em. prof. dr. Raoul Lemeur
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The use of simulation models based on surface temperatures for the determination of the effect of climate change on forest evapotranspiration.
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Dynamic measurement and modelling of climate gradients around a plant for micro-environment control
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Scaling leaf photosynthesis to canopy in a mixed deciduous forest, I: model description
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Scaling leaf photosynthesis to canopy in a mixed deciduous forest, II: a simulation study for two grouwing seasons
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Experimental set-up for biogeochemical research in the mixed deciduous forest Aelmoeseneie (East Flanders)
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Evaluation of an empirical and a semi-mechanistic approach to predict the irradiance integral required for growth of foliage plants
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Effects of different lighting strategies on the growth and development of Ficus benjamina
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EVALUATION OF DAILY EVAPOTRANSPIRATION ESTIMATES FROM INSTANTANEOUS MEASUREMENTS.
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A ONE-LAYER RESISTANCE MODEL FOR ESTIMATING REGIONAL EVAPOTRANSPIRATION USING REMOTE-SENSING DATA.
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ONTOGENIC EFFECTS ON THE STOMATAL APPARATUS OF 4 BELGIAN SUGAR-BEET (BETA-VULGARIS SUBSP VULGARIS L) CULTIVARS.
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ORDINATION OF 4 BELGIAN SUGAR-BEET CULTIVARS AS A TOOL IN THE DETECTION OF ONTOGENIC PHOTOSYNTHESIS MODULATIONS - PRINCIPAL COMPONENT ANALYSIS USING CYTOLOGICAL, ANATOMICAL AND ECOPHYSIOLOGICAL LEAF CHARACTERISTICS.
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the simulation models based on surface temperatures for the determination of the effect of climate change on forest temperatures for the determination of the effect of climate change on forest evapotranspiration
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MIXED CONVECTION ABOVE GREENHOUSE CROP CANOPIES - COMMENT.
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Test van een Penman-Monteith evapotranspiratie-model voor de plantafhankelijke controle van de watergift bij warme kasplanten
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EFFECT OF AERODYNAMIC RESISTANCE ON ENERGY-BALANCE AND PENMAN-MONTEITH ESTIMATES OF EVAPOTRANSPIRATION IN GREENHOUSE CONDITIONS.