 | PREFACE (G. H. Germing) |
| GLOBAL COMPARISON OF THREE GREENHOUSE CLIMATE MODELS (C.H.M. van Bavel, T. Takakura, G.P.A. Bot) |
| MICROCLIMATE, PHYSICAL PROCESSES AND GREENHOUSE TECHNOLOGY (B.J. Bailey) |
| LEAF TEMPERATURE PEAKS AFTER WITHDRAWAL OF THERMAL SCREENS (Otto F. Nielsen, Marius G. Amsen) |
| IMPROVED METHODS OF GREENHOUSE EVAPORATIVE COOLING (G.A. Giacomelli, M.S. Giniger, A.E. Krass, D.R. Mears) |
| THE INFLUENCE OF THERMAL SCREENING AND MOISTURE GAP ON THE TRANSPIRATION OF GLASSHOUSE TOMATOES DURING THE NIGHT. (R. de Graaf) |
| LIGHT TRANSMITTANCE UNDER DIFFUSE RADIATION CIRCUMSTANCES (A.M.G. van den Kieboom, J.A. Stoffers) |
| A CONTROL ALGORITHM FOR NATURAL VENTILATION BASED ON WIND TUNNEL TESTING (S. Sase, M. Nara) |
| MEANS OF COOLING A GREENHOUSE IN A HOT CLIMATE (A.M. Silva, R. Rosa) |
| TRANSPIRATION AND TEMPERATURE OF GREENHOUSE CROPS, IN RELATION TO INTERNAL AND EXTERNAL RESISTANCES (C. Stanghellini) |
| DISCUSSION OF POSTERGROUP A: MICROCLIMATE, PHYSICAL PROCESSES AND GREENHOUSE TECHNOLOGY (M.G. Amsen, N.J. van de Braak) |
| PHYSICAL MODELS AND THE GREENHOUSE CLIMATE (T. Takakura, K. Kurata, T. Honjo) |
| A SIMPLE METHOD TO CALCULATE IMPROVEMENTS OF DIFFUSE LIGHT DISTRIBUTION IN DETACHED GREENHOUSE. (Marius G. Amsen) |
| INFLUENCE OF THERMAL SCREEN OPTICAL PROPERTIES ON HEAT LOSSES AND MICROCLIMATE OF GREENHOUSES (A. Baille, F. Aries, M. Baille, J.C. Laury) |
| DYNAMIC MODELLING OF HEAT AND MASS TRANSFER IN GREENHOUSES (J. Deltour, D. de Halleux, J. Nijskens, S. Coutisse, A. Nisen) |
| SOLAR GAINS AND THERMAL REJECTS BY VENTILATION (O. Jolliet, J.-B. Gay, T. Bretton, S. Mantilleri, A. Reist, M. Bourgeois, L. Danloy, C. Moncousin) |
| CONDENSATION EFFECT ON HEAT TRANSFER THROUGH GREENHOUSE CLADDINGS : GLASS AND POLYETHYLENE (J. Nijskens, D. de Halleux, J. Deltour, S. Coutisse, A. Nisen) |
| AN ANALYSIS OF THERMAL SCREEN EFFECTS ON GREENHOUSE ENVIRONMENT BY MEANS OF A MULTI-LAYER SCREEN MODEL (M. Okada) |
| GREENHOUSE ENERGY DEMAND COMPARISONS FOR THE NETHERLANDS AND OHIO, USA (Ted H. Short, J.J.G. Breuer) |
| FINITE ELEMENT ANALYSIS OF TEMPERATURES IN A BOTTOM-HEATED NURSERY CONTAINER (X. Yang, L.D. Albright) |
| DISCUSSION OF POSTERGROUP B: PHYSICAL MODELS AND THE GREENHOUSE CLIMATE (K. Garzoli, F. Steinbuch) |
| REPORT OF THE WORKING PARTY "CROP GROWTH MODELS" (H. Challa) |
| STRATEGY FOR MODELLING PLANT GROWTH (H.-P. Liebig, E. Lederle) |
| GROWTH PROCESSES AND CROP GROWTH MODELLING (H. Krug) |
| THE INFLUENCE OF LIGHT QUALITY ON PLANT GROWTH IN CONTROLLED ENVIRONMENT (A. Andersen) |
| GROWTH OF YOUNG CUCUMBER PLANTS UNDER DIFFERENT DIURNAL TEMPERATURE PATTERNS (H. Challa, P. Brouwer) |
| SOME SPEAKING PLANT APPROACH TO THE SYNTHESIS OF CONTROL SYSTEM IN THE GREENHOUSE (Y. Hashimoto, T. Morimoto, T. Fukuyama) |
| MODELING PELARGONIUM X HORTORUM BAILEY GROWTH AND MODEL RESPONSE TO ENVIRONMENTAL STRESS (D. A. Hopper, W. H. Carlson, Royal D. Heins) |
| MODELING LIGHT AND TEMPERATURE EFFECTS ON CHRYSANTHEMUM MORIFOLIUM (M.G. Karlsson, R.D. Heins) |
| GROWTH MODELS FOR PRODUCTION PLANNING (H. Krug) |
| SIMULATION OF PLANT GROWTH BASED ON METHODS OF PLANT GROWTH ANALYSIS EXEMPLARY FOR RADISH (E. Lederle) |
| EFFECTS OF ENVIRONMENTAL CONDITIONS ON GROWTH AND PRODUCTION OF CUCUMBER; COMPARISON BETWEEN EMPIRICAL AND SIMULATION DATA. (E.M. Nederhoff, A.H.C.M. Schapendonk) |
| EFFECT OF AIR HUMIDITY ON GROWTH AND WATER EXCHANGE OF CUCUMBER-SEEDLINGS. PRELIMINARY REPORT. (P.A.C.M. van de Sanden) |
| ENVIRONMENTAL EFFECTS ON PHOTOSYNTHESIS, SIMULATED AND EXPERIMENTAL RESULTS FROM A STUDY ON A "TOMATO-MINICROP" (A.H.C.M. Schapendonk, P. Brouwer) |
| SHORT-TERM EFFECTS OF VERTICAL TEMPERATURE GRADIENTS ON THE TRANSLOCATION AND DISTRIBUTION OF ASSIMILATES. (F.N. Verkleij) |
| DISCUSSION POSTERGROUP C: GROWTH PROCESSES AND MODELLING OF CROP GROWTH (R.W. Langhans, J.V.M. Vogelezang) |
| GREENHOUSE CLIMATE AND CROP RESPONSE (K.E. Cockshull) |
| CARBON PARTITIONING IN TOMATO LEAVES EXPOSED TO CONTINUOUS LIGHT (Fern M. Bradley, Harry W. Janes) |
| CONDITIONS FOR WATER CONDENSATION ON LEAVES (M.H. Christensen, O.F. Nielsen, M.G. Amsen) |
| PLANT GROWTH OPTIMISATION BY PHOTOSYNTHETIC MONITORING (R.J. Ceulemans) |
| PLANT GROWTH UNDER AVERAGED DAY/NIGHT TEMPERATURES (W.B. Miller, L.D. Albright, R.W. Langhans) |
| TEMPERATURE CONTROL STRATEGY TO AVOID BOLTING OF KOHLRABI WITH MINIMUM ENERGY REQUIREMENT (H.-P. Liebig) |
| A STRATEGY TO CONTROL GREENHOUSE THERMAL SCREENS BASED ON THEORETICAL PLANT RESPONSES (F. Steinbuch) |
| THE EFFECT OF SECONDARY GLAZING AND FIXED SCREENS ON GREENHOUSE ENVIRONMENT AND CROP RESPONSE OF TOMATOES. (N.G. Starkey) |
| EFFECTS OF LIGHT INTERCEPTION AND SUPPLEMENTARY LIGHT ON THE GROWTH OF YOUNG CUCUMBER PLANTS (S.A. Tooze, D. Klapwijk) |
| AIR QUALITY IN GREENHOUSES WITH AND WITHOUT CO2 ENRICHMENT (H.G. Wolting, E.A.M. van Remortel, N. van Berkel) |
| DISCUSSION OF POSTERGROUP D: GREENHOUSE CLIMATE AND CROP RESPONSE (H.-P. Liebig, S.A. Tooze) |
| ADVANCES IN GREENHOUSE CLIMATE CONTROL (A.J. Udink ten Cate) |
| IDEAS OF GREENHOUSE CLIMATE CONTROL BASED ON KNOWLEDGE ENGINEERING TECHNIQUES (T. Kozai) |
| ANALYSIS AND SYNTHESIS OF CLIMATE CONTROL ALGORITHMS (H.-J. Tantau) |
| WIND DEPENDENT CONTROL OF GREENHOUSE TEMPERATURE (B.J. Bailey) |
| A CO2 CONTROL ALGORITHM BASED ON SIMULATED PHOTOSYNTHESIS AND VENTILATION RATE (J.C. Bakker) |
| A SIMPLE GREENHOUSE CLIMATE MODEL (K. Garzoli) |
| MICROCOMPUTER CONTROL OF GREENHOUSES - I. DEVELOPING CONTROL STRATEGIES FOR A LARGE THERMAL MASS (M.S. Giniger, C.B. Stine, G.A. Giacomelli, D.R. Mears) |
| CONTROL OF GREENHOUSE AIR TEMPERATURE WITH AN ADAPTIVE CONTROL ALGORITHM (A.W. Hooper, P.F. Davis) |
| A GREENHOUSE CLIMATE SIMULATOR FOR TESTING GREENHOUSE COMPUTERS - PART 1: OPERATION TEST OF VENTILATION CONTROL (T. Kozai, M.J. le Mahieu, K. Kurata, T. Takakura) |
| A GREENHOUSE CLIMATE SIMULATOR FOR TESTING GREENHOUSE COMPUTERS - PART 2: OPERATION TEST OF THERMAL SCREENS (K. Kurata, T. Takakura, T. Kozai, M.J. le Mahieu) |
| A KNOWLEDGE BASED SYSTEM FOR THE CONTROL OF A GREENHOUSE ENVIRONMENT (C.M. Leung, D.R. Wilson, C.J. Marquand, S.A. Tassou) |
| GREENHOUSE PARAMETER ESTIMATION BY RECURSIVE LEAST SQUARES (T. Okano, L.D. Albright, J.Q. Pan, L.S. Marsh) |
| THE CONTROL OF TEMPERATURE, HUMIDITY AND CARBON DIOXIDE CONCENTRATION IN EXPERIMENTAL GLASSHOUSES (R.A. Saffell) |
| GREENHOUSE CLIMATE CONTROL USING MATHEMATICAL MODELS (H.-J. Tantau) |
| MODELLING AND SIMULATION IN GREENHOUSE CLIMATE CONTROL (A.J. Udink ten Cate) |
| MEASUREMENT AND CONTROL OF THE CLIMATE IN A GREENHOUSE, WHERE A HEATED CONCRETE-FLOOR IS USED AS LOW TEMPERATURE ENERGY SOURCE (P.W.T. Verwaaijen, Th.H. Gieling, W.Th.M. van Meurs) |
| NETWORK SIMULATION MODELING OF GREENHOUSE CLIMATE AND CONTROL (B.K. Huang) |
| DISCUSSION OF POSTERGROUP E: ANALYSIS AND SYNTHESIS OF CLIMATE CONTROL ALGORITHMS (T. Kozai, M.J. le Mahieu) |
| COMPUTER CONTROL EQUIPMENT AND MEASURING DEVICES (Louis D. Albright) |
| APPLICATION OF NMR TO WATER FLOW AND -BALANCE IN PLANTS (H. van As, T.J. Schaafsma, J. Blaakmeer) |
| DEVELOPMENT OF A MICROCOMPUTER INTERFACE TO MICROPROCESSOR BASED GREENHOUSE ENVIRONMENT CONTROLLERS (John L. Ditner, Scott C. Lindsay, E. Brundrett, Tom J. Jewett) |
| OPTIMIZATION THE GREENHOUSE CLIMATE INVOLVES MORE THAN ADAPTING PROGRAMMES (P.H.M. Goeijenbier, A.J. Zandbelt) |
| A SYSTEM FOR GREENHOUSE CLIMATE CONTROL USING HP EQUIPMENT (Joe J. Hanan) |
| COMPONENT HARDWARE AND SOLAR HEATING SOFTWARE FOR A SECOND GENERATION GREENHOUSE COMPUTER (G.J. Monk, J.M. Molnar, E.M. van Zinderen Bakker, A. MacKenzie) |
| CLIMATIC AND ENVIRONMENTAL DATA MONITORING IN GREENHOUSES HEATED WITH GEOTHERMAL WATER (C.A. Campiotti, G. Picciurro, M. Romanazzo, R. Taggi) |
| HEAT-PULSE SAP FLOW METER (K. Schurer) |
| A MULTILEVEL CONTROL SYSTEM FOR GREENHOUSE CULTIVATION (J.v.d. Vooren, F. Steinbuch, P. Hendriks) |
| MODELLING AND CONTROL FOR NEW ZEALAND GREENHOUSES (C.M. Wells, P.C. Austin, T. Hesketh, C.J. Studman) |
| DISCUSSION OF POSTERGROUP F: COMPUTER CONTROL EQUIPMENT AND MEASURING DEVICES (D.R. Mears, M.J. le Mahieu) |
| INTERDISCIPLINARY DISCUSSIONS (C.J. van der Post) |
