Countries with the Most Organic Farming (2023-24 Data)

Roughly 99 million hectares of the world's farmland are managed organically, about 2% of the total, according to the Research Institute of Organic Agriculture (FiBL). More than half of that area sits in a single country, Australia, which reports 53 million hectares. The picture changes completely when you rank countries by the share of their farmland that is organic: Austria, Uruguay, Estonia, and a handful of other European nations lead.

This article ranks countries both ways, explains why the two lists look so different, and covers the questions that decide whether organic farming can scale: yields, land use, cost, and what happens when a government moves too fast.

Key takeaways

• Total organic farmland was 98.9 million hectares in 2024, held by about 4.8 million producers, per FiBL's February 2026 release.
• Australia reports 53.0 million hectares, the largest area by far. India, Argentina, and Uruguay follow at roughly 3.6 to 4.5 million hectares each (2023 data).
• By share of farmland, Austria (27%), Uruguay (25%), and Estonia (23%) lead among the larger producers in 2023 data. Tiny Liechtenstein tops FiBL's 2024 list at 43.5%.
• The EU had 18.1 million organic hectares in 2024, 11.1% of its agricultural area. The Farm to Fork Strategy's target is 25% by 2030.
• Yield gap: a 2015 meta-analysis found organic yields 19.2% lower on average than conventional, and a 2012 one found 25% lower, with large variation by crop and practice.
• Sri Lanka's 2021 abrupt fertilizer ban is the standard cautionary tale about forcing the transition.

How organic farmland is counted

The standard source for country totals is FiBL, which compiles statistics from governments, certification bodies, and private-sector sources each year and publishes them with IFOAM (the global organic movement's umbrella group) in The World of Organic Agriculture. The numbers used here come from FiBL data as republished by Our World in Data, which defines the total as land "certified as organic, or in the conversion process to organic," and from FiBL's own press releases for 2024.

Two details matter when reading any organic ranking:

• "Certified or in conversion." The totals include land that is still in the multi-year conversion period before products can be sold as organic. A country that is converting fast looks bigger than its organic sales justify.
• Certification, not practice. Many small farmers use organic-like methods without paying for certification. Wikipedia's entry on organic farming by country points out that Cuba's officially classified organic land is only about 0.03% even though estimates suggest about a quarter of its farms use agroecological methods, and that about 5.6% of Bhutan's farmland was certified in 2022 despite a national goal of going fully organic. A ranking based on certification undercounts such cases.

Share is simple arithmetic: organic hectares divided by total agricultural hectares. Both numbers come from FiBL and the Food and Agriculture Organization of the UN, and the denominator matters. Australia's agricultural area is about 363 million hectares, which is why 53 million organic hectares equals only 14.6%.

Countries with the most organic farmland

The table ranks the top 15 by area using 2023 data, the most recent year for which one consistent set of country figures is available. Shares are calculated from the same source (organic hectares divided by total agricultural hectares) and rounded.

Rank	Country	Organic area (million ha, 2023)	Share of agricultural land
1	Australia	53.02	14.6%
2	India	4.48	2.5%
3	Argentina	4.10	3.5%
4	Uruguay	3.57	25.1%
5	China	3.42	0.7%
6	Spain	3.16	12.8%
7	France	2.77	9.8%
8	Italy	2.46	18.8%
9	United States	2.06	0.5%
10	Germany	1.85	11.2%
11	Canada	1.29	2.3%
12	Brazil	1.02	0.4%
13	Austria	0.70	27.0%
14	Poland	0.64	4.4%
15	Sweden	0.55	18.4%

Source: FiBL organic area data and FAO agricultural area, 2023, via Our World in Data. Shares computed by SciHub101 from the two columns in that dataset.

The eight largest countries (Australia through Italy in the table) together hold about 78% of the world's organic farmland, which matches the summary figure on the Wikipedia entry for organic farming for 2023. In FiBL's 2024 European release, the three largest organic areas in Europe were Spain at 2.9 million hectares, France at 2.7 million, and Italy at 2.5 million.

Rankings by area reward big countries. China has 3.4 million organic hectares and still ranks fifth, because 0.7% of an agricultural area of more than 500 million hectares is a very large absolute number. The United States ranks ninth with 0.5%.

Countries with the highest organic share of farmland

Switching the denominator reshuffles the list completely. The table lists countries from the same 2023 dataset, plus the FiBL 2024 headline for Liechtenstein.

Country	Organic share of agricultural land	Year
Liechtenstein	43.5% (FiBL headline)	2024
Austria	27.0%	2023
Uruguay	25.1%	2023
Estonia	22.8%	2023
Italy	18.8%	2023
Sweden	18.4%	2023
Spain	12.8%	2023
Switzerland	12.6%	2023
Denmark	11.4%	2023
Germany	11.2%	2023

Sources: FiBL (Liechtenstein, from its February 10, 2026 press release); Our World in Data, using FiBL and FAO data (all others, shares computed by SciHub101). The dataset's own 2023 Liechtenstein row implies a lower share, about 31%, so treat very small countries cautiously: with only about 5,000 hectares of farmland, a few farms moving in or out of certification swings the percentage.

A few things stand out. Uruguay stands out among the area leaders: it combines 3.6 million organic hectares with about a quarter of its farmland. Austria's 27% holds up on a larger base of 2.6 million agricultural hectares than most small countries. And Estonia, a country rarely associated with organic farming, has nearly a quarter of its farmland certified.

Austria's lead is often attributed to long-running public support schemes and consumer demand, but the data above show only the outcome, not the causes, and the relative weight of those factors is something this article does not try to rank.

Australia: the area leader, with caveats

Australia reports 53.0 million certified organic hectares in FiBL's 2024 data, up from 35.7 million in 2022 according to the same dataset, a jump of roughly 17 million hectares in a single year. A swing that large in one year more plausibly reflects certification of very large holdings than a sudden change in farming practice, though the data alone do not show the cause.

The figure is also not comparable to a European number. Australia's agricultural area of about 363 million hectares is dominated by extensive grazing country, where stocking rates are low and synthetic inputs were rarely used even before certification. For such land, certification can be more a matter of documentation and market access than of changing how the land is managed. In that context, 14.6% organic does not mean that one in seven Australian farms looks like a European organic vegetable operation.

The share of the market tells a different story. FiBL's 2024 data show the United States (EUR 60.4 billion), Germany (EUR 17 billion), and China (EUR 15.5 billion) as the largest retail markets for organic products. Australia does not appear among them. Land and sales are only loosely connected.

Europe: the policy-driven leader

Europe's organic farmland held steady at 19.6 million hectares in 2024, which is 3.9% of agricultural area in the wider European region, according to FiBL. Inside the European Union the figures are higher: 18.1 million hectares, or 11.1% of agricultural area. Retail sales were EUR 58.7 billion in Europe and EUR 49.5 billion in the EU, up 4.1% and 3.6% respectively.

The EU share has risen steadily. The European Commission's Organic Action Plan page reports organic area rising almost 66%, from 8.3 million hectares in 2010 to 13.8 million in 2019, and an EU share of 8.5% of utilized agricultural area. Going from that baseline to 18.1 million hectares in 2024 is another 31% increase.

The Farm to Fork target

The Farm to Fork Strategy, presented on May 20, 2020 as part of the European Green Deal, set a goal of making 25% of EU agriculture organic by 2030, alongside a 50% cut in pesticide use. Wikipedia's summary of the Green Deal notes that in 2025 the strategy was partly replaced by a Vision for Agriculture and Food that puts more emphasis on competitiveness and simpler regulation.

The arithmetic of the target is straightforward. If 18.1 million hectares is 11.1% of EU agricultural land, the total is about 163 million hectares, and 25% of that is about 41 million hectares. Reaching the target would mean adding roughly 23 million organic hectares, more than doubling the current area in about six years. For comparison, the Commission's figures above show EU organic area growing from 8.3 million hectares in 2010 to 13.8 million in 2019, about 5.5 million hectares in nine years. Adding 23 million in six would require a much faster pace.

A target is also not a market. Organic land only pays for itself if consumers buy the output at a premium, and the premium shrinks if supply outruns demand. That demand constraint is as important as the supply one, and it is why policy mixes usually pair area targets with public procurement and promotion.

Money: where organic food is actually sold

FiBL's 2026 release puts global retail sales of organic products at EUR 145.0 billion in 2024, up EUR 6.9 billion on the year before. For an earlier year, the Wikipedia entry on organic farming gives about $150 billion for 2022. The two figures use different currencies and compilation years, so they should not be compared directly.

The 2024 market is concentrated:

Metric	Leader	Value (2024)
Largest organic market	United States	EUR 60.4 billion
Second largest	Germany	EUR 17.0 billion
Third largest	China	EUR 15.5 billion
Highest spending per person	Switzerland	EUR 481
Highest organic share of food sales	Switzerland	12.3%

Source: FiBL, press releases of February 10, 2026.

The mismatch between where organic food is grown and where it is eaten is striking. The United States ranks ninth for organic area but first for sales. FiBL reports that the EU and the US together imported 5.9 million metric tons of organic products in 2024, up 12.3%, with Mexico, Ecuador, and Canada among the largest suppliers to those two markets. Organic is partly a trade in goods grown in one country for shoppers in another.

For producers, the numbers show a similar split. FiBL counts about 4.8 million organic producers worldwide, but sales sit overwhelmingly in rich economies, which is why farmers in lower-income countries who want to convert often face a certification cost that their local market cannot repay. The producer total includes many smallholders, and India is generally reported to have the most producers; Wikipedia's entry on organic farming cites 835,000 certified organic producers in India, though that count is not dated here and may be out of date.

The yield gap

The most important unresolved question in organic agriculture is how much less an organic field produces than a conventional one, and whether that gap is permanent. The best evidence comes from meta-analyses that pool hundreds of paired comparisons.

Study	What it analyzed	Main finding
Seufert, Ramankutty and Foley, Nature (2012)	Global meta-analysis of organic vs conventional yields	Organic yields were about 25% lower on average (as summarized by Wikipedia); the gap ranged from about 5% for rain-fed legumes and perennials, to 13% with best organic practices, to up to 34% when systems were most comparable
de Ponti et al., Agricultural Systems (2012)	362 datasets	Organic yields averaged about 80% of conventional, per the Wikipedia summary
Ponisio et al., Proceedings of the Royal Society B (2015)	115 studies, over 1,000 observations	Organic yields 19.2% (plus or minus 3.7%) lower; multi-cropping and rotations narrowed the gap to about 9% and 8%

Full citations for the first and third studies are in the Sources list. Ponisio and colleagues also found no significant difference between developed and developing countries, and that the gap shrinks when organic farmers use diversification practices, a pattern the authors take as a reason to invest in agroecological research.

The takeaway is that "organic yields are 20% to 25% lower" is a reasonable shorthand and that the real number depends heavily on crop and management. A fair reading is that the gap is real, that it is smaller than critics once claimed, and that it varies widely by crop, so no single figure fits every food.

Does a lower yield mean more land?

If yields are lower, producing the same amount of food takes more land. A 2017 modeling study in Nature Communications by Adrian Muller and colleagues examined what a global organic conversion would mean. It found that converting all agriculture to organic would require more land than conventional farming, but would cut nitrogen surplus and pesticide use. Combined with less food waste, less feed grown on arable land, and lower production and consumption of animal products, the land use stayed below the reference scenario. The authors also note that "adequate nitrogen supply is challenging" and that no single strategy has to be fully applied; partial implementation of all of them together delivers a more sustainable food future.

That is a more nuanced position than either side of the usual argument takes. Organic by itself uses more land per tonne. Organic plus less waste plus less feed-grain livestock can come out ahead. For related reading, see our articles on food waste by country, forest cover by country, and countries with the most agricultural land.

Sri Lanka's 2021 fertilizer ban

In April 2021, President Gotabaya Rajapaksa announced that Sri Lanka would allow only organic farming and ban inorganic fertilizers and agrochemicals. Wikipedia's account of the Sri Lankan economic crisis reports that rice output fell by about 20% within six months, ending the country's self-sufficiency in rice and requiring about $450 million in rice imports, and that losses from lower tea production alone were about $425 million. The government abandoned the plan in November 2021 after weeks of protests over food prices.

It would be misleading to treat the ban as the sole cause of what followed. The same Wikipedia account lists it as one of several compounding factors, alongside tax cuts and money creation, external debt, the collapse in tourism, and the Russia-Ukraine war. Gotabaya Rajapaksa fled his official residence on July 9, 2022 and resigned on July 13, 2022 after months of protest.

What the episode does show is that organic transition is a multi-year process. Soils need time to build biological fertility, farmers need alternative nutrient sources, and supply chains need to deliver them. In FiBL's 2023 data, Sri Lanka's organic area was about 70,000 hectares, about 2.3% of its farmland, which shows how far the country remained from a full-organic target.

Is organic food healthier?

A 2012 systematic review in the Annals of Internal Medicine by Smith-Spangler and colleagues covered 17 human studies and 223 studies of nutrient and contaminant levels. Only three human studies looked at clinical outcomes, and they found no significant differences in allergic conditions or symptomatic Campylobacter infection. The review found that the evidence did not show organic foods to be significantly more nutritious, and that organic produce had a lower risk of detectable pesticide residues, although differences in exceeding legal limits were small. Organic chicken and pork had a lower risk of bacteria resistant to three or more antibiotics. The authors flagged the heterogeneity and small number of studies.

The review is more than a decade old, and newer studies exist, so this is a snapshot rather than a final word. The argument for organic farming rests more on environmental outcomes, such as the Commission's statement that organically farmed land has about 30% more biodiversity than conventionally farmed land, than on direct health claims. Our article on countries with the most biodiversity covers the broader picture of where that matters most.

Organic and regenerative agriculture

The two terms overlap but are not the same. Organic is a legal certification with defined rules. Regenerative agriculture has no single agreed definition; Wikipedia, citing a 2020 review of 229 journal articles and 25 practitioner websites, notes that the term "lacked both a legal or regulatory definition and a broadly accepted definition in common usage." The practices usually grouped under it include reduced tillage, cover crops, crop rotation, and rotational grazing, and they can be used on organic or conventional farms.

The evidence on some regenerative claims is contested. Critics point to disputed estimates of how much carbon holistic grazing can store, and to the risk of the label being used for marketing without substantive change. For the soil-carbon side of the question, see how biochar stores carbon in soil.

What the rankings do and do not tell us

Ranking countries by organic area measures how much land has been certified. It does not measure environmental benefit, farmer livelihoods, or the amount of food produced. A hectare of certified Australian grazing land and a hectare of Austrian vegetable farm are counted identically.

Three habits make the data easier to use:

• Check the year. Organic statistics are revised, and swings such as Australia's 2022 to 2023 jump or Liechtenstein's changing share reflect certification changes as much as real ones.
• Compare like with like. Area, share, sales, and per-person spending each rank countries differently. Use the one that matches the question.
• Remember the denominator. Share depends on how much farmland the country has, which is why very small countries top percentage lists.

What this means

The geography of organic farming reflects markets and policy more than ideology. Wealthy consumers in the United States, Germany, and Switzerland drive demand, European policy has pushed supply, and a few giant grazing regions inflate the global area. The yield gap is real but smaller than the old rule of thumb in many studies, and its size depends on how organic farms are managed. The best-supported picture is not "organic everywhere" or "organic nowhere," but selective use alongside less food waste and better soil management. Targets such as the EU's 25% will test whether demand can keep pace with supply.

Frequently asked questions

Q: Which country has the most organic farmland? A: Australia, with 53.0 million hectares in FiBL's 2024 data, more than half of the world's roughly 99 million organic hectares. Most of Australia's area is extensive grazing land, so the figure is not comparable to a European farm total. India, Argentina, and Uruguay follow at about 3.6 to 4.5 million hectares each in 2023 data.

Q: Which country has the highest share of organic farmland? A: FiBL's 2024 headline gives Liechtenstein, at 43.5%, a very small country with few farms. Among larger producers in 2023 data, Austria leads at 27.0%, followed by Uruguay at 25.1% and Estonia at 22.8%. The EU as a whole was at 11.1% in 2024.

Q: Does organic farming yield less than conventional? A: On average, yes. A 2015 meta-analysis of 115 studies found organic yields 19.2% lower, and a 2012 Nature analysis found a gap around 25% overall. The gap varies widely: about 5% for some rain-fed legumes and perennials, and smaller with crop rotations and multi-cropping.

Q: Why is organic food more expensive? A: Lower yields mean more land per unit of output, mechanical weeding and other practices often need more labor, and certification adds cost. The size of the price premium varies by product and market, so this article does not quote one figure. Higher prices also pay farmers for the multi-year conversion period.

Q: Is organic food healthier? A: The evidence is limited. A 2012 systematic review in the Annals of Internal Medicine found no strong evidence that organic foods are more nutritious, though organic produce had a lower risk of detectable pesticide residues. Evidence on long-term clinical outcomes was sparse. Environmental benefits, rather than direct health effects, are the stronger argument.

Q: What is the difference between organic and regenerative agriculture? A: Organic is a legally defined certification with rules about permitted inputs. Regenerative agriculture has no single agreed definition and usually refers to practices such as reduced tillage, cover crops, and rotational grazing that can be used on either organic or conventional farms.

Q: What happened in Sri Lanka? A: In April 2021 the government banned inorganic fertilizers and agrochemicals with little transition. Rice output fell about 20% within six months and the policy was abandoned in November 2021. The ban was one of several factors in the country's wider economic crisis, not the only one.

Sources

• Our World in Data, organic agricultural area (FiBL and FAO data)
• FiBL, Global organic market hits all-time high in 2024 (February 10, 2026)
• FiBL, Europe's organic market sets another record in 2024
• Organic World, 99 million organic hectares worldwide (February 11, 2025)
• European Commission, Organic Action Plan
• Wikipedia, European Green Deal (Farm to Fork targets)
• Wikipedia, Sri Lankan economic crisis
• Seufert V, Ramankutty N, Foley JA (2012), Comparing the yields of organic and conventional agriculture, Nature 485, 229-232, doi:10.1038/nature11069
• Ponisio LC et al. (2015), Diversification practices reduce organic to conventional yield gap, Proc. R. Soc. B 282, 20141396, doi:10.1098/rspb.2014.1396
• Muller A et al. (2017), Strategies for feeding the world more sustainably with organic agriculture, Nature Communications 8, 1290, doi:10.1038/s41467-017-01410-w
• Smith-Spangler C et al. (2012), Are organic foods safer or healthier than conventional alternatives?, Annals of Internal Medicine 157, 348-366, doi:10.7326/0003-4819-157-5-201209040-00007

Related Reading

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• Countries with the Highest CO2 Emissions
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