Digital growth response maps for assessment of cooling requirement in greenhouse production of tomato
The objective of this work was to generate a series of digital growth response maps that address specific times of cooling requirement for tomato production in a tropical lowland greenhouse. Collected data from a net-screen covered greenhouse were processed by a computer model that utilized a mathematical approach to simulate tomato's growth responses (GR) to air temperature at early growth and development growth stages. Orthogonal projection was applied on three-dimensional GR plots to create top-view sketch to demonstrate variations with respect to changes in hours and days. Results indicated that air temperature inside the greenhouse was 65% optimal at the early growth stage and 72% optimal at the development growth stage of tomato.
Shamshiri, R., Che Man, H., Zakaria, A.J., Beveren, P.V., Wan Ismail, W.I. and Ahmad, D. (2017). Digital growth response maps for assessment of cooling requirement in greenhouse production of tomato. Acta Hortic. 1152, 117-124
greenhouse, tomato, growth response map, temperature, tropical lowland, cooling requirement, computer simulation