Which Type of Hydroponic System do You Prefer? | Hydroponic Farming Techniques

In agriculture, innovative methods and different techniques are continually being experimented with. This video aims to explain the secret of growing plants without traditional soil in the best possible way. If you think soilless farming is impossible, this video will definitely surprise you. Soilless farming, or hydroponic farming, is a widely practiced model worldwide. In this model, plants obtain nutrients not from soil, but from water and air. This revolutionary method allows plants to grow without traditional soil dependency. Various innovative techniques are preferred to directly convey the necessary nutrients to plants. Plants grown with soilless farming methods develop faster and provide higher yields compared to those grown using traditional methods. The short growth period allows for rapid harvest and higher yield per unit area. In soilless farming, plants directly take the nutrients they need, eliminating the need for plants to expend energy searching for nutrients in traditional soil. Hydroponic farming significantly reduces energy consumption and, through farmer control, provides rapid provision of light and temperature factors to plants, enabling fast growth. This allows for continuous farming throughout the year. Controlled fulfillment of plant nutrient needs prevents water stress in plants. Agriculture globally consumes a significant amount of water, and soilless farming offers a water-saving advantage. The water used in soilless farming is only about 10% of that used in traditional soil-based farming, and water recycling enhances efficiency in this system. Soilless farming allows the use of less fertile soils, reducing the demand for fertile soils. Production is less affected by adverse weather conditions due to less dependence on soil. Plants grown without soil are less susceptible to weeds and harmful substances, leading to healthier growth and increased productivity. Complete control by the farmer over factors like light and temperature contributes to healthier plant growth. Determining the pH of nutrients and elements in products will be easier in hydroponic farming, ensuring balanced elements and high-quality products. This supports the continuous progress of the food sector without delays. However, soilless farming has higher setup costs compared to other systems, requiring specific machines for this controlled method. Timings, components like pumps, lights, filters contribute to the overall cost, and any missing component can affect production. Farmers need sufficient technical knowledge to practice soilless farming, and gaining experience in this field is an added cost, which can be a disadvantage. Continuous monitoring of the system is necessary for plant survival, as a small system error can disrupt production consistency. Some products may not be suitable for hydroponic farming, creating a disadvantage in the market. There are various types of soilless farming, categorized into active and passive systems. Active systems involve nutrient delivery to plant roots via a pump. Passive systems only cultivate the plant roots. The WIC system is the simplest soilless farming system. These WICs deliver nutrients to plant roots without the need for any support. It is a very easy and cost-effective method, especially for those who are new to soilless farming. In the deep water culture system, the roots are saturated with a nutrient solution while preventing drowning with the help of oxygen. Deep water culture is more suitable for environments with higher daytime temperatures and cooler nights. The high water volume provides a buffering capacity, slowing down water cooling and consuming less energy. In the nutrient film technique, plants are part of a system where there is a flowing water channel. Due to a slight slope, the nutrient solution that nourishes the plants flows along this gradient. With a significant portion of the roots positioned outside the water, they can breathe easily, reducing the likelihood of root-related issues. Exposed roots should be kept moist and protected from light. Water pumping and drainage system. In this system, the liquids that the plant needs are conveyed to the plant roots through a pump. Later, the remaining water and nutrients are transferred and discharged from the reservoir. The name of the system comes from this process. With the help of a timer, nutrients are delivered to the roots on schedule. To ensure the system operates smoothly, a sufficient amount of oxygen must be present. The conveyance pipe should also be wider than the drainage pipe, ensuring continuity. Drip system is widely used in various fields today. It is among active soilless systems. Nutrients are delivered to the plant roots with the help of a timer. The remaining nutrients in the cultivation area are returned to the reservoir with drainage assistance. Aeroponic system is a system in hydroponic agriculture where plant roots are grown using water vapor. This system is the most complex among them. Nutrients are vaporized and delivered to the plant roots. In soilless agriculture, fertilization methods and systems for obtaining plant nutrients may vary, but many plants require essential nutrients. Regardless of the method, all plants need water, oxygen, light, carbon dioxide and nutrients. Macronutrients such as sulfur, nitrogen, phosphorus, calcium and magnesium are vital for plant health. Having all these elements is important for the healthy growth and development of plants. Today we briefly explained what soilless agriculture is, its advantages and disadvantages and how this process works. Our channel is still in the process of growth and we will strive to grow faster with your support. We haven't tried these techniques yet, but in the coming times we will attempt them and continue providing you with detailed information about it. Don't forget to support us and as always, keep farming!