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Growing fodder beets for animals

Fodder beet is an easy-to-grow crop grown for livestock feed. Its succulent roots, rich in pectin and fiber, are especially valuable during periods of fodder scarcity. Let's learn about popular varieties of this crop, how to plant, grow, and store it until spring.

Fodder beet

The history of fodder beet

Beets have been known in Europe since the 13th century, and the Germans were the first to cultivate them for livestock feed. Farmers noticed that feeding beets to livestock had a positive effect on milk yield and flavor.

In the 16th century, beets were divided into two types in Germany: fodder beets and sugar beets. The former was widely grown for livestock feed. Since the 18th century, fodder beets have been cultivated throughout Europe.

Description of the culture

Fodder beet is a biennial crop. In the first year, a thickened root and a rosette formed by basal leaves grow. In the second year, shoots appear, producing seed-bearing fruits.

Description of the plant:

  • Roots. They can be saccular, oval-conical, cylindrical, or spherical in shape. Average weight is 0.5-2.5 kg. The roots come in a variety of colors—red, pink, yellow, greenish-white, purple, and orange.
  • Escapes. In its first year, the plant develops a lush rosette of green, heart-shaped leaves, reaching up to 1 m in height.
  • Inflorescences. Paniculate inflorescences grow on leafy peduncles, in which the seeds ripen.

Advantages and disadvantages

The forage crop in question has its pros and cons, which are useful for livestock breeders to know.

Advantages of fodder beet:

  • Ideal for feeding livestock;
  • high yield;
  • promotes improved digestion in animals;
  • increases soil fertility, reduces weed infestation;
  • has lactogenic properties.

Flaws:

  • regular watering and fertilizing are required;
  • demanding soil quality;
  • relatively low protein content;
  • If you feed a dairy cow more than 10 kg of beets per day, the fat content of the milk drops and its taste deteriorates;
  • the need to change the growing location every year.

Comparison of fodder and sugar beets

The two related cultures have a lot in common, but also differences between fodder and sugar beets enough.

Comparison of fodder and sugar beets:

Signs Stern Sugar
Appearance The fruits are dark, the leaves are shiny. It is distinguished by a large number of leaves.
Root crop growth The degree of immersion in the ground depends on the variety. The fruit is completely submerged in soil and has a more powerful root system.
Usage Livestock feed. Both the root and the tops are used. For sugar production. The tops and roots can be used as feed.
Compound Inferior in energy value. 20% more sucrose.

Fodder beet varieties

Fodder beet varieties cultivated by farmers differ in ripening time, root shape and color.

Name Root shape Root color Average weight (kg) Yield (c/ha)
Jamon Cylindrical-conical Orange 5 80-85
Starmon Conical Yellow (underground), green (aboveground) 10 70
Lada Not specified White or pinkish-white 10 120
Milana Not specified White (lower part), green (aboveground) Not specified 140
Poly's Record Not specified Pink-red 6 130
Eckendorf Yellow Not specified Yellow 0.9 150

Jamon

Yield: 80-85 centners per hectare. The root shape is cylindrical-conical. The fruits are medium-sized. Color: orange. Weight: up to 5 kg. 30% of the root is buried in the soil. The flesh is white and juicy. The roots are shelf-stable, storing until May.

Jamon

Starmon

Yields up to 70 tons per hectare. Does not grow in saline or acidic soils. The plant has an upright rosette, with elongated leaves. The fruit is conical in shape. Fruit color: the underground portion is yellow, the aboveground portion is green. Average weight: 10 kg.

Starmon

Lada

This variety has good shelf life. Yields are 120 tons per hectare, with a maximum yield of 170 tons per hectare. The variety is resistant to late flowering. Weight: up to 10 kg. Color: white or pinkish-white. The flesh is juicy, white, and firm.

Lada

Milana

A Belarusian hybrid. Root yields up to 140 tons per hectare. The underside of the roots is white, while the aboveground portion is green. The rosettes are erect, with medium-wide leaves with white veins. The roots are 60% buried in the soil. It is characterized by low soil contamination. The roots are shelf-stable and can be stored until late spring.

Milana

Poly's Record

A multi-stemmed, mid-late variety. Yields up to 130 tons per hectare. The roots are 40% submerged and have little soil contamination. The color is pinkish-red. The flesh is juicy and white. Roots weigh up to 6 kg.

Poly's Record

Eckendorf Yellow

A cold-hardy variety. Yields up to 150 tons per hectare. It is resistant to bolting and does not produce bolts. The roots are yellow and 30% submerged in soil. Weight: up to 900 g.

Eckendorf Yellow

Preparatory work

To grow large fodder beet roots, it is necessary to properly prepare the soil and seeds.

Where to plant beets?

The crop grows well in soils with a neutral to slightly acidic reaction (up to 7.5 pH). Growing fodder beets in waterlogged, clayey, rocky, and sandy soils does not produce the expected yields.

Critical soil parameters for fodder beet
  • ✓ The optimal depth of the arable layer should be at least 25 cm to provide sufficient space for root crops to grow.
  • ✓ The humus content in the soil must be at least 2.5% to ensure the required level of fertility.

Beets grow well after cereals, corn, and vegetables. In forage crop rotations, the best predecessors are:

  • silage corn;
  • cereal and legume mixture;
  • melons and gourds.

Fodder beets can be replanted in the same field after 3 years, but not earlier.

Soil preparation

The crop is demanding of soil fertility, so before sowing it is necessary to carefully prepare the soil, improve its structure and composition.

The procedure for preparing soil for sowing:

  1. Clear the area of ​​weeds. Pull out the weeds, and repeat the process in two weeks when new shoots appear. To get rid of perennials such as couch grass and sow thistle, treat the area with herbicides such as Buran or Roundup.
  2. In the fall, add organic matter during tillage. For 1 hectare, add 35 tons of humus or compost and 0.5 tons of ash.
  3. Before planting, dig up the soil again, adding nitroammophoska - 15 g per 1 linear meter.

The ideal soil for sowing fodder beets is loose, moist soil with small clods.

Seed preparation

To prevent seeds from rotting in the soil, they need to be treated. Treatment will also prevent many diseases.

Processing order:

  • Soak the seeds in a saturated solution of potassium permanganate. 30 minutes is sufficient.
  • To ensure that the seeds germinate at the same time, place them in a growth stimulator.
  • Dry the seeds.
Mistakes in seed preparation
  • × Using a solution of potassium permanganate that is too concentrated can damage the seeds; the optimal concentration is 0.1%.
  • × Skipping the seed growth stimulation step may result in uneven germination.

Landing

The success of growing forage crops largely depends on the timeliness of sowing operations and adherence to the sowing schedule.

Deadlines

Fodder beets have a fairly long growing season—120-150 days—so they should be planted early, as soon as favorable weather conditions arise. Sowing fodder beets begins after the soil warms to 7°C, not earlier.

When determining sowing dates, the characteristics of a particular variety and climate are taken into account:

  • Regions with a temperate climate. Sowing takes place from March 15 to 30. In case of unfavorable weather conditions, sowing is postponed until early April.
  • Northern regions. Beets are sown here from the beginning of April until mid-May.

Sowing

If the soil has warmed up to +7..+8°C, and the seeds have been processed, you can start sowing.

Sowing order:

  • Make furrows on the plot at intervals of 60 cm from each other.
  • Place the seeds 3 cm deep into the soil. 15 seeds per linear meter.
  • Cover the seeds with soil.

At 8°C, seedlings emerge in approximately 12-14 days; at 15°C, in 4-5 days. If the air temperature drops to -3°C, seedlings may be damaged.

Sowing beets

Care Features

Agrotechnical measures:

  1. WateringWatering frequency depends on the weather and growing season. Watering guidelines:
    • the water requirement increases during the period of growth and formation of root crops;
    • Watering should be stopped a month before harvesting.
  2. Weed control. Weeds can cause up to 80% crop losses. Rows are weeded until the plant tops close.
  3. Thinning. The plant grows slowly for the first month and a half. However, as soon as the seedlings develop a pair of true leaves, thin them out. No more than 4-5 plants should remain per linear meter. Space adjacent seedlings 25 cm apart.
  4. Loosening. The soil is first loosened two days after sowing, and then after each watering. A subsoiler is used for loosening.
  5. Fertilization. To increase yields during the growing season, the crop is regularly fertilized. The composition and amount of fertilizer used depends on the soil type. Commonly used fertilizers include:
    • nitrogen fertilizers – 130 kg per 1 ha;
    • potassium-phosphorus mixtures – up to 150 kg per 1 ha;
    • boron-containing fertilizers – 180 kg per 1 ha.
Fertilizer application plan
  1. Conduct a soil analysis before sowing to determine the exact composition of fertilizers.
  2. Apply nitrogen fertilizers in two stages: half the dose before sowing, the second half in the 4-6 leaf stage.
  3. Potassium-phosphorus fertilizers should be applied completely before sowing for better absorption.

If you do not stop watering 30 days before harvesting, the sugar content in the root crops will decrease and their shelf life will be impaired.

Diseases and pests

Fodder beets are often not treated with insecticides or fungicides to avoid harming livestock. Disease and pest control are primarily achieved through preventative measures.

Common beet diseases:

  1. Powdery mildew. It appears as a dirty white coating on the leaves. The following helps combat this dangerous fungal disease:
    • timely destruction of plant residues;
    • compliance with crop rotation;
    • application of mineral fertilizers;
    • spraying with fungicides;
    • timely watering.
  2. Cercospora leaf spot. The leaves are affected, developing light spots with a brownish-red border. Control involves promptly removing plant debris, fertilizing beets with mineral fertilizers, and maintaining soil moisture (tilling, snow retention, and weeding).
  3. Fomoz. It typically appears at the end of the growing season, primarily damaging root crops. The pathogen penetrates the root, causing rot of the core. Phoma blight is often caused by a lack of boron in the soil. Control measures include seed treatment with polycarbacin and soil application of boron (3 g per square meter).
  4. Root eater. This disease causes rot of shoots and roots. It thrives in waterlogged, humus-poor soils. Crop rotation, soil loosening, and seed treatment are essential.
  5. Cage rot. Root vegetables are affected by this disease during storage. The pathogen can be bacterial or fungal. Affected roots first rot from the inside out, later developing a gray or white coating on the surface. To prevent rot, it's important to prevent wilting and freezing of root vegetables and ensure optimal storage conditions.

The main pests of beets:

  1. Beet flea beetles. They chew through leaves and can destroy seedlings. Measures:
    • compliance with agricultural technology - early sowing, loosening, fertilizing;
    • seed treatment;
    • In case of a massive flea attack, spray with 40% "Phosphamide".
  2. Beet aphid. It sucks the sap from the above-ground parts of plants. It is recommended to spray the plantings with a 50% malathion solution (800 liters per hectare).
  3. Beet fly. Its larvae damage leaves. Deep autumn plowing and insecticide spraying are necessary.
  4. Beet weevil. It feeds on leaves and roots. Control measures include loosening the soil, autumn plowing, and spraying with insecticides. Poisonous bait can also be used.

Harvesting and storage

To ensure root vegetables are stored for a long time without spoiling, they must be harvested in a timely manner and favorable storage conditions must be created.

Recommendations:

  • The harvesting is completed before frost sets in.
  • The root vegetables are dried, the tops are torn off and the adhering soil is removed.
  • Root vegetables are stored in well-ventilated cellars in clean containers. The temperature is maintained at +2…+4°C.
  • Beets can also be stored in piles—large heaps—that are 3 m wide, 25 m long, and 1.5 m high. Straw and soil are placed on top of the beets to a depth of at least 60 cm.

Harvesting fodder beets

How does fodder beet affect animals?

Fodder beet is a valuable source of nutrition for a wide variety of animals. It can be fed to cows, goats, pigs, and chickens.

Fodder beet has different effects on animals:

  • Cows. Regularly including beets in the diet increases milk yield. The maximum daily intake is 10-18 kg. Beet feeding is stopped two weeks before calving.
    Root vegetables are served steamed. They are chopped and steeped in boiling water, then mixed with hay or straw.
  • Goats. Improves digestion. Increases milk yield and fat content. A goat needs 3-4 kg of beets per day.
  • Chickens. Replenishes calcium deficiency in birds. Eggs develop thick shells, their color deepens, and the yolk becomes bright yellow. Feed no more than 40 g per bird per day.
  • Pigs. Beets are given raw or cooked. Pigs readily consume root vegetables. Beets normalize digestion in animals and promote weight gain. The root vegetable improves fat metabolism, which leads to a reduction in the fat content of meat.

Growing fodder beets is simple and requires little investment. Under favorable growing conditions, this crop produces high yields, which are essential for high milk yields and successful fattening of livestock for meat production.

Frequently Asked Questions

What is the maximum shelf life of root vegetables without losing nutritional value?

Can the tops be used as feed and in what form?

Which predecessors in the garden bed are optimal for planting?

How does excess nitrogen fertilizer affect the quality of root crops?

Which weeds are most dangerous for seedlings?

Can it be grown as a catch crop after harvesting winter crops?

What type of soil is critically unsuitable for growing?

Which animals have difficulty digesting this food and why?

How to prevent root crops from cracking before harvesting?

Can root vegetables be frozen for long-term storage?

What mineral supplements are essential when feeding cattle?

What is the interval between waterings during drought?

What diseases are transmitted by seeds and how to avoid them?

Why can't you feed beets mixed with silage?

What planting method saves seeds without losing yield?

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