European Potato Journal

, Volume 2, Issue 1, pp 22–49 | Cite as

Le Role Respectif du Feuillage et du Tubercule-Mere dans la Tuberisation de la Pomme de Terre

  • P. Madec
  • P. Perennec
Articles

Preview

Unable to display preview. Download preview PDF.

Unable to display preview. Download preview PDF.

Bibliographie

  1. Bald, J. G., A plan of growth, maturity and yield of the potato plant.Emp. Journ. of Exp. Agr. 14 (1946) 53, 43–48.Google Scholar
  2. Bernard, N., Etudes sur la tubérisation.Rev. Gén. Bot. 14 (1902).Google Scholar
  3. Birecki, M., &J. Szulc, The influence of the length of the vernalization period on growth and development of potatoes; quantity and quality of yields.Rocz. Nauk Roln., Ser. A,74 (1957) 3, 583–614.Google Scholar
  4. Chapman, H. W., Tuberization in the Potato Plant.Physio. Plant. 11 (1958) 215–224.Google Scholar
  5. Clark, C. F., Development of tubers in the potato.Bull. U.S. Dept of Agr. (1921) No. 958.Google Scholar
  6. Claver, F. K., Influencia de luz, oscuridad y temperatura sobre la incubación de la papa.Phyton 1 (1951) 3–12.Google Scholar
  7. —, Factores que influyen en la incubación de la papa.Turrialba 3 (1953) 32–34.Google Scholar
  8. Claver, F. K., R. M. Tizio, E. M. Sivori &E. R. Montaldi, Influencia de los meristemas y desbrotes en el periodo de incubación de tuberculos de papa.Rev. Fac. Agr. 30 (1954) 215–219.Google Scholar
  9. Doncaster, J. P., & P. H. Gregory, The spread of virus diseases in the potato crop (1948).Agr. Res. Coun., London.Google Scholar
  10. Driver, C. M., &J. G. Hawkes, Photoperiodism in the potato (1943). Imp. Bur. Plant. Breeding and Genetics, School of Agr. Cambridge.Google Scholar
  11. Gregory, L. E., Some factors for tuberization in the potato plant.Amer. Journ. Bot. 43 (1956) 281–288.Google Scholar
  12. Grosch, H. G., Weitere photoperiodische Versuche an Kulturkartoffeln.Z. Acker. u. Pflanzenbau Bd 101 (1956) 301–320.Google Scholar
  13. Hogetop, K., Untersuchungen über den Einfluss der Temperatur auf Keimung und Lebensdauer der Kartoffelknolle.Bot. Arch. 30 (1930) 350–413.Google Scholar
  14. Ito, H., &T. Kato, The physiological foundation of the tuber formation of potato.Tohoku Jour. Agri. Res. 2 (1951) 1–14.Google Scholar
  15. Kawakami, K., Physiological aspects of potato seed tubers.Mem. Hyogo, Univ. Agric. 2 (1952) 1–114.Google Scholar
  16. Kopetz, L. M., Die Bedeutung des Tageslängenfaktors für die Beurteilung der Blühreife sommerannueller Pflanzen.Der Züchter 9 (1937) 181–184.Google Scholar
  17. Kopetz, L. M., Photoperiodismus und Kartoffelzüchtung.Conférence, Section pommes de terre de l'Eucarpia, Wageningen, 22 Avril 1958.Google Scholar
  18. Kopetz, L. M., &O. Steineck, Photoperiodische Untersuchungen an Kartoffelsämlingen.Der Züchter 24 (1954) 69–77.CrossRefGoogle Scholar
  19. Krijthe, N., De invloed van de bewaring der aardappelknollen op de bouw van de knoppen en op de ontwikkeling tot volwassen plant.Lab. Plant physiol. Res. Comm. No. 71, (1946) Wageningen.Google Scholar
  20. —, Observations on the formation and growth of tubers on the potato plant.Neth. Journ. Agri. Science 3 (1955) 291–304.Google Scholar
  21. —, Changes in the germinating power of potatoes from the time of lifting onwards.Europ. Potato Journ. 1 (1958) 3, 69–71.Google Scholar
  22. Krug, H., Das photoperiodische Verhalten der Kartoffel (Solanum tuberosum) — Eine Übersicht.Ange. Botanik 31 (1957) 1/2, 29–44.Google Scholar
  23. Lauer, F. I., &F. A. Krantz, Formation of buds from callus tissue in the potato.Amer. Potato Journ. 34 (1957) 158–164.Google Scholar
  24. Magrou, J., Des orchidées à la pomme de terre (1943) Gallimard, Paris.Google Scholar
  25. Madec, P., &P. Perennec, Contribution à l'étude de la tubérisation chez la pomme de terre.Ann. Am. des Pl. 4 (1954) 449–467.Google Scholar
  26. —, Les possibilités d'évolution des germes et leurs conséquences.Ann. Am. des Pl. 5 (1955) 555–574.Google Scholar
  27. —, Influence de “l'origine” sur le comportement des plants de pomme de terre.Ann. Am. des Pl. 6 (1956) 5–26.Google Scholar
  28. Madec, P., La nature et les causes du boulage chez la pomme de terre.Ann. Am. des Pl. 6 (1956) 151–169.Google Scholar
  29. —, Le rôle du tubercule-mère dans l'évolution des germes de pomme de terre.Ann. Am. des Pl. 8 (1958) 5–30.Google Scholar
  30. Noda, D., &K. Yamamoto, On the effect of environmental conditions on the tuberization of the potato plant.Sci. Rep. of Res. Inst. Tôhoku Univ. 4 (1952) 15–65.Google Scholar
  31. Oortwijn Botjes, J. G., Ontijdige knolvorming bij aardappelen.T. Pl. ziekten 33 (1927) 1–13.Google Scholar
  32. Plaisted, P. H., Growth of the potato tuber.Plant Physio. 32 (1957) 445–452.Google Scholar
  33. Pohjakallio, O., On the effect of day length on the yield of potato.Physio. Plant. 6 (1953) 140–149.Google Scholar
  34. —, Analysis of earliness in the potato.Acta. agric. Scand. 4 (1957) 361–388.Google Scholar
  35. —, Light climate and crop growth in Finland.Field Crop Abst. 10 (1957) 77–82.Google Scholar
  36. Schulze, E., Mechanische Keimanregung, Schosserbildung und photoperiodische Verhalten bei Kartoffeln.Z. Acker. u. Pflanzenbau Bd 98 (1954/55) 385–422.Google Scholar
  37. Smith, O., Growth and development of the potato as influenced especially by soil reaction. Cornell University Agri. Expt. Sta., Memoir 215 (1938).Ithaka, New York.Google Scholar
  38. Steineck, O., Tageslänge und Knollenbildung bei Kultursorten der Kartoffel,Z. f. Pflanzenzüchtung 36 (1956) 197–213.Google Scholar
  39. —, Die Grundlagen der photoperiodischen Reduktionsauslese bei einjährigen Kartoffelsämlingen.Z. f. Pflanzenzüchtung 39 (1958) 403–418.Google Scholar
  40. Taylor, C. E., The vegetative development of the potato plant.Ann. of Appl. Biol. 40 (1953) 778–788.Google Scholar
  41. Van der Planck, J. E., Some climatic factors determining high yields of potatoes. Part II. The potato at low latitudes and high altitudes.Emp. Journ. of Expt. Agri. 20 (1947) 1–8.Google Scholar
  42. Van Schreven, D. A.,a) On the physiology of tuber formation in potatoes. I Premature tuber formation.Plant and Soil 8 (1956) 49–55.Google Scholar
  43. —,b) On the physiology of tuber formation in potatoes. II. Influence of some organic compounds on tuber and sprout formation of potatoes aseptically grown in the dark.Plant and Soil 8 (1956) 56–74.Google Scholar
  44. —,c) On the physiology of tuber formation in potatoes. III. Influence of growth substances (phytohormones) on tuber and sprout formation of potatoes aseptically grown in the dark.Plant and Soil 8 (1956) 75–86.Google Scholar
  45. —,d) On the physiology of tuber formation in potatoes. IV. Influence of vitamine C on tuber and sprout formation of potatoes aseptically grown in the dark.Plant and Soil 8 (1956) 87–94.Google Scholar
  46. Van Schreven, D. A.,e) On the physiology of tuber formation in potatoes. V. Influence of vitamin B1 on tuber and sprout formation of potatoes aseptically grown in the dark.Plant and Soil 8 (1956) 95–104.Google Scholar
  47. Vöchting, H., Zur Physiologie der Knollengewächse.Jahrb. Wiss. Botan. 34 (1900) 1–148.Google Scholar
  48. —, Über die Keimung der Kartoffelknollen,Bot. Zeitschrift 60 (1902) 87–91.Google Scholar
  49. Wellensiek, S. J.,a) Het bewaren van pootaardappelen in verband met onderzeeërvorming. Voordrachten Aardap. Centr. Comite, 2–3 Juillet, 1924, 106–119.Google Scholar
  50. —,b) Een onderzoek naar de faktoren die ontijdige knolvorming bij vroege aardappels bepalen.T Pl. ziekten 30 (1924) 177–226.Google Scholar
  51. —, The physiology of tuber formation in Solanum tuberosum L.Meded. L. H. Wageningen33 (1929) 6–42.Google Scholar
  52. Went, F., The experimental control of plant growth. Waltham Mass, U.S.A. (1957) 109–112.Google Scholar
  53. Werner, H. O., The effect of a controlled nitrogen supply with different temperatures and photoperiods upon the development of the potato plant.Res. Bull. Nebr. agric. Exp. Sta. 75 (1934) 132.Google Scholar
  54. Yamamoto, K., &K. Noda, Study of tuberization in the potato plant. Morphological and Anatomical observations on the general process of tuberization.Sci. Rep. of Res. Inst. Tóhoku. Univ., Série D,1–2 (1950) 47–63.Google Scholar

Copyright information

© Kluwer Academic Publishers 1959

Authors and Affiliations

  • P. Madec
    • 1
  • P. Perennec
    • 1
  1. 1.Station d'Amélioration de la Pomme de TerreLanderneauFrance

Personalised recommendations