Greenhouse Cucumbers that are hardy food crops respond best if they are produced technically. This article is a reliable guide in terms of the greenhouse production which will help to get great result. Greenhouse cucumber grow best to a combination of heat, humidity, and intense light conditions with a constant and abundant supply of water and nutrients. Cucumbers produce abundant fruit under efficient farming practices, but to be profitable and sustainable, it is essential that farmers make wise decisions about crop management, nutrient management, and pest and pest control. The cucumber (Cucumis sativus) has many names, such as European, Australian, English, or non-agricultural cucumber. Besides being tall and delicate, cucumber varieties can differ from field varieties in many ways. First, they are generally considered easier to swallow and less painful. Second, the skin of the fruit is very thin, so it should not be available for consumption. Third, the fruits are also parthenocarpic or seedless. Beit Alpha is another popular cucumber variety. They are similar to European/Dutch varieties in that they are lighter in flavor and seedless and although the skin is thicker than standard European varieties, it is still thin enough that it does not need to be removed. However, they are smaller than the European/Dutch varieties when ripe and cut, with fruits 6-8 inches long. Production systems: The most common methods of growing cucumbers are the techniques used in other vines or multi-plants, such as Dutch buckets or irrigation systems with plates or bridges, which consist of a substrate. The farmer’s storage goals change with the different growth stages of the cucumber variety. After planting, the farmer’s goal is a good living environment and a healthy, bushy cucumber. The focus should be on creating a strong, healthy canopy to support fruit production, followed by a strong, well-balanced plant. Effective crop management, leading to more efficient production, ensures growth in climatic conditions, soil, plant density, irrigation, and pest and disease control. Depth: The depth is important; The recommended pH range for optimal plant growth is 5.5 to 6.8. Propagation and production of young shoots: Serial cucumbers propagate by seed. Seeds of cucumber varieties are expensive, almost a dollar per seed, due to their genetic gynecology and because they are parthenocarpic (seedless). Seeds can be sown directly into 4 inches of rock wool, coco, or other material planted on production lines. The air temperature should remain at 84°F for the first few days to ensure optimal germination. After the nitrogen is removed, the temperature is lowered to the mid-70s F. Additional light can be used to hold the seedlings together. When the seedlings have three or four true leaves, they are ready for planting. Nutritional Remedies: Supplemental nutrients of greenhouse cucumbers should have an electrical conductivity (EC) between 2.0 and 3.0 mS/cm and a target pH between 5.5 and 6.0. Nitrogen/potassium (K) ratio. 1:1.5 sq. ft.; Large amounts of K are used in this heavy fruit crop. Avoid high nutrients and root zone EC, as too much salt can damage plants and cause root rot. Temperature: Cucumbers are warm compared to other roots and juices. Daytime air temperatures should stay between 75-80°F, but not above 85-90°F. Nighttime temperatures should not drop below 65°F. Light: Cucumbers are generally a very delicate crop. Some species will do better in low light, but all will respond well to higher light intensities. Supplemental lighting can be used to improve growth and productivity, but only if lighting costs and operating costs are economical. CO2: Cucumbers benefit from natural carbon dioxide (CO2) in the greenhouse. Additional CO2 from liquid injection or combustion up to 1000 ppm can increase efficiency, especially during periods of reduced ventilation. Pollination: Since almost all species of hydroponic cucumbers are parthenocarpous and form fruits without eggs, no effort is required to propagate the plants. Pruning and training: Like other grape crops, cucumbers need to be pruned and trained. As in tomatoes, the “suckers” from the leaf node are removed to preserve a primary shoot. Cucumbers also produce roots that need to be removed. Once installed in the factory, they will shut down other factories and infrastructure, causing problems. Fruit smoothies should also contain the standard amount of cucumbers. If more than one fruit is allowed to develop in each leaf axis, the fruit load becomes excessive and the quality of each fruit deteriorates.Cucumbers need to be trained as it is a vine crop and many techniques can be used. The draping process is where the loop is tied to a string with the yarn hanging down, then allowed to drape the yarn and push it down to the ground. The umbrella process is similar to the draping process as the rods are driven down to the nail. But as the shoots grow on or above the wire, they fall back to the messenger leaf behind the wire, and the two main shoots continue to grow and drape over the supports and push them upwards. floor. The V-cord method is somewhat similar to the draping method, in that the vine is drawn up the wire and then back down. However, the top iron is not on the trees facing the V-shaped trees, but passes a few meters from the tree on the road, forcing the trees to espalier laterally. As one canopy tilts into a canopy, the other canopy lowers the other canopy into a double canopy, causing more light to be absorbed by each canopy and reducing the nearby canopy. Some farmers have also started using the lean and medium method similar to that used for tomatoes. As the plants approach the support wire, the stem to which each stem extends is lowered so that the growing area is below the support wire, and the wire is then lowered several inches. Pests: Aphids, aphids, aphids, and aphids are the most common pests of cucumbers. One of the hallmark symptoms of an infestation is the presence of black, chlorotic cucumber leaves caused by aphids. At first glance, it may look like damage caused by strong light or lack of nutrition, but it happens when the larvae feed on leaves and defecate everywhere. Diseases: The cucumber mosaic virus can harm the crop. Since ticks can transmit this disease, keep them away and disinfect your plants to prevent infection. Rust is the most common disease in cucumber cultivation. Look for varieties that are relatively resistant to powdery mildew and start control measures early to avoid hot spots. Physiological effects: Abortion occurs when there is too much fruit on the tree at any given time and the trees do not grow well enough to support the harvest load. Fruit trees can also snap if something unexpected happens in agriculture or the environment. Harvest: Farmers can harvest cucumbers in about 12 weeks, although this varies by variety, location, and cultivar. For standard European cucumbers, fruits are usually harvested between 12 and 14 inches long, with the USDA requiring a minimum fruit length of 11 inches. Continuing to harvest up to three to four times a week is necessary to maintain the balance between vegetation and reproduction, as well as fruit quality. Cucumbers respond and grow best to a combination of heat, humidity, and intense light conditions with a constant and abundant supply of water and nutrients. Cucumbers produce abundant fruit under efficient farming practices, but to be profitable and sustainable, it is essential that farmers make wise decisions about crop management, nutrient management, and pest and pest control. diseases, labor balance, and marketing. Moisture: Effective moisture management in the production area is an important factor in crop maintenance and health. Frost can affect everything from growth rates to disease issues. Cucumbers do best in high humidity. In low-humidity conditions, the availability of water is essential. Cucumbers grown in low humidity conditions require a lot of water and a lack of water can lead to poor fruit quality, miscarriage, or poor growth of secondary shoots. Especially after harvesting, the availability of water is very important. The availability of green cucumbers has increased dramatically in recent years. Cucumbers can be one of the most profitable crops. However, productivity requires close monitoring of irrigation, plant nutrition, and the growing environment, as well as an effective pest and disease control. Growing cucumbers in greenhouses have many advantages over regular cultivation in the open field. This article discusses some of those benefits and the need to prioritize cucumber cultivation. Cucumber crops should be inspected regularly, and cultivation should be simple and accurate. The challenge for farmers is to maintain plant balance and ensure optimal fruit production.