Fact Check: Hass Avocado and Global Shipping Container Impact Explained

This is the Hass avocado. Or for most people, just the avocado. This single variety dominates the global

market, accounting for roughly 80% of all avocados consumed [music] worldwide. A staple in the American diet, it's a $2

billion a year industry. There's 4 billion of these Hass varieties consumed every year in North America.

It's become a staple in kitchens everywhere, from [music] toast to tacos. And its popularity has surged so much

that it's now one of the most in-demand items in grocery stores across [music] the Western Hemisphere.

In 2025, the European Union imported around 915,000 tons of avocados, up 14% from the

previous year. Avocados are rich, versatile, [music] and packed with healthy fats. They come

in their own natural packaging, ripen on their own schedule, and feel almost luxurious despite being widely

accessible. In many places, they're affordable enough to be an everyday purchase,

though their price can swing depending on season and supply. If you live in regions like Mexico,

Peru, or parts of California, your avocados might be grown relatively close to home. But for much of the world, they

travel long distances, often imported from major producers like Mexico, Chile, or Colombia before they reach your

kitchen. But getting them to your kitchen is a much bigger story. It mostly comes down

to what they travel in. The story of the avocado, and really most of what fills our grocery stores, is tied to the rise

of the shipping container and how it has reshaped global trade. But to see why, we need to rewind a little bit.

There are many ways to move food across the world. Planes are fast, trucks are flexible, and trains can carry huge

loads efficiently. But when it comes to cost, shipping by sea wins by a wide margin.

Oceans don't need infrastructure like roads or railways. And once a vessel is in motion, it runs with surprising

efficiency. Some of the largest cargo ships operate with minimum crews, and companies are

already experimenting with fully autonomous vessels operating between domestic ports.

We've heard about self-driving cars and maybe trains, but there could soon be unmanned ships that are navigating open

waters. For a long time though, the hardest part wasn't the journey. It was what happened at quayside.

Before modern systems, goods would be packed in all kinds of ways, crates, sacks, boxes, and handled one piece at a

time. Workers had to lift, sort, and stack everything manually. It was slow, exhausting work, and it created major

bottlenecks. A ship carrying produce from Latin America to North America or Europe might

spend less than 2 weeks at sea, but nearly as much time stuck in port just loading and unloading. That inefficiency

came at a cost. Labor, port fees, and handling could make up most shipping expenses, tens of

thousands of dollars per trip. By the time goods reached supermarket shelves, transport alone could noticeably raise

their price. Then, the shipping container changed everything, making it possible to move delicate goods like

avocados quickly, reliably, and at a scale the world had never seen before. Shipping companies eventually realized

something fundamental. They weren't really in the avocado business or the business of cars, electronics, or

clothing. Their role was much simpler. They moved things, whatever those things happened to be.

What was inside the box became almost irrelevant. The goal was standardized efficient movement from point A to point

B. The solution to the high cost of freight handling was obvious. Instead of

loading, unloading, shifting, and reloading thousands of loose items, why not put the freight into big boxes and

just move the boxes? For dock workers, this shift was brutal. Entire port economies had been built

around manually loading and unloading cargo. Suddenly, that skilled physical labor was being replaced by repetitive

processes and eventually machines. Labor unions resisted, sometimes fiercely, with strikes that dragged on for months,

but economics would have the final say. Once companies found that shaving just a few minutes of container handling could

save thousands of dollars per ship each year, adoption accelerated. They also reduced theft, lowered

insurance costs, and made it seamless to transfer goods between ships, trains, and trucks without ever opening the box.

In other words, the container wasn't just an innovation, it was inevitable. The only uncertainty was which design

would become the global standard. Eventually, the world converged on the now familiar 20-ft and 40-ft containers

seen in ports across the world. Today, the docks look nothing like they used to. Instead of crowds of workers,

>> [music] >> towering cranes dominate the landscape, lifting containers with precision and

speed. Ships spend less time docked and more time moving, which is exactly how they make [music] money. The real

challenge now is utilization, keeping those containers full. In a perfect world, a ship would arrive,

unload, and immediately reload with new cargo for the return [music] trip, but global trade isn't perfectly balanced.

Countries like China export massive quantities of manufactured goods in containers, but many of the raw

materials they import arrive via different types of ships. The result? Large numbers of containers return

empty. Elsewhere, countries rich in raw materials face the opposite imbalance,

exporting bulk goods while importing containerized products. Unlike passenger vessels, [music] cargo

ships can't offset inefficiencies with creative routes or extra revenue streams. What they rely on instead is

consistency. Their schedules are so precise that supply chains can operate with minimal storage.

Instead of stockpiling goods, companies can produce and ship exactly when needed. That combination, low labor

costs, efficient transport, and tight coordination, is what makes today's abundance [music] possible, and avocados

are a perfect example. Their journey often begins in Mexico, the world's largest exporter, where vast

orchards produce billions of dollars worth of avocados each year. >> [music]

>> They're picked while still firm, before they've begun to soften. From that moment, timing becomes critical.

Unlike many fruits, avocados don't ripen on the tree, but once the process starts, it's hard to stop. They're also

sensitive to temperature and handling, which means every step must be carefully controlled.

First, the avocados of lower quality are diverted to the local market. The rest is packed into refrigerated containers,

known as reefers, where temperature and airflow are tightly regulated. These containers are sealed before

transport, protecting the avocados from external conditions during the journey. They're then trucked to ports and loaded

onto ships with remarkable speed, dozens of containers per hour. A single vessel can carry millions of

avocados at once, enough to supply entire cities. To reduce fuel costs, ships travel at

relatively modest speeds. Fuel is their biggest expense, and even small efficiency gains can save enormous

amounts of money over time. From there, the avocados cross oceans, often arriving still firm and unripe.

At their destination, they're transferred to ripening facilities, where temperature and exposure to

ethylene gas are carefully managed to bring them to peak condition. Only then are they distributed to

stores, where they may sit for just a few days before being purchased. With a single dominant variety grown in

ideal climates and shipped efficiently to global markets, the avocado has become a symbol of modern logistics. The

real achievement of container shipping is that it makes distance almost irrelevant, allowing something grown

thousands of kilometers away to feel like a local everyday [music] purchase.