Inside the Massive Harvest ► How Millions of Tons of Food Are Prepared for 2026

About 10,000 years ago, humans began harvesting agricultural products with bare hands and primitive stone tools. Today, on vast fields, modern machinery roars, and technology helps increase productivity hundreds of times over. But even as tools change, the essence of agriculture still remains the same. It is still the sweat and patience of the farmers, and the hope for a bountiful harvest. Let's explore how farmers harvest millions of tons of produce every year across the world. To obtain the best quality figs, farmers must wake up early in the morning. They only select fruits that are fully ripe, soft to the touch, and hanging down from the stem. During harvest, farmers gently twist or cut each fruit to avoid damaging the inner flesh. This is the simplest and most effective way to ensure the quality of the figs. After picking, the figs are arranged in layers in baskets to minimize bruising. Globally, annual fig production is estimated to exceed 1.35 million tons, with turkey leading the way. Our next product is olives. The Mediterranean region remains the center of olive cultivation, accounting for 98% of the world's total production. Today, poles with vibrating heads have become powerful assistance for farmers. When operating, this tool creates high-frequency vibrations that directly affect the branches, causing the ripe olives to quickly detach from the stems and fall onto tarps spread on the ground. To harvest efficiently over large areas, tree shakers are used. The machine embraces the trunk of the olive tree and creates a vibrating force along the trunk, causing ripe olives to fall simultaneously into the collection trays. Olives are then cleaned and transferred into large containers. Another agricultural product harvested by tree shakers is cherries. A mechanical arm is controlled to lightly grip the tree trunk before vibrating steadily so that the ripe cherries automatically fall onto the pre-spread tarp below. In just a short time, an entire cherry tree is harvested. However, in many small orchards, traditional harvesting methods are still preferred. Farmers pick each fruit carefully by hand. Harvested cherries are placed gently into a basket worn on the chest. Though slower, this method ensures the best quality for each cherry right before it reaches market. Unlike many other crops, hazelnuts fall to the ground themselves when ripe. Thanks to this characteristic, farmers only need to use a harvester to collect nuts from the ground. As the machine moves, the roller at the head gently gathers the nuts into an internal processing system. Then the internal parts of this machine work together to remove hollow nuts, leaves, dust, and small branches. Thus, only hazelnuts that meet requirements are kept. Finally, the cleaned hazelnuts are transferred into a large container. Besides hazelnuts, pistachios are also one of the most favorite snacks worldwide. Each year, global consumption of this nut has exceeded 800,000 tons. To meet market demand, tree shakers are necessary. Thanks to the vibration from this mechanical arm, an entire pistachio orchard can be harvested in just a few hours. After being gathered on protective shields, the pistachios slide directly onto the conveyor system. From here, they are quickly moved into containers for temporary storage before being processed in the factory. Their next location is an apricot orchard. For orchard owners who cannot afford a tree shaker, they can use a tractor as a substitute. With this method, a tarp is spread under the tree, and a rope connects the rear of the tractor to the apricot tree trunk. When everything is ready, the tractor is turned on to create a strong vibrating force, causing the ripe apricots to fall onto the tarp. The fallen apricots are then gathered. Afterwards, farmers sun-dry them to dehydrate them, extending their shelf life compared to fresh apricots. Globally, annual apricot production consistently stays around 3.5 to 4 million tons. The next product in today's journey is hops, a plant that requires precise and continuous processing cycles. First, the cutter cuts the lower part of the hops plant so that it can regenerate the following summer. Once the base is processed, the top cutter continues to remove the entire hops vine from the trellis. These long vines are collected into trucks right in the field. From here, the hops are immediately transported to a processing facility. At this facility, the hops flowers are separated from the vines, then dried and packaged for distribution. Unlike hops, broccoli is typically harvested manually. When the broccoli reaches standard size with deep green and tightly closed florence, farmers begin the harvest. During harvest, broccoli usually is cut close to the stem with a sharp knife. Farmers quickly trim away the outer leaves. After cutting, they place the heads into large baskets to keep their hands free to continue working. Immediately after harvest, the broccoli is gathered and prepared for transport. Every action is performed quickly but carefully, especially during peak season. Plums are also an agricultural product commonly harvested by hand. European plum trees can bear fruit continuously for 20 to 25 years. When plums start to ripen, the orchard becomes more bustling. Farmers pick each plum and place them into a basket worn on their side. After many hours of continuous work, the natural white dust covering the plum skin coats their hands. After harvest, with heavy baskets of plums, they are brought and emptied into large containers placed in the orchard. From here, the plums are prepared for sale to traders. This is hard work as plum harvesting often starts early in the morning and lasts until late at night. Despite the exhaustion, farmers work diligently to complete the season on time. When winter arrives, it is time for the Napa cabbage fields to enter harvest season. In the chilly air, harvesters begin operating, replacing long days of manual labour. The machine head cuts the Napa cabbage decisively and quickly. Then the cabbage is moved onto the machine's conveyor belt. During transit, they pass through rollers to trim the outer leaves, making the cabbage neater and more uniform. At the end of the conveyor, workers quickly arrange and pack the cabbages. From the moment the machine enters the row until the cabbage is packed, the entire process is clean, neat and efficient. The next product is buckwheat. As the harvester begins rolling across the field, the header continuously rotates, skillfully ushering the seed-heavy buckwheat stalks forward. The horizontal cutter bar clips the stalks close to the ground, feeding the entire crop into the internal processing chamber. Inside the machine, the threshing process is carried out to separate buckwheat seeds from the stalks and heads. Once the seeds are released, the screening system continues to work to remove chaff and other unnecessary impurities. Meanwhile, the remaining straw is discharged back into the field. Finally, the clean buckwheat seeds are collected and discharged through the unloading auger into a container trunk. While harvesting grains requires speed, harvesting fruits like pomelo requires patience. Farmers use pruning shears to neatly detach each pomelo from its stem. For fruits higher up, they must stand precariously on ladders to reach the branches. From these challenging positions, each pomelo is carefully lowered. All of this happens under the intense sun, lasting for many hours in order to meet market demand. World pomelo consumption is forecast to reach 8.7 million tonnes by 2026, with an average annual growth rate of 0.6% since 2017. Our next location is a chive greenhouse. The farmer pushes the harvester forward, allowing the pointed cone guides at the front to weave closely to the base of the chives. Consequently, the sharp blade positioned close to the ground can quickly cut the chive stems, ensuring uniform length for the produce. Next, the conveyor system gently rolls each bundle of chives up to the storage area on top of the machine. When full, the farmer stops the machine momentarily to transfer the chives into plastic bins. With the support of machinery, the work becomes much lighter. It only takes around 30 minutes to harvest 661 pounds of chives. On high mountain slopes, the bamboo shoot harvest begins in the silence of an ancient forest. There is no large machinery or loud noise, only the footsteps of foresters weaving through familiar trails. When they spot a shoot, they use a hoe or a small knife to dig around the base, avoiding breaking the tender inner part. Each stroke of the hoe is slow and careful. After being extracted, the shoots are cleaned of soil and stacked into a basket worn on the back. The weight increases with each harvested shoot, making the journey back much more arduous than the journey there, but also happier because the farmer's hard work has paid off. Our next destination is a sunflower field. Amidst rows of flowers taller than a person, the harvester moves slowly, creating a steady rhythm across the field. At the front of the machine, specialized cutting heads with eight parallel rows glide over the flower beds, precisely clipping the seed-filled heads. These heads are quickly fed into the machine's internal system to separate the seeds from the flower heads. Once the seeds are separated, they are immediately moved into a container through a discharge pipe system. In just a few hours, each container can collect hundreds of kilograms of seeds, significantly boosting productivity. Now let's look at how farmers harvest raspberries. With traditional methods, farmers pick each raspberry and place them into small containers hanging at their side. Harvesting usually takes place in the early morning or cool afternoon to keep the fruit fresh for longer. In large-scale raspberry growing areas, machinery begins to appear to support the work. The harvester moves along the rows using a vibrating mechanism to make the fruit fall. Below, a conveyor belt is ready to catch the falling raspberries. The entire process is continuous, helping to harvest quickly over large areas. This year, global raspberry production reached around 940,000 tons. Our next product is garlic. After garlic is pulled up and dried in the field, farmers begin to harvest them. With skillful hands, farmers trim the excess stalks and roots from each garlic plant. This task is repeated hundreds or even thousands of times throughout the long day. Under the sun, clean, firm garlic bulbs gradually emerge. Once the garlic is basically cleaned, farmers arrange them carefully into large plastic buckets placed right beside them. Each bucket quickly fills up, showing the result of many hours of continuous labour. In late May or early June, asparagus farms in Texas enter the busiest harvest season of the year. Thousands of migrant labourers flock here, bringing hope for productive working days. In the field, farmers stoop low, cutting each spear right at ground level. Though simple, this work requires endurance and high concentration. Freshly cut asparagus spears are quickly gathered onto plastic trays, keeping the stalks straight and unbroken. Finally, the trays of asparagus are transported directly to the packaging plant. Even as machines have changed the way work is done, sweat, patience and hope for the harvest are present in every harvesting season. Watching farmers create millions of tonnes of food every year, I wonder how much more will agriculture change in the future? If you're also interested in the story behind the harvest, please hit like and subscribe to our channel to continue exploring the journey of agriculture in our next video. On fields that seem peaceful, every harvest season witnesses a silent race against time, weather and yield. Millions of tonnes of agricultural products do not appear by chance. They are the result of experience, machinery and decisions precise to the hour. In this video, let's follow that journey. A true picture of how modern agriculture operates. Each year, the world produces up to 1.9 billion tonnes of sugarcane. To handle such a massive volume, humans cannot rely solely on manual labour. Modern harvesting machines move along the rows of sugarcane. At the front, rotating blades cut close to the base of each stalk as the machine advances. Immediately after, spiral shafts begin working, pulling the sugarcane into the machine body for processing. Then, the sugarcane stalks are lifted up a conveyor pipe and blown directly into a truck driving parallel alongside. The entire process occurs almost continuously, helping the harvest happen quickly to meet the massive market demand. The Christmas season is approaching, and with it comes a huge demand for Christmas trees worldwide. It is estimated that approximately 120 million trees are cut down each year to serve the holiday season. Harvesting Christmas trees is mainly done with saws. Growers need to operate quickly but precisely, ensuring that trees are cut neatly without damaging the shape of the foliage. For medium or smaller sized trees, tree spades or cutting machines are used to save labour and increase efficiency. After being cut down, the Christmas trees are not transported immediately. They are carefully bundled, wrapped in netting and prepared for sale or export. The next product we're discussing is pistachios. In large-scale orchards, farmers often use tree shakers to replace manual picking. The mechanical arm of the device grips the trunk tightly and vibrates strongly for a few seconds, enough to shake off all of the ripe pistachios. The shaking process is carefully controlled to ensure the nuts fall completely while limiting unnecessary impact on the tree. Underneath, large shields are already open to catch all of the falling nuts. From here, conveyors take them straight into containers for temporary storage, ready for the next processing and transportation stages. Modern machinery also greatly assists farmers in the potato harvest process. This machine has a powerful crawler system for stable movement across the fields. The digging part of the machine cuts deep into the ground. The soil along with the potatoes is gently lifted and placed onto a conveyor screening system. Here, the screening system separates the soil by vibrating gently, letting the soil fall through while retaining only the potatoes. After cleaning, the potatoes are transported to the rear of the machine. Here, workers perform salting and quality checks. Cleaned potatoes are collected into large bags. Thanks to modern technology, China produces more than 93 million tons of potatoes annually. Unlike potatoes, harvesting watermelons still requires direct human observation. Farmers use their hands to check the ripeness of each fruit before deciding to cut. When the watermelon have reached suitable ripeness, the stems are trimmed and each round fruit is lifted from the field surface. Then harvesters load the watermelons onto trucks. There is always someone standing on the truck bed ready to catch and arrange the watermelons neatly to avoid impact and reduce damage during transport. In recent years, many farmers have started using mobile conveyor systems to support harvesting. The combination of experience and technology has significantly improved watermelon yields with an estimated 100 million tons produced worldwide last year. Next, we come to the honey harvesting process, a task that requires caution and patience. First, beekeepers use a smoker or a blower to drive the bees away from the honeycombs. Once the bees have flown out, the wooden frames are filled with honey and gently removed from the hive. These honey frames are now heavy and glistening, showing that enough honey has accumulated for harvest. The honey frames are then placed into a centrifuge to effectively separate the honey from the wax. The pure golden stream of honey flows down and is filtered before being packaged and sold on the market. The next location is the cucumber field. Each person carries a basket, walks along the rows of plants, observes closely and jelly picks each ripe cucumber. This method helps in selecting cucumbers at the right harvest time, ensuring the quality and shape of the fruit. At modern farms, cucumber harvesting machines are gradually replacing manual labor to speed up progress. The machine moves along the rows, with the machine head gathering all of the fruit and vines. The entire process is designed to minimize damage to the fruit. After being separated from the plant, cucumbers are immediately cleaned and transferred to large containers running parallel in the field. Thanks to this system, tons of cucumbers can be harvested in just one day, meeting large market demands. Harvesting durian is a job that requires experience and high caution. The time the fruit reaches suitable ripeness usually falls between 95 to 120 days after the flowers bloom. Typically, durians are picked four to eight days before they are fully ripe to ensure enough time for transportation and storage. During harvest, gardeners cut the stem, connecting the fruit to the branch to avoid harming the tree and limit shell cracking. Every action is performed decisively, yet gently. For fruits located high up, harvesters will climb up to reach and cut the stems. The fruits are then passed down to the person standing below. For fruit in low positions, harvesters only need to stand on the ground and cut directly, ensuring safety and maintaining fruit quality. Harvesting dates also requires human hands. Every year, over 990,000 tons of date seeds are produced worldwide. To safely reach the fruit clusters at the top of the tree, farmers tie ropes around the trunk and carefully climb high. Once they reach the top, they select each ripe fruit in the cluster. After cutting, they are lowered to the ground using a hanging basket. This prevents the fruit from being bruised and maintains quality. Once on the ground, dates are gathered and then washed with water to remove dirt. Finally, the selected dates are sun-dried for a few days, ready for storage and consumption. The next product is guava. Guavas are usually harvested entirely by hand to ensure the quality of each fruit. Farmers observe carefully, choosing only the fruit that have just ripened. When harvesting, they use scissors to cut the stem of each fruit and place it in a basket. This method limits scratches and bruising, which is especially important for guava's salt fresh. When the basket is full, the guavas are collected in one spot in the garden. Here, farmers perform sorting, selecting the freshest guavas to be ready to be distributed to consumers. Unlike guava, bamboo is typically harvested at the end of the rainy season and the beginning of the dry season, when the bamboo stalks have reached sufficient hardness and have less sap. When cutting, people usually cut the bamboo close to the base. The remaining base will be shredded to prevent the bamboo from growing new branches. However, they still leave some shoots in the bamboo cluster so the plant continues to develop, ensuring bamboo sources for future seasons. Depending on the type, each bamboo pole can weigh between 33 and 66 pounds, requiring harvesters to have good health. After being cut down, bamboo is transported to serve many different fields, from making handicraft products to familiar items like baskets, racks or chopsticks in daily life. The next location is the banana plantation. When the leaf tips begin to wither, the fruit changes colour from dark green to light green. When the flower tips have fallen off, it is the right time to harvest. A banana harvesting team needs at least two people working together. One person uses a sharp knife to cut the banana bunch from the tree trunk, while the other stands ready to catch the heavy bunch. With skill and a steady working rhythm, a worker can harvest up to hundreds of bunches in just one day. After being cut, the banana bunches are carried by workers to a cable system. Each such system can transport an average of around 90 bunches in just one trip, helping to bring bananas from the field to the warehouse quickly and safely. Eggplant harvesting is also organised in a continuous assembly line. They are picked directly from the field, and each one selected when it reaches a suitable size and maturity. Immediately after, they are placed on a conveyor system to move to the processing area. Along with the conveyor belt, workers stand ready to sort and pack the eggplants. With the growing scale of production, such rapid harvesting methods are becoming especially important. On a global scale, eggplant production is forecasted to reach around 63 million tonnes by 2026. Mango is one of the most grown fruits in Asia, with production reaching around 12.42 million tonnes. This large volume requires the harvesting process to be organised carefully to ensure quality when brought to the market. Due to their soft nature and thin skin, mangoes are very easily bruised if handled correctly. For mango clusters located at a low level, harvesters use their hands to directly pick each fruit. For mangoes located high on the tree trunks, farmers use long poles with a net bag attached at the end to harvest. They must operate quickly and neatly to ensure maximum mango quality is maintained. Unlike mangoes, specialised machines are used to quickly produce pumpkins. This is a pumpkin harvester and crusher. When operating, the machine arranges the pumpkins into straight rows to prepare for the next processing stage. Once put in the right position, a large spiked wheel lifts each pumpkin and feeds it inside the machine. Here a crushing drum, divided into four parts, smashes the pumpkin to separate all of the seeds inside. The entire process occurs continuously as the machine moves along the field. Pumpkin seeds are then collected to be used as food. The final location is the almond orchard. Farmers often use tree shaking machines with large mechanical arms. When operating, the machine grips the tree trunks tightly and shakes strongly for an instant, causing the ripe almonds to fall all at once to the ground like a small rain shower. After drying in the sun for a few days, workers operate a sweeper machine to gather all of the almonds. Those scattered on the ground are pushed into perfectly straight rows. Next, a specialised vacuum machine is put into operation. The machine vacuums all of the gathered almonds and transfers them into a storage compartment. From here, almonds are ready to be transported to a pre-processing facility for further post-harvest processing steps. Behind millions of tonnes of agricultural products is a close combination of generations of farming experience, strict labour discipline and the increasing support of modern machinery. Every decision and action directly affects yield and quality. If you're interested in the stories behind the fields and factories, don't forget to follow the channel to continue joining us in the next videos.