Where hydroponic farming have been used and what have been used for?
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Hydroponic farming has been used in various regions including India , West Sumatra , and Medan, Indonesia . It has been used for cultivating a variety of crops such as vegetables, fruits, flowers, and livestock feed . The technique involves growing plants without soil, using water as the main medium and providing the necessary nutrients through a nutrient solution . Hydroponics offers several advantages including higher crop yields, shorter growth times, year-round production, and reduced water usage . It also eliminates the need for pesticides and herbicides, resulting in fresher and pesticide-free produce . Hydroponic farming has the potential to address challenges related to climate change, freshwater shortage, and the increasing demand for food . It is considered an environmentally friendly method that can contribute to sustainable agriculture and food security .
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| Papers (4) | Insight |
|---|---|
02 Oct 2019 | The paper mentions that hydroponic farming has been used in Medan, North Sumatra Province, Indonesia. It is used as an alternative growing medium to support the utilization of existing open space as part of urban green space in the city of Medan. |
13 Citations | Hydroponic farming has been used worldwide for various purposes, including plant biology research, year-round production, enhanced yields, and environmental benefits. |
| Hydroponic farming has been used in developed nations like Netherlands, Australia, France, England, Israel, Canada, and the United States. It has been used for the cultivation of high-value crops such as leafy and other vegetables. | |
| The paper mentions that hydroponic farming is being carried out at Pondok Sarai Permata Housing, Lubuk Buaya, Padang. It is used for growing vegetables that are fresher, free of pesticides, and have better nutritional content. |
Related Questions
What are the benefits of hydroponic agriculture for farmers in terms of crop yield and water usage?4 answersHydroponic agriculture offers several benefits for farmers in terms of crop yield and water usage. Compared to traditional farming methods, hydroponics has the potential to produce higher yields of crops. This is due to the ability to grow crops in areas with poor soil quality and the reduced use of water and pesticides. Hydroponics also allows for continuous growth throughout the year, enabling farmers to grow a variety of crops in a small area. Additionally, hydroponics is a more efficient use of water, with a 90% reduction in water usage compared to traditional agriculture. This is particularly important in areas with limited water resources. By eliminating the need for soil, hydroponics reduces the risk of parasites and soil deterioration, leading to higher crop yields. Overall, hydroponic agriculture offers farmers the opportunity to increase crop yield and conserve water resources.
How does hydroponic farming compare to traditional farming in terms of water use?4 answersHydroponic farming is more efficient in terms of water use compared to traditional farming. Hydroponics uses 90% less water than traditional agriculture. This is due to the controlled environment and the use of mineral-supplemented solutions instead of soil. In contrast, traditional farming requires a significant amount of irrigation water, which can lead to water waste. The reduced water utilization in hydroponics is a significant advantage, especially considering the increasing demand for food and the need for sustainable agricultural practices.
Can alternative water sources be used in hydroponics ?4 answersAlternative water sources can be used in hydroponics. Hydroponic systems can utilize desalinated seawater as a medium for growing crops, especially in arid and coastal areas. Additionally, treated sewage effluent can be used as an alternative source of water and nutrients for hydroponic cultivation. The use of alternative water sources in hydroponics can help address water scarcity issues and promote sustainability in agriculture.
What are the most common utilities on hydroponic farms?5 answersThe most common utilities on hydroponic farms include filtration systems for cleaner fluid and water supply to plants. Additionally, hydroponic systems can be controlled using machine learning algorithms and IoT technology, allowing for autonomous and intelligent control over sprinklers and water flow based on sensor input parameters such as pH, temperature, humidity, and water flow. Furthermore, the use of hydroponics in agriculture can help improve the economy of a country by providing a soilless farming culture and utilizing nutrient solutions for plant growth.
What are some examples of the extensive use of hydroponics?3 answersHydroponics has been extensively used in various contexts. It was initially developed as part of early research into plant nutrition, allowing scientists to identify essential elements for plant growth and study plant development under controlled conditions. Hydroponics has also been used in agriculture and forestry studies, analyzing the effects of elements, environmental stress, and hormones on medicinal plants. In India, hydroponics is gaining popularity as an alternative method for growing fodder for livestock, addressing constraints such as land availability, water scarcity, and climate change. Additionally, hydroponics has been explored in the production of forest seedlings, accelerating their growth and improving quality. These examples demonstrate the extensive use of hydroponics in research, commercial horticulture, medicinal plant studies, livestock farming, and forestry practices.
What are the benefits of hydroponic planting?3 answersHydroponic planting offers several benefits. It allows for the cultivation of crops without the need for soil, resulting in reduced interferences from factors such as soil quality, irrigation, and climate. This method provides greater control over plant growth, leading to higher quantity and quality of production. Hydroponic systems also improve the efficiency of fertilizers and water usage, reducing input costs and preventing environmental pollution. Additionally, hydroponic planting enables easier pest and disease control, resulting in cleaner and healthier crops. The system has been successfully employed for growing various commercial and specialty crops, including strawberries, tomatoes, peppers, leafy vegetables, and more. Hydroponic vegetables have better taste, are crisper, and contain more sufficient water compared to soil-cultivated vegetables. Overall, hydroponic planting offers a sustainable and efficient method for commercial food production, with potential benefits for food security and nutritional content.