Introduction

Sugar beet is a major industrial crop, grown for the extraction of the sugar contained in its root. It plays a vital economic role in many temperate agricultural regions and is an important source of natural sugar.

Sugar beet field
Benefits of Beetroot

Benefits

  • Very rich in sucrose (up to 18%).
  • Good profitability per hectare.
  • Relative drought resistance thanks to its taproot.
  • Valorisation of by-products (pulp, leaves, green manure).

Main varieties

  • Eloise : good yield, good wealth.
  • Orbis : Strong disease tolerance.
  • Isabella : suitable for heavy and wet soils.
Sugar beet soil

Ideal growing conditions

Soil: deep, loose, rich in organic matter, well drained.
Climate: humid temperate with moderate temperatures.
Exposure: full sun.
Rotation: avoid short rotations to limit soil diseases.

Crop Cycle

Sowing: March to April.
Flowering: not sought after (biennial plant).
Harvest: September to November.

Beet care

Maintenance techniques

Fine, clod-free soil preparation for good sowing.
Fractional nitrogen application according to the stage of growth.
Mechanical and chemical weeding.
Foliar and root disease surveillance.

Common issues

  • Diseases: cercosporiosis, rhizomania, viral jaundice.
  • Pests: flea beetles, aphids, soil nematodes.

Recommended Products

  • Specific fungicides against cercosporiosis.
  • Natural or selective insecticides against aphids.
  • Balanced nitrogen fertilisers + trace elements (boron, manganese).

Anecdote

Sugar beet was introduced to Europe in the nineteenth century as an alternative to sugar cane. Napoleon I strongly encouraged its cultivation to limit the importation of sugar. Today, it is a major source of sugar in Europe.

FAQ

What is the difference between sugar beet and fodder?

Sugar beet is grown to produce sugar, while fodder is used as feed for livestock.

When should you sow sugar beets?

Between March and April, on well-prepared, warmed and sufficiently moist soil.

How to increase sugar levels?

By controlling irrigation, avoiding water stress and balancing nitrogen inputs.