| A CFD model to study above roof shade and on roof shade of greenhouses |
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| Comparison of different strategies for fruit set in greenhouse zucchini (Cucurbita pepo L.) |
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| Design and modelling of novel system for heating and cooling of semi-closed greenhouses in mild winter climate areas based on fine wire heat exchangers and water storage on tank |
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| Effects of three cooling systems on the microclimate of a greenhouse with a pepper crop in the mediterranean area |
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| Soil Temperatures in a Mediterranean Greenhouse with Different Solarization Strategies |
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| Global Radiation Differences under a Glasshouse and a Plastic Greenhouse in Almeria (Spain): Preliminary Report |
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| Analysis of Mechanical Ventilation in a Three-Span Greenhouse Using Computational Fluid Dynamics (CFD) |
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| Influence of the sulphur application method on pests, diseases and natural enemies in a greenhouse pepper crop |
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| Measurement of the Condensation Flux in a Venlo-Type Glasshouse with a Cucumber Crop in a Mediterranean Area |
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| Measurement of the Soil-Air Convective Heat Transfer Coefficient from a Greenhouse Mulch Soil |
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| Screenhouses on the mediterranean basin: Pest incidence and productivity of a tomato crop |
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| Validation of CFD simulations for three dimensional temperature distributions of a naturally ventilated multispan greenhouse obtained by wind tunnel measurements |
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| Response of an Autumn-Winter Green Bean Greenhouse Crop to a Mild Water Deficit during Crop Flowering in a Mediterranean Region |
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| Validation of on-farm crop water requirements (PrHo) model for horticultural crops in an unheated plastic greenhouse |
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| CFD simulation of natural ventilation of a parral greenhouse with a baffle device below the greenhouse vents |
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| Experiences in Cultivation Inside the Watergy Prototype of a Closed Greenhouse for Semi-Arid Regions |
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| Numerical analysis of buoyancy driven natural ventilation in multi-span type greenhouses |
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| Effects of vapour pressure deficit and radiation on the transpiration rate of a greenhouse sweet pepper crop |
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| Evaluation of the Use of Combustion Gases Originating from Industry (SO<sub>2</sub>) as a Contribution of CO<sub>2</sub> for Greenhouse |
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| Greenhouse cooling strategies for Mediterranean climate areas |
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| Heating strategies for an eggplant (Solanum melongena L.) crop on Mediterranean greenhouses |
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| Temperature and humidity control in the watergy greenhouse |
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| Proceeding of the International Symposium on Greenhouse Cooling: Foreword |
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| CFD study of the natural ventilation performance of a parral type greenhouse with different numbers of spans and roof vent configurations |
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| Determination of global wind coefficients for the development of simple ventilation rate calculation models for a parral multispan greenhouse |
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| Effects of different cooling strategies on the transpiration rate and conductance of greenhouse sweet pepper crops |
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| Efficiency of anti-insect screens placed in the vents of Almeria greenhouses |
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| Environmental and economic evaluation of greenhouse cooling systems in Southern Spain |
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| Ventilation rate models of Mediterranean greenhouses for control purposes |
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| Evaluation of two cooling systems in parral type greenhouses with pepper crops: Low pressure fog system verses whitening |
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| CFD simulations of velocity fields and ventilation rates in a crop protection structure for the tropics |
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| Computational fluid dynamic modeling to improve the design of the Spanish Parral style greenhouse |
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| Effect of ventilator size on natural ventilation in parral greenhouse by means of CFD simulations |
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| The Watergy greenhouse: A closed system for solar thermal energy collection, water treatment and advanced horticulture |
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| Modelling natural ventilation in a "Parral" greenhouse with continuous flap vents using computational fluid dynamics and wind tunnel measurements |
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| Characterization of the solar diffuse component under "parral" plastic greenhouses |
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| Effect of vent types and insect screens on ventilation of "parral" greenhouses |
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| Effects of heating strategies on earliness and yield of snap beans (<i>Phaseolus vulgaris</i> L.) grown,under "parral" plastic greenhouses |
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