Πλοήγηση ανά Συγγραφέα "Baille, A."
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Crop-climate coupling in greenhouses. characterization and analysis
Baille, A.; Kittas, C.; Katsoulas, N. (2005)The present work analyses the degree of coupling between a greenhouse rose crop and the internal climate as a function of crop characteristics (leaf area index, LAI) and greenhouse climate functions (natural and forced ... -
Effect of misting on transpiration and conductances of a greenhouse rose canopy
Katsoulas, N.; Baille, A.; Kittas, C. (2001)The influence of greenhouse humidity control on the transpiration rate (lambdaE(c)). sensible heat flux (H-c) and bulk stomatal conductance (g(c)) of a soilless rose canopy (Rosa hybrida. cv. First Red) was studied in a ... -
Estimating transpiration rate and canopy resistance of a rose crop in a fan-ventilated greenhouse
Katsoulas, N.; Kittas, C.; Baille, A. (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 ... -
Influence of aluminized thermal screens on greenhouse microclimate and night transpiration
Kittas, C.; Katsoulas, N.; Baille, A. (2003)The aim of this work was to characterize the influence of a thermal screen on: the greenhouse microclimate, energy savings and crop transpiration. Measurements were carried out during winter in a glasshouse cultivated with ... -
Influence of an aluminized thermal screen on greenhouse microclimate and canopy energy balance
Kittas, C.; Katsoulas, N.; Baille, A. (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 ... -
Influence of covering material and shading on the spectral distribution of light in greenhouses
Kittas, C.; Baille, A.; Giaglaras, P. (1999)The solar photon flux distribution was measured in the range from 400 to 1100 nm under a twin-span glasshouse and under the same glasshouse with blanked roof, external shading net and internal aluminized shade-screen. ... -
Influence of greenhouse ventilation regime on the microclimate and energy partitioning of a rose canopy during summer conditions
Kittas, C.; Katsoulas, N.; Baille, A. (2001)The influence of the greenhouse ventilation regime (natural or forced ventilation) on the energy partitioning of a well-watered rose canopy (Rosa hybrida, cv. First Red) was investigated during several summer days in warm ... -
Influence of leaf area index on canopy energy partitioning and greenhouse cooling requirements
Katsoulas, N.; Baille, A.; Kittas, C. (2002)Canopy transpiration, which represents the major cooling process in greenhouses, depends strongly on the crop leaf area index I-LA. In this paper, the influence Of I-LA on canopy and greenhouse energy balance of a soilless ... -
Influence of misting on the diurnal hysteresis of canopy transpiration rate and conductance in a rose greenhouse
Kittas, C.; Katsoulas, N.; Baille, A. (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 ... -
Influence of whitening on greenhouse microclimate and crop energy partitioning
Baille, A.; Kittas, C.; Katsoulas, N. (2001)The influence of whitening a greenhouse roof on microclimate and canopy behaviour was studied during summer in a greenhouse located in the coastal area of eastern Greece. Measurements of microclimate variables, intercepted ... -
Leaf boundary layer conductance in ventilated greenhouses: An experimental approach
Katsoulas, N.; Baille, A.; Kittas, C. (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 ... -
Predicting reference evapotranspiration for screenhouse-grown crops
Kitta, E.; Baille, A.; Katsoulas, N.; Rigakis, N. (2014)The purpose of the study is to estimate the reference evapotranspiration of screenhouse-grown crops (ETo,in) from routine outside weather data and main screenhouse characteristics. To this aim, all the microclimatic variables ... -
Transpiration and canopy conductance of a pepper crop under screens with different porosity and shading intensity
Katsoulas, N.; Rigakis, N.; Kitta, E.; Baille, A. (2014)In the present study, the influence of three different shading nets with different shading intensity and porosity on the screenhouse microclimate and pepper crop transpiration rate was experimentally investigated. The ... -
Transpiration and canopy resistance of greenhouse soilless roses: Measurements and modeling
Kittas, C.; Katsoulas, N.; Baille, A. (1999)Measurements of transpiration (TR) of a rose crop (cv. First Red) grown on perlite were recorded during the winter of 1998 in a glasshouse located on the coastal area of Eastern Greece. Simultaneously, measurements of solar ... -
Transpiration and energy balance of a greenhouse rose crop in mediterranean summer conditions
Kittas, C.; Katsoulas, N.; Baille, A. (2001)The transpiration rate of a soilless rose crop and its interactions with the greenhouse microclimate and energy balance were investigated during summer conditions in Greece. At this aim, measurements of transpiration (γE ... -
Transpiration and photosynthesis of sweet pepper growing under differing screenhouse nets
Katsoulas, N.; Kandila, A.; Kitta, E.; Baille, A. (2012)The influence of three screenhouse nets differing in colour, shading intensity (SI) and porosity on photosynthesis, transpiration rate and light acclimation of sweet pepper plants was investigated at Velestino (central ... -
Transpiration of a sweet pepper crop under screenhouse conditions
Katsoulas, N.; Rigakis, N.; Kitta, E.; Baille, A. (2012)In the present study, the influence of three different shading nets with different shading intensity and porosity on the screenhouse microclimate and pepper crop transpiration rate was experimentally investigated. The ... -
Use of model-artificial leaves for monitoring aerodynamic conductance in greenhouses
Kittas, C.; Katsoulas, N.; Baille, A. (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 ...