Home > VIII International Symposium on Modelling in Fruit Research and Orchard Management > MATHEMATICAL MODEL OF THE EPIGENETIC CONTROL OF VERNALISATION IN ARABIDOPSIS THALIANA

Articles

MATHEMATICAL MODEL OF THE EPIGENETIC CONTROL OF VERNALISATION IN ARABIDOPSIS THALIANA

Article number

803_24

Pages

187 – 192

Language

English

Abstract

Vernalisation has been defined as the acquisition or acceleration of the ability to flower by a chilling treatment.
It is believed to be a trait under epigenetic control.
We present a mathematical model of the gene interactions that control this process in Arabidopsis thaliana. We show that our model reproduces qualitatively the behaviour of the wild-type plants and of a number of mutant plants carrying various defects in the vernalisation response pathways.

Publication

VIII International Symposium on Modelling in Fruit Research and Orchard Management

Authors

J.D. Salazar, J. Foreman, I.A. Carré, D.A. Rand, A.J. Millar

Keywords

flowering, acetylation, methylation, FT, FRIGIDA, FLC, VIN3

Full text

https://doi.org/10.17660/ActaHortic.2008.803.24

Online Articles (41)

1. A WEATHER-BASED MODEL IMPLEMENTED IN HORTPLUS METWATCH WITH POTENTIAL TO FORECAST BROWN ROT INFECTION RISK IN STONE FRUIT

R. Holmes | O. Villalta | S. Kreidl | D. Partington | A. Hodson | T.A. Atkins

2. THE APPLE CIPRA NETWORK IN CANADA: USING REAL-TIME WEATHER INFORMATION TO FORECAST APPLE PHENOLOGY, INSECTS, DISEASES AND PHYSIOLOGICAL DISORDERS

G. Bourgeois | D. Plouffe | G. Chouinard | N. Beaudry | D. Choquette | O. Carisse | J. DeEll

3. SOPRA: PHENOLOGY MODELLING OF MAJOR ORCHARD PESTS – FROM BIOLOGICAL BASICS TO DECISION SUPPORT

J. Samietz | B. Graf | H. Höhn | H.U. Höpli | L. Schaub

4. PRELIMINARY ECONOMIC EVALUATION OF AN AGROMETEOROLOGICAL SYSTEM FOR PLASMOPARA VITICOLA INFECTIONS MANAGEMENT

L. Massetti | A. Dalla Marta | S. Orlandini

5. AREA WIDE MANAGEMENT OF MEDITERRANEAN FRUIT FLY IN AUSTRALIA

C.P.F. De Lima

6. MODELLING PLANT-PEST-PREDATOR INTERACTIONS WITH THRESHOLD CONTROL

A. Hall | F. Lescourret

7. ADAPTION OF SIMULATION MODEL RIMPRO FOR PRIMARY APPLE SCAB CONTROL IN LATVIA

R. Rancane | M. Eihe | L. Jankovska

8. FIRE BLIGHT FORECASTING MODEL OPTIMISATION IN A USER-FRIENDLY ONLINE INTERFACE

B. Duffy | B. Schoch | J. Vogelsanger | E. Holliger | E. Moltmann

9. USING A PHENOLOGY MODEL OF CODLING MOTH (CYDIA POMONELLA) TO IMPROVE TIMING OF CONTROL MEASURES IN APPLE ORCHARDS

M. Neamtu | A. Barbulescu | C. Petrisor | A. Stinga | S. Cornel | S. Drosu | C. Chireceanu | R. Ioan | B. Cristian

10. PRELIMINARY STUDIES TO ESTABLISH A PATTERN FOR DEVELOPMENT OF APRICOT DIEBACK

M. Oprea | V. Jinga | M. Popescu

11. MODELLING THE EFFECT OF WIND SPEED AND DIRECTION ON AIRFLOW FROM AN AIR-ASSISTED ORCHARD SPRAYER THROUGH 3D ORCHARD CANOPY ARCHITECTURE

A. Melese Endalew | M. Hertog | M.A. Delele | K. Baetens | H. Ramon | B.M. Nicolaï | P. Verboven | M. Baelmans | J. Vercammen | A. Gomand

12. TEMPERATURE ACCURACY OF AGRICULTURAL WEATHER STATIONS AND CONSEQUENCES FOR PHENOLOGY MODELLING

M. Sacchelli | W. Siegfried | J. Samietz

13. DEVELOPMENT OF PHENOLOGICAL MODELS OVER TIME – A REVIEW

M. Müller | P. Braun

14. MODELLING THE PHENOLOGICAL PROCESSES OF DORMANCY IN FROST-SENSITIVE STONE FRUIT SPECIES IN THE CENTRAL PART OF THE CARPATHIAN BASIN

L. Szalay | B. Timon | G. Végvári

15. A PRELIMINARY ANALYSIS OF THE IMPACTS OF PAST AND PROJECTED FUTURE CLIMATE ON SOUR CHERRY PRODUCTION IN THE GREAT LAKES REGION OF THE USA

C. Zavalloni | J.A. Andresen | J.R. Black | J.A. Winkler | G. Guentchev | K. Piromsopa | A. Pollyea | J.M. Bisanz

16. VINEYARD FULL-IRRIGATION REQUIREMENTS UNDER CLIMATE CHANGE SCENARIOS FOR THE EBRO VALLEY, SPAIN

J. Marsal | A. Utset

17. PHENOLOGICAL AND CLIMATIC SIMULATION OF THE LATE FROST DAMAGE IN PLUM ORCHARD UNDER THE CLIMATE CONDITIONS OF ROMANIA

E. Chitu | D. Sumedrea | C. Paltineanu

18. THE INFLUENCE OF INCREASING AIR TEMPERATURES ON BUD BREAK DATE IN COMMON WALNUT (JUGLANS REGIA L.)

A. Solar | M. Solar | Z. Črepinsek | F. Stampar

19. TEMPERATURE EFFECTS ON KIWIFRUIT DRY MATTER AT HARVEST

A. Hall | B. Snelgar

20. USING GROWING DEGREE HOURS ACCUMULATED THIRTY DAYS AFTER BLOOM TO PREDICT PEACH AND NECTARINE HARVEST DATE

K. Day | G. Lopez | T. DeJong

21. DEVELOPMENT OF AN OLIVE PHENOLOGICAL MODEL IN RELATION TO AIR TEMPERATURE

A. Motisi | G. Fontana | V. Zerilli | A. Drago | G. Dimino | G. Ferrigno

22. USING GROWING DEGREE HOURS ACCUMULATED THIRTY DAYS AFTER BLOOM TO HELP GROWERS PREDICT DIFFICULT FRUIT SIZING YEARS

G. Lopez | T. DeJong

23. SIMULATION OF BANANA PLANT GROWTH (MUSA SPP. AAA, CAVENDISH SUB-GROUP) BASED ON TEMPERATURE AND ONTOGENY

K.R. Dens | R.L. Swennen | R.A. Romero | D.W. Turner

24. MATHEMATICAL MODEL OF THE EPIGENETIC CONTROL OF VERNALISATION IN ARABIDOPSIS THALIANA

J.D. Salazar | J. Foreman | I.A. Carré | D.A. Rand | A.J. Millar

25. INTEGRATING BIOMECHANICAL AND MARKOV CHAIN MODELS INTO AN L-SYSTEM SIMULATION OF ARCHITECTURAL DEVELOPMENT OF APPLE TREES

C. Smith | C. Godin | Y. Guédon | P. Prusinkiewicz | E. Costes

26. IMPROVING THE ARCHITECTURE OF SIMULATED TREES IN L-PEACH BY INTEGRATING MARKOV CHAINS AND RESPONSES TO PRUNING

C. Smith | E. Costes | R. Favreau | G. Lopez | T. DeJong

27. USING L-PEACH FOR DYNAMIC SIMULATION OF SOURCE-SINK BEHAVIOR OF PEACH TREES: EFFECTS OF DATE OF THINNING ON FRUIT GROWTH

G. Lopez | C. Smith | R. Favreau | T. DeJong

28. ON THE RELATIONSHIP BETWEEN TREE ARCHITECTURE, MICROCLIMATE AND FRUIT TEMPERATURE WITHIN A TREE CROWN

M. Saudreau | A. Marquier | B. Adam | P. Monney | H. Sinoquet

29. USING VIRTUAL PLANTS TO ESTIMATE LIGHT DISTRIBUTION AT INTRA-CANOPY SCALE IN APPLE TREES: METHOD PRESENTATION AND ASSESSMENT

H. Sinoquet | G. Sonohat | A.-M. Potel | P. Monney | P.-E. Lauri

30. VCHERRY – AN INTERACTIVE GROWTH, TRAINING AND FRUITING MODEL TO SIMULATE SWEET CHERRY TREE DEVELOPMENT, YIELD AND FRUIT SIZE

G.A. Lang | R.J. Lang

31. MODELING CONCORD GRAPES WITH “VITISIM”, A SIMPLIFIED CARBON BALANCE MODEL: UNDERSTANDING PRUNING EFFECTS

A.N. Lakso | D. Intrigliolo | D.M. Eissenstat

32. TIMING APPLICATIONS OF DORMANT OIL IN ‘BARTLETT’ PEAR BY THE DYNAMIC MODEL

K. Glozer | C. Ingels

33. MODELLING THE WATER TRANSPORT DYNAMICS IN YOUNG NAVEL ORANGE TREES BUDDED ON ROOTSTOCKS COMMONLY GROWN IN NORTHERN ZIMBABWE

S. Dzikiti | J.R. Milford | K. Steppe | R. Lemeur

34. A VIRTUAL FRUIT MODEL THAT STRESSES QUALITY TRAITS

M. Génard | C. Gibert | C. Bruchou | F. Lescourret

35. IMPROVING THE PREDICTION MODEL FOR HARVEST MATURITY OF ‘WILLIAM’S BON CHRETIEN’ PEARS

T. Marcos | E. Lötze | K.I. Theron | G. Jacobs

36. MODELLING THE EFFECTS OF LEAF-TO-FRUIT RATIO ON DRY AND FRESH MASS ACCUMULATION IN RIPENING GRAPE BERRIES

Z.-W. Dai | P. Vivin | M. Génard

37. MODEL SELECTION FOR GROWTH PATTERN OF THE APPLE FRUIT: BILINEAR MODEL FAVORED OVER OTHER NONLINEAR GROWTH MODELS

A. Saei | Z. Zamani | A. Talaie | M.R. Fatahi

38. THE EFFECT ON GROWTH AND CROPPING OF BRAMLEY’S APPLE SEEDLING ON MM111, MM106 AND M26 ROOTSTOCKS WITH INTERSTEMS: M27, M9, M26, MALUS ‘GOLDEN HORNET’ AND DUBBELE ZOETE AAGT.

S. Mac an tSaoir | J. Mansfield | F. Ward

39. ESTABLISHMENT OF A MODEL TO ESTIMATE CROP LOAD ON JAPANESE PLUM (PRUNUS SALICINA LINDL.) BEFORE BLOOM

C. Miranda | L.G. Santesteban | J.B. Royo

40. ESTABLISHMENT OF A MODEL TO ESTIMATE CROP LOAD ON SWEET CHERRY (PRUNUS AVIUM L.) BEFORE BLOOM

L.G. Santesteban | C. Miranda | J.B. Royo

41. PREDICTION OF FIRMNESS CHANGE IN “CRIPPS PINK” APPLE DURING STORAGE

T. Van Pham | R. McConchie | S. Morris | D. Tanner | R. Herbert