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Interactions between salinity and irrigation frequency in greenhouse pepper grown in closed-cycle hydroponic systems
(2007)
Two different irrigation regimes with two different salinity levels were applied to peppers (Capsicum annum L.) grown in closed hydroponic systems in a glasshouse. The two salinity levels were attained by adding NaCl to ...
Influence of misting on the diurnal hysteresis of canopy transpiration rate and conductance in a rose greenhouse
(2000)
The aim of this study was to evaluate the effects of greenhouse air humidity control on the transpiration rate (TR) and canopy stomatal conductance (gc) of a soilless rose crop (Rosa hybrida, cv. First Red) grown on perlite ...
Estimating transpiration rate and canopy resistance of a rose crop in a fan-ventilated greenhouse
(2001)
The influence of solar radiation (G) and saturation deficit (VPD air) of the greenhouse air on transpiration rate, canopy resistance was investigated on a soilless rose crop (cv. First Red), grown on perlite, during the ...
Effect of irrigation frequency on rose flower production and quality
(2006)
A better understanding of the effects of irrigation frequency on flower production and quality of rose plants can help to propose optimal irrigation scheduling. For this purpose, experiments were conducted on a soilless ...
Effect of two irrigation frequencies on rose flower production and quality
(2005)
A better understanding of the effects of irrigation frequency on flower production and quality of rose plants can help to develop optimal irrigation systems. On this purpose experiments were conducted on a soilless rose ...
Leaf boundary layer conductance in ventilated greenhouses: An experimental approach
(2007)
Improving the design, control and management of greenhouse ventilation systems requires a better insight into the coupling and feedback mechanisms between the crop, the internal atmosphere and the outside atmosphere. The ...
Development of a bio-physical simulator for Mediterranean greenhouses
(2011)
The aim of this work was the development and validation of a biophysical model (BioSiGreT) by coupling a crop growth model and a greenhouse climate model. The crop growth model is a modification of TOMGRO to simulate ...
Energy needs and energy saving in Mediterranean greenhouses
(2014)
A fully-automated and climate-controlled greenhouse requires heating, ventilation, cooling, dehumidification and shading systems to control the microclimate conditions and create an optimal environment for crop growth and ...
Use of model-artificial leaves for monitoring aerodynamic conductance in greenhouses
(2005)
Improving the design, control and management of greenhouse ventilation systems requires a better comprehension of the coupling and feedback mechanisms between the crop, the internal climate and the outside climate. The ...
Influence of an aluminized thermal screen on greenhouse microclimate and canopy energy balance
(2003)
Greenhouse microclimate, energy savings, and crop transpiration were investigated during winter in a glass-covered greenhouse cultivated with a rose crop and equipped with an aluminized thermal screen. Air temperature and ...