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Articles

OBJECT-ORIENTED PROGRAMMING: A BETTER TOOL FOR MODELLING DISEASE EPIDEMICS?

Article number

416_31

Pages

247 – 254

Language

Abstract

Recognizing an increasing trend towards object-oriented programming (OOP), this study applied OOP for modelling plant disease epidemics.
A short description of OOP and selected concepts of the OOP-world are presented.
The discussion about disadvantages and advantages of OOP is directed toward building a framework for plant disease epidemics.

Publication

IV International Symposium on Computer Modelling in Fruit Research and Orchard Management

Authors

R. Dietrich, Ph. Blaise

Keywords

epidemiology, Oberon, simulation

Full text

https://doi.org/10.17660/ActaHortic.1996.416.31

Online Articles (37)

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3. MODELLING THE ANNUAL SHOOT STRUCTURE OF THE APRICOT TREE (CV LAMBERTIN) IN TERMS OF AXILLARY FLOWERING AND VEGETATIVE GROWTH

E. Costes | Y. Guédon

4. MODELLING VARIATIONS OF METAMER EMERGENCE RATE IN PEACH TREES

L. Pagès | J. Kervella | M. Génard

5. FRUITSET ACCORDING TO THE NUMBER OF FLOWERS ASSOCIATED AT THE SAME AXILLARY BUD IN PEACH.

D. Fournier

6. HOW TO GET REPRESENTATIONS OF REAL PLANTS IN COMPUTERS FOR EXPLORING THEIR BOTANICAL ORGANISATION

C. Godin | E. Costes

7. TEMPERATURE CHARACTERISTICS OF ANTHESIS PHENOLOGY OF DECIDUOUS FRUIT TREES

S. D. Seeley | J. LaMar Anderson | James W. Frisby | Mervin G. Weeks

8. A STOCHASTIC MODEL OF FLOWERING FOR KIWIFRUIT

D. Agostini | R. Habib

9. POLLEN FLOW IN THREE SPECIES OF NOTHOFAGUS IN THE SOUTH OF CHILE

B. Palma | M. Riveros | P. Barlow

10. CARBOHYDRATE SUPPLY AND DEMAND DURING FRUIT DEVELOPMENT IN RELATION TO PRODUCTIVITY OF GRAPEFRUIT AND ‘MURCOTT’ MANDARIN

A. Bustan | E.E. Goldschmidt | Y. Erner

11. MODELLING THE ASSIMILATE TRANSFER AND FRUIT GROWTH IN PEACH TREE

C. Bruchou | M. Génard

12. MODELLING THE FRESH MATTER ACCUMULATION FOR PEACH FRUIT GROWTH

M. Génard | J.G. Huguet | R. Laurent

13. DETERMINISTIC MODELS FOR FRUIT GROWTH

P.W. Gandar | A.J. Hall | H.N. de Silva

14. STOCHASTIC MODELS FOR FRUIT GROWTH

A.J. Hall | P.W. Gandar

15. MODELLING THE CARBON USE FOR SUGAR ACCUMULATION AND SYNTHESIS IN PEACH FRUIT

M. Génard | M. Souty | M. Reich | R. Laurent

16. POSTHARVEST LIFE OF FRUITS AND VEGETABLES: MODEL OF MODIFIED-ATMOSPHERE PACKAGES WITH FILM PERFORATIONS

S. Fishman | V. Rodov | S. Ben-Yehoshua

17. SOURCE:SINK EFFECTS ON PHOTOSYNTHESIS: MODELS AT DIFFERENT SPATIAL SCALES

J.G. Buwalda | G.J. Piller

18. CO₂ ASSIMILATION OF CITRUS LEAVES: FROM MESOPHYLL CONDUCTANCE TO GROSS PRIMARY PRODUCTIVITY OF TREES IN DIFFERENT CLIMATES

J.P. Syvertsen | J. Lloyd

19. RELATIONSHIP BETWEEN LAI AND TREE ARCHITECTURE IN PEACH TREE GENOTYPES DIFFERING FOR HABIT

M. Antonelli | P. Cappellini

20. SEASONAL BIOENERGETIC CONSTRUCTION COSTS OF APPLE FRUITS, LEAVES AND SHOOTS

A.N. Lakso | S.S. Denning

21. 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

22. ORCHARD-ATMOSPHERE PHYSICAL EXCHANGES: MODELLING THE CANOPY AERODYNAMICS

T. Georgiadis | E. Dalpane | F. Rossi | F. Nerozzi

23. A SIMULATION MODEL FOR SOLUTE TRANSPORT FOR FERTILIZATION ADVICES FOR VINEFARMERS

H. Jagoutz | G. Berthold | K. Schaller

24. EFFECTS OF LIGHT AND TEMPERATURE ON POTENTIAL APPLE PRODUCTION

P. S. Wagenmakers

25. 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

26. A KNOWLEDGE-BASED SYSTEM FOR REPRESENTING STRUCTURE FUNCTION RELATIONSHIPS OF WALNUT

S. Le Dizès | P. Jacquet | P. Cruiziat

27. DEVELOPMENT OF A SOFTWARE PROGRAMME TO DESIGN AND EVALUATE THE ECONOMIC AND FINANCIAL STRATEGIES OF FRUIT FARMS

P. Caggiati | D. Viaggi | G. Zanni

28. ORCHARD MANAGEMENT AND CROP ANALYSIS – A NEW PROGRAMME FOR GROWERS AND ADVISERS

H. Daugaard

29. A DECISION SUPPORT SYSTEM FOR FRUIT GROWING ON FARM LEVEL – ASSESMENT OF ECONOMIC AND ENVIRONMENTAL EFFECTS OF MANAGEMENT DECISIONS.

M.J. Groot

30. AN OBJECT-ORIENTED ANALYSIS METHOD FOR MODELLING ORCHARD MANAGEMENT

F. Lescourret | R. Habib

31. 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

32. OBJECT-ORIENTED PROGRAMMING: A BETTER TOOL FOR MODELLING DISEASE EPIDEMICS?

R. Dietrich | Ph. Blaise

33. INSIM A SIMULATION ENVIRONMENT FOR PEST FORECASTING AND SIMULATION OF PEST-NATURAL ENEMY INTERACTION

P.J.M. Mols | D. Diederik

34. MODELLING SPRING EMERGENCE OF THE APPLE SAWFLY HOPLOCAMPA TESTUDINEA KLUG (HYMENOPTERA, TENTHREDINIDAE)

B. Graf | H.U. Höpli | H. Höhn

35. PEST-MAN : A FORECASTING SYSTEM FOR ORCHARD PESTS

D. Morgan | Mike G. Solomon

36. AN APPROACH TO DEVELOPING AN INTEGRATED SYSTEM FOR DISEASE WARNINGS

X.-M. Xu

37. 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