Fats and oils — Riboflavin supply — Value in Hungary

Hungary: Fats and oils — Riboflavin supply — Value was 0.01 mg/cap/d in 2023. ▼ Falling

Latest (2023)
0.01 mg/cap/d
Change on year
unchanged
World rank
25th
of 163 countries
All-time high
0.05 mg/cap/d
in 2018
All-time low
0.01 mg/cap/d
in 2019
Years of data
14
2010–2023

Fats and oils — Riboflavin supply — Value in Hungary, 2010–2023

0.010.020.030.040.052010201620232010: 0.03 mg/cap/d2011: 0.04 mg/cap/d2012: 0.03 mg/cap/d2013: 0.03 mg/cap/d2014: 0.04 mg/cap/d2015: 0.04 mg/cap/d2016: 0.04 mg/cap/d2017: 0.04 mg/cap/d2018: 0.05 mg/cap/d2019: 0.01 mg/cap/d2020: 0.02 mg/cap/d2021: 0.01 mg/cap/d2022: 0.01 mg/cap/d2023: 0.01 mg/cap/d

Source: Food and Agriculture Organization of the United Nations. Measured in mg/cap/d.

Analysis

In 2023, fats and oils — riboflavin supply — value in Hungary stood at 0.01 mg/cap/d. That is the lowest value across all 14 years on record.

That represents a change of down 66.7% over ten years.

Over the whole period, fats and oils — riboflavin supply — value in Hungary peaked at 0.05 mg/cap/d in 2018 and was at its lowest, 0.01 mg/cap/d, in 2019.

That places Hungary 25th out of 163 countries with data for 2023, putting it in the top quarter.

The long-run direction has been consistently falling across the 14 years of available data.

Averages by decade

DecadeAverage LowestHighest Years
2010s 0.035 mg/cap/d 0.01 mg/cap/d 0.05 mg/cap/d 10
2020s 0.0125 mg/cap/d 0.01 mg/cap/d 0.02 mg/cap/d 4

Countries ranked near Hungary

  1. 25 Albania 0.01 mg/cap/d compare
  2. 25 Antigua and Barbuda 0.01 mg/cap/d compare
  3. 25 Armenia, Republic of 0.01 mg/cap/d compare
  4. 25 Australia 0.01 mg/cap/d compare
  5. 25 Azerbaijan, Republic of 0.01 mg/cap/d compare
  6. 25 Bahrain, Kingdom of 0.01 mg/cap/d compare
  7. 25 Barbados 0.01 mg/cap/d compare
  8. 25 Belize 0.01 mg/cap/d compare
  9. 25 Bosnia and Herzegovina 0.01 mg/cap/d compare
  10. 25 Botswana 0.01 mg/cap/d compare
  11. 25 Bulgaria 0.01 mg/cap/d compare
  12. 25 Chile 0.01 mg/cap/d compare
  13. 25 China, Hong Kong SAR 0.01 mg/cap/d compare
  14. 25 China, Macao SAR 0.01 mg/cap/d compare
  15. 25 Cyprus 0.01 mg/cap/d compare
  16. 25 Fiji, Republic of 0.01 mg/cap/d compare
  17. 25 Georgia 0.01 mg/cap/d compare
  18. 25 Ireland 0.01 mg/cap/d compare
  19. 25 Kazakhstan, Republic of 0.01 mg/cap/d compare
  20. 25 Lithuania, Republic of 0.01 mg/cap/d compare
  21. 25 Luxembourg 0.01 mg/cap/d compare
  22. 25 Maldives 0.01 mg/cap/d compare
  23. 25 Malta 0.01 mg/cap/d compare
  24. 25 Marshall Islands, Republic of the 0.01 mg/cap/d compare
  25. 25 Mauritius 0.01 mg/cap/d compare
  26. 25 Mongolia 0.01 mg/cap/d compare
  27. 25 Netherlands (Kingdom of the) 0.01 mg/cap/d compare
  28. 25 New Zealand 0.01 mg/cap/d compare
  29. 25 Pakistan 0.01 mg/cap/d compare
  30. 25 Panama 0.01 mg/cap/d compare
  31. 25 Republic of Korea 0.01 mg/cap/d compare
  32. 25 Romania 0.01 mg/cap/d compare
  33. 25 Russian Federation 0.01 mg/cap/d compare
  34. 25 St. Lucia 0.01 mg/cap/d compare
  35. 25 Samoa 0.01 mg/cap/d compare
  36. 25 Spain 0.01 mg/cap/d compare
  37. 25 Switzerland 0.01 mg/cap/d compare
  38. 25 Tonga 0.01 mg/cap/d compare
  39. 25 Tunisia 0.01 mg/cap/d compare
  40. 25 Uruguay 0.01 mg/cap/d compare

See the full ranking of 179 places →

More agriculture & rural data for Hungary

All data for Hungary →

Frequently asked questions

What is fats and oils — riboflavin supply — value in Hungary?
Fats and oils — riboflavin supply — value in Hungary was 0.01 mg/cap/d in 2023, according to Food and Agriculture Organization of the United Nations.
What is the highest fats and oils — riboflavin supply — value recorded in Hungary?
The highest recorded value was 0.05 mg/cap/d in 2018.
What is the lowest fats and oils — riboflavin supply — value recorded in Hungary?
The lowest recorded value was 0.01 mg/cap/d in 2019.
How does Hungary rank for fats and oils — riboflavin supply — value?
Hungary ranks 25th out of 163 countries with data for 2023.
Is fats and oils — riboflavin supply — value rising or falling in Hungary?
Over the last ten years it is down 66.7%. The long-run trend across the full record is falling.
Where does this Hungary data come from?
The figures come from Food and Agriculture Organization of the United Nations, published as part of Fats and oils — Riboflavin supply — Value. Statizoid updates them automatically from the source API.

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Fats and oils — Riboflavin supply — Value in Hungary. Statizoid, drawing on Food and Agriculture Organization of the United Nations. Retrieved 19 August 2026, from https://agriculture.statizoid.com/stat/fats-and-oils-riboflavin-supply-value/hungary/

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About this data

Indicator
Fats and oils — Riboflavin supply — Value
Unit
mg/cap/d
Source
Food and Agriculture Organization of the United Nations
Licence
CC BY-NC-SA 3.0 IGO (FAO)
Coverage
179 places, 2,425 data points, 2010–2023
Last refreshed

The dataset presents average daily per capita macro and micro nutrient availability by country and by FAO/WHO GIFT food groups (that are different from those used for the Food Balance Sheets), expressed in grams/milligrams/micrograms/kcal per capita per day. The population numbers used to calculate these statistics can be found in the Supply Utilization Accounts (SUA) dataset of FAOSTAT, as Total Population. Food availability quantities are derived from the SUA dataset. SUAs present a comprehensive picture of the pattern of a country's food supply and utilization during a specified reference period. The SUA shows for each food item - i.e. each primary commodity and a number of processed commodities potentially available for human consumption - the sources of supply and its utilization. The total quantity of foodstuffs produced in a country added to the total quantity imported and adjusted to any change in stocks that may have occurred since the beginning of the reference period gives the supply available during that period. On the utilization side a distinction is made between the quantities exported, fed to livestock, used for seed, put to manufacture for food use and non-food uses, losses during storage and transportation, and food supplies available for human consumption. The per capita supply of each such food item available for human consumption is then obtained by dividing the respective quantity by the related data on the population actually partaking of it.