Meat and meat products — Selenium supply — Value by country
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...
What the numbers show
Meat and meat products — Selenium supply — Value is currently reported for 160 countries. The highest value is 1 μg/cap/d in Saudi Arabia; the lowest is 0 μg/cap/d in Micronesia (Federated States of).
The median across all reporting countries is 0 μg/cap/d, and the mean is 0.025 μg/cap/d.
Meat and meat products — Selenium supply — Value: full country ranking
| # | Country | Latest | Year | 10-year change | Trend |
|---|---|---|---|---|---|
| 1 | Saudi Arabia | 1 μg/cap/d | 2023 | — | volatile |
| 1 | China, Hong Kong SAR | 1 μg/cap/d | 2023 | — | volatile |
| 1 | Republic of Korea | 1 μg/cap/d | 2023 | unchanged | volatile |
| 1 | China, Macao SAR | 1 μg/cap/d | 2023 | unchanged | rising |
| 5 | Angola | 0 μg/cap/d | 2023 | — | flat |
| 5 | Albania | 0 μg/cap/d | 2023 | — | flat |
| 5 | United Arab Emirates | 0 μg/cap/d | 2023 | — | flat |
| 5 | Argentina | 0 μg/cap/d | 2023 | — | flat |
| 5 | Armenia | 0 μg/cap/d | 2023 | — | flat |
| 5 | Australia | 0 μg/cap/d | 2023 | — | flat |
| 5 | Austria | 0 μg/cap/d | 2023 | — | flat |
| 5 | Azerbaijan | 0 μg/cap/d | 2023 | — | flat |
| 5 | Belgium | 0 μg/cap/d | 2023 | — | flat |
| 5 | Burkina Faso | 0 μg/cap/d | 2023 | — | flat |
| 5 | Bangladesh | 0 μg/cap/d | 2023 | — | flat |
| 5 | Bulgaria | 0 μg/cap/d | 2023 | — | flat |
| 5 | Bahrain | 0 μg/cap/d | 2023 | — | flat |
| 5 | Bahamas | 0 μg/cap/d | 2023 | — | flat |
| 5 | Bosnia and Herzegovina | 0 μg/cap/d | 2023 | — | flat |
| 5 | Belarus | 0 μg/cap/d | 2023 | — | flat |
| 5 | Belize | 0 μg/cap/d | 2023 | — | flat |
| 5 | Brazil | 0 μg/cap/d | 2023 | — | flat |
| 5 | Barbados | 0 μg/cap/d | 2023 | — | flat |
| 5 | Botswana | 0 μg/cap/d | 2023 | — | flat |
| 5 | Canada | 0 μg/cap/d | 2023 | — | flat |
| 5 | Switzerland | 0 μg/cap/d | 2023 | — | flat |
| 5 | Chile | 0 μg/cap/d | 2023 | — | flat |
| 5 | China | 0 μg/cap/d | 2023 | — | flat |
| 5 | Cameroon | 0 μg/cap/d | 2023 | — | flat |
| 5 | Congo | 0 μg/cap/d | 2023 | — | flat |
| 5 | Colombia | 0 μg/cap/d | 2023 | — | flat |
| 5 | Costa Rica | 0 μg/cap/d | 2023 | — | flat |
| 5 | Cuba | 0 μg/cap/d | 2019 | — | flat |
| 5 | Cyprus | 0 μg/cap/d | 2023 | — | flat |
| 5 | Czechia | 0 μg/cap/d | 2023 | — | flat |
| 5 | Germany | 0 μg/cap/d | 2023 | — | flat |
| 5 | Djibouti | 0 μg/cap/d | 2023 | — | flat |
| 5 | Denmark | 0 μg/cap/d | 2023 | — | flat |
| 5 | Dominican Republic | 0 μg/cap/d | 2023 | — | flat |
| 5 | Algeria | 0 μg/cap/d | 2023 | — | flat |
| 5 | Ecuador | 0 μg/cap/d | 2023 | — | volatile |
| 5 | Egypt | 0 μg/cap/d | 2023 | — | flat |
| 5 | Spain | 0 μg/cap/d | 2023 | — | flat |
| 5 | Estonia | 0 μg/cap/d | 2023 | — | volatile |
| 5 | Ethiopia | 0 μg/cap/d | 2023 | — | flat |
| 5 | Finland | 0 μg/cap/d | 2023 | — | flat |
| 5 | Fiji | 0 μg/cap/d | 2023 | — | flat |
| 5 | France | 0 μg/cap/d | 2023 | — | flat |
| 5 | Gabon | 0 μg/cap/d | 2023 | — | flat |
| 5 | Georgia | 0 μg/cap/d | 2023 | — | flat |
| 5 | Ghana | 0 μg/cap/d | 2023 | — | flat |
| 5 | Guinea | 0 μg/cap/d | 2023 | — | flat |
| 5 | Greece | 0 μg/cap/d | 2023 | — | flat |
| 5 | Grenada | 0 μg/cap/d | 2023 | — | flat |
| 5 | Guatemala | 0 μg/cap/d | 2023 | — | flat |
| 5 | Guyana | 0 μg/cap/d | 2023 | — | flat |
| 5 | Honduras | 0 μg/cap/d | 2023 | — | flat |
| 5 | Croatia | 0 μg/cap/d | 2023 | — | flat |
| 5 | Haiti | 0 μg/cap/d | 2023 | — | flat |
| 5 | Hungary | 0 μg/cap/d | 2023 | — | flat |
| 5 | Indonesia | 0 μg/cap/d | 2023 | — | flat |
| 5 | India | 0 μg/cap/d | 2023 | — | flat |
| 5 | Ireland | 0 μg/cap/d | 2023 | — | flat |
| 5 | Iraq | 0 μg/cap/d | 2023 | — | flat |
| 5 | Iceland | 0 μg/cap/d | 2023 | — | flat |
| 5 | Israel | 0 μg/cap/d | 2023 | — | flat |
| 5 | Italy | 0 μg/cap/d | 2023 | — | flat |
| 5 | Jamaica | 0 μg/cap/d | 2023 | — | flat |
| 5 | Jordan | 0 μg/cap/d | 2023 | — | flat |
| 5 | Kazakhstan | 0 μg/cap/d | 2023 | — | flat |
| 5 | Kenya | 0 μg/cap/d | 2023 | — | flat |
| 5 | Kyrgyzstan | 0 μg/cap/d | 2023 | — | flat |
| 5 | Cambodia | 0 μg/cap/d | 2023 | — | flat |
| 5 | Kiribati | 0 μg/cap/d | 2014 | — | flat |
| 5 | Kuwait | 0 μg/cap/d | 2023 | — | flat |
| 5 | Lebanon | 0 μg/cap/d | 2023 | — | flat |
| 5 | Liberia | 0 μg/cap/d | 2023 | — | flat |
| 5 | Libya | 0 μg/cap/d | 2023 | — | flat |
| 5 | Saint Lucia | 0 μg/cap/d | 2023 | — | flat |
| 5 | Sri Lanka | 0 μg/cap/d | 2023 | — | flat |
| 5 | Lesotho | 0 μg/cap/d | 2023 | — | flat |
| 5 | Lithuania | 0 μg/cap/d | 2023 | — | flat |
| 5 | Luxembourg | 0 μg/cap/d | 2023 | — | flat |
| 5 | Latvia | 0 μg/cap/d | 2023 | — | flat |
| 5 | Morocco | 0 μg/cap/d | 2023 | — | flat |
| 5 | Madagascar | 0 μg/cap/d | 2023 | — | flat |
| 5 | Maldives | 0 μg/cap/d | 2023 | — | flat |
| 5 | Mexico | 0 μg/cap/d | 2023 | — | flat |
| 5 | Marshall Islands | 0 μg/cap/d | 2023 | — | flat |
| 5 | North Macedonia | 0 μg/cap/d | 2020 | — | flat |
| 5 | Malta | 0 μg/cap/d | 2023 | — | flat |
| 5 | Myanmar | 0 μg/cap/d | 2023 | — | flat |
| 5 | Montenegro | 0 μg/cap/d | 2023 | — | flat |
| 5 | Mongolia | 0 μg/cap/d | 2023 | — | flat |
| 5 | Mozambique | 0 μg/cap/d | 2023 | — | flat |
| 5 | Mauritius | 0 μg/cap/d | 2023 | — | flat |
| 5 | Malawi | 0 μg/cap/d | 2020 | — | flat |
| 5 | Malaysia | 0 μg/cap/d | 2023 | — | flat |
| 5 | Namibia | 0 μg/cap/d | 2023 | — | flat |
| 5 | New Caledonia | 0 μg/cap/d | 2023 | down 100.0% | volatile |
| 5 | Niger | 0 μg/cap/d | 2020 | — | flat |
| 5 | Nigeria | 0 μg/cap/d | 2023 | — | flat |
| 5 | Nicaragua | 0 μg/cap/d | 2023 | — | flat |
| 5 | Norway | 0 μg/cap/d | 2023 | — | flat |
| 5 | Nepal | 0 μg/cap/d | 2020 | — | flat |
| 5 | New Zealand | 0 μg/cap/d | 2023 | — | flat |
| 5 | Oman | 0 μg/cap/d | 2023 | — | flat |
| 5 | Pakistan | 0 μg/cap/d | 2023 | — | flat |
| 5 | Panama | 0 μg/cap/d | 2023 | — | flat |
| 5 | Peru | 0 μg/cap/d | 2023 | — | flat |
| 5 | Philippines | 0 μg/cap/d | 2023 | — | flat |
| 5 | Papua New Guinea | 0 μg/cap/d | 2023 | — | flat |
| 5 | Poland | 0 μg/cap/d | 2023 | — | flat |
| 5 | Portugal | 0 μg/cap/d | 2023 | — | flat |
| 5 | Paraguay | 0 μg/cap/d | 2020 | — | flat |
| 5 | French Polynesia | 0 μg/cap/d | 2023 | — | volatile |
| 5 | Qatar | 0 μg/cap/d | 2023 | — | flat |
| 5 | Romania | 0 μg/cap/d | 2023 | — | flat |
| 5 | Rwanda | 0 μg/cap/d | 2023 | — | flat |
| 5 | Senegal | 0 μg/cap/d | 2023 | — | flat |
| 5 | Solomon Islands | 0 μg/cap/d | 2023 | — | flat |
| 5 | El Salvador | 0 μg/cap/d | 2023 | — | flat |
| 5 | Serbia | 0 μg/cap/d | 2023 | — | flat |
| 5 | Slovakia | 0 μg/cap/d | 2023 | — | flat |
| 5 | Slovenia | 0 μg/cap/d | 2023 | — | flat |
| 5 | Sweden | 0 μg/cap/d | 2023 | — | flat |
| 5 | Seychelles | 0 μg/cap/d | 2023 | down 100.0% | volatile |
| 5 | Thailand | 0 μg/cap/d | 2023 | — | flat |
| 5 | Tajikistan | 0 μg/cap/d | 2018 | — | flat |
| 5 | Turkmenistan | 0 μg/cap/d | 2023 | — | flat |
| 5 | Tonga | 0 μg/cap/d | 2023 | — | flat |
| 5 | Trinidad and Tobago | 0 μg/cap/d | 2023 | — | flat |
| 5 | Tunisia | 0 μg/cap/d | 2023 | — | flat |
| 5 | Uganda | 0 μg/cap/d | 2020 | — | flat |
| 5 | Ukraine | 0 μg/cap/d | 2023 | — | flat |
| 5 | Uruguay | 0 μg/cap/d | 2020 | — | flat |
| 5 | Uzbekistan | 0 μg/cap/d | 2023 | — | flat |
| 5 | Vanuatu | 0 μg/cap/d | 2023 | — | flat |
| 5 | Samoa | 0 μg/cap/d | 2023 | down 100.0% | volatile |
| 5 | Yemen | 0 μg/cap/d | 2023 | — | flat |
| 5 | Zambia | 0 μg/cap/d | 2023 | — | flat |
| 5 | Timor-Leste | 0 μg/cap/d | 2019 | — | flat |
| 5 | Cabo Verde | 0 μg/cap/d | 2023 | — | flat |
| 5 | Democratic Republic of the Congo | 0 μg/cap/d | 2023 | — | flat |
| 5 | Bolivia (Plurinational State of) | 0 μg/cap/d | 2020 | — | flat |
| 5 | Iran (Islamic Republic of) | 0 μg/cap/d | 2023 | — | flat |
| 5 | Republic of Moldova | 0 μg/cap/d | 2023 | — | flat |
| 5 | Russian Federation | 0 μg/cap/d | 2023 | — | flat |
| 5 | Venezuela (Bolivarian Republic of) | 0 μg/cap/d | 2023 | — | flat |
| 5 | Viet Nam | 0 μg/cap/d | 2023 | — | flat |
| 5 | Türkiye | 0 μg/cap/d | 2023 | — | flat |
| 5 | China, mainland | 0 μg/cap/d | 2023 | — | flat |
| 5 | Côte d'Ivoire | 0 μg/cap/d | 2023 | — | flat |
| 5 | Lao People's Democratic Republic | 0 μg/cap/d | 2023 | — | flat |
| 5 | United Republic of Tanzania | 0 μg/cap/d | 2023 | — | flat |
| 5 | China, Taiwan Province of | 0 μg/cap/d | 2023 | — | flat |
| 5 | Netherlands (Kingdom of the) | 0 μg/cap/d | 2023 | — | flat |
| 5 | United Kingdom of Great Britain and Northern Ireland | 0 μg/cap/d | 2023 | — | flat |
| 5 | Democratic People's Republic of Korea | 0 μg/cap/d | 2018 | — | flat |
| 5 | Micronesia (Federated States of) | 0 μg/cap/d | 2023 | — | flat |
Regions and income groups
Aggregates are excluded from the country ranking above so that a region can never outrank a country.
- South Africa 0 μg/cap/d
- United States of America 0 μg/cap/d
About this data
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.