2012, ISBN: 3659118427

B. cinerea is an economically important tomato disease in temperate and subtropical regions. However, partial resistance to this fungus has been identified in accessions of wild relatives… Mehr…

B. cinerea is an economically important tomato disease in temperate and subtropical regions. However, partial resistance to this fungus has been identified in accessions of wild relatives of tomato such as Solanum habrochaites. Sulfur Nutrition and Tomato Plant Resistance against Botrytis cinerea: Does sulfur enhanced disease resistance mechanism of tomato plants against Botrytis cinerea attack?EinbandPaperback / SoftbackAutor(en)Demissie, Habtamu Bekele; Zahn, MarcVerlagLAP Lambert Academic PublishingAuflageAufl.Ausgabe2012Formatangaben64 pages; 220 x 150 x 3 mmSpracheengISBN3659118427ISBN-13 / EAN9783659118425PreisEUR 49,00 (inkl. MwSt.)NEUWARE - Tagesaktueller, sicherer und weltweiter Versand. Rechnung legen wir bei.Tomato (Solanum lycopersicum) is the second most consumed vegetable worldwide. Commercial cultivation of tomato is usually affected by the lack of resistance and is susceptible to grey mold (Botrytis cinerea). B. cinerea is an economically important tomato disease in temperate and subtropical regions. Many classes of fungicides have failed to control B. cinerea due to its genetic plasticity. However, partial resistance to this fungus has been identified in accessions of wild relatives of tomato such as Solanum habrochaites. Therefore, introgession lines (ILs) have been developed in order to use the wild genetic resources. IL contains a single defined chromosome segment from the donor species into a uniform genetic background (Zamir, 2001). The resistance of tomato plant against B. cinerea can be improved by an enhanced formation of S-containing defense compounds,i.e. Sulfur enhanced defense. Resistance ILs for B. cinerea attack were identified. The resistance of these ILs have enhanced with additional Sulfur supply. The findings in this book is very important for those people who are highly interested to understand the role of plant nutrients on disease resistance (Habtamu, 2012).Hinweis: Auflage und/oder Erscheinungsjahr können im Buchkatalog von eBay unter Umständen von unseren Angeboten abweichen. Dies gilt insbesondere wenn eine ISBN durch den Verlag doppelt vergeben wurde. Im Einzelfall bzw. bei Bedarf bitte VOR Bestellung erfragen.Angaben zur Versandzeit stammen aus Standardeinstellung von ebay; Wir verschicken tagesaktuell; Sendungen unter 1 kg werden als Waren-/Büchersendung (Laufzeiten sind leider sehr unterschiedlich zwischen 2 und 14 Werktagen) verschickt, ab 1 Kg erfolgt der Versand über DPD.Falls Sie eine Bestellung dringend bzw. zu einem bestimmten Zeitpunkt benötigen, wählen Sie bitte immer die Versandart PAKETVERSAND (DPD Classic), ansonsten können wir die Lieferzeiten nicht garantieren.Artikel eingestellt mit dem w+h GmbH eBay-ServiceDaten- und Bilderhosting mit freundlicher Unterstützung von Buchfreund. (2022-05-20), Festpreisangebot, [LT: FixedPrice], EAN: 9783659118425, Buchtitel: Sulfur Nutrition and Tomato Plant Resistance against Botrytis cin, Sprache: Englisch, Format: 64 pages; 220 x 150 x 3 mm, Produktart: Paperback / Softback, Anzahl der Seiten: 64 pages, Gewicht: 102g, 2012<

2012, ISBN: 3659118427

[EAN: 9783659118425], Neubuch, [PU: LAP Lambert Academic Publishing], nach der Bestellung gedruckt Neuware -Tomato (Solanum lycopersicum) is the second most consumed vegetable worldwide. … Mehr…

[EAN: 9783659118425], Neubuch, [PU: LAP Lambert Academic Publishing], nach der Bestellung gedruckt Neuware -Tomato (Solanum lycopersicum) is the second most consumed vegetable worldwide. Commercial cultivation of tomato is usually affected by the lack of resistance and is susceptible to grey mold (Botrytis cinerea). B. cinerea is an economically important tomato disease in temperate and subtropical regions. Many classes of fungicides have failed to control B. cinerea due to its genetic plasticity. However, partial resistance to this fungus has been identified in accessions of wild relatives of tomato such as Solanum habrochaites. Therefore, introgession lines (ILs) have been developed in order to use the wild genetic resources. IL contains a single defined chromosome segment from the donor species into a uniform genetic background (Zamir, 2001). The resistance of tomato plant against B. cinerea can be improved by an enhanced formation of S-containing defense compounds,i.e. Sulfur enhanced defense. Resistance ILs for B. cinerea attack were identified. The resistance of these ILs have enhanced with additional Sulfur supply. The findings in this book is very important for those people who are highly interested to understand the role of plant nutrients on disease resistance (Habtamu, 2012). 64 pp. Englisch, Books<

2012, ISBN: 9783659118425

Trade paperback, New., Trade paperback (US). Glued binding. 64 p. Intended for a juvenile audience., Saarbrucken, [PU: LAP Lambert Academic Publishing]