• Nem Talált Eredményt

Hazelnut cultivars not recommended for cultivation in Hungary

In document Evaluation of fruit cultivars (Pldal 194-200)

9. International breeding trends and the most important new cultivars of nuts Author: Géza Bujdosó

9.23 Hazelnut cultivars not recommended for cultivation in Hungary

Cultivars that are not recommended for Hungarian cultivation are of Mediterranean origin, therefore their growing is unsafe under Hungarian ecological conditions because of their winter hardiness and early blooming (Table 9.2).

Table 9.2. Hazelnut cultivars whose growing is unsafe under Hungarian climatic conditions Cultivar name Longue

1. Describe the history of Hungarian walnut breeding!

2. What are the major aims of walnut breeding?

3. What are the most important genetic sources of walnut?

4. What breeding methods can be used in walnut breeding?

5. What are the dangers and international experiences of naturalization?

6. What is the significance of intespecific hybrids?

7. What are the major cultivar trends in the important walnut producing countries of the world?

8. What are the trends of breeding and cultivation use in the major European walnut producing countries?

9. What are the criteria of an ideal walnut cultivar?

10. What are the most important characterictics of the Hungarian walnut population, that can be used in breeding?

11. Describe the major characteristics of Hungarian walnut cultivars!

12. Describe the Ukrainian walnut cultivars and their most important characteristics!

13. Describe the Slovenian walnut cultivars and their most important characteristics!

14. Describe the French walnut cultivars and their most important characteristics!

15. Describe the Serbian walnut cultivars and their most important characteristics!

16. Describe the Bulgarian and the American walnut cultivars and their most important characteristics!

17. Describe the Romanian walnut cultivars and their most important characteristics!

18. On the base of what aspects can we exclude a foreign walnut cultivar from the Hungarian cultivation?

Chestnut

1. Which breeding methods can be used for creating chestnut cultivars? Evaluate the success of each breading methods!

2. Which breeding methods were used in Hungarian chestnut breeding?

3. Which chestnut species can be used in chestnut breeding? Evaluate them!

4. Which breeding aims should be considered in chestnut breeding?

5. Describe the cultivar trends of the most significant chestnut producing countries.

6. Describe the Hungarian chestnut cultivar use.

7. Which are the most famous chestnut cultivars bred in Hungary?

8. Describe and evaluate with their most important pomological features those chestnut cultivars, which have been bred abroad, but can be promising as potential cultivars in Hungarian ecological conditions.

9. What is the first obstacle for the naturalization of chestnut cultivars in the territory of Hungary?

Hazelnut

1. Describe the brief history of hazelnut cultivation.

2. What are the major aims of hazelnut breeding?

3. What genetic sources do researchers use in hazelnut breeding?

4. What are the major hazelnut producing countries?

5. What are the most popular cultivars in the major hazelnut growing countries?

6. What are the major cultivar trends in hazelnut cultivation?

7. Describe the Hungarian hazelnut cultivar use.

8. Specify and briefly describe the major hazelnut cultivars bred in Hungary.

9. What are the most promising foreign and Hungarian hazelnut cultivars?

10. Why can‘t we cultivate a number of foreign varieties in Hungary?

Literature:

Walnut

1. Botu M., Tudor M., Papachatzis A. 2010/a. Evaluation of some walnut cultivars with different bearing habits in the ecological conditions of Oltenia – Romania. Acta Hortic. 861:119-126.

2. Botu M., Tudor Maria, Botu I., Cosmulescu Sina, Papachatzis A. 2010/b. Evaluation of walnut cultivars in the conditions of the Oltenia‘s hill area regarding functioning potential. Annals of the University of Craiova, the series Biology, Horticulture, Food Produce Processing Technology, Environment Engineering, XV( XLXI ): 94-103.

3. Bujdosó G. (2003): Melyik a legjobb áruértékű fajta? (Which cultivar has the best market value?) Kertészet és szőlészet. 23(52):17p.

4. Cerovic, S., Golosin, B., Ninic Todorovic, J., Bijelic, S., Ognjanos, V. (2010): Walnut (Juglans regia L.) selection in Serbia. Hort. Sci. (Prague). 37(1): 1-5.

5. Chevallier A., Bray O., Prunet J.P., Giraud M. (2009): Factors Influencing Walnut Blight Symptoms Emergence and Development. Acta Hortic. 861. 473- 478p.

6. Chevallier A., Laymajoux D. (2009): A Three Year Study on the Effect of Chelal® Kubig on the Reduction of Necrotic Walnut Falls. Acta Hortic. 861. 445- 448p.

7. Cosmulescu S., Baciu A., Botu M., Achim Gh. 2010/a. Environmental factors' influence on walnut flowering. Acta Hortic. 861:83-88.

8. Cosmulescu S., Botu M., Trandafir I., 2010/b. Mineral composition and physical characteristics of walnut (Juglans regia L.) cultivars originating in Romania. Selçuk Tarım ve Gıda Bilimleri Dergisi, 24(4): 33-37.

9. Cosmulescu Sina, Botu M., Achim Gh. 2012/c. Determination of apomictic fruit set ratio in several Romanian walnut (Juglans regia L.) cultivars. Not Bot Hortic Agrobo, 40(1):229-233.

10. Dzhuvinov, V., S. Gandev, K. Koumanov and V. Arnaudov. 2010. Walnut. Biofruit, Plovdiv.

(manuscript)

11. Escobar, M.A., Leslie, C.A., McGranahan, G.H., Dandekar, A.M. (2002): Silencing crown gall disease in walnut (Juglans regia L.) Plant Sci 163:591-597

12. Frutos D., López G. (2012): Search for Juglans regia genotypes resistant/tolereant to Xanthomonos arboricola pv. juglandis in the framework of Cost Action 873. Journal of Plant Pathology. 1 (94): 1.37-1.46 p.

13. Gauthier M.M., Jacobs D. F. (2011): Walnut (Juglans spp.) ecophysiology in response to environmental stresses and potential acclimation to climate change. Crop Biotech Update.

http://www.isaaa.org/kc/cropbiotechupdate/article/default.asp?ID=8845

14. Giraud M., Prunet J.P., Chevallier A., Ramain S., Thiriaud V., Santrac I., Bray O. (2009): Study of Xanthomonas arboricola pv. juglandis Population Dynamics in French Walnut Orchards over Three Years. Acta Hortic. 861. 439-443p.

15. Hasey J.K., Anderson K.K., Caprile J.L., Kluepfel D.A., Lampinen B.D., Grant J.A., Beede R.H.

(2009): Crown Gall Incidence: Seedling Paradox Walnut Rootstock versus Own Rooted English Walnut Trees. Acta Hortic. 861. 453-455.

16. Hendricks, E. Lonnie, Coates, W. William, Elkins, B. Rachel, McGranahan, H. Gale, Phillips, A.

Herb, Ramos, E, David, Reil, O. Wilbur, Snyder, G. Roland (1998): Selection of varieties In.

Ramos, E. David (szerk.): Walnut production manual. University of California, Oakland, 84-89.

17. Jenkins T.A., Marsh C., Lang M.D., Vanestre J., Walter M., Obanor F. (2009): Walnut Blight Sustainable Management Research in New Zealand. Acta Hortic. 861. 479- 487p.

18. KSH (2003): Gyümölcsültetvény-gazdálkodás Magyarországon (Fruit plantation management in Hungary), 2001. Adatgyűjtemény 1. kötet. 56-59. p.

19. Korac M., Slovic D., Rudic M., Cerovic S., Golosin B. (1986): Rezultati hibridizacije i selekcije oraha na Poljoprivrednom fakultetu u Novom Sadu. Proceedings of the Yugoslav Symposium on the Selection and Breeding of Fruit, Cacak. 10-107p.

20. Leslie C., McGranahan G. (1998): The origin of the walnut, pp. 3–7. In: Ramos, D.E. (szerk.), Walnut Production Manual. University of California. Division of Agriculture and Natural Resources. Publication 3373. 319 pp.

21. Leslie, C.A., McGranahan, G.H., Dandekar, A.M., Uratsu, S.L., Vail, P.V., Tebbets, J.S. (2001):

Development and field testing of walnuts expressing the crylA(c) gene for Lepidopteran insect resistance. Acta Hortic. 544:195-199.

22. Lovera M., Arquero O., Serrano N., Trapero A., (2008): Walnut blight (Xanthomonas arboricola pv. juglandis): Factors that influence the disease. Cost 873, WG and Management Committee

Meeting, Athens, Greece.

http://www.cost873.ch/uploads/_files/m_Athens_Abstracts_FinalBook.pdf

23. McGranahan, G.H., Leslie, C.A., Woeste, K.E. (1997): Backcrossing breeding walnuts for resistance to the cherry leafroll virus. Acta Hortic. 442: 121-127.

24. McGranahan, G.H., and Leslie, C.A. (2004).‗Robert Livermore‘, a Persian walnut cultivar with a red seedcoat. HortScience 39:1772.

25. McGranahan G.H., Leslie C.A. (2009): Breeding of walnuts (Juglans regia) in, P.M.

Priyadarshan (szerk.), Breeding Plantation Tree Crops: Temperate Species. Springer Science Business Media 249-272. p.

26. McKenna, J.R., Epstein, L. (2003): Susceptibility of Juglans species and interspecific hybrids to Agrobacterium tubefaciens. HortScience. 3(38): 435-439

27. Mohácsy M., Porpáczy A (1951): Dió, mandula, mogyoró, gesztenye (Walnut, almond, hazelnut, chestnut). Mezőgazdasági Kiadó, Budapest. 25. p.

28. Özaktan H., Erdal M., Akkopru A., Aslan E. (2007). Evaluation of susceptibility of some walnut cultivars to Xanthomonas arboricola pv. juglandis by immature nut test. Cost 873, WG3/WG4 Joint Meeting, Murcia, Spain. http://www.cost873.ch/_uploads/_files/m_ozaktan_murcia.pdf 29. Özaktan H., Erdal M., Akkopru A., Aslan E., (2008). Evaluation of susceptibility of some walnut

cultivars to Xanthomonas arboricola pv. juglandis by immature nut test Cost873, WG and

Management Committee Meeting, Athens, Greece.

http://www.cost873.ch/_uploads/_files/Ozaktan_WalnutSusceptibility.pdf

30. Parveaud C.E., Ramain S., Verhaeghe A. (2009): The Relationship between Walnut Blight Expression and Tree Water Status. Acta Hortic. 861. 435-437p.

31. Ramos D.E. (Ed.) (1998). Walnut Production Manual. University of California. Division of Agriculture and Natural Resources. Publication 3373. 319 pp.

32. Rovira M., Moragrega C., Aletà N. (2007). Susceptibility study to Xanthomonas arboricola pv.

juglandis, of immature fruits in two ‗full-sib‘ walnut progenies. Cost 873, WG3/WG4 Joint Meeting, Murcia, Spain. http://www.cost873.ch/_uploads/_files/m_rovira_murcia.pdf

33. Ruiz-García L., Frutos D., López G., Fuentes A. (2009). Molecular characterization of walnut and evaluation of Xanthomonas arboricola pv. juglandis damages in Murcia, Spain. Annual Cost

873 Meeting, Cetara, Italy.

http://www.cost873.ch/_uploads/_files/DFrutos_WalnutTyping_Italy.pdf

34. Solar A., Stampar F. (2005): Evaluation of some perspective walnut genotypes in Slovenia. Acta Hortic 705. 131-136.

35. Solar A., Jakopic J., Mikulic-Petkovsˇek M., Veberic R., Dreo T., Zadravec P., Sˇtampar F.

(2008). Validation of polyphenol contents as biochemical markers for walnut blight (Xanthomonas arboricola pv. juglandis) resistance. Cost 873, WG and Management Committee

Meeting, Athens, Greece. használat. Mezőgazda Kiadó, Budapest. 336. p.

39. Szentiványi P (2006): Diónemesítés és fajtakutatás (Walnut breeding and cultivar research) . In.

Szentiványi P. – Kállay T.-né (szerk.): Dió. Mezőgazda kiadó, Budapest. 60-65. p.

40. Terpó (szerk.) (1976): Juglandaceae. Növényrendszertan az ökonómbotanika alapjaival. II. vol.

472. p.

41. Thiesz R., Bandi A., Tóth M., Balog A. (2007): Epidemiological survey of Xanthomonas juglandis and Gnomonia leptostyla on natural population of walnut (Juglans regia) in eastern Transylvania. International Journal of Horticultural Sciences. 4(13): 7-9p.

42. Tian J., Wu Y., Wang Y., Han F. (2009): Development and prospects of the walnut industry in China. Acta Hortic. 861. 31-38. p.

43. Tsiantos J., Vagelas I.K., Rumbos C.I., Chatzaki A., Rouskas D., Gravanis F.T. (2008).

Evaluation of resistance of cultivated walnut varieties and selections to Xanthomonas arboricola pv. .juglandis in Greece. Cost 873, WG and Management Committee Meeting, Athens, Greece.

http://www.cost873.ch/_uploads/_files/Tsiantos_WalnutResistanceInGreekVarieties.pdf

44. Vahdati K., McKenna J.R., Dandekar A.M., Leslie C.A., Uratsu S.L., Hackett W.P., Negri P., McGranahan G.H. (2002). Rooting and other characteristics of a transgenic walnut hybrid (Juglans hindsii and J. regia) rootstock expressing rolABC. J. Amer. Soc. Hort. Sci. 127:724–

728.

45. Verhaeghe, A. (2011): France walnut cultivars (manuscript)

46. Wu G.L., Meng H.J., Hao Y.Y., Liu Q.L., Wang D., Tian J.B. (2009): Thirty years of breeding walnut in China. Acta Hortic. 861. 109-118. p.

47. Zatokovy F. T. (2009): Ukrainian cultivars of walnut. (manuscript).

48. Zohary D., Hopf M. (1993). Domestication of Plants in the Old World. Clarendon Press.Oxford.

249 pp.

Online sources:

Internet1: http://www.walnuttrees.co.uk/shop/walnut-fruit-trees/fernor

Internet2: http://www.coopenoix.com/enus/lacoop%c3%a9rative/lesproduits/noixfra%c3%aeches.aspx (as of 28th July 2012)

Internet3: http://sacramentopacking.com/uploads/Chandler_Walnuts.JPG (as of 3rd September 2012) Chestnut

1. Anagnostakis, S., Clark, S., McNab, H. (2009): Preliminary report on the segregation of resistance in chestnuts to infestation by oriental chestnut gall wasp. Acta Hortic. 815:33-36.

2. Bolvanský, M., Kobza, M., Juhásová, G., Adamĉíková, K., Ostrovský, R. (2009): Spread of chestnut blight in a plantation of young Castanea sativa and Castanea hybrids. Acta Hortic.

815:261-270.

3. Botu, M. (2009): Sweet chestnut situation in Romania. Acta Hortic. 866:511-515.

4. Bratanova-Doncheva, S., Chipev, N., Dimitrova, V. (2009): Origin, state and perspective of chestnut cultivation in Bulgaria. Acta Hortic. 866:517-525.

5. Çeliker, N.M. and Onoğur, E. (2009): Preliminary studies on the fungal disorders especially on ink disease causing decline of chestnut trees in Turkey. Acta Hortic. 815:227-232.

6. Cheng, L.L., Huang, W.G. (2009): Diversity of choroplast DNA SSRs in wild and cultivated C.

mollissima: Evidence of cultivated C. mollissima origon. Acta Hortic. 866:243-249.

7. Diamandis, S. (2009): Sweet chestnut: from the „Kastania‖ of the ancient Greeks to modern days.

Acta Hortic. 866:527-530.

8. Döken, M.T. (2009): Chestnut blight and a review of the related studies in Turkey. Acta Hortic.

815:213-220.

9. Fullbright, D.W., Mandujano, M., Stadt, S. (2009): Chestnut production in Michigan. Acta Hortic.

866:531-537.

10. Heiniger, U. and Rigling, D. (2009): Application of the Cryphonectria hypovirus (CHV-1) to control the chestnut blight, experience from Switzerland. Acta Hortic. 815:233-246.

11. Hozova, L., Jankovsky, L., Akkak, A., Torello Marioni, D., Botta, R. and Šmerda, J. (2009):

Preliminary study of the genetic structure of a chestnut population in the Czech Rebulic based on SSR analysis. Acta Hortic. 815:43-50.

12. Krstin, LJ., Krajaĉić, M., Ćurković Perica, M., Novak-Agbaba, S. and Rigling, D. (2009):

Hypovirus-infected strains of the fungus Cryphonactria parasitica in the Central part of Croatia.

Acta Hortic. 815:283-288

13. KSH (2003): Gyümölcsültetvény-gazdálkodás Magyarországon (Fruit plantation management in Hungary), 2001. Adatgyűjtemény, 1. kötet. 64-67. p.

14. Lushaj, B.M., Tabaku, V. (2009): Conersion of old, abandoned chestnut forest into simple coppice and from simple coppice forest into Orchards in Tropoja, Albania. Acta Hortic. 866:251-258.

15. Pandit, A.H., Kour, A., Wani, M.S. and Mir, M.A. (2009): Genetic resources of chestnuts in Kashmir Valley. Acta Hortic. 815:51-56.

16. Pridnya, M.V., Pinkovsky, M.D., Romashin, A.D. (2009): Novelty position of European Chestnut forests in Russia (Western Caucasus) and perspective of their protection and sustainable development. Acta Hortic. 866:543-550.

17. Radócz L., Tarcali G., Egyed K. (2009): The chestnut blight fungus (Cryphonectria parasitica Murr, (Barr) in the Central-European region. Acta Hortic. 866:399-404.

18. Sartor, C., Botta, R., Mellano, M.G., Beccaro, G.L., Bounous, G., Torello Marinoni, D., Quacchia, A. and Alma, A. (2009): Evaluation of susceptibility to Dryocosmus kuriphilus yasumatsu (Hymenoptera: Cynipidae) in Castanea sativa Miller and in hybrid cultivars. Acta Hortic. 815:289-298.

19. Serdar, U., Demirsoy, H. and Demirsoy, L. (2009): Determination of superior chestnut genotypes in the Central Black sea region of Turkey. Acta Hortic. 815:37-42.

20. Solar, A., Stampar, F. (2009): Promising chestnut genotypes from Slovenia. Acta Hortic. 866:259-264.

21. Soylu, A. (2009): The development of chestnut industry of Turkey in the last half century. Acta Hortic. 866:505-510.

22. Soylu, A. and Mert, C. (2009): The future of chestnut breeding work in Turkey. Acta Hortic.

815:27-32.

23. Szentiványi P. (1998): Dió (Walnut) In: Soltész M. (szerk.): Gyümölcsfajta-ismeret és –használat.

Mezőgazda Kiadó, Budapest. 343-346. p.

24. Takada, N., Sato, A., Sawamura, Y., Nishio, S., Saito, T. (2009): Influence of pollen on pellicle removability and nut weight of Japanese chestnut (Castanea crenata Sieb. et Zucc.) ‘Porotam‘.

Acta Hortic. 866:239-242.

25. Turchetti, T. and Maresi, G. (2009): Biological control of chestnut diseases in Italy: Effectiveness of blight and ink disease management. Acta Hortic. 815:253-260.

26. Vidóczi H., Varga M. Szabó I. (2007): Chestnut blight and its biological control in the Sopron Hills, Hungary. Acta Silvatica & Lignaria Hungarica. 3: 199-205.p

27. Yamanashi, O.K., Sobierajki, G.R., Bueno, S.C.S., and Pommer, C.V. (2009): Chestnut in Brazil:

Reseraches and perspectives. Acta Hortic. 866:539-541.

Online sources:

Internet1: http://www.flickriver.com/photos/pruffoli/5095873899/

Internet2: http://www.marronedicasteldelrio.it/marroni_igp.htm Hazelnut

Literature:

1. Apostol J., Szentiványi P. (1998): Mogyoró (Hazelnut). In Soltész M. (szerk.): Gyümölcsfajta-ismeret és –használat. Mezőgazda Kiadó, Budapest. 347-351. p.

2. Fidigelli, C., de Salvador, F.R. (2009): World hazelnut situtation and perspectives. Acta Hortic.

845. 39-52. p.

3. KSH, (2003): Gyümölcsültetvény-gazdálkodás Magyarországon (Fruit plantation management in Hungary), 2001. Adatgyűjtemény, 1. kötet. 68-71. p.

4. McCluskey, R.L., Mehlenbacher, S.A., Smith, D.C., Azarenko, A. N. (2009): Advanced selection and new cultivar performance in hazelnut trials planted in 1998 and 2000 at Oregon State University. Acta Hortic. 845. 67-72. p

5. Miljkovic, I (2000): Croatia. Hazelnut cultivar list and some important characteristics and remaks. In. Köksal, Y. (szerk.): Inventory of hazelnut research, germplasm and references.

REU Technical Series No. 56. Food and Agricultural Office of the United Nations ROME,

Mediterranean Agronimic Institute of Zaragosa, Spain.

http://www.fao.org/docrep/003/X4484E/x4484e11.htm#P4777_40180 6. Mirotadze, N. (2005): Hazelnut in Georgia. Acta Hortic 686, 29-34. p.

7. Molnar, T.J, Capik, J.M., Gorrreda, J.C. (2009): Response of hazelnut progenies from known resistant parents to Anisogramma anomala in New Yersey, USA. Acta Hortic. 845, 73-82. p.

8. Pilotti, M., Brunetti, A., Tizzani, L., Gallelli, A., Lumia, V., Gervasi, F. (2009): gene candidates for pathogen perception in Corlyus avellana. Acta Hortic. 845. 115-122. p.

9. Rovira, M., Ferreira, J.J., Tous, J., Ciordia, M. (2005): Hazelnut diversity in Asturias (Northern Spain). Acta Hortic. 686, 41-46. p.

10. Solar, A (2000): Slovenia. Hazelnut cultivar list and some important characteristics and remaks.

In. Köksal, Y. (szerk.): Inventory of hazelnut research, germplasm and references. REU Technical Series No. 56. Food and Agricultural Office of the United Nations ROME,

Mediterranean Agronimic Institute of Zaragosa, Spain.

http://www.fao.org/docrep/003/X4484E/x4484e11.htm#P4777_40180

11. Slyusarchuk, V.E., Ryabokon, A.P. (2005): Ukrainian hazelnuts: Cultivars, agrotechnics, perspectives. Acta Hortic 686, 603-608. p.

12. Thompson, M.M, Lagerstedt, H.B, Mehlenbacher, S. A (1996): Hazelnuts. In: Janick, J., Moore, J.N. (szerk.): Fruit breeding, vol. 3, Nuts. Wiley, New York, 125–184 p.

13. Tomcsányi P. (1979):Gyümölcsfajtáink. Gyakorlati pomológia (Our fruit cultivars. Pomology in practice). Mezőgazda Kiadó, Budapest.

14. Xie, M., Zheng, J., Radicati, L., Me., G. (2005): Interspecific hibridization of hazelnut and performance of 5 varieties of China. Acta Hortic 686, 65-70. p.

Online sources:

Internet1: http://hazelnut.org.nz/variety/Barcelona.html (2013. január 17.)

Internet2: http://www.njuskalo.hr/orasasti-plodovi-sjemenke/ljesnjaci-istarski-duguljasti-ljusci-1-kilogram-26-kn-oglas-5896055 (2013. január 17.)

Internet3: http://www.agroportal.hr/agro-baza/sortne-liste/voce/ljesnjak/istarski-okrugli/ (2013. január 20.)

Internet4: http://safenut.casaccia.enea.it/db/accessions/1175 (2013. január 20.) Internet5: http://safenut.casaccia.enea.it (2013. január 20.)

In document Evaluation of fruit cultivars (Pldal 194-200)