Sugar beet hybrids
A hybrid selected by Mazlumov All-Russian Research and Development Agricultural Institute
Single-seeded sterile-base normal-type (N) diploid hybrid
A hybrid selected by Mazlumov All-Russian Research and Development Agricultural Institute
Single-seeded sterile-base normal-type (N) diploid hybrid
SoyuzSemSvekla new-generation selection hybrid
The root shape is technological, therefore, the root is easily extracted from the soil; it has low soil pollution rate. It is resistant to acid soils, has pure juice and is easy to store.
SoyuzSemSvekla new-generation selection hybrid
It is resistant to acid soils, has pure juice and is easy to store. The root shape is technological, therefore, the root is easily extracted from the soil; it has low soil pollution rate.
SoyuzSemSvekla new-generation selection hybrid
It is resistant to acid soils, has pure juice and is easy to store. The root shape is technological, therefore, the root is easily extracted from the soil; it has low soil pollution rate.
SoyuzSemSvekla new-generation selection hybrid
It has healthy leaves, stable yield, high juice purity, stability to acid soils, juice purity and is easy to store. The root shape is technological, therefore, the root is easily extracted from the soil; it has low soil pollution rate
SoyuzSemSvekla new-generation selection hybrid
The root shape is technological, so it makes the root easily extractable from the soil; with low soil pollution rate, it has healthy leaves, stable yield, high juice purity, stability to acid soils and is easy to store
SoyuzSemSvekla new-generation selection hybrid
It is resistant to acid soils, has pure juice and is easy to store. The root shape is technological, therefore, the root is easily extracted from the soil; it has low soil pollution rate.
A hybrid selected by Mazlumov All-Russian Research and Development Agricultural Institute
Single-seeded sterile-base normal-type (N) diploid hybrid