How much millet is eaten around the world?

Cereals

Abstract

Millet, a staple grain primarily used in food and fodder, has been cultivated for thousands of years, especially in Asia and Africa. In 2022, China led global production with 1.43 million tons, reflecting its long history of millet farming. Historically, millet was a key crop in regions with dry, less fertile soil due to its drought resistance. In recent decades, millet consumption has declined in many countries due to the rise of rice and wheat. However, there has been a resurgence in interest due to millet’s nutritional benefits, particularly its high fiber and antioxidant content, making it a key focus for sustainable agriculture.

Millet as food (worldwide)

Artificial millet, which refers to millet cultivated through enhanced agricultural techniques, has seen significant growth in China, which recorded the highest production of 1.46 million tons in 2021. This marks a peak, with 2022 production at 97.8% of that level. Historically, millet has been a vital crop in regions with arid climates due to its drought tolerance. Over time, global production fluctuated as other grains gained prominence. In recent years, however, artificial millet has gained attention for its nutritional benefits, sparking renewed interest in its cultivation as a sustainable, health-conscious alternative to traditional staples.

Millet as food (worldwide)
agri

The maximum is 12.1Mt[2010] of India, and the current value is about 89.7%

Millet as food (latest year, countries around the world)

In global agriculture, millet plays a significant role, with China leading in production, recording 1.43 million tons in 2022. The global average production was 78.6 million tons, contributing to a total world production of 6.05 million tons. Historically, millet has been valued for its adaptability to drought-prone regions, making it a staple in parts of Asia and Africa. Over time, global millet production has fluctuated, with a decline in consumption in some areas due to the rise of other grains. However, millet is regaining attention as a nutritious and sustainable crop, contributing to its growing market presence in recent years.

Millet as food (latest year, countries around the world)
agri

The maximum is 10.8Mt of India, the average is 250kt, and the total is 21.5Mt

Millet Food (Continent)

Artificial millet, developed through advanced agricultural practices, has seen notable trends in Asia, where production peaked at 4.72 million tons in 1961, marking its highest value to date. Millet’s resilience to drought and poor soil conditions has made it an essential crop in arid regions. Over time, its use declined as other grains became more dominant. However, in recent years, artificial millet has gained renewed interest due to its health benefits, including high fiber and nutritional content. This resurgence aligns with global shifts toward sustainable agriculture and nutrient-dense crops.

Millet Food (Continent)
agri

The maximum is 19.6Mt[1970] of Asia, and the current value is about 65.3%

Millet as food (latest year, continent)

In 2022, artificial millet saw significant production in Asia, with a peak of 4.72 million tons, reflecting its historical importance in the region. The average production across global markets was 1.47 million tons, contributing to a total of 7.37 million tons worldwide. Millet’s drought resistance and adaptability to poor soil have made it a vital crop in arid regions. While its global importance waned due to the rise of other grains, recent trends show a resurgence in demand, driven by growing interest in sustainable agriculture and millet’s nutritional benefits, making it a key focus for future agricultural development.

Millet as food (latest year, continent)
agri

The maximum is 12.8Mt of Asia, the average is 7.18Mt, and the total is 21.5Mt

Main data

Production(Millet, Food) [Mt]
World Lower-middle-income countries Asia Southern Asia India Africa Net Food Importing Developing Countries Low Income Food Deficit Countries Least Developed Countries Low-income countries
2021 21.54 13.88 12.78 11.25 10.83 8.62 7.17 7.07 6.93 6.07
2020 22.25 13.2 12.1 10.52 10.09 9.99 8.56 8.43 8.29 7.39
2019 21.34 12.66 11.26 9.96 9.47 9.89 8.55 8.41 8.18 7.27
2018 22.2 13.18 11.78 10.47 10 10.33 8.88 8.69 8.56 7.68
2017 21.32 12.79 12.01 10.57 10.11 9.19 8.26 8.08 7.93 7.05
2016 21.33 13.27 11.88 11 10.55 9.16 8.17 8.02 7.91 7.04
2015 22.58 14.41 13.31 12.16 11.7 8.95 8.04 7.88 7.75 6.89
2014 20.97 12.81 12 10.64 10.2 8.7 7.86 7.73 7.58 6.72
2013 20.29 12.33 11.52 10.42 9.97 8.55 7.95 7.82 7.65 6.8
2012 20.15 12.66 11.76 10.66 10.2 8.14 7.41 7.29 7.1 6.32
2011 20.87 14.16 12.97 11.98 11.5 7.54 6.82 6.64 6.53 5.62
2010 21.91 15.24 13.55 12.55 12.08 8.23 6.9 6.74 6.62 5.72
2009 21.57 15.02 10.12 9.56 9.12 11.18 6.93 20.72 6.66 5.25
2008 22.49 15.64 11.05 10.25 9.82 11.17 6.95 21.44 6.7 5.34
2007 23.24 16.35 11.57 10.66 10.22 11.44 7 22.09 6.67 5.21
2006 22.38 15.39 10.63 9.64 9.24 11.49 7.06 21.03 6.81 5.22
2005 21.78 15.17 10.72 9.76 9.36 10.79 6.52 20.44 6.29 4.89
2004 22.02 15.48 11.21 10.1 9.71 10.5 6.32 20.49 6.1 4.72
2003 22.51 15.98 11.9 10.74 10.32 10.32 6.25 20.99 5.99 4.61
2002 20.3 13.99 10.17 8.83 8.45 9.91 5.93 18.65 5.7 4.36
2001 21.94 15.49 11.84 10.56 10.17 9.67 5.97 20.13 5.75 4.39
2000 21.33 14.8 10.72 9.41 9.04 10.16 5.97 19.47 5.76 4.29
1999 19.9 13.35 9.42 8.13 7.73 9.99 5.95 18.01 5.74 4.27
1998 21.03 14.87 11.18 9.63 9.2 9.37 5.34 18.91 5.13 3.84
1997 21.32 15.03 11.51 9.74 9.31 9.44 5.43 19.08 5.22 3.87
1996 21.46 15.32 11.95 10.19 9.83 9.13 5.17 19.24 5.01 3.74
1995 19.23 13.09 9.78 8.04 7.68 8.94 5.07 16.92 4.9 3.66
1994 21.62 14.1 12.54 9.54 9.12 8.5 5.28 17.99 5.06 3.7
1993 19.53 12.26 10.85 7.93 7.56 7.87 4.76 15.77 4.59 3.48
1992 22.71 15.47 14.05 11.32 10.92 7.88 4.88 19.16 4.7 3.39
1991 19.36 11.55 10.33 7.69 7.32 7.74 4.96 15.36 4.82 3.42
1990 24.47 14.36 13.37 9.72 9.33 8.55 5.07 18.23 4.87 3.51
1989 24.25 14.4 13.35 10 9.63 7.94 4.7 17.91 4.49 3.18
1988 23.4 14.28 13.74 10.46 10.14 7.35 4.63 17.76 4.42 3.19
1987 20.11 10.39 10.09 6.52 6.24 7.15 4.41 13.63 4.24 2.97
1986 21.23 11.79 12.51 7.94 7.59 6.98 4.22 14.9 4.02 2.82
1985 20.27 10.6 11.69 7.07 6.72 6.45 4.07 13.49 3.85 2.59
1984 21.83 12.66 14.55 9.47 9.11 5.89 3.7 15.38 3.5 2.39
1983 24.24 14.22 16.88 11.35 10.98 5.53 3.81 16.91 3.62 2.35
1982 20.64 10.78 13.29 8 7.73 5.49 3.69 13.53 3.52 2.36
1981 20.77 12.24 14.11 9.48 9.17 5.31 3.51 14.85 3.31 2.16
1980 19.98 11.42 13.28 8.7 8.42 5.34 3.67 14.04 3.44 2.17
1979 19.09 10.39 12.64 7.69 7.36 5.33 3.72 13.05 3.46 2.2
1978 21.75 12.75 14.95 10 9.67 5.19 3.56 15.19 3.27 2.02
1977 20.88 11.99 14.02 9.13 8.79 5.4 3.6 14.52 3.32 2.13
1976 22.13 12.18 13.92 9.02 8.69 5.9 3.86 14.87 3.57 2.17
1975 22.37 13.72 15.15 9.81 9.46 6.4 3.74 16.18 3.45 2.13
1974 21.27 10.92 12.65 6.84 6.4 6.61 3.82 13.41 3.44 2.2
1973 26.51 14.58 17.03 10.88 10.36 6.27 3.82 17.09 3.36 2.23
1972 20.3 9.88 13.39 7.08 6.6 5.36 3.7 12.4 3.3 2.21
1971 23.44 11.47 16.5 8.63 8.1 5.45 3.78 14.05 3.31 2.26
1970 26.79 14.74 19.56 11.61 11.1 5.71 3.78 17.29 3.32 2.26
1969 24.38 11.92 16.46 8.87 8.39 5.51 3.65 14.37 3.24 2.19
1968 21.66 9.76 14.55 6.97 6.47 5.16 3.57 12.1 3.13 2.09
1967 23.45 11.48 16.07 8.71 8.16 5.03 3.49 13.71 2.97 1.99
1966 21.67 9.81 14.66 7.42 6.9 4.75 3.54 12.16 3.07 1.94
1965 18.54 9.03 12.23 6.42 5.92 4.7 3.21 11.1 2.74 1.82
1964 21.52 11.04 14.17 8.29 7.75 4.82 3.24 13.11 2.72 1.83
1963 19.7 10.54 13.51 7.64 7.2 4.86 3.03 12.5 2.59 1.73
1962 19.82 10.39 13.19 7.65 7.15 4.6 2.96 12.24 2.47 1.64
1961 20.03 10.23 13.33 7.5 7.07 4.6 2.87 12.11 2.43 1.67

Reference

Hannah Ritchie, Pablo Rosado and Max Roser (2023) – Agricultural Production. Published online at OurWorldInData.org.

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