How Farmers Harvest Millions of Cherry Tomatoes in Greenhouses | Farming Documentary

In the vast greenhouses of Spain, spanning over 1,000 acres, cherry tomatoes are grown under strictly controlled conditions. This region, covering nearly 4,000 hectares, is renowned as a hub for high-quality cherry tomato production, supplying both domestic and international markets. So how do these tiny cherry tomatoes grow perfectly and achieve the highest quality? The answer will be revealed in the video below. The cultivation process begins with careful preparation of the soil or medium. Farmers use nutrient-rich fertilizers, including composted organic fertilizers and NPK fertilizers, to create an optimal foundation for young plants. In order to improve production efficiency and optimize resources, a modern drip irrigation system is installed, helping to provide precise amounts of water, avoiding waste and flooding. One of the important factors that helps cherry tomatoes achieve high quality is a modern greenhouse system with advanced climate control technology. This system helps regulate temperature, humidity, and ventilation precisely, creating ideal conditions for plants to grow. Before planting, the substrate is thoroughly disinfected to remove pathogens, helping the plant have a clean and nutritious environment right from the start. Farmers select the most suitable cherry tomato varieties for greenhouses, prioritizing high yield, strong disease resistance, and natural sweetness. After about two to three weeks, when seedlings develop 3-4 true leaves, they are transplanted into fixed growing positions with proper spacing. A trellis system supports vertical growth, optimizing greenhouse space. To ensure healthy development, the greenhouse temperature is maintained between 70 and 85 dff during the day and no lower than 60 dff at night. The cherry tomato plant care process requires meticulousness and precision to achieve high yields. Watering is done regularly with the right amount, ensuring the necessary humidity. Growers also prune branches carefully, gradually removing small side shoots so that the tree can focus maximum energy on fruit production and healthy growth. Mulch, like straw or organic mulch, helps keep the soil moist, limits water evaporation, and maintains a stable growing environment for plants. The flowering stage is crucial for ensuring successful fruit set. Growers can support pollination by gently shaking the plant stems or using specialized equipment to increase fruit set rates. After this process, the petals fall off, revealing young fruits gradually developing. At this stage, the plants require sufficient light, water, and nutrients, especially potassium-rich fertilizers, to promote fruit growth, ensuring optimal size and natural sweetness. After about 8-10 weeks, cherry tomatoes reach perfect ripeness and are finally ready for harvest. To ensure maximum freshness and extend shelf life, harvesting is done early in the morning when the temperature is cooler and more favorable for the process. Skilled harvesters carefully pick only tomatoes with uniform color, standard size, and intact stems to enhance preservation. This careful harvesting process is always carried out meticulously to maintain fruit quality and effectively prevent bruising. In modern agriculture, robots harvesting tomatoes in greenhouses help increase productivity and reduce labor costs. Equipped with optical sensors and artificial intelligence, they detect the ripeness of tomatoes and pick them gently thanks to flexible robotic arms. In addition, the robot operates continuously, not affected by weather or fatigue, ensuring a stable harvesting process. This system also integrates real-time data to optimize work, helping products meet standards before distribution. With outstanding benefits, harvesting robots are contributing to promoting technology application in agriculture. After harvesting, cherry tomatoes are processed immediately to ensure the best freshness and quality before distribution. First, they are thoroughly washed with water, then sent to the sorting line using modern optical machines according to size, color, and ripeness to ensure uniformity in each production batch. The fruits that meet the standards will be carefully packaged into specialized boxes or bags with ventilation holes to help maintain freshness, while the fruits that do not meet the requirements will be discarded. This process helps ensure products reach consumers with consistent quality and safety. For dried cherry tomatoes, the production process needs to preserve the natural flavor and important nutritional value. Ripe fruits are carefully selected, ensuring uniform size, thin skin, and high flesh content, helping the finished product achieve the best quality. They are carefully washed, cut in half, and sprinkled with a little pure salt to effectively absorb moisture and increase preservation time. Next, tomatoes can be dried naturally in the sun or dried using modern industrial methods at low temperatures to preserve their original color and rich flavor. The cherry tomato's journey from farm to table is incredible. What do you think about current cherry tomato growing and processing technologies? Have you ever tried dried or canned cherry tomatoes in your dishes? Please leave your opinion below in the comments section. If you like this documentary, don't forget to like and subscribe to the channel to discover more interesting stories about the world of agriculture. Welcome to the journey of discovering the world of Langsat cultivation. In this agricultural documentary, we will explore the process of growing, caring for, harvesting, and processing Langsat fruit. From the fertile fields where these unique fruits are cultivated to the intricate process of turning them into delicious jams, this story will unveil every step of the journey. Let's dive into this fascinating agricultural adventure. Langsat trees thrive in tropical climates, preferring warm temperatures and high humidity, especially in countries like Thailand, the Philippines, and Malaysia. Annually, the production of Langsat reaches about 100,000 tons, with Thailand leading at around 40 percent of the total output. To grow a tree from seeds, it's essential to select seeds from ripe, healthy fruits, then clean them and soak them in warm water to stimulate germination. After soaking, the seeds are sown into soil at a depth of about one to two cm and watered regularly, but not excessively. The plant should be placed in a sunny location, but with some light shading during its early stages. After about two to three weeks, the seeds will germinate, and once the seedlings grow, they can be transplanted into the garden soil. This process requires patience and careful attention, but the reward is the clusters of sweet and refreshing Langsat fruits. Another method to propagate Langsat trees is by cuttings. This process is usually done during the rainy season, where growers select healthy, disease-free branches about 20 to 30 cm in length, trim off the lower leaves, and plant them in moist soil. The soil used for cuttings is usually a mix of loam sand and organic fertilizer to ensure good drainage and sufficient nutrients for the plant. After about four to six weeks, if conditions are favorable, the Langsat cuttings will start to root and develop into young plants, ready for transplanting. In the early stages, regular watering is crucial to maintain soil moisture, especially during the dry season. Drip irrigation systems are commonly used to deliver water directly and efficiently to the roots, helping the plants grow healthier while conserving water. Additionally, maintaining a stable water supply helps prevent drought conditions and reduces the risk of whisk of wilting, ensuring smooth growth throughout the process. Caring for Langsat trees requires regular attention, from pruning and fertilizing to pest control. Pruning helps maintain the tree's balanced shape while stimulating new branch growth, which leads to more fruit production and limits pest attacks. Additionally, balanced nutrient supplementation, especially nitrogen, phosphorus, and potassium, improves soil fertility. To further enhance the tree's health, farmers can also spray micronutrients directly onto the leaves, helping the tree grow stronger and ensuring better fruit quality. Langsat flowers usually bloom between March and May each year as the weather warms up. The small, cream, white, or pale yellow flowers grow in clusters along the trunk and branches. These fragrant flowers attract many bees and pollinating insects, playing a vital role in producing the sweet Langsat fruits. Langsat fruit typically takes about five to six months to ripen after flowering, and once it reaches full ripeness, farmers skillfully harvest each cluster using small tools like scissors or knives. The harvesting process must be carried out with great care to avoid damaging the delicate skin of the fruit. Each Langsat fruit is kept with its stem intact, which not only helps extend its shelf life, but also preserves its natural freshness and flavor. For clusters located higher up in the tree, the harvesting process becomes more challenging and requires even more caution and precision. Farmers often have to climb the tree or use long poles with hooks or baskets to carefully reach the clusters, ensuring that the fruit does not fall or bruise during the harvesting process. After harvesting, the Langsat fruits are gathered into baskets lined with soft materials to prevent bruising. The fruits are then sorted by size, color, and ripeness. Only the highest quality fruits are selected for processing or export, while the rest may be sold fresh at local markets. In Thailand, Langsat is a widely popular fruit that can be found at many local markets, sold at reasonable prices. We hope this video has given you a deeper understanding of this unique fruit and the meticulous care that goes into its production. Have you ever tried Langsat before? If so, let us know your favorite dish made from this fruit. Don't forget to like and subscribe to stay updated with more exciting videos coming soon.