SKU #33915
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NS 208
Corn
IFVCNS (Novi Sad)User rating
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FAO
90–1240
Ripening
100-110 days
Hybrid Type
Simple Hybrid
Kernel Type
Flint-dent
Prices in stores
from0.2 €per 1000 pcs
2 offers from 2 stores
About product
Hybrid maize NS 208 has a vegetation period of 105-107 days and belongs to the FAO group 240-260. The grain is yellow, with a flinty-toothed type, and the 1000-grain weight ranges from 330-380 grams. The ear has a cylindrical shape, facilitating harvesting and processing. To achieve optimal yield, the recommended planting density is: 55-60 thousand plants per hectare in forest-steppe regions, and…
FAO
90–1240
Ripening
100-110 days
Hybrid Type
Simple Hybrid
Kernel Type
Flint-dent
Description
Hybrid maize NS 208 has a vegetation period of 105-107 days and belongs to the FAO group 240-260. The grain is yellow, with a flinty-toothed type, and the 1000-grain weight ranges from 330-380 grams. The ear has a cylindrical shape, facilitating harvesting and processing. To achieve optimal yield, the recommended planting density is: 55-60 thousand plants per hectare in forest-steppe regions, and 45-50 thousand plants per hectare in steppe zones.
Hybrid NS 208 has a high genetic yield potential, reaching up to 120 centners per hectare. For silage production, the number of plants per hectare should be increased by 10%, allowing a silage yield of up to 400 centners per hectare. This makes NS 208 an attractive choice for farmers focused on both grain and silage production.
Special attention has been given to the hybrid's resistance to various diseases and stress factors. NS 208 demonstrates high resistance to wilt, helminthosporiosis, fusarium, and stalk borer. These traits ensure stable yields and reduce risks of losses under adverse weather conditions and pathogen exposure.
Hybrid NS 208 has a high genetic yield potential, reaching up to 120 centners per hectare. For silage production, the number of plants per hectare should be increased by 10%, allowing a silage yield of up to 400 centners per hectare. This makes NS 208 an attractive choice for farmers focused on both grain and silage production.
Special attention has been given to the hybrid's resistance to various diseases and stress factors. NS 208 demonstrates high resistance to wilt, helminthosporiosis, fusarium, and stalk borer. These traits ensure stable yields and reduce risks of losses under adverse weather conditions and pathogen exposure.
Crop & resistance
Pest resistance
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 | 100-110 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. |
45-50 thousand pcs/ha, 55-60 thousand pcs/ha |
| Catalog | Catalog → Corn |
| Manufacturer | IFVCNS (Novi Sad) |
| Originator | IFVCNS (Novi Sad) |
| Originator | Institute Of Field And Vegetable Crops |
| Originator | Institute for Field and Vegetable Crops |
| Originator | Institut za ratarstvo i povrtarstvo Maksima |
| Originator | Rashko Popov, Lazar IAkovlevich, Drahitsa Simich, |
| Originator | Institut za ratarstvo i povrtarstvo, Novi Sad |
| Patent holder | Institute of Field and Vegetable Crops Novi Sad |
| Country | Serbia |
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