Elidium
Corn
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A robust triple-cross hybrid known for its disease resistance, strong stalk structure, and consistent dent-grain yields.
Description
Field Performance of the "Elidium" Hybrid
Selecting the right seed variety is about balancing stable yields with ease of field management. The triple-cross hybrid "Elidium," developed by the Institute of Grain Crops of NAAS, is a reliable choice for commercial grain production. With a maturity cycle of 120–140 days, this hybrid fits perfectly into intensive farming systems, providing a predictable harvest timeline.
Disease Resistance and Standability
The primary concern for any operator is crop loss due to pathogens. "Elidium" shows robust resistance against Fusarium, various rots, and onion smut. Its resilience against stalk rot is particularly notable; it ensures the crop remains upright, significantly simplifying the harvesting process. For combine operators, this means cleaner runs, less header clogging, and the ability to maintain optimal ground speed without worrying about broken stalks or harvesting losses.
Planting Density and Grain Quality
"Elidium" is highly adaptable to moisture levels. In high-potential fields or under irrigation, we recommend a planting density of 75,000–80,000 plants/ha to fully utilize the potential of its dent-type grain. In moisture-limited or less fertile areas, density should be adjusted to 55,000–60,000 plants/ha. The dent-type grain structure provides excellent dry-down properties, which directly impacts lower moisture content at harvest and reduces post-harvest drying energy costs.
Operational Efficiency
Working with "Elidium" is straightforward. The uniformity of the crop throughout the season simplifies the management of fertilizer applications and crop protection. Because the plants demonstrate strong natural resistance, the need for emergency spraying or extra machine passes is minimized, which is a significant factor in reducing fuel consumption and labor costs. It is a crop designed to perform under mechanized conditions, offering ease of maintenance from sowing to harvest.
Crop & resistance
Disease 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 | 120-140 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, 75-80 thousand pcs/ha |
| Catalog | Catalog → Corn |
| Originator | Grain Crops Institute NAAS |
| Country | Ukraine |
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