Marada Srinivas
Botany
June 2023
While it stands to reason that aeration would be incredibly helpful for tank farming, very little is understood about the effects of aeration power, particularly when employing bubble flow, and their agronomic implications. In this review, social experiments and flow field perception were used to study the impact of aeration performance on plant growth. The outcomes demonstrated that there was no straight connection between aeration power and plant advancement. Inside a thin scope of aeration force (0.07-0.15 LL (- 1) NSmin (- 1)), expanding the aeration power advanced plant development. The plant development lists, but, did not significantly change above a certain range (0.15-1.18 LL (-1) NSmin (-1)). Raising the aeration intensity (1.18-2.35 LL (-1) NSmin (-1)) also inhibited growth. Our findings highlight the need of preserving a suitable range of aeration intensity for the best possible plant development and oxygenation. Additionally, it emphasizes the necessity to balance energy consumption and operational costs as a result of rising aeration intensity in hydroponics production.
414- 430
© Airo Journals 2021
