A container to hold the plants by the collar so that the roots are suspended. The container needs to be slightly sloped and provide drainage points for the nutrient solution to be recycled back to the nutrient reservoir.
An automated spray system to spray the nutrient solution onto the suspended roots. The misting portion of the system needs to be housed within the enclosed container.
A nutrient reservoir to collect the nutrient solution in. This would normally be equipped with a pump (to spray the nutrients) as well as an oxygenation system to oxygenate the solution.
Depending on how sophisticated a system you wanted, temperature, pH and automatic nutrient dosing systems could be included.
no, plants are grown well in hydroponic and aeroponic systems
nasa has successfully used hydroponics to grow potatoes in space. all you need is a temperature which is suitable for your plants to live and water.
An aeroponics system is defined as a system that supports the growth of plants in an air medium. An aeroponic system was prominently displayed in the Star Trek Voyager series.
No, plants do not need sodium to grow. They need protein to grow.
Plants would require a controlled environment with sufficient light, temperature, humidity, and air circulation. They would also need access to nutrients through a hydroponic or aeroponic system, as well as a way to manage water and waste recycling within the limited space of the station.
Plants need sunlight, water, and soil to grow.
An aeroponic atomizer helps aeroponic systems by creating a fine mist of water and nutrients that is easily absorbed by plant roots, promoting faster growth and better nutrient uptake.
Yes, plants need sunlight to undergo photosynthesis and grow.
Plants need light to grow at all. Except fungi.
Plants that grow in LEAVES are KATAKA-TAKA plants
all plants
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