Visualizing Global Wheat Production by Country (2000-2020)
Wheat is a dietary staple for millions of people around the world.
After rice and corn (maize), wheat is the third most-produced cereal worldwide, and the second-most-produced for human consumption. And considering wheat’s importance in the global food system, any impact on major producers such as droughts, wars, or other events, can impact the entire world.
Which countries are the largest producers of wheat? This graphic by Kashish Rastogi visualizes the breakdown of 20 years of global wheat production by country.
Top 10 Wheat Producing Countries
While more than 80 different countries produce wheat around the world, the majority of global wheat production comes from just a handful of countries, according to data from The Food and Agriculture Organization of the United Nations (FAO).
Here’s a look at the top 10 wheat-producing countries worldwide, based on total yield in tonnes from 2000-2020:
|Rank||Country||Continent||Total yield (tonnes, 2000-2020)||% of total (2000-2020)|
|#1||🇨🇳 China||Asia & Oceania||2.4 B||17.0%|
|#2||🇮🇳 India||Asia & Oceania||1.8 B||12.5%|
|#3||🇷🇺 Russia||Asia & Oceania||1.2 B||8.4%|
|#4||🇺🇸 U.S.||Americas||1.2 B||8.4%|
|#5||🇫🇷 France||Europe||767 M||5.4%|
|#6||🇨🇦 Canada||Americas||571 M||4.0%|
|#7||🇩🇪 Germany||Europe||491 M||3.5%|
|#8||🇵🇰 Pakistan||Asia & Oceania||482 M||3.4%|
|#9||🇦🇺 Australia||Asia & Oceania||456 M||3.2%|
|#10||🇺🇦 Ukraine||Europe||433 M||3.1%|
China, the world’s largest wheat producer, has yielded more than 2.4 billion tonnes of wheat over the last two decades, making up roughly 17% of total production from 2000-2020.
A majority of China’s wheat is used domestically to help meet the country’s rising food demand. China is the world’s largest consumer of wheat—in 2020/2021, the country accounted for approximately 19% of global wheat consumption.
The second-largest wheat-producing country is India. Over the last two decades, India has produced 12.5% of the world’s wheat. Like China, India keeps most of its wheat domestic because of significant food demand across the country.
Russia, the world’s third-largest wheat producer, is also the largest global exporter of wheat. The country exported more than $7.3 billion worth of wheat in 2021, accounting for approximately 13.1% of total wheat exports that year.
Russia-Ukraine Impact on Global Wheat Market
Because Russia and Ukraine are both significant global wheat producers, the ongoing conflict between the two countries has caused massive disruptions to the global wheat market.
The conflict has had an impact on adjacent industries as well. For instance, Russia is one of the world’s major fertilizer suppliers, and the conflict has led to a global fertilizer shortage which could lead to food shortages worldwide.
This article was published as a part of Visual Capitalist's Creator Program, which features data-driven visuals from some of our favorite Creators around the world.
Timeline: The Domestication of Animals
This graphic shows a timeline of when 15 different animals became domesticated, based on archaeological findings.
Timeline: The Domestication of Animals
While dogs weren’t always our docile companions, research indicates that they were likely one of the first animals to be domesticated by humans. In fact, genetic evidence suggests that dogs split from their wild wolf ancestors around 33,000 years ago.
When did humans domesticate other animals, and why? This timeline highlights the domestication period of 15 different animals, based on archeological findings.
Because exact timing is tricky to pinpoint and research on the topic is ongoing, these estimates may vary by thousands of years.
The domestication of animals is a particular process that’s done through selective breeding. Generally speaking, domestic animals follow most of these criteria:
- Genetically distinct from their wild ancestors and more human-friendly as a genetic trait.
- Dependent on humans for food and reproduction.
- They’re extremely difficult or impossible to breed with wild counterparts.
- Show the physical traits of domestication syndrome, such as smaller skulls, floppy ears, or coat color variations.
Domestication is not the same as taming an animal, which is when humans condition wild animals to live in captivity.
While some research suggests that domestic animals can prosper in the wild, domestic animals are typically more susceptible to predators since they lack some of the advantages, instincts, or traits that help their wild counterparts survive in nature.
Key Reasons for the Domestication of Animals
Humans domesticate animals for a number of reasons: some have been domesticated for food, work, companionship, or a combination of all three.
After dogs, livestock animals such as sheep, cows, and pigs are thought to have been some of the first animals to become domesticated by humans. This was around the same time that humanity shifted from a hunter-gathering lifestyle to an agricultural society.
|Domesticated Animal||Primary Type||Estimated Domestication Period||Origin|
|Sheep||Livestock||9,000 BCE||Middle East|
|Goat||Livestock||8,500 BCE||Middle East|
|Pig||Livestock||8,300 BCE||Middle East|
|Cow||Livestock||8,300 BCE||Middle East|
|Cat||Pet||7,500 BCE||Middle East|
|Zebu (Humped Cow)||Livestock||6,000 BCE||South Asia|
|Llama||Livestock||4,000 BCE||South America|
|Horse||Work||3,500 BCE||Central Asia|
|Alpaca||Livestock||3,000 BCE||South America|
|Bactrian Camel (two-humped)||Work||2,500 BCE||Central Asia|
|Chicken||Livestock||2,000 BCE||East Asia/Middle East|
|Arabian Camel (one-humped)||Work||1,000 BCE||Middle East|
|Turkey||Livestock||0 CE||North America|
|Duck||Livestock||1,000 CE||East Asia/Middle East|
Horses are thought to be some of the first animals domesticated for work. Scientific research suggests that the modern horse originated in Central Asia, and were selectively bred for their exceptional back strength and overall resilience.
When it comes to domesticating animals, herbivores (like cows) are generally the easiest to convert because they’re easier to feed than animals that rely on meats or grains, which need to be sourced or domesticated themselves.
Domestication Has Shaped Modern Humanity
The domestication of species has helped create our modern society. Domesticating plants and animals created a world with stable food production, which enabled the human population to boom worldwide.
This is because agriculture meant fewer people could provide more food to humans on a mass scale, so people had more time to focus on other things like creative pursuits, scientific research, etc. This gave us time to create tools that helped boost efficiencies in farming and agriculture, leading to the world as we know it today.
Visualizing the World’s Loss of Forests Since the Ice-Age
How much has the world’s land use changed over the last 10,000 years, and how have forests been impacted?
Visualizing The World’s Loss of Forests Since the Ice-Age
How much of Earth used to be covered by forests, and what portion is covered today?
The effects of deforestation on the climate are already being seen and felt, and these repercussions are expected to increase with time. That’s why more than 100 world leaders pledged to end and reverse deforestation by 2030 at the COP26 climate summit.
As today’s graphic using data from Our World in Data highlights, the world’s forests have been shrinking since the last ice age at an increasingly rapid pace.
Earth’s Surface Area: 10,000 Years Ago
To examine the deforestation situation properly, it helps to understand Earth’s total available surface area. After all, our world can feel massive when glancing at maps or globes. But of the roughly 51 billion hectares in total surface area on Earth, more than 70% is taken up by oceans.
What’s left is 14.9 billion hectares of land, not all of which is habitable. Here is how the land was allocated 10,000 years ago, after the last ice age and before the rise of human civilizations.
Uninhabitable land on Earth (10,000 years ago):
- Barren land (19% or 2.8bn ha)—Includes deserts, salt flats, exposed rocks, and dunes
- Glaciers (10% or 1.5bn ha)—The vast majority concentrated in Antarctica
Habitable land on Earth (10,000 years ago):
- Forest (57% or 6bn ha)—Includes tropical, temperate, and boreal forests
- Grassland (42% or 4.6bn ha)—Wild grassland and shrubs
- Freshwater (1% or <510M ha)—Lakes and rivers
By 2018, forests had receded to just 4 billion hectares. What happened?
Forests and Grassland Recede for Agriculture
Once humans figured out how to cultivate plants and livestock for regular sources of food, they needed land to use.
For centuries, the loss of greenery was relatively slow. By 1800, the world had lost 700 million hectares each of forest and grassland, replaced by around 900 million hectares of land for grazing animals and 400 million hectares for crops.
But industrialization in the 1800s rapidly sped up the process.
|Percentage of Habitable Land||1700||1800||1900||1950||2018|
While half of Earth’s loss of forests occurred from 10,000 years ago to 1900, the other half or 1.1 billion hectares have been lost since 1900. Part of this loss, about 100 million hectares, has occurred in the more recent time period of 2000 to 2018.
The biggest culprit?
Though urban land use has rapidly grown, it still pales in comparison to the 31% of habitable land now being used for grazing livestock. Most of that land came at first from repurposed grasslands, but forests have also been cleared along the way.
Where Will Food Come From?
Countries pledging to stop deforestation have two major hurdles to solve: financial and survival.
Firstly, there are many companies, jobs, and economies that rely on producing and marketing goods made from forests, such as lumber.
But more importantly, the world’s rising use of land for crops and agriculture reflects our rapidly growing population. In 1900, the global population numbered just 1.6 billion people. By 2021, it had exceeded 7.9 billion, with hundreds of millions still affected by food shortages every day.
How do you feed so many without needing more land? Meat’s extremely large footprint makes prioritizing crops more attractive, and research into other solutions like lab-grown meat and grazing erosion prevention is ongoing.
As the effects of climate change become increasingly felt, it’s likely that countries, companies, and people will have to embrace many different solutions at once.
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