India Leads Global Onion Production: Key Factors Behind Its Dominance

Vegetables

Abstract

Data for 2022 reveals that India is the world’s largest producer of onions. This advantage is due to India’s vast agricultural land and diverse climatic conditions, as well as the fact that onions are consumed as an important food in the country. On the other hand, other major onion-producing countries include China and Egypt, which are also active producers, but not on the same scale as India. The demand for onions is stable worldwide, and they are widely used as a basic element in the food industry and cooking. Therefore, it is expected that India’s production will continue to hold a leading position, but factors such as climate change and changes in agricultural policies may cause fluctuations in the ranking of producing countries and production volumes.

Onion production (worldwide)

Onion production has increased globally over the past few decades. This growth is due to advances in agricultural technology, improved productivity, and rising demand. Agriculture, especially in developing countries, is modernizing, leading to improved onion cultivation techniques and varieties. India’s rapid economic growth has led to an expansion of the country’s agricultural sector, which has led to an increase in onion production. However, factors such as climate change and poor weather can affect production in some regions. Changes in demand and fluctuations in trade relations also affect the onion market. Going forward, it is expected that the adoption of sustainable agricultural practices and technological innovations will support onion production and contribute to global food security.

Onion production (worldwide)
agri

The maximum is the latest one, 31.7Mt of India

Onion production (latest year, world)

The production of onion as an agricultural crop is supported by stable global demand and rich agricultural regions. In particular, India’s overwhelming production of 31.7 Mt accounts for about one-third of the total global production. This figure reflects the fact that India has vast agricultural land and diverse climatic conditions, and onions are consumed as an important food in the country. Meanwhile, other major producing countries also contribute to onion production, reaching a total of 111 Mt. This shows that onions are in demand as an important food globally, and many countries are focusing on production. This trend is due to the increase in global food demand and the multipurpose use of onions. Advances in agricultural technology and the adoption of sustainable agricultural practices also contribute to the increase in production. However, factors such as climate change and unfavorable weather can cause fluctuations in production. It is expected that countries around the world will continue to focus on onion production and make efforts to meet the demand.

Onion production (latest year, world)
agri

The maximum is 31.7Mt of India, the average is 774kt, and the total is 111Mt

Onion production (continent)

Asia’s production of agricultural onions reached a record 76.4 Mt in 2022, making it the largest producer in the world. Behind this increase is the rapid economic growth of Asian countries and the increase in food demand due to population growth. Large agricultural countries such as China and India in particular are focusing on onion production, leading the world’s production. Advances in agricultural technology, improved cultivation methods, and seed selection also contribute to increased production. On the other hand, there is a risk that climate change and weather instability will affect agricultural production. Therefore, the adoption of sustainable agricultural practices and the development of irrigation facilities will be important factors supporting future onion production. From the perspective of global food security, the agricultural sector must also focus on improving productivity and ensuring sustainability.

Onion production (continent)
agri

The maximum is the latest one, 76.4Mt of Asia

Onion production (latest year, continent)

Asia’s production of agricultural onions reached a record 76.4 Mt in 2022, making it the largest producer in the world. This increase is due to the rapid economic growth of Asian countries and the growing demand for food due to population growth. Large agricultural countries such as China and India in particular are focusing on onion production, leading the world’s production. On the other hand, onion production is also thriving in regions other than Asia, and many countries in Europe and North America are actively engaged in production. This brings the average global onion production to 18.4 Mt, and the total to 111 Mt. Advances in agricultural technology, improved cultivation methods, and seed selection have contributed to increased production, but there are still risks that climate change and weather instability will affect agricultural production. The adoption of sustainable agricultural practices and the development of irrigation facilities are essential to ensure future onion production. As a result, the global agricultural sector must continue to focus on improving productivity and ensuring sustainability and making efforts to ensure food security.

Onion production (latest year, continent)
agri

The maximum is 76.4Mt of Asia, the average is 18.4Mt, and the total is 111Mt

Main data

Production(Onion, Production volume, t) [Mt]
World Asia Lower-middle-income countries Upper-middle-income countries Southern Asia India Eastern Asia China Net Food Importing Developing Countries Africa
2022 110.62 76.43 52.54 39.16 38.77 31.69 27.12 24.61 17.57 14.9
2021 106.75 71.7 47.6 39.06 33.79 26.64 27.27 24.49 17.4 14.52
2020 105.11 70.66 46.62 39.08 32.97 26.09 27.44 24.82 16.36 14.08
2019 100.08 66.14 42.31 38.58 29.11 22.82 27.53 24.5 15.86 13.72
2018 97.41 65.04 42.12 37.79 28.89 23.26 26.95 24.18 15.32 13.22
2017 97.08 63.39 40.4 38.15 28.15 22.43 26.5 24.03 14.98 12.75
2016 94.84 62.45 39.13 37.4 27.07 20.93 26.43 23.79 14.03 11.93
2015 91.57 59.47 37.73 36.55 25.06 18.93 25.89 23.44 14.75 12.4
2014 89.45 58.56 36.67 35.51 24.96 19.4 25.45 22.59 13.54 11.18
2013 84.77 57.31 34.31 34.73 24.53 19.3 24.81 22.35 11.28 8.9
2012 82.56 54.18 32.28 34.56 22.01 16.81 24.63 22.24 11.84 9.3
2011 84.67 55.5 33.04 35.02 23.08 17.51 24.74 22.06 12.19 8.99
2010 79.14 51.63 29.77 33.88 20.05 15.12 24.29 21.75 11.43 9.08
2009 74.37 47.21 25.96 32.59 16.59 12.16 23.66 21.05 10.96 8.64
2008 75.01 48.84 27.51 32.41 18.79 13.57 23.22 20.82 10.86 8.1
2007 73.79 48.86 26.97 31.5 19.16 13.9 23.13 20.57 10.22 7.49
2006 68.17 44.05 23.38 30.05 16.26 10.85 21.74 19.6 10.28 7.38
2005 65.76 41.81 21.11 29.64 14.03 9.43 21.25 19.05 9.63 7.11
2004 62.45 38.09 18.14 28.47 11.66 7.76 20.21 18.05 8.41 6.69
2003 56.29 35.1 15.06 27.5 9.99 6.27 19.54 17.54 7.32 5.33
2002 52.75 32.54 12.75 26.49 7.86 4.21 18.84 16.54 6.82 4.75
2001 52.03 32.72 13.74 24.96 8.98 5.25 17.44 15.02 6.36 4.18
2000 49.96 30.67 12.94 23.87 8.5 4.72 16.31 14.1 6.04 3.74
1999 49.04 29.04 13.2 22.43 8.56 4.9 13.95 11.73 5.76 4.2
1998 45.68 26.93 12.35 20.47 8.44 5.33 13.15 10.84 5.37 3.9
1997 40.98 23.51 9.67 19.08 6.36 3.2 12.12 10.04 4.66 3.36
1996 41.05 23.96 10.54 18.3 7.36 4.18 11.57 9.64 4.35 3.08
1995 39.81 23.49 10.27 17.01 7.16 4.08 10.53 8.2 4.05 2.89
1994 36.44 20.81 10.01 15.01 7.03 4.04 9.36 7.63 4.04 2.82
1993 34.8 19.35 9.9 13.48 6.8 4.01 8.53 6.53 4.15 2.97
1992 34.02 18.72 10.03 12.84 6.62 3.49 7.72 5.43 3.97 2.71
1991 32.03 16.55 8.12 13.41 6.42 3.58 7.06 5.14 3.88 2.82
1990 30.1 15.3 7.18 13.31 5.36 3.23 6.84 5.03 2.99 2.09
1989 28.87 14.22 6.43 12.88 4.68 3.07 6.73 4.82 2.81 1.88
1988 28.9 14.21 6.69 12.95 4.79 3.35 6.67 4.82 2.79 1.97
1987 28.37 13.77 6.39 12.68 4.39 2.7 6.63 4.73 2.78 2.01
1986 27.45 13.19 6.15 12.42 4.07 2.53 6.33 4.63 2.82 2.06
1985 26.8 13.34 6.13 11.47 4.28 2.86 6.37 4.53 2.58 1.87
1984 25.68 12.32 6.39 10.73 4.62 3.1 5.37 4.04 2.44 1.81
1983 24.37 12.08 5.78 10.34 4.15 2.7 5.78 4.02 2.49 1.78
1982 24.63 11.94 5.61 10.33 4.04 2.43 5.78 4.04 2.36 1.66
1981 23 11.23 5.36 9.82 3.93 2.65 5.13 3.77 2.15 1.57
1980 22 10.57 5.31 9.22 3.78 2.5 4.74 3.28 2.32 1.6
1979 22.58 10.83 4.97 9.53 3.61 2.5 5.15 3.47 2.13 1.5
1978 21.86 10.1 4.69 9.17 3.24 2.2 4.85 3.54 2.04 1.45
1977 21 9.84 4.71 8.38 3.15 2.23 4.75 3.35 2.13 1.58
1976 19.08 8.93 4.24 8.02 2.82 1.95 4.43 3.16 2.07 1.53
1975 18.35 8.86 4.28 7.62 2.93 2.1 4.3 3.16 1.87 1.37
1974 18.79 8.72 4.19 7.69 2.75 2 4.24 3.07 1.91 1.42
1973 17.83 8.43 3.89 7.52 2.68 1.98 4.14 3.03 1.62 1.16
1972 16.79 8.11 3.77 6.68 2.63 1.92 4.02 2.78 1.64 1.06
1971 17.17 8.19 3.81 6.86 2.62 1.9 4.2 3.05 1.76 1.17
1970 16.4 7.81 3.53 6.55 2.51 1.8 3.8 2.73 1.61 0.99
1969 16.82 8.81 3.55 7.22 2.45 1.75 5.1 3.88 1.62 1.08
1968 16.13 8.27 3.27 6.87 2.33 1.7 4.84 3.73 1.48 0.91
1967 15.91 7.85 3.34 6.59 2.24 1.63 4.44 3.42 1.62 1.05
1966 15.02 7.41 3.03 6.41 1.89 1.35 4.47 3.37 1.59 1.11
1965 14.61 7.25 2.95 6.13 1.8 1.32 4.34 3.42 1.56 1.09
1964 14.36 7.17 2.85 6.04 1.72 1.29 4.32 3.29 1.48 1.05
1963 14.22 7.14 2.82 6.22 1.68 1.26 4.34 3.69 1.41 1.03
1962 14.01 7.51 2.65 6.49 1.61 1.23 4.87 4.12 1.25 0.94
1961 13.91 7.4 2.49 6.73 1.58 1.2 4.89 4.21 1.14 0.86

Reference

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

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