South Africa Leads Global Orange Production with 44.8 Tons Per Hectare

Fruits

Abstract

Orange production has evolved significantly over the years, with South Africa emerging as a leading producer. In 2022, South Africa recorded the highest yield at 44.8 tons per hectare, reflecting advancements in agricultural practices and technology. Historically, orange cultivation has been concentrated in regions with favorable climates, particularly in the Mediterranean, the U.S., and Brazil. The global demand for oranges has driven an increase in production, with a trend towards more sustainable practices and organic farming. Additionally, changing consumer preferences for fresh produce and juice have influenced production patterns, leading to diversification in orange varieties and cultivation methods. As global challenges like climate change persist, adapting to these factors will be crucial for future production stability.

Orange production (worldwide)

Orange production has shown notable trends from 1961 to 2022, with Israel reaching its peak yield of 49.9 tons per hectare in 1990. Since then, production has declined, currently sitting at only 33% of that peak. This decline can be attributed to several factors, including changing agricultural practices, water scarcity, and shifts in market demand.In contrast, regions like South Africa have improved yields, with 44.8 tons per hectare in 2022, showcasing advancements in farming technology and practices. Global trends indicate a focus on sustainability and organic production as consumer preferences shift. Despite challenges such as climate change and competition from other citrus fruits, the orange market remains dynamic, emphasizing innovation in cultivation methods and diversification of varieties to meet evolving demands.

Orange production (worldwide)
agri

The maximum is 23Mt[1997] of Brazil, and the current value is about 73.5%

Orange production (latest year, world)

In 2022, the global production of oranges exhibited significant variations, with Guyana leading at an impressive yield of 61.4 tons per hectare, far exceeding the average yield of 15.1 tons per hectare. This disparity highlights the potential for high-efficiency farming in certain regions, driven by optimal growing conditions and advanced agricultural practices.Globally, the total production volume reached 1.77 million tons, reflecting a steady demand for oranges as both fresh fruit and juice. Historical data shows an increasing trend in orange production, influenced by factors such as changing consumer preferences towards healthier options and the growth of organic farming. Additionally, innovations in irrigation and pest management have contributed to higher yields in key producing countries. However, challenges such as climate change, disease outbreaks, and market fluctuations continue to affect the orange sector, necessitating adaptive strategies for sustainable growth in the future.

Orange production (latest year, world)
agri

The maximum is 16.9Mt of Brazil, the average is 557kt, and the total is 76.3Mt

Orange production (continent)

In 2022, the yield of oranges in global agriculture reached a notable peak in South America, with the highest recorded value of 26.4 tons per hectare. This achievement underscores the region’s favorable climate, advanced agricultural practices, and the use of modern technology that enhances productivity. Over the years, orange cultivation has increasingly focused on maximizing yield through improved irrigation methods, pest control, and sustainable farming practices.The global average yield remains significantly lower than the peak, reflecting disparities in agricultural efficiency across different regions. As consumer demand for fresh produce and juice continues to rise, the industry is increasingly adopting organic and sustainable methods to meet market preferences. Additionally, challenges such as climate change, disease threats, and resource limitations necessitate ongoing innovation and adaptation to ensure the resilience and sustainability of orange production worldwide.

Orange production (continent)
agri

The maximum is 29.5Mt[2021] of Asia, and the current value is about 99.6%

Orange production (latest year, continent)

In 2022, the global yield of oranges showcased significant variations, with South America leading at an impressive 26.4 tons per hectare, surpassing the global average of 19.7 tons per hectare. This disparity highlights the region’s effective agricultural practices, favorable climates, and the adoption of innovative farming techniques that enhance productivity.The total yield reached 118 million tons, indicating robust global demand for oranges as both fresh fruit and juice. Trends show an increasing focus on sustainability, with many producers shifting towards organic farming and environmentally friendly practices in response to consumer preferences. However, challenges such as climate change, water scarcity, and pest management persist, prompting the industry to seek adaptive solutions. Overall, the orange sector continues to evolve, balancing productivity with sustainable practices to ensure long-term viability in a competitive market.

Orange production (latest year, continent)
agri

The maximum is 29.4Mt of Asia, the average is 12.7Mt, and the total is 76.4Mt

Main data

Production(Orange, Production volume, t) [Mt]
World Upper-middle-income countries Americas Asia Lower-middle-income countries South America Brazil Southern Asia Africa Net Food Importing Developing Countries
2022 76.41 39.83 30.02 29.35 24.82 20.62 16.93 14.21 10.75 10.46
2021 76.32 38.69 29.64 29.47 24.15 19.73 16.22 14.21 10.17 10.01
2020 76.68 38.59 30.66 28.65 24.13 19.8 16.72 14.06 10.59 10.45
2019 76.32 39.66 31.27 28.63 22.94 20.24 17.09 13.5 9.96 9.66
2018 73.48 39.72 29.52 27.45 21.02 19.77 16.84 12.21 9.59 9.16
2017 73.63 40.21 31.34 26.37 19.61 20.57 17.49 11.08 9.53 9.65
2016 73.24 39.27 31.74 25.84 18.9 19.96 16.98 10.88 8.86 9.41
2015 72.79 38.98 31.72 25.41 19.34 19.87 16.95 10.99 9.39 9.33
2014 72.52 38.85 32.01 24.71 18.63 19.9 16.93 10.54 9.26 9.08
2013 73.23 38.41 33.75 23.91 17.93 20.19 17.55 10.48 8.92 8.73
2012 70.44 37.74 34.43 21.23 15.8 20.74 18.01 8.42 8.59 8.83
2011 72.59 39.85 36.64 21.23 15.39 22.82 19.81 8.38 8.02 8.39
2010 70.67 37.13 34.26 21.89 16.41 21.11 18.5 9.76 7.49 8.23
2009 68.39 35.86 34.59 20.12 15.29 20.2 17.62 8.81 7.06 7.88
2008 69.32 36.21 36.22 19.29 14.64 21.19 18.54 8.59 6.77 7.6
2007 65.26 36.07 34.31 17.78 13.23 21.34 18.68 7.45 6.39 6.87
2006 65.4 34.8 34.95 16.73 12.94 20.91 18.03 7.11 6.33 7.51
2005 63.14 33.49 34.74 16.13 12.99 20.33 17.85 7.39 5.97 7.4
2004 64.94 33.08 38.36 14.79 12.03 20.69 18.31 6.84 5.55 6.89
2003 59.85 30.64 35.29 12.37 10.24 19.06 16.92 5.26 5.56 6.75
2002 62.07 31.54 37.74 12.37 10.87 20.9 18.53 6.12 5.33 6.3
2001 60.14 30.31 36.69 11.72 10.27 19.65 16.98 5.82 5.21 6.54
2000 63.85 33.59 41.3 11.21 10.41 23.91 21.33 5.92 5.12 6.59
1999 61.74 34.66 39.39 11.08 10.2 25.37 22.89 5.76 5.04 6.54
1998 61.67 32.01 40.74 10.69 9.95 23.56 20.85 5.49 4.88 6.38
1997 65.64 36.05 42.93 11.69 9.94 25.89 23.05 5.79 4.59 6.34
1996 60.77 33.39 38.93 11.44 9.64 23.39 21.08 5.2 4.82 6.42
1995 58.46 32.02 37.56 10.85 8.49 22.42 19.84 4.63 4.17 6.04
1994 54.81 28.33 33.6 10.24 8.91 19.9 17.45 4.93 4.61 6.22
1993 55.46 28.85 35.2 9.62 8.46 21.02 18.8 4.74 4.24 5.84
1992 54.07 29.01 33.75 9.16 8.43 21.86 19.68 4.42 4.49 6.04
1991 52 28.51 31.81 9.4 8.47 21.12 18.94 4.42 4.58 6.19
1990 49.7 26.34 30.03 9.26 8.18 19.49 17.52 4.57 4.16 5.84
1989 50.87 26.54 31.58 8.75 8.04 19.95 17.77 4.38 4.13 5.72
1988 46.05 23.38 28.1 7.8 7.1 17.12 14.98 3.74 3.83 5.39
1987 43.79 22.77 26.8 8.15 6.83 16.66 14.61 3.54 3.68 5.23
1986 42.23 21.15 25 7.53 6.56 15.19 13.23 3.35 3.57 5.12
1985 40.87 21.22 25.12 6.9 6.16 16.24 14.21 3.14 3.32 4.78
1984 38.98 20.07 24.17 6.83 5.99 14.99 12.94 2.9 3.36 4.75
1983 41.53 19.43 25.63 6.54 5.87 13.92 11.71 2.76 3.33 4.71
1982 38.12 18.88 23.78 6.21 5.71 13.88 11.6 2.63 3.38 4.56
1981 39.68 18.64 25.9 5.75 5.28 13.74 11.39 2.48 3.21 4.13
1980 40.01 17.65 26.57 5.58 5.23 13.22 10.89 2.27 3.27 4.06
1979 34.77 15.2 21.65 5.31 4.96 10.72 8.45 2.14 3.15 3.86
1978 33.86 14.37 21.31 5.09 4.76 10.02 7.83 1.99 3.13 3.74
1977 33.9 13.63 21.56 4.95 4.43 9.49 7.16 1.95 2.77 3.26
1976 34.03 13.02 21.12 5.15 4.81 9.2 7.17 2.25 2.96 3.28
1975 32.29 11.78 19.7 4.82 4.59 8.19 6.31 1.95 3.03 3.3
1974 31.43 11.14 18.33 5.21 4.84 7.82 5.86 2.07 3.17 3.4
1973 30.63 10.27 17.96 5.01 4.62 6.77 4.93 1.88 3.08 3.34
1972 27.7 8.97 15.28 4.76 4.36 5.58 3.79 1.91 2.85 3.08
1971 26.37 8.47 14.9 4.62 4.25 5.32 3.26 1.82 2.73 2.96
1970 24.92 7.94 14.1 4.16 4.21 4.99 3.1 1.74 2.82 3.03
1969 25.19 7.87 14.07 3.99 3.9 4.72 2.9 1.61 2.61 2.91
1968 22.02 7.69 11.56 4.17 3.89 4.34 2.72 1.76 2.48 2.79
1967 23.44 7.39 13.62 3.64 3.59 4.08 2.5 1.51 2.39 2.7
1966 20.77 6.69 11.3 3.32 3.29 3.85 2.35 1.38 2.14 2.51
1965 18.76 6.27 10.17 3.12 2.9 3.56 2.29 1.25 1.9 2.21
1964 16.6 5.49 8.26 2.91 2.9 3.37 2.05 1.16 2.05 2.27
1963 16.65 5.47 8.76 2.67 2.62 3.37 2.11 1.07 1.84 2.02
1962 16.62 5.14 9.94 2.33 2.43 3.12 1.85 0.96 1.8 1.83
1961 15.97 4.8 8.77 2.42 2.41 2.99 1.76 1.1 1.61 1.76

Reference

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

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