wheat and barley

  1. Home
  2. Applications
  3. Wheat and Barley

Aplications

Aplications

Maximizing Wheat and Barley Performance with MRB Biotechnology Products


Boost wheat and barley yields and profits with MRB Biotechnology’s advanced foliar biostimulants. Our products promote robust root development and optimize nutrient and water uptake, resulting in yield increases up to 25% (based on field trials) and improved grain quality (test weight, protein, and germination rates). By strengthening plant defenses and nutrient utilization, our biostimulants also support more sustainable and cost-effective production by improving the efficiency of chemical applications. Discover how MRB can help you achieve superior harvests and a healthier bottom line.
0 %

Yield Up

20 - 0 %

Less Synthetic Chemicals

0 %

Pest Control Efficiency

MRB Biotechnology Leaf Biostimulant Usage Instructions

Product Name
Application Number
Dosage per Application (ml/da)
Product/Water Ratio
Min. Interval Between Applications
Notes
1
400 ml
1/100
-
When the plant reaches 20-30 cm in height, it enters the tillering stage.
2
400 ml
1/100
7 days
Rising from the roots and pregnancy period
Product Name
Application Number
Dosage per Application (ml/da)
Product / Water Ratio
Min. Interval Between Applications
Notes
1
400 ml
1/100
-
When the plant reaches 20-30 cm in height, it enters the tillering stage
2
400 ml
1/100
65-75 days
Rising from the roots and pregnancy period

NOTES:

✅ The first two applications are mandatory. The application of MRB leaf biostimulants for wheat is performed with a tractor sprayer or drone sprayer at a minimum pressure of 5 bar.
✅ MRB leaf biostimulants can be mixed with fungicides, acaricides, and insecticides. In research and development studies, it has been observed that the effectiveness of fungicides and insecticides increased by 40% to 60%.

✅ Key Feature: Application of MRB Biostimulants can increase yield by 15-25% depending on the soil conditions.
In case of overdose, it does not burn the leaves and roots of the plant. It does not leave any residue on the plant or fruit

Caution: If copper and herbicides are used in wheat fields, the product should be applied 7-10 days later. MRB Biostimulants cannot be used with copper and herbicides in any way.

MRB Mix for Wheat and Barley

MRB Mix Wheat and Barley, as a foliar biostimulant, positively influences key wheat and barley parameters by directly impacting their physiological processes. Applied to the leaves, it enhances photosynthesis, leading to increased carbohydrate production. This surge in energy has several beneficial effects:
Increased Yield: More carbohydrates translate to greater grain fill, resulting in higher yields (tons per hectare/acre). This is a direct consequence of improved photosynthetic efficiency and resource allocation to the developing grains.
Test Weight: Enhanced photosynthesis and nutrient uptake contribute to denser, plumper grains, leading to higher test weight.
Protein Content: While the specific effect on protein content can depend on various factors (including nitrogen availability in the soil), improved overall plant metabolism and nutrient utilization can contribute to better protein synthesis in the grain.
Grain Size and Uniformity: Increased carbohydrate availability supports more uniform grain development, leading to larger, more consistent grain size.
Enhanced Plant Vigor and Stress Tolerance: By improving nutrient uptake and utilization, MRB Mix strengthens the plant’s overall health and resilience, making it more resistant to stress factors like drought, heat, and disease. This can indirectly contribute to better lodging resistance, as stronger plants are less likely to bend or fall over.
By targeting the leaves, the primary sites of photosynthesis, MRB Mix provides a rapid and efficient way to enhance these crucial parameters in wheat and barley, ultimately leading to improved yield and grain quality for farmers.

Guaranteed Content
(%W/W)
Organic Matter (70 °C - 550 °C)
25
Organic Carbon
12
Total Nitrogen (N)
1,5
Water-Soluble Potassium Oxide (K₂O)
3,5
pH (22 °C)
4-6