. Ensure the products undergo strict quality testing, contain no harmful substances, and maintain strong activity and stability.

(2) Selection of Base Fertilizer

• Criteria: Use compound fertilizers rich in nitrogen (N), phosphorus (P), and potassium (K) to meet basic plant nutrient needs. Consider the fertilizer’s pH to suit different plants.
• Sources: Available at local agricultural supply stores or supermarkets. Consult staff about specific ingredients, usage, and precautions to select appropriate products.

(3) Other Auxiliary Materials

• Criteria: Select materials like trace element fertilizers or organic fertilizers based on needs. These supplement micronutrients and organic matter for healthy plant growth.
• Sources: Purchase from local agricultural stores or online platforms. Carefully read product labels for ingredients, usage, and precautions.

2. Mixing and Preparation

(1) Combine Probiotics and Base Fertilizer

• Ratio: Mix probiotics with base fertilizer at a ratio of 1:50 to 1:100 (e.g., 1g probiotics with 50–100g base fertilizer). Adjust as needed.
• Method: Sprinkle probiotics evenly onto the base fertilizer and stir thoroughly to ensure uniform mixing. Avoid clumps.

(2) Add Auxiliary Materials

• Order: Introduce trace element fertilizers, organic fertilizers, or other materials according to package instructions. Avoid overdosing or underdosing.
• Stir Again: Mix all components thoroughly to ensure even distribution and no lumps.

(3) Adjust pH

• Test: Use pH test strips or a pH meter to check the fertilizer’s acidity. Adjust to suit specific plants.
• Modify: Add acidic or alkaline substances to balance pH, but avoid excessive adjustments that could reduce effectiveness.

3. Storage and Application

(1) Storage Conditions

• Seal Tightly: Store in a cool, dry, well-ventilated area away from sunlight and heat to prevent bacterial spoilage or degradation.
• Moisture Protection: Use airtight containers to block humidity. Regularly inspect for cracks or damage.

(2) Application Method

• Dilution: Dilute fertilizer based on plant needs and soil conditions (e.g., 100–200 ml per mu of land).
• Spraying: Apply evenly on leaves, focusing on young foliage and flowers. Avoid stems and roots to prevent disruption.

(3) Frequency

• Monitor Plants: Observe growth and health after application. Stop use and consult experts if abnormalities like yellowing or wilting occur.
• Adjust Timing: Increase frequency for healthy growth; reduce it if plants show stress.

4. Key Precautions

(1) Shelf Life

• Check Labels: Verify expiration dates before use. Expired fertilizer may lose efficacy.
• Avoid Expired Products: Discard outdated fertilizer to prevent harming plants.

(2) Environmental Factors

• Heat: Avoid applying in hot weather, as high temperatures kill probiotics.
• Rain: Minimize use during rainy seasons, as rainfall may wash away the fertilizer.

(3) Plant Response

• Observe Carefully: Halt application and seek expert advice if plants exhibit abnormal symptoms.
• Flexible Adjustment: Scale usage frequency based on plant vigor and health.

Producing probiotic-based foliar fertilizer involves careful selection of ingredients, proper mixing, and mindful storage and application. By following these steps and monitoring plant responses, you can enhance crop quality and disease resistance while optimizing results through adjustments.