To produce high yields of quality wheat, barley and other cereals, crop nutrition must be planned beyond nitrogen, phosphorus and potassium. Cereals also need micronutrients, especially copper, zinc, manganese, boron and molybdenum. Intensive programs may include humic and fulvic acids, amino acids, seaweed extracts and other biologically active ingredients.
The stated program uses Quantum Cereals at 1.0 L/t, Quantum SRKZ at 1.0 L/t and Quantum T80 at 0.5 L/t. These treatments are intended to support germination and root formation when reserves in the seed are depleted.
At tillering, productive stems form and the developing ear begins to establish. Foliar nutrition may help balance nutrient supply and reduce the effects of weather and herbicide stress. The basic program uses Quantum Cereals at 1.0 L/ha. The intensive program adds Quantum AminoFrost at 0.5 L/ha, Quantum Phytophos at 1.0 L/ha and Quantum Copper Chelate at 0.5 L/ha to Quantum Cereals at 1.0 L/ha.
During these stages, the number of grains per ear and the leaf canopy develop. The basic program uses Quantum Cereals at 2.0 L/ha. The intensive program uses Quantum Cereals at 2.0 L/ha, Quantum Bor Active at 0.2 L/ha, Quantum AminoMax at 0.5 L/ha and Quantum Phytophos at 1.0 L/ha.
For intensive production, the source program recommends Quantum Cereals at 1.0 L/ha to support leaf photosynthesis together with Quantum AminoMax at 0.5 L/ha to extend active growth.
If heat, water, chemical or other stress is expected at any growth stage, the source lists additional anti-stress options: Quantum AquaSil at 1.0–2.0 L/ha, Quantum AminoMax at 0.5 L/ha, Quantum SeaAmin at 0.5 L/ha or Quantum Humate at 0.5–1.0 L/ha.
The source recommends combining treatments with urea at 5–15 kg/ha. Biuret must not exceed 0.8%, because a higher concentration may damage leaves; otherwise reduce the amount of urea.
Timing matters because the main yield components form at different stages: tillering influences productive stems, stem elongation influences grain number per ear, and heading influences grain quality and thousand-kernel weight.