Nghiên cứu kích thích ra hoa, tạo tán và bảo quản hạt phấn Thông nhựa pinus merkusii jungh et devriese ở vườn giống - 10


30. Chalupka W (1984), Time of GA4/7 application may effect the sex of Scot pine flowers initiated, p 173-174.

31. Cooling E.N.G (1968, 1975), Fast growing timber trees of the lowland tropics, No 4 Pinus merkusii, Department of Forestry University of Oxford. p 1.

32.Curt Almqvist (2001), Improvement of flowering competence and capacity with reference to Swedish conifer breeding, p 5-30.

33. Charles Gansel (1976), Crown shaping in a Pinus elliottii seed orchard, tr 146-150.

34. De Laubenfels (1988), Distribution of Pinus merkusii (solid color) and

P. latteri (large enclosed region),

http://www.conifers.org/pi/pin/merkusii.htm.

35. Duffield (1941), Pollen longevity of Pinus strobus and pinus resinosi as controlled by humidity and temperature, p 175-177.

36. Duffield, J.W., and R.Z. Callaham., (1959), Deep-freezing pine pollen. Silvae Genet, p 22-34.

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37. Eriksson U (1998), Seed and pollen production after stem injections of gibberellin GA 4/7 in field-grown seed orchards of Pinus sylvestris L. p. 340- 346.

38. Fogal W (1996), Stem incorporation of gebberellins to promote sexual development of white spruce, Norway spuce and jack pine. p. 186-195.

Nghiên cứu kích thích ra hoa, tạo tán và bảo quản hạt phấn Thông nhựa pinus merkusii jungh et devriese ở vườn giống - 10

39. Goddard and Mathews (1981), Pollen testing, Pollen management hangdbook, US Department of Agriculture, Forest service, p 40-43.

40. Greenwood M.S (1982). Rate, timing and mode of gibberellin application fore female strobilus production by grafted loblolly pine, p 998-1002.


41. Hare, R.C. (1984). Application method and timing of gibberellin GA 4/7 treatments for increasing pollen conebud production in southern pines, p 128- 131.

42. Ho, R. H. & Eng, K (1995), Promotion of cone production on field- grown eastern white pine graft by gibberellin GA 4/7 application, p 11-16.

43. Hyun, S. (1976), Interspecific hybridization in pines with special

reference to P. rigida x P. taeda, Silve Genet, Vol.25, p 188 -191.

44. Jett, J.B.Framplton, L.J (1990), Effect of rehydration on vitro germination of loblolly pine pollen, Southern Journal of applied forestry, p 48-51.

45. Latzte Anderung (2003), Phytohormone-Gebberelline, Botanik online,

http://www.biologie.uni-hamburg.de.

46. Le Dinh Kha, Nguyen Viet Cuong (1995), “Germinating media and storage methods for P. massonina, P. merkusii pollen”, Genetics and application Review No 3, p 42-46.

47. Le Dinh Kha, Nguyen Huy Son and Nguyen Tuan Hung (2002), “Studies on seed storage methods of Star anise, Cinnamomum and Michelia Species in Vietnam”, IPGRI/SDFSC Final Worshop on Tropical Forest recalcitrant Tree seeds, 9-19 Septemper, 2002, Chania Crete Greece.

48. Luukkanen, O and Johansson S. (1980), Effect of exogenous giberellins on flowering in Pinus sylvestris grafts. Physiol. Plant, p 365-370.

49. Meskimen, G (1983), Realized gain from breeding Eucalyptus grandis in Florida, In Eucaplytus in California, General Technical report, p 121-128.

50. Mathews và John F. Kraus (1981), Pollen storage, pollen management handbook. Washington, DC: U.S Department of Agriculture, Forest Service, p 30

– 39.

51. Ngô Minh Duyên (2004), Luận văn tốt nghiệp Thạc sỹ, 60 trang.


52. Owens, J.N. & Blake, M.D (1985 ), Forest tree seed production. Information report. Petawawa National Fortest Institute, p 161.

53. Pharis, R.S (1987), The promotion of flowering in forest trees by gibberellins GA4/7 and cultural treatments, a review of possible mechanisms, p 65.

54. R. J. Varnell (1968), Female strobilus production in Slash Pinus seed orchard following branch pruning, p 222 - 227.

55. Schmidtling R.C (1981), The inheritance of precocity and its relationship with growth in loblolly pines. Silvae Genet, p 188 -192.

56. Shelbourne, C.J.A (1991), Genetic gains from different kinds of breeding populations and seed or plant production methords, In intensive forestry: the role of eucalypts, Processings IUFRO Symposium, Durban, p 300- 317.

57. Siregar, I.R. & Sweet G.B. (1996), Optimal timing of gibberellin GA 4/7 application to increase female strobilus numbers in a Pinus radiata seed orchard, p 339-347.

58. Snyder (1957), Pollen handing, Fourteenth South for Tree improvement, p 115.

59. Sprague (1977), Extraction and storage of loblolly pine (pinus taeda) pollen. Fourteenth South for Tree improvement, p 20-27.

60. Stahl, T. A. (1988), Species and provenance trial on pine 1976-1984, Vinh phu, Vietnam. Vinh Phu pulp and paper mill project, 52 pp.

61. Standley (1962), Viable pine pollen stored 15 year produces unsound seed. Silvae Genet, p 164.

62. Standley (1967), Factors affecting germination of the pollen grain. Union for Research Organ, p 38-59.


63. Susan C. (1999), A guide to Successful prunning:Prunning Basics and Tools, Virginia State University, p 1-4.

64. Susan C. (2002), A guide to Successful prunning: Prunning Shrubs, Virginia State University, p 1-5.

65. Visser, T (1976), A comparison of apple and pear seedlings with reference to the juvenile period. II. Mode of inheritance, Acta Hort, p 215-224.

66. Webber, J.E (1990), The response of dehydrated Douglas-fir (Pseudotsuga menziesii) pollen to three vitro viability assays and their relationship to actual fertility. Annales des Sciences Forestieres, p 13.

67. William, P. Jacobs (1979), Plant Hormones and Plant Development. Cambridge University, p 26.

68. Wiltshire, R. J. E., Pott B.M. & Reid, J. B. (1998), Genetic control of reproductive and vegetative phase change in Ecaplytus risdonii – Ecaplytus tenuiramis complex, Australian Journal of Botany, p 45-63.

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