SKU #32869
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S3825 / C3825
Corn
North American Plant Genetics, Inc.User rating
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FAO
90–1240
Ripening
160-180 days
Hybrid Type
Simple Hybrid
Kernel Type
Dent
About product
Corn S3825 — a mid-season silage hybrid with FAO 380, distinguished by high resistance to fusarium and smut diseases. This hybrid exhibits adaptability to growing conditions, allowing successful cultivation in various climatic zones, including the Polissia, forest-steppe, and steppe regions. Plants are semi-erect, ranging from 270 to 320 cm in height, with ear attachment heights from 55 to 100 cm,…
FAO
90–1240
Ripening
160-180 days
Hybrid Type
Simple Hybrid
Kernel Type
Dent
Description
Corn S3825 — a mid-season silage hybrid with FAO 380, distinguished by high resistance to fusarium and smut diseases. This hybrid exhibits adaptability to growing conditions, allowing successful cultivation in various climatic zones, including the Polissia, forest-steppe, and steppe regions. Plants are semi-erect, ranging from 270 to 320 cm in height, with ear attachment heights from 55 to 100 cm, ensuring ease of harvesting and high productivity.
The ears of corn S3825 have a dent type of kernel and contain an average of 16-18 rows of kernels, with 32 to 36 kernels per row, providing high density and quality silage. The hybrid is recommended for cultivation on various soil types, including sandy soils, and is adapted to different planting densities depending on moisture levels: 55 to 75 thousand plants per hectare. This allows optimizing yield under both drought and adequate moisture conditions.
S3825 demonstrates high green mass yield at 70% moisture, reaching yields of 40 to 85 tons per hectare depending on growing conditions. Due to its characteristics and disease resistance, this hybrid is a reliable choice for producing high-quality silage, ensuring stable and high yields across various agroclimatic zones.
The ears of corn S3825 have a dent type of kernel and contain an average of 16-18 rows of kernels, with 32 to 36 kernels per row, providing high density and quality silage. The hybrid is recommended for cultivation on various soil types, including sandy soils, and is adapted to different planting densities depending on moisture levels: 55 to 75 thousand plants per hectare. This allows optimizing yield under both drought and adequate moisture conditions.
S3825 demonstrates high green mass yield at 70% moisture, reaching yields of 40 to 85 tons per hectare depending on growing conditions. Due to its characteristics and disease resistance, this hybrid is a reliable choice for producing high-quality silage, ensuring stable and high yields across various agroclimatic zones.
Specifications hover over for a hint about the specification
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FAO
FAO
Corn hybrids are classified by maturity groups and by the FAO number. All corn hybrids are distributed according to the FAO scale. Under Central European conditions, a difference of 10 FAO units between hybrids results in a 1-2 day difference in their maturity. The higher the FAO... |
90–1240 |
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| Ripening | 160-180 days |
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Kernel Type
Kernel Type
Dent corn (Zea mays indentata) — Large, elongated, flat kernels. The endosperm is horny on the sides of the kernel, mealy in the center and at the top. A depression forms at the top of the kernel upon ripening. Dent corn is the most widely cultivated group among others. Plants ty... |
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Use Direction
Use Direction
Dual-purpose hybrids: for silage and grain in all growing regions. These are "stay-green" type hybrids, meaning the plants remain green for a longer period. However, this does not affect the sugar, cellulose, and hemicellulose content, nor the degree of lignification of the plant... |
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Recommended Density
Recommended Density
Optimal productivity is achieved at a planting density of 4000-5500 plants/ha. Possible planting scheme: 300-500x40-80 cm. |
55-60 thousand pcs/ha, 60-65 thousand pcs/ha, 65-70 thousand pcs/ha, 70-75 thousand pcs/ha |
| Catalog | Catalog → Corn |
| Manufacturer | North American Plant Genetics, Inc. |
| Originator | Francis Glenn |
| Patent holder | North American Plant Genetics, Inc. |
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