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Sugar Beet Farming

Classic Fertility Proposal

Products

kg/Da

Seleda 15.20.0+Zn+OM
With Seed Planting 50 Kg / Da
Seleda Biogas
With Seed Planting 3 Lt / Ha
Seleda Ure-Mag 24.0.0+MgO+Fe
20 Kg / Da in First Anchor
Seleda Ure-Mag 24.0.0+MgO+Fe
20 Kg / Da in Second Anchor
Seleda Aminosel-P 3.15.0+MgO+ME + Aminosel-K 3.0.15+ME +Aminosel Calcium 8.0.0+7CaO+B
300 cc / Da (P + K) + 150 cc / Da (Ca) in First Sprinkler

Super Economic Proposal

Products

kg/Da

Seleda 15.20.0+Zn+OM
With Seed Planting 50 Kg / Da
Seleda Biogas
With Seed Planting 3 Lt / Da + 3 Lt / Da in the First Sprinkler
Seleda Aminosel Azote 18.0.0+ME
300 cc / Da in First Anchor + 150 cc / Da in Second Anchor
Seleda Aminosel Calcium 8.0.0+7CaO+B
150 cc / Da + 100 cc / Da in the first sprinkler
Seleda Aminosel-P 3.15.0+MgO+ME + Aminosel-K 3.0.15+ME
150 cc / Da + 300 cc / Da in the first sprinkler

What if sugar beet is not fed sufficiently?

If sugar beet cannot get sufficient nutrients from the soil during its growth, it may show the following signals.

Potassium (K) deficiency:

Potassium is an important nutrient for transporting sugar, which is necessary for plant health and for converting sugar into starch and oil. In potassium deficiency, the leaves begin to curl inwards and the outer parts turn yellow and become dry. The leaves become green with a blue tint, and as it is illustrated in the image, yellow and brown colors may be observed among the leaf veins. In the advanced levels of deficiency, these dry and yellowing symptoms are replaced by a dark brown color.

Phosphorus (P) deficiency:

Sugar beet is one of the plants that needs the most phosphorus compared to other plants. The noticeability of phosphorus deficiency starts from the germination period. Growth lags may occur and the height stays below normal. The most visible difference in phosphorus deficiency is that the leaves are covered with spots that can vary from red to black.

Magnesium (Mg) deficiency:

The symptoms of magnesium deficiency firstly begin to appear on the old leaves. The yellowing that starts to be observed from the edges of the leaf moves towards the leaf blade and according to the rate of deficiency, the green color remains only in the leaf veins and its surroundings. In the following process, brown spots on the leaf blade, dryness and holes come forth.