How Much Sugar Beet Grows on One Hectare? EU Yields Explained (2024)

The league: EU sugar beet yields per hectare

If you grow sugar beet in Germany, the average field produced 83.90 tonnes per hectare in 2024 — the highest yield recorded anywhere in the EU-27. One caveat matters before the league table: the Eurostat dataset apro_cpsh1 contains no official EU-27 aggregate yield line for sugar beet, so every yield figure below is a per-member-state observation, and 20 countries reported yield in 2024.

The chasing pack sits just below the 80-tonne mark: Austria 79.89 t/ha, France 79.18 and Spain 77.08, followed by Belgium 75.64 and the Netherlands 75.50. The tail is long and the gaps are wide — Luxembourg, last of the 20 reporting states, recorded 22.81 t/ha, so Germany's yield is 3.7 times Luxembourg's. The unweighted average of the 20 national figures is 62.07 t/ha; it is a plain country average, not an EU yield, because the dataset publishes no such aggregate.

Every number in this league is computed the same way: yield = harvested production at EU standard humidity ÷ the recorded cropped area for the same crop and year. Because the area is declared and rounded in the source data, each yield inherits that rounding — declared hectares move the national figure. Crop code R2000; all values in tonnes per hectare.

The 80-tonne club: Germany, Austria and France

Eighty tonnes per hectare is the magic round number for beet growers — and in 2024 exactly one EU country cleared it. Germany's 83.90 t/ha came with 5.0% more beet per hectare than second-placed Austria (79.89), itself only 0.11 t/ha short of the mark. France, third at 79.18, was 0.82 t/ha away.

The decade shows Germany consolidating rather than surging. Its yield series is complete — ten annual points from 2015 to 2024 — and rose from 72.17 t/ha in 2015 to 83.90 in 2024, a gain of 16.3%, with a CV (coefficient of variation, the standard deviation of annual yield around its own ten-year average) of 8.2%. Austria rose further, from 62.80 to 79.89 (+27.2%), while France moved the other way: 87.02 in 2015 down to 79.18 in 2024 (-9.0%).

Spain is the decade's cautionary tale: its 95.87 t/ha in 2015 was the highest single figure any of today's top six recorded in the window, and Spain stayed above 80 t/ha every year from 2015 to 2023 — 2024's 77.08 t/ha (-19.6% over the decade) dropped it to fourth. The Netherlands is the thinnest series of the six: it reported eight of ten years, with no 2021 or 2022 yield point, and moved from 83.30 to 75.50 (-9.4%). In 2017 four countries cleared 80 tonnes — France 95.25, Belgium 95.11, the Netherlands 93.30 and Germany 83.75 — so the club has shrunk, not the crop.

Why beet yields dwarf grain crops: sugar concentration and irrigation

The gap between beets and grains is not a rounding difference. In 2024 the EU's best wheat yield was 8.14 t/ha (Ireland), the best barley 7.07 (Ireland) and the best grain maize 12.12 (Spain). Germany's 83.90 t/ha of sugar beet is 10.3 times the best wheat, 11.9 times the best barley and 6.9 times the best maize.

At EU level the same order holds: dividing the official EU-27 production total by the recorded area gives an implied average of 75.16 t/ha for sugar beet in 2024 against 5.49 t/ha for wheat — 13.7 times. The agronomic reason is straightforward but outside this dataset: a sugar beet is a juicy storage root harvested whole, while wheat and barley yield dry grain. Sugar concentration and irrigation shape how heavy each root gets, but apro_cpsh1 records only volumes, areas and yields — no sugar content, no growing systems, no irrigation — so the dataset can show the gap, not explain its biology.

The EU's implied beet yield also moved over the decade: 71.90 t/ha in 2015 (95 654.8 thousand tonnes of production divided by 1 330.4 thousand hectares of area) against 75.16 in 2024, a rise of 4.5%, because production grew faster (+27.2%) than area (+21.7%). Remember the construction: yield = harvested production at EU standard humidity ÷ recorded cropped area, so it carries the rounding of the declared area underneath it.

Post-quota farming: how the crop changed after 2017

EU sugar beet production is an official EU-27 aggregate in this dataset, and its decade is a policy story. Output ran from 95 654.8 thousand tonnes in 2015 to a window peak of 134 201.7 in 2017 — the year the EU sugar quota regime ended — then fell 16.6% in a single year to 111 932.7 in 2018. The decline continued to 100 829.2 thousand tonnes in 2020 before the recovery to 121 644.8 in 2024: +27.2% across the window, but still 9.4% below the 2017 peak.

Land followed the same arc with less drama: EU beet area rose from 1 330.4 thousand hectares in 2015 to 1 645.5 in 2017, dipped to 1 487.1 in 2020 and recovered to 1 618.6 in 2024 — +21.7% over the window. Because production grew faster than land, implied yield improved from 71.90 to 75.16 t/ha (+4.5%). The annual series is not smooth: EU production varied with a CV of 9.3% across the ten years, and one bad weather year moves millions of tonnes.

Where the extra beet went is concentrated: Germany grew 36 682.2 thousand tonnes (30.2% of the EU harvest) on 437.2 thousand hectares (27.0% of EU area), France 32 594.1 (26.8%) on 411.6 (25.4%) and Poland 18 430.3 (15.2%) on 277.9 (17.2%) — the same three-country picture mapped from the production side in the companion article on EU sugar supply risk. As that article notes, the data alone cannot separate the 2017 policy change from weather and market factors; what it shows clearly is a bigger, more concentrated crop.

Allotment translation: what 80 t/ha means for a garden bed

Scale the record down and 83.90 t/ha becomes graspable: 8.39 kilograms of sugar beet per square metre. A standard football pitch, 105 by 68 metres or about 7 140 square metres, would carry roughly 59.9 tonnes at the German 2024 average — a small lorryload from one pitch. These are arithmetic translations of the reported yield, not separate dataset observations.

An allotment of 250 square metres at that same average would grow about 2.1 tonnes — roughly 2 098 kilograms of beets pulled from a plot the size of a large garden; a full 1 000 square metres gives 8.4 tonnes. Treat these as illustrations of scale: the national yield is an average over commercial fields, and a small plot with poorer soil or no processing contract will land well below it. And because the dataset carries no sugar content, no figure here says how much sugar those 2.1 tonnes would make.

For a beginner the practical takeaways are three. First, EU yield tables are national: no EU-27 aggregate yield line exists for sugar beet, and 20 countries reported in 2024. Second, yield here means harvested production at EU standard humidity divided by recorded area, so it moves with both weather and declared hectares. Third, the headline number — Germany's 83.90 t/ha — is a 2024 result, not a promise: the same series dipped to 63.28 t/ha in 2018.

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