A minimum of 1200 ml of foliar MRB Biostimulant must be applied per decare throughout the season. The third foliar application depends on soil conditions. For potatoes, MRB Biostimulants should be applied with a sprayer at a minimum tractor pressure of 5 bar or with a drone sprayer.
MRB foliar biostimulants can be confused with fungicides, acaricides, and insecticides. Research and development studies have shown that the effectiveness of fungicides and insecticides increases by 40-60%.
The application of MRB Leaf Biostimulants for rice is done with a tractor sprayer or drone sprayer at a minimum pressure of 5 bar.
MRB leaf biostimulants can be confused with fungicides, acaricides, and insecticides. Research and development studies have shown that the effectiveness of fungicides and insecticides has increased by 40% to 60%.
Key feature: Application of MRB biostimulants can increase yield by 15-25%, depending on the soil.
In case of overdose, it does not burn the plant’s leaves and roots. It does not leave any residue on the plant or fruit.
Caution: If copper and herbicides are used in rice paddies, the MRB products should be applied 7-10 days later. MRB biostimulants cannot be used with copper and herbicides under any circumstances.
MRB Mix Onions, as a foliar biostimulant, enhances key onion parameters by optimizing photosynthetic activity and nutrient utilization within the plant. By providing readily available nutrients and biostimulants directly to the leaves, MRB Mix Onions promotes vigorous leaf growth, leading to increased photosynthesis and carbohydrate production. This translates to larger and heavier bulbs (improving bulb size and weight and overall yield), enhanced dry matter content due to increased sugar translocation to the bulb, and improved skin quality through strengthened cell walls. Furthermore, by boosting the plant’s overall health and stress tolerance, MRB Mix Onions indirectly contributes to improved disease and pest resistance and reduces the likelihood of bolting, ensuring a more uniform and marketable crop with improved storage life.
MRB Mix Plus Onions is a root biostimulator designed to maximize onion yields by targeting the plant’s unique physiology, particularly bulb development. It promotes robust root growth and branching, leading to a more extensive root system that significantly enhances nutrient (especially phosphorus and potassium) and water uptake. This improved resource acquisition is crucial for efficient carbohydrate translocation from the leaves to the developing bulb, driving bulb bulking and resulting in larger, more uniform bulbs. Furthermore, the enhanced root system and improved nutrient status contribute to greater overall plant vigor and increased resilience to environmental stresses like drought and heat, as well as nutrient deficiencies. These combined effects translate to substantially higher bulb yields and improved bulb quality, including enhanced dry matter content, firmness, and storage life.
MRB Organic Onions is designed to work together synergistically with MRB Mix Plus Onions after it is applied, providing comprehensive support for root development and plant health. MRB Mix Plus Onions focuses on initiating rapid root growth and establishing a strong foundation in the early stages of plant development. MRB Organic Onions then follows typically after 15-25, as a complementary application to sustain and enhance these initial benefits, providing ongoing support and addressing specific challenges.
MRB Organic Onions is a Follow-up Application to MRB Mix Plus Onions generally it is not recommended to be used on a stand alone basis.
The sequential application of MRB Organic Onions following MRB Mix Plus Onions optimizes root development. The initial rapid growth stimulated by MRB Mix Plus Onions is sustained and enhanced by MRB Organic Onions, leading to a more extensive and efficient root system throughout the plant’s life cycle.
MRB Mix Plus establishes the foundation for a strong root system, while MRB Organic Onions provides the ongoing support and nutrient optimization necessary for sustained growth, stress tolerance, and optimal plant productivity.
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