Child cultures are flooded by spraying water over the surface of the container through a pipe or strip, manually with a hose, air spray, and blast, or by flushing with water through the bottom of the container or by mixing these transport frames. Above-ground sprayers and manual irrigation tend to shed water and also wet the leaves, increasing the risk of infection and damage.
Drip and irrigation frames are the most effective and provide greater authority in terms of related water measurements. The growth of the agricultural sector should drive the growth of the world market for 'greenhouse pivot irrigation systems'. Also, because the leaves do not curl when wet, there is less risk of disease and damage.
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Drip irrigation can be an important tool for accurately controlling the humidity of the media. It also saves water and labor and reduces the risk of groundwater contamination. The drip irrigation frame kills the overflow of lost water in the pot against the background of water from above and the amount of water connected to the vessel can be controlled. In principle, it should be possible to significantly reduce or eliminate pot filtering by generally turning off the frame when the specialist limit is reached.
A dribbling frame control with a strain gauge housed in an expanding humidity pressure (level) sensing medium and a small personal device adapted to turn off the frame at or when a preset humidity load is reached is reduced proven to overflow chrysanthemums and trimmed stars to around zero. Vegetable crops grown in beds, sacks, or pots above the ground are usually watered with drip strips. Tubes are laid on the floor or racks, or woven through sacks.