A greenhouse provides an essential means of livelihood to its owner and must be
economically practical for the particular climate in which it stands. Greenhouses: Advanced …

In this thesis, the responses of tomato crop growth and yield to greenhouse climate (light,
temperature and C02 concentration) and crop management (plant density and fruit pruning) …

Simulation of dry matter production by the explanatory glasshouse crop growth model
SUKAM (Gijzen, 1992, Simulation Monographs), based on SUCROS87 (Spitters, Van …

In the past, greenhouse climate control has been improved by using feedback-feedforward
control in combination with adaptive control algorithms and on-line adaption of model …

A control philosophy is described for maximising the financial margin between the value of a
greenhouse crop and the cost of controlling the greenhouse climate. This uses physical …

抄録< jats: p> Using newly developed sensor units that were more compact and accurate
than earlier units (Takakura et al., 2009), this study was conducted to estimate the net …

An essential part of all problems relating to the environment is the understanding of how
living organisms respond dynamically to their physical microenvironment or microclimate …

Protected cultivation allows the production of crops under very diverse conditions. The
afferent technologies, however, can be complex and costly. Hence, the effectiveness of …

Monitoring photosynthesis is a fundamental process to improve the yield and quality of
plants in a greenhouse. The CO 2 balance method is often employed to predict the …

Models of greenhouse environments and crop responses have been successful in
explaining major features of crop performance and defining better protected crop …