Sorghum
Sorghum (Sorghum bicolor) is a spring cereal characterized by high drought tolerance and the ability to thrive in poor soils.It features a panicle-type inflorescence and small kernels.Used for animal feed, industry, and bioenergy, it is a strategic crop under water stress conditions.It requires careful management of sowing and weed control.
Germination for sorghum
Sorghum germination marks the beginning of the vegetative cycle, with the primary root developing and the shoot sprouting.Rapid and uniform germination is essential to ensure good field establishment and balanced growth.
The use of SPRINTALGA® stimulates germination by providing the precursors needed for the synthesis of enzymes and proteins involved in the seed’s metabolic activation.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 needed for the synthesis of enzymes and proteins involved in the seed’s metabolic activation.Its bioactive compounds promote cell division and embryo elongation, supporting faster and more uniform germination.
Herbicide Stress for sorghum
Sorghum can experience herbicide stress during the early stages of growth, which reduces vegetative vigor and overall development.To mitigate these effects, it is essential to support the plant’s metabolism.
SHIFT® promotes physiological recovery, helping the plant maintain balance and vigor even in the presence of stress factors.Its application helps reduce the negative impact on early development, preserving yield potential and promoting stronger and more uniform plants during subsequent growth stages.
SHIFT® promotes physiological recovery, helping the plant maintain balance and vigor even in the presence of stress factors.Its application helps reduce the negative impact on early development, preserving yield potential and promoting stronger and more uniform plants during subsequent growth stages.
Yield for sorghum
In sorghum, final yield is determined by panicle development, seed number, and grain filling—processes that require balanced growth and efficient photosynthetic activity.Stress conditions or nutritional imbalances can reduce biomass accumulation and compromise grain filling.
The application of PHYLEN® supports the physiological processes involved in assimilate production and mobilization, promoting better grain filling and greater panicle uniformity.The result is increased overall productivity and a more vigorous, efficient crop, with direct benefits for agronomic performance and economic return.
The application of PHYLEN® supports the physiological processes involved in assimilate production and mobilization, promoting better grain filling and greater panicle uniformity.The result is increased overall productivity and a more vigorous, efficient crop, with direct benefits for agronomic performance and economic return.
