Corn (maize)
Corn (Zea mays) is a spring-sown cereal with high water and thermal requirements.It is characterized by a male inflorescence (tassel) and a female inflorescence (ear), with kernels that vary in colour depending on the variety.It is primarily used for livestock feed and industrial processing.Agronomic management requires targeted fertilization and regular irrigation.
Germination for corn (maize)
Corn germination begins with water absorption, which activates metabolism and cell division, leading to the formation of the primary root and the shoot.Uniform emergence is essential to achieve a regular stand and reduce competition among young plants.
The use of SPRINTALGA® stimulates germination by providing the precursors required for the synthesis of enzymes and proteins involved in metabolic activation of the seed.Its bioactive compounds promote cell division and embryo elongation, supporting faster and more uniform germination.
The use of SPRINTALGA® stimulates germination by providing the precursors required for the synthesis of enzymes and proteins involved in metabolic activation of the seed.Its bioactive compounds promote cell division and embryo elongation, supporting faster and more uniform germination.
Herbicide Stress for corn (maize)
During the early vegetative stages, herbicide treatments can induce stress in corn, slowing growth and reducing photosynthetic efficiency.Proper physiological support is essential to limit these side effects and preserve crop vigor and regular development.
SHIFT® supports the plant’s metabolic processes, promoting recovery and maintaining vegetative balance.Its application helps protect yield potential by ensuring continuity of growth and greater resilience to the effects of herbicide treatments.
SHIFT® supports the plant’s metabolic processes, promoting recovery and maintaining vegetative balance.Its application helps protect yield potential by ensuring continuity of growth and greater resilience to the effects of herbicide treatments.
Yield for corn (maize)
Corn yield depends on the plant’s ability to develop well-formed ears and uniform kernels.Critical factors include photosynthetic activity, water balance, and nutritional management.
PHYLEN® stimulates physiological processes related to growth and kernel filling, improving overall productivity.Its application promotes uniform development and optimal kernel size, increasing both final yield and production quality, with a positive impact on agronomic efficiency.
PHYLEN® stimulates physiological processes related to growth and kernel filling, improving overall productivity.Its application promotes uniform development and optimal kernel size, increasing both final yield and production quality, with a positive impact on agronomic efficiency.
