 | WELCOME ADDRESS (H. Krug) |
| CONCEPTION OF BIO-ECONOMIC MODELS (H. Krug) |
| MODELS AS AN AID TO DECISION MAKING (P. S. B. Harsh, D. J. W. Lloyd, Larry R. Borton) |
| TECHNICAL MODELS OF THE GREENHOUSE ENVIRONMENT (T. Takakura) |
| MODELS TO PREDICT CROP GROWTH (H.-P. Liebig) |
| PROSPECTS OF GERBERA AN ASSESSMENT OF THE CULTURE OF GERBERA IN THE NETHERLANDS (C. Ploeger) |
| MODELLING PELARGONIUM ZONALE RESPONSE TO VARIOUS DAY AND NIGHT TEMPERATURES (J. Pytlinski, H. Krug) |
| DEVELOPMENT OF A PLANT FACTORY MODEL: I. THE ORGANIZATIONAL AND OPERATIONAL MODEL II. A PLANT GROWTH MODEL: THE SINGLE TRUSS TOMATO CROP (R.J. McAvoy, H.W. Janes, G.A. Giacomelli) |
| A MODEL FOR TESTING THE SUITABILITY OF TOMATO HYBRIDS FOR CULTIVATION IN DEFICIENT NATURAL LIGHT (V. Voican) |
| REFERENCE YEAR FOR DUTCH GREENHOUSES (J.J.G. Breuer, N.J. van de Braak) |
| MODEL OF LIGHT ENVIRONMENT IN GREENHOUSES WITH EMPHASIS ON THE ROLE OF REFLECTION (K. Kurata) |
| ARTIFICIAL LIGHT SYSTEMS (J. Meyer, C. Dumke) |
| A 2ND GENERATION STATIC MODEL FOR PREDICTING GREENHOUSE ENERGY INPUTS, AS AN AID FOR PRODUCTION PLANNING (O. Jolliet, J.-B. Gay, G.L. Munday) |
| A SUPPORT SYSTEM FOR NATURAL VENTILATION DESIGN OF GREENHOUSES BASED ON COMPUTATIONAL AERODYNAMICS (L. Okushima, S. Sase, M. Nara) |
| MODEL FOR THE SIMULATION OF INTERNAL TRANSPORT IN POTPLANT NURSERIES (B. Elsner, C. Reuter) |
| A METHOD TO CALCULATE THE ECONOMIC POSSIBILITIES OF HEAT STORAGE AND CO2 DISTRIBUTION IN GLASSHOUSES (P. C.M. Vermeulen) |
| MARKET MODELS FOR ANALYZING AND FORECASTING THE PRICES OF HORTICULTURAL CROPS (T. Janecke) |
| DEVELOPMENT OF PLANNING MODELS - METHODOLOGICAL ASPECTS (H.-P. Liebig) |
| PRODUCTION PLANNING - GERMINATION PERIOD (TEMPERATURE REACTION) (H. Krug, H.-P. Liebig, E. Bazlen) |
| PRODUCTION PLANNING - TRANSPLANT PERIOD (EMERGENCE TO TRANSPLANT SIZE) (H. Krug, H.-P. Liebig) |
| PRODUCTION PLANNING - MAIN GROWTH PERIOD (RADISH) (H. Krug, H.-P. Liebig) |
| MODEL OF CUCUMBER GROWTH AND PREDICTION OF YIELDS (H.-P. Liebig) |
| A BIO-ECONOMIC MODEL FOR HEATED GLASSHOUSE TOMATOES. (T. Biemond, W.G. Trap) |
| PRODUCTION PLANNING - CO2 ENRICHMENT (W. Mann, H. Krug) |
| SUMMARY OF DISCUSSION GROUP: PRODUCTION PLANNING (H. Challa, G.R. Hack, S. Gollwitzer) |
| MODELLING FOR CROP GROWTH CONTROL (H. Challa) |
| ON-LINE CLIMATE CONTROL (H.-J. Tantau) |
| DYNAMIC OPTIMAL CONTROL OF PLANT PRODUCTION (E. Berg, W. Lentz) |
| SIMULATION OF PLANT GROWTH BASED ON METHODS OF PLANT GROWTH ANALYSIS EXEMPLARY FOR RADISH (E. Lederle) |
| A PREDICTION MODEL FOR FLORAL DEVELOPMENT OF SENECIO X HYBRIDUS HYL. 'MOLLS STAM' (R.U. Larsen) |
| A DYNAMIC SIMULATION MODEL FOR GREENHOUSE CUCUMBER (CUCUMIS SATIVUS L.): VALIDATION OF THE SUBMODEL FOR CROP PHOTOSYNTHESIS (E.M. Nederhoff, H. Gijzen, J. Vegter) |
| INTEREST OF A CARBON BALANCE MODEL FOR ON-LINE GROWTH CONTROL : THE EXAMPLE OF A DAYLIGHT DEPENDENT NIGHT TEMPERATURE CONTROL (C. Gary) |
| DYNAMIC SIMULATION OF DRY MATTER DISTRIBUTION IN GREENHOUSE CROPS (L.F.M. Marcelis, A.N.M. de Koning, E. Heuvelink) |
| TEMPERATURE INTEGRATION BY KOHLRABI GROWTH (H.-P. Liebig) |
| MODELING TOMATO GROWTH FOR OPTIMIZING GREENHOUSE TEMPERATURES AND CARBON DIOXIDE CONCENTRATIONS (J.W. Jones, E. Dayan, H. Van Keulen, H. Challa) |
| DYNAMIC MODEL OF CO2 UPTAKE BASED ON SYSTEM IDENTIFICATION (Y. Hashimoto, Y. Yi) |
| MODEL BASED DESIGN OF OPTIMAL MULTIVARIABLE CLIMATE CONTROL SYSTEMS (E.J. van Henten) |
| OPTIMAL MANAGEMENT OF TOMATO GROWTH IN GREENHOUSES (G. Shina, I. Seginer) |
| SIMULATION OF CO2 CONSUMPTION IN GREENHOUSES (G. Houter, H. Gijzen, E.M. Nederhoff, P.C.M. Vermeulen) |
| ON-LINE CONTROL OF CO2 ENRICHMENT IN PROTECTED CULTIVATION (G. Alscher, H. Krug) |
| THE EFFECT OF TEMPERATURE ON FRUIT GROWTH AND FRUIT LOAD OF TOMATO. (A.N.M. de Koning) |
| ON-LINE MEASUREMENT OF PLANT GROWTH IN THE GREENHOUSE (G.R. Hack) |
| LIMITS OF A SHORT-TERM TEMPERATURE DECREASE AS A BASE FOR ON-LINE CONTROL (E. Rietze, H.-J. Wiebe) |
| TEMPERATURE CONTROL TO AVOID BOLTING OF KOHLRABI USING A MODEL OF VERNALIZATION (H.-J. Wiebe, H.-P. Liebig) |
| MODELLING OF WATER POTENTIAL AND WATER UPTAKE RATE OF GREENHOUSE TOMATO PLANTS (L.G.G. Batta) |
| STOMATAL REGULATION IN PROTECTED CROPS: ANALYSIS AND SIMULATION (M. Aubinet, D. DeHalleux, J. Deltour, J. Nijskens) |
| CROP MODELLING IN THE USA (B. Acock) |
| GROWTH AND YIELD CONTROL OF GREENHOUSE VEGETABLES ON THE BASIS OF YIELD MODELS IN THE GDR (F. Göhler) |
| MODELS OF PLANT PRODUCTION AND EXPERT SYSTEMS IN HORTICULTURE IN JAPAN (K. Kurata) |
| THE RATIONALE FOR ADOPTING A MODULAR GENERIC STRUCTURE FOR CROP SIMULATORS (B. Acock, James F. Reynolds) |
| TRANSFERABILITY OF PLANT REACTION PARAMETERS TO CLIMATE - GROWTH CHAMBERS, GREEHNOUSES, FIELD - (H. Krug, M. Fink) |
| MEASUREMENT OF SHORT-TERM PLANT GROWTH (M. Fink, H. Krug) |
| INFLUENCE OF THERMAL STORAGE EFFECTS OF THE SOIL ON GREENHOUSE HEAT CONSUMPTION (T. Hölscher) |
| CONSIDERATION OF RISK IN PRODUCTION PLANNING (S. Ludwig) |
| IMPLEMENTATION PROBLEMS OF COMPUTER-BASED PLANNING MODELS IN HORTICULTURAL FIRMS (S. Gollwitzer) |
| EXPERT SYSTEM TECHNICS AS AN EXTENSION OF TRADITIONAL MODELLING (T. Schmidt-Paulsen) |
| COUPLING EXPERT SYSTEMS AND MODELS FOR THE REAL-TIME CONTROL OF PLANT ENVIRONMENTS (P. Jones, B.L. Roy, J.W. Jones) |
| EXPERT SYSTEM CUCUMBER (A. Göhler) |
| COMPARISON OF POTPLANT NURSERY RESULTS (J. Benninga) |
| THE ROLE OF EXPERT SYSTEMS AS MODELS FOR PLANT GROWTH, ENVIRONMENTAL CONTROL AND FARM MANAGEMENT (S. B. Harsh) |
