Farmers Make Hundreds Of Millions Of Dollars From Duck Eggs And Meat By Raising Ducks This Way

Duck farming is a traditional and widely practiced industry in Asia, where the demand for duck meat and eggs remains consistently high. Moving beyond small-scale operations, duck farming in many countries has undergone significant transformations. Each year, Asian farmers can earn millions of dollars from duck farms. By applying modern techniques, farmers can optimize production costs and expand their market reach. Duck farming has become a multi-million dollar business. The practice of free-range duck herding, common in Southeast Asia, has unique characteristics rarely found elsewhere in the world. Farmers often guide flocks of thousands of ducks from farms to various fields in search of food. The ducks lay eggs scattered across the fields, making egg collection a challenge. Eggs are gathered after the ducks have rested, ensuring they remain intact and fresh. In Vietnam, duck farming for meat is one of the most thriving industries. With its network of rivers and vast rice fields, the country provides an ideal environment for raising ducks. According to the Ministry of Agriculture and Rural Development, Vietnam's total duck population reached approximately 80 million in 2023. This makes Vietnam a major supplier of duck meat, not only for domestic consumption but also for export. One of the popular farming models in Vietnam involves raising ducks on rice fields after harvest. Following each crop, the rice fields become the ideal feeding grounds for ducks. Each step of the ducks stirs up the soft mud under the water, revealing fallen grains, tiny insects and small organisms, a natural food source that they eagerly seek. The expansive fields allow ducks to roam freely, often covering hundreds of feet daily across the rice paddies. They run, swim, flap their wings and play, which helps develop strong muscles and enhances the texture of their meat. This outdoor activity also boosts their immune system, reducing the risk of disease when compared to confined rearing. Free-range ducks not only have firmer, more flavourful meat, but also significantly lower fat content. This makes them appealing even to the most discerning markets. This farming model helps farmers save around 50% on feed costs when compared to fully confined methods. Additionally, free-range duck farming offers other benefits, such as improved soil quality and controlling pests in the field. Alongside natural food sources, farmers supplement the duck's diet with industrial feeds like rice bran, cornmeal and vitamins to ensure uniform growth and standard weight. The care process is divided into several stages. Ducklings between one and three weeks old are usually kept in enclosures to maintain warmth and provide nutrient-rich feed. From week four to week eight, ducks are released into the fields, leveraging natural food sources and open spaces for exercise. After eight to ten weeks of rearing, ducks reach a weight of 5.5 to 6 pounds and are ready for harvest. Duck meat harvested in Vietnam is widely consumed in domestic restaurants and exported to international markets such as Japan and South Korea. In 2022, Vietnam exported over 22 billion pounds of duck meat, generating tens of millions of dollars in revenue. Notably, businesses specialising in processed duck meat exports have penetrated demanding markets like Europe, which impose strict quality and food safety standards. China leads Asia in duck egg production, accounting for around 40 billion eggs annually. Alongside countries like Vietnam, Thailand and the Philippines, these nations account for more than 80% of global duck meat production, underscoring the cultural and culinary significance of ducks across many Asian countries. In the Philippines, duck farming for egg production is thriving, driven by the high demand for balut, a popular delicacy. Profits from this specialty dish have encouraged farmers to invest in larger-scale duck egg farms, providing a stable and sustainable source of income. Unlike the free-range model in Vietnam, Philippine farmers primarily adopt semi-industrial farming systems. These farms are typically designed with well-ventilated housing, featuring wooden or mesh floors for effective drainage and hygiene maintenance. Each housing unit can accommodate 100 to 300 ducks. The environmental conditions within these facilities are meticulously managed to ensure high egg-laying productivity. The coop must have enough natural light and a constant source of drinking water for the ducks. Hygiene is crucial, as it directly affects the health of the poultry. Feed and water troughs are cleaned regularly, and waste is removed periodically. Feed for laying ducks in the Philippines consists of high-protein industrial feeds, supplemented with natural food sources like grass, leafy greens, and rice bran. In fully confined systems, farmers may use commercial feed or homemade mixed-wheat rations to sustain their flocks effectively. Farmers can feed ducks freely, but usually divide into two meals, morning and afternoon. Feeding is usually done during the cooler part of the day. Ducks are not aggressive animals. However, if farmers do not provide enough protein in their diet, they may start pecking at one another. Ducks begin laying eggs at around four to five months of age, and maintain consistent production for around one to two years. On average, each duck can lay around 200 to 250 eggs annually, depending on care and environmental conditions. Farmers typically collect eggs at least once a day. Egg containers are lined with foam or dry straw to prevent breakage. A flock of 1,000 ducks can yield around 700 to 800 eggs daily. After harvest, eggs are sorted based on size and quality. Some eggs are sold fresh at traditional markets, grocery stores, and supermarkets, while others are processed into Balut, a product with the highest economic value. Balut eggs are not only highly consumed domestically, but are also exported to international markets in the US, Canada, and Saudi Arabia, where large Filipino communities reside. Annually, the Philippines exports millions of duck eggs, generating over $25 million in revenue. In Thailand, duck farming also significantly contributes to the agricultural economy through the adoption of modern techniques and diverse integrated farming models. One notable feature of duck farming in Thailand is the integration of ducks into fish farming systems. Ducks are allowed to freely roam on ponds, feeding on natural resources such as algae and plankton, while also helping control weed and pest growth in the water. The special feature of this model is its sustainability and dual benefits. Duck manure serves as a natural source of nutrients for fish, reducing the need for commercial feed. Simultaneously, having ducks on the pond minimizes water pollution by maintaining ecological balance. Thailand farmers actively produce ducklings using incubators. They select eggs with uniform sizes, thick shells, and no deformities for hatching. Farmers often use light to inspect the internal quality of eggs, checking for embryos and ensuring the eggs are free from defects. During the first two weeks of incubation, eggs must be turned frequently, around three to five times a day. This ensures even embryo development and prevents the embryo from sticking to the shell. Egg incubators provide a stable environment with controlled temperature and humidity, resulting in higher hatch rates when compared to traditional methods. Additionally, they minimize risks from environmental factors, ensuring healthier and higher quality ducklings. Thanks to incubators, farmers can optimize the breeding process, increase productivity, and improve overall efficiency in duck farming. High quality ducklings also reduce losses after the farming season. Moreover, Thailand is renowned for its organic duck farming model, targeting premium markets such as Japan and Europe. Organic duck farming strictly adheres to international standards, ensuring no antibiotics or growth hormones are used. Have you ever thought that a nest made from the saliva of a bird could become a delicacy or a skincare product? Its high price even makes it a popular gift in many Asian countries. In today's video, let's explore how farmers make millions of dollars by raising and producing edible birds' nests. Edible birds' nests can only be found in Southeast and Eastern Asia. Unlike other birds, swiftlets don't use trees to build their nests. Instead, they construct them entirely out of their saliva. These nests are edible and highly valued for their nutritional benefits. In the wild, swiftlet nests are found deep within caves. Harvesters must set up scaffolding to climb the dark, damp walls and collect the nests. As demand for this delicacy has grown, man-made swiftlet houses have been built to create ideal environments for the birds to reproduce. In Malaysia alone, it is estimated that there are around 30,000 swiftlet farms. The birds' nest industry contributes $400 million to the country's economy. In recent years, the price of birds' nests has surged due to high consumer demand. This has prompted birds' nest producers and the Malaysian government to increase production through conservation efforts and indoor farming. Most swiftlet farmers focus on building birdhouses to attract the birds. They also consider factors such as the birds' flight paths, population in the area, proximity to water sources, and environmental conditions. Farmers must assess whether the area they choose for farming is home to other bird species as part of the ecosystem. This is because other bird species can be drawn to the farms by the specialized sounds used to attract swiftlets. This can affect the swiftlets and the quality of their nests. Essentially, a swiftlet house is a structure with artificial conditions mimicking a natural swiftlet cave. It is designed to attract swiftlets to live and breed inside. The houses are built in areas with abundant food sources for swiftlets, such as insects. Farmers maintain the interior of the house at a humidity level of around 80%, with the temperature ranging from 78 to 82 degrees Fahrenheit. They also keep the space dark and damp to simulate the birds' natural cave environment. When designing swiftlet houses, it is crucial to consider the birds' physical and behavioral needs. This house has small entry holes, just big enough for swiftlets to enter and exit, while larger animals are kept out. The most fascinating aspect of these swiftlets is their nests. They build their nests using starch-like sticky threads of saliva secreted by a pair of enlarged salivary glands. This nesting material gives them a competitive advantage over other bird species. The nest resembles a cupped hand or a crescent-shaped bowl, measuring around 3 to 5 inches in diameter. One side of the nest is attached to a wall, while the other serves as a perch or a space to lay eggs and nurture chicks. Farms use the sounds of baby swiftlets to attract a colony to breed within their buildings. Over time, as more swiftlets are drawn in, the colony grows. The electronic sound system consists of a speaker, a unit capable of storing audio data, and a broadcasting device. Compared to other types of livestock, raising swiftlets requires minimal care. Although kept in captivity, swiftlets still live according to their wild instincts. The key is that farmers cannot feed them. They can only provide the necessary infrastructure. Swiftlets need privacy, a safe environment, and enough comfort to build their nests for the next generation. Farmers also follow environmental guidelines when using pesticides and managing bird waste. Additionally, significant effort is needed to maintain the integrity of the nests. Harvesting can be done regularly, averaging around 5 to 6 times a year. The process of collecting bird's nests is labor-intensive and does not involve machinery. Contributing to the high cost of the final product. Farmers climb ladders to harvest the nests, gently removing each one from ceilings and walls. Harvesting takes place as soon as the swiftlets complete their nests, typically 1 to 2 months before the rainy season. At this stage, the nests are relatively clean, and the birds still have the opportunity to rebuild their nests before the rains arrive. At the processing plant, the nests are cleaned manually by workers. Proper cleaning helps retain the valuable nutrients in the bird's nests. First, workers remove any excess materials from the nests. The freshly harvested nests are soaked in purified water at 59 degrees Fahrenheit to eliminate impurities. This soaking process lasts around 30 minutes until the nest fibers separate. To truly remove any remaining feathers, factories use vegetable oil to make the feathers float to the water surface more quickly. This simple processing method is applied in large-scale production, and shows promise for widespread use in industrializing and processing bird's nest products. After the cleaning process, intact fibers are separated, and damaged ones are sorted to form bird's nests through molting. The next step is drying the nests. This involves using fans and air drying. If the nests are not dried quickly, bacteria and mold can develop. At this stage, the color of some nests may turn brown, reducing their value. In addition to domestic consumption, bird's nests are a highly sought-after export product. At a production facility in Vietnam, more than 100 workers are working efficiently to ensure a steady supply of bird's nests for export to China. The retail price of a bottle of bird's nest drink depends on the type and quantity of bird nests used, as well as the additional ingredients like collagen, ginseng, or goji berries. Although bird's nests are relatively expensive, they remain popular in Asian countries due to their high nutritional value and therapeutic properties. Consuming bird's nests helps stimulate red blood cell production, boost the immune system, and support the treatment of chronic illnesses. Southeast of Mount Kinabalu in Malaysia, millions of years of water flow have created one of the largest cave systems on Earth. Life still thrives in these dark, damp caves. Swiftlets living here use clicking sounds as a form of echolocation to navigate through the darkness and find their chosen spot to raise their young. Their nesting sites are located high on slippery walls. The swiftlet's saliva is ideal for adhering to the cave's surface and dries quickly upon contact with air. However, it can take a pair of swiftlets up to two months of effort to complete a nest, ready for reproduction. Some people risk their lives to harvest these million-dollar nests made from swiftlet saliva. In Malaysia, swiftlet nest harvesters climb towering cliffs to collect the nests, a perilous and dangerous job. These harvesters scale slippery limestone cliffs, facing the constant danger of falling from a height of nearly 100 feet. They search for the rare nests using ancient harvesting methods. Farmers construct rope ladders and attach wooden planks for easier climbing. However, skilled nest harvesters rarely use ladders, relying only on their hands and feet for support. The best time for harvesting is during the day, when the birds leave the caves to forage. Using flashlights to light their path, harvesters spray water on the nest to loosen them before carefully peeling them off the cave walls. Once the nests are removed, the swiftlets will rebuild them within 15 days. Nest harvesting typically occurs from December to April, during which harvesters can collect up to 2,500 nests over five months. Despite collecting wild nests, farmers are careful not to disturb any nests containing eggs. They understand that the survival of the swiftlets is crucial for sustaining their own livelihood.