 | FOREWORD (Dr. Robert Habib) |
| A FAST AND EFFECTIVE METHOD OF MEASURING TREE STRUCTURE IN 3 DIMENSIONS (G.S. Smith, J.P. Curtis) |
| MODELLING THE ANNUAL SHOOT STRUCTURE OF THE APRICOT TREE (CV LAMBERTIN) IN TERMS OF AXILLARY FLOWERING AND VEGETATIVE GROWTH (E. Costes, Y. Guédon) |
| MODELLING VARIATIONS OF METAMER EMERGENCE RATE IN PEACH TREES (L. Pagès, J. Kervella, M. Génard) |
| FRUITSET ACCORDING TO THE NUMBER OF FLOWERS ASSOCIATED AT THE SAME AXILLARY BUD IN PEACH. (D. Fournier) |
| HOW TO GET REPRESENTATIONS OF REAL PLANTS IN COMPUTERS FOR EXPLORING THEIR BOTANICAL ORGANISATION (C. Godin, E. Costes) |
| TEMPERATURE CHARACTERISTICS OF ANTHESIS PHENOLOGY OF DECIDUOUS FRUIT TREES (S. D. Seeley, J. LaMar Anderson, James W. Frisby, Mervin G. Weeks) |
| A STOCHASTIC MODEL OF FLOWERING FOR KIWIFRUIT (D. Agostini, R. Habib) |
| POLLEN FLOW IN THREE SPECIES OF NOTHOFAGUS IN THE SOUTH OF CHILE (B. Palma, M. Riveros, P. Barlow) |
| CARBOHYDRATE SUPPLY AND DEMAND DURING FRUIT DEVELOPMENT IN RELATION TO PRODUCTIVITY OF GRAPEFRUIT AND 'MURCOTT' MANDARIN (A. Bustan, E.E. Goldschmidt, Y. Erner) |
| MODELLING THE ASSIMILATE TRANSFER AND FRUIT GROWTH IN PEACH TREE (C. Bruchou, M. Génard) |
| MODELLING THE FRESH MATTER ACCUMULATION FOR PEACH FRUIT GROWTH (M. Génard, J.G. Huguet, R. Laurent) |
| DETERMINISTIC MODELS FOR FRUIT GROWTH (P.W. Gandar, A.J. Hall, H.N. de Silva) |
| STOCHASTIC MODELS FOR FRUIT GROWTH (A.J. Hall, P.W. Gandar) |
| MODELLING THE CARBON USE FOR SUGAR ACCUMULATION AND SYNTHESIS IN PEACH FRUIT (M. Génard, M. Souty, M. Reich, R. Laurent) |
| POSTHARVEST LIFE OF FRUITS AND VEGETABLES: MODEL OF MODIFIED-ATMOSPHERE PACKAGES WITH FILM PERFORATIONS (S. Fishman, V. Rodov, S. Ben-Yehoshua) |
| SOURCE:SINK EFFECTS ON PHOTOSYNTHESIS: MODELS AT DIFFERENT SPATIAL SCALES (J.G. Buwalda, G.J. Piller) |
| CO2 ASSIMILATION OF CITRUS LEAVES: FROM MESOPHYLL CONDUCTANCE TO GROSS PRIMARY PRODUCTIVITY OF TREES IN DIFFERENT CLIMATES (J.P. Syvertsen, J. Lloyd) |
| RELATIONSHIP BETWEEN LAI AND TREE ARCHITECTURE IN PEACH TREE GENOTYPES DIFFERING FOR HABIT (M. Antonelli, P. Cappellini) |
| SEASONAL BIOENERGETIC CONSTRUCTION COSTS OF APPLE FRUITS, LEAVES AND SHOOTS (A.N. Lakso, S.S. Denning) |
| ORCHARD-ATMOSPHERE PHYSICAL EXCHANGES: MODELLING THE THERMAL CANOPY REGIME FOR THE DETERMINATION OF SENSIBLE AND LATENT HEAT FLUXES (F. Rossi, F. Nerozzi, O. Facini, T. Georgiadis) |
| ORCHARD-ATMOSPHERE PHYSICAL EXCHANGES: MODELLING THE CANOPY AERODYNAMICS (T. Georgiadis, E. Dalpane, F. Rossi, F. Nerozzi) |
| A SIMULATION MODEL FOR SOLUTE TRANSPORT FOR FERTILIZATION ADVICES FOR VINEFARMERS (H. Jagoutz, G. Berthold, K. Schaller) |
| EFFECTS OF LIGHT AND TEMPERATURE ON POTENTIAL APPLE PRODUCTION (P. S. Wagenmakers) |
| PEACH: A USER FRIENDLY PEACH TREE GROWTH AND YIELD SIMULATION MODEL FOR RESEARCH AND EDUCATION (T.M. DeJong, Y.L. Grossman, S.F. Vosburg, L.S. Pace) |
| A KNOWLEDGE-BASED SYSTEM FOR REPRESENTING STRUCTURE FUNCTION RELATIONSHIPS OF WALNUT (S. Le Dizès, P. Jacquet, P. Cruiziat) |
| DEVELOPMENT OF A SOFTWARE PROGRAMME TO DESIGN AND EVALUATE THE ECONOMIC AND FINANCIAL STRATEGIES OF FRUIT FARMS (P. Caggiati, D. Viaggi, G. Zanni) |
| ORCHARD MANAGEMENT AND CROP ANALYSIS - A NEW PROGRAMME FOR GROWERS AND ADVISERS (H. Daugaard) |
| A DECISION SUPPORT SYSTEM FOR FRUIT GROWING ON FARM LEVEL - ASSESMENT OF ECONOMIC AND ENVIRONMENTAL EFFECTS OF MANAGEMENT DECISIONS. (M.J. Groot) |
| AN OBJECT-ORIENTED ANALYSIS METHOD FOR MODELLING ORCHARD MANAGEMENT (F. Lescourret, R. Habib) |
| VIRTUAL REALITY IN HORTICULTURAL EDUCATION: PRUNING SIMULATED FRUIT TREES IN A VIRTUAL ENVIRONMENT (T.A. Atkins, R.O. O'Hagan, W.J. Rogers, M.W. Pearson, E.A. Cameron) |
| OBJECT-ORIENTED PROGRAMMING: A BETTER TOOL FOR MODELLING DISEASE EPIDEMICS? (R. Dietrich, Ph. Blaise) |
| INSIM A SIMULATION ENVIRONMENT FOR PEST FORECASTING AND SIMULATION OF PEST-NATURAL ENEMY INTERACTION (P.J.M. Mols, D. Diederik) |
| MODELLING SPRING EMERGENCE OF THE APPLE SAWFLY HOPLOCAMPA TESTUDINEA KLUG (HYMENOPTERA, TENTHREDINIDAE) (B. Graf, H.U. Höpli, H. Höhn) |
| PEST-MAN : A FORECASTING SYSTEM FOR ORCHARD PESTS (D. Morgan, Mike G. Solomon) |
| AN APPROACH TO DEVELOPING AN INTEGRATED SYSTEM FOR DISEASE WARNINGS (X.-M. Xu) |
| COUPLING A DISEASE EPIDEMIC MODEL WITH A CROP GROWTH MODEL TO SIMULATE YIELD LOSSES OF GRAPEVINE DUE TO PLASMOPARA VITICOLA (Ph. Blaise, R. Dietrich, M. Jermini) |
| ADEM™ A PC-BASED MULTIPLE DISEASE WARNING SYSTEM FOR USE IN THE CULTIVATION OF APPLES (X.-M. Xu, D.J. Butt) |
