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• Sival 2014.
Angers (Γαλλία), 14-16
2014.
www. sival-angers.com
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Hannover (Γερμανία), 15-16 Ιανουαρίου 2014. Πληρ.: www.interaspa.de
• International Green Week Berlin 2014.
(Γερμανία), 17-26
www.gruenewoche.de
• Agro Eurasia Fair 2014.
www.agroeurasia.com
2014.
• Biofach
Nuremberg (Γερμανία), 12-15
2014. www.biofach.de
• Foodshow 2014. 7η
(Τουρκία), 13-16
2014. Πληρ.: www. foodshowistanbul.com
• Fruchtwelt Bodensee 2014. Διεθνής
Friedrichshafen (Γερμανία), 21-23
2014. Πληρ.: www.fruchtwelt-bodensee.de
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21-24 Φεβρουαρίου 2014. Πληρ.: 210-9576100, mail@atou.gr
• Salon international de agriculture. Διεθνής
2014.
en.salon-agriculture.com
• GulFood Dubai. Διεθνής
2014. Πληρ.: www.gulfood.com
• Salima. Διεθνής
Brno (Τσεχία), 25-28
www.bvv.cz/en/salima
• Climatherm Energy
climatherm.gr
• 9th Mersin Agrodays.
mersinagrodays.com
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• Agrotica 2014. 25η
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• Regional symposium on water, wastewater and environment: Traditions and culture.
wwetc2014.env.uwg.gr/wms
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project2.zalf.de/IFSA_2014
• IV international symposium on loquat.
www.loquatsymposium2014.org
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Montpellier (Γαλλία),
invasive. weeds.montpellier.ewrs.org
• Rhea-2014.
www.rhea-conference.eu/2014
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Lake Garda (Ιταλία), 8-11
www.worldtomatocongress.com
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web.cut.ac.cy/postharvest
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• Prod
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(Ισπανία), 29
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(Βέλγιο), 14-18
Leuven
2014. www.pcfruit.be
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Antalya (Τουρκία), 14-16
2014. www.soil2014.com
1. EPPO Data Sheets on Quarantine Pests (EU Directive 77/93)
2. EPPO Reporting service, First report of Xylella fastidiosa in Italy 2013/184
3. A.H. Purcell, S.R. Saunders, M. Hendson, M.E. Grebus, and M.J. Henry 1999. Causal Role of Xylella fastidiosa in Oleander Leaf Scorch Disease. The American Phytopathological Society 89: 53-58
4. M. Saponari1, D. Boscia, F. Nigro and G.P. Martelli 2013. Identification of DNA sequences related to Xylella fastidiosa in oleander, almond and olive trees exhibiting leaf scortch symptoms in Apulia (Southern Italy). Journal of Plant Pathology (online paper)
5. J.D. Janse and A. Obradovic 2010. Xylella fastidiosa its biology, diagnosis, control and risks. Journal of Plant Pathology 92: 35-48
6. Krugner R., Johnson M.W., Chen J., 2010. Evaluation of pathogenicity and insect transmission of Xylella fastidiosa strains to olive plants. California Olive Committee. Final Report 2010. m
Mirador
folpet+
fosetyl+ fenamidone Mildex WG
iprodione Campatch 50 SC, κ.ά.
laminarin Vacciplant SL
mancozeb+ benthiavalicarb Valbon WG
mancozeb+ cymoxanil Curzate
mancozeb+ dimethomorph Acrobat WG
mancozeb+ mandipropamid Pergado MZ WG
mancozeb+ metalaxyl-M Ridomil Gold MZ WG
17/3
Cuperate 4,2/39,75
χαλκός (οξυχλ.)+ mandipropamid Pergado C 2,5/13,95 WG
emamectin benzoate Affirm 095 SG
etoxazole Baroque 11 SC, Borneo 11 SC
flonicamid Teppeki 50 WG
flubendiamide Belt 24 WG
formetanate Dicarzol 50 SP
Helicoverpa armigera nucleopolyhedrovirus Helicovex SC
indoxacarb Bolero 30 WG, Steward 30 WG Chrisodeixis, Tuta, Πλούζια,
lambda cyhalothrin Karate Zeon 10 CS, κ.ά.
lufenuron Match 5 EC
metaflumizone Alverde 24 SC Chrisodeixis, Tuta,
methiocarb Mesurol 200
acequinocyl Kanemite 15 SC
acetamiprid Mospilan 20 SP, Profil 20
Bacillus thuringiensis Xentari WG, Dipel WP, Agree WP, κ.ά.
Bauveria basiana Botanigard 10,7 SC, Naturalis SC
beta cyfluthrin Bulldock 2,5 SC, Dogo 2,5 SC
bifenazate Acramite 48 SC, Floramite 240 SC
chlorantraniliprole Altacor 35 WG
chlorantraniliprole+ abamectin Voliam Targo 063 SC
Aspida
Baythroid
Mimic 24 SC
4.
2. Braconi Duigi – Olivicoltura intensive, E.A. Bologna 1970.
3. Breviglieri Nino – La nuova olivicoltura specializzata intensiva, R.E.D.A. ROMA 1961.
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2000.
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Olive Growing, Australia 2000.
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Olive – Production manual, second edition 2005.
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12. Informatore Agrario SuA, C.P. 520 37.100 Verona – Italia.
13. Vida Rutal, Eumedia Spain. m
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3. Abou Al Fadil, T., Jauneau, A., Martinez, Y., Rickauer, M., Dechamp-Guillaume, G., 2009. Characterisation of sunflower root colonisation by Phoma macdonaldii. European Journal of Plant Pathology 124, 93-103.
4. Carson, M., 1991. Relationship between Phoma black stem severity and yield losses in hybrid sunflower. Plant Disease 75, 1150-1153.
5. Debaeke, P and A. Perés. 2003. Influence of Sunflower (Helianthus annuus L.) crop management on Phoma black stem (Phoma macdonaldii Boerema). Crop Protection 22: 741-752.
6. Descorps C., Hebrard C., Rakotonindraina T., Dechamp-Guillaume G., Mestries E., Aubertot J.N. 2012. Advances in Phoma macdonaldii (Leptosphaeria lindquistii) epidemiology. 18th International Sunflower Conference, 26-29 February 2012. Argentina.
7. Gulya TJ, Rashid K y Marisevic SM., 1997. Sunflower Diseases. En: Schneiter AA. Sunflower technology production. ASA. CSSA, SSSA. Madison, WI, USA. pp 263-380.
8. Maric, A., Masirevic, S., Fayzalla, S., 1981. Presence of Leptosphaeria lindquistii Frezzi, last stade of Phoma macdonaldii Boerema, causal agent of Black spot of sunflowers in Yugoslavia. (in Serbo-Croitian). Zastija bilja 32, 329-344.
“black stem” by Phoma macdonaldii and its relationship with reserves in stem and the source/sink ratio in sunflower. 18th International Sunflower Conference, 26-29 February 2012. Argentina.
12. Penaud, A., Pérès, A., 1994. Numéro spécial: Phoma du tournesol, n°15, CETIOM. Oléoscope, 37 p..
13. Penaud, A., 1996. Phoma du tournesol: recherche des époques de contamination et mise au point de la protection fongicide. Annales 14ème Conf. Int. du Tournesol ISA, Beijing, China, 1996, 694-699.
14. Pérès A, Poisson-Bammé, B., 2000. The early withering of sunflower (“dry plant”): the part played by Phoma and study of the contamination (in French). Annales 6ème Conf. Int. Maladies des Plantes, AFPP, Tours, France, 6-8 Déc. 2000, 323-329.
15. Roustaee A, Costes S, Dechamp-Guillaume G, Barrault G. 2000 (b). Phenotypic variability of Leptosphaeria lindquistii (anamorph: Phoma macdonaldii), a fungal pathogen. Plant Pathology 49, 227–234.
16. Schneiter AA, Miller JF (1981) Description of Sunflower Growth Stages. Crop Science 21, 901-903.
17. Seassau C., Mestries E., Debaeke P., Dechamp-Guillaume G. 2008. Effects of nitrogen and water on premature ripening caused by Phoma macdonaldii, a fungal pathogen of sunflower. 17th International Sunflower Conference, Cordoba, Spain.
18. Seassau C., Debaeke P., Mestries E., Dechamp-Guillaume G. 2009. Evaluation of P. macdonaldii inoculation method to reproduce sunflower premature ripening. Plant Disease 2009.
19. Seassau C., Dechamp-Guillaume G., Mestries E., Debaeke P. 2010. Nitrogen and water management can limit premature ripening of sunflower induced by Phoma macdonaldii. Field Crop Research 115, 99-106.
20. Seassau C., Dechamp-Guillaume G., Mestries E., Debaeke P. 2012. Effects of plant density on sunflower premature ripening caused by Phoma macdonaldii. 18th International Sunflower Conference, 26-29 February 2012. Argentina.
9. McDonald, W.C., 1964. Phoma Black stem of sunflower. Phytopathology 54, 492-493.
10. Nuñez Bordoy, I.E, J.F. Quiroz y G.A.A Dosio. 2011. Enfermedades foliares y su relación con la disminución de la oferta o demanda carbonada durante el llenado de frutos en girasol. p 377. En: Libro de resúmenes 2º Congreso Argentino de Fitopatología, Mar del Plata, Argentina. Asociación Argentina de Fitopatólogos, Argentina
21. Velazquez, P.D. y N. Formento. 2003. Efecto de la infección natural de Phoma oleracea var. helianthi-tuberosi Sacc. sobre algunos caracteres agronómicos y el rendimiento de aceite de cuatro genotipos de girasol (Helianthus annuus L.) con dos niveles de fertilización nitrogenada. Agrisciencitia, 20: 29-34.
11. Nunez Bordoy I.E., Quiroz F.J., Dosio G. 2012. Manifestation of
22. Weeraratne, W., Priyantha, M., 2003. First report of Phoma black stem of sunflower in Sri Lanka and its management. Annals of the Sri Lanka Department of Agriculture 5, 263-270. m
