AFK LONH HREIN
Corn
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A mid-maturing grain hybrid optimized for the Polissya region with excellent standability.
Description
Optimized Grain Production for Polissya
The «AFK LONG GRAIN» maize hybrid, introduced in 2026 by Agrofirma Kolos, is specifically engineered for high-yield grain production in the Polissya agro-climatic zone. This mid-maturing hybrid stands out due to its unique structural characteristics, which prioritize both harvest efficiency and grain development.
Key Morphological Advantages
The primary distinction of «AFK LONG GRAIN» is its plant architecture. While the plant is tall, the ear is positioned relatively low, which significantly enhances standability and simplifies mechanical harvesting. The ear itself is cone-cylindrical in shape with a large diameter, ensuring a high grain-to-cob ratio.
- Regional Adaptation: Specifically bred for the unique soil and climate conditions of Polissya.
- Harvest Efficiency: Low ear placement reduces lodging risks and optimizes combine performance.
- Photosynthetic Capacity: Broad leaves with a wavy margin and an upright-to-slightly-inclined orientation maximize solar energy capture.
The hybrid exhibits a moderate green leaf intensity and a distinct, strong waviness of the leaf margin. The flowering timing of both the tassel and the silk is balanced, allowing the plant to navigate the growing season without stress, ensuring consistent grain filling. With a small angle between the main axis and lateral branches of the tassel, the plant maintains a compact structure that focuses energy on yield rather than excessive biomass.
Specifications hover over for a hint about the specification
| Registration year | 2026 |
|---|---|
| Early Maturing | |
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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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| Hybrid Type | |
| Agroclimatic zone | |
| First leaf: anthocyanin colouration of sheath | |
| First leaf: shape of tip | |
| Leaf: intensity of green colour | |
| Leaf: undulation of blade margin | |
| Leaf: angle between blade and stem | |
| Leaf: attitude of blade | |
| Stem: zigzag shape | |
| Panicle: time of flowering | |
| Panicle: anthocyanin colouration of glume base | |
| Panicle: anthocyanin colouration of glumes excluding base | |
| Panicle: anthocyanin colouration of anthers | |
| Panicle: angle between main axis and lateral branches | |
| Panicle: attitude of lateral branches | |
| Panicle: number of primary lateral branches | |
| Ear: time of silk emergence | |
| Ear: anthocyanin colouration of silks | |
| Stem: anthocyanin colouration of aerial roots | |
| Panicle: density of spikelets | |
| Leaf: anthocyanin colouration of sheath | |
| Stem: anthocyanin colouration of internodes | |
| Panicle: length of main axis above lowest branch | |
| Panicle: length of main axis above upper branch | |
| Panicle: length of lateral branch | |
| Plant: length | |
| Plant: ratio of ear height to plant height | |
| Leaf: width of blade | |
| Ear: length of peduncle | |
| Ear: length | |
| Ear: diameter at mid-length | |
| Ear: shape | |
| Ear: number of rows of grain | |
| Ear: type of grain | |
| Ear: colour of top of grain | |
| Ear: colour of dorsal side of grain | |
| Ear: anthocyanin colouration of cob glumes | |
| Catalog | Catalog → Corn |
| Country | Ukraine |
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