The Influence Of Priming Two Cucumber Cultivar Seeds

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J. Duhok Univ. Vol.13, No.1, (Agri. And Vet. Sciences) Pp 1-18, 2010 Indirect cultivation 12 Khali 0.0b 6.3ab 0.0b 0.0c 0.0b 0.0d 0.0b 0.0b 0.7ed 0.7b Distil Babyl 0.0b 0.0b 0.0b 0.0c 0.0b 1.3cd 3.7b 7.7ab 5.3be 9ab CaCO3 Khali 0.0b 4.3b 0.3b 1bc 1b 1.7cd 0.0b 0.0b 10.7a 1.7b Babyl 0.0b 6.3ab 0.0b 0.7c 5.3ab 5cd 5ab 4.3ab 3ce 15ab Khali 0.0b 1b 0.0b 0.0c 3.7ab 1.3cd 0.0b 0.7b 4ce 6.3ab MgSO4 Babyl 0.0b 29.7a 0.0b 1bc 5ab 8.7ad 9ab 5.3ab 15.3ae 15.3ab CaCO3+ MgSO4 Cont Khali 0.0b 6ab 0.0b 0.0c 2b 4.7cd 2.7b 5ab 10.7ae 14.7ab Babyl 0.0b 0.0b 0.7b 0.7c 1.7b 10ad 1.3b 6.3ab 19ae 16.7ab Khali 0.0b 16ab 0.0b 0.0c 0.0b 0.0d 0.0b 9.3ab 4.3ce 14.7ab Babyl 0.7ab 15.3ab 6.7a 4.7ac 12ab 23.3ab 7.3ab 14.7a 22ac 6.3ab Khali 0.0b 10.3ab 0.7b 2.7ac 4.7ab 15.3ad 7ab 7.3a 29a 22.3a Distil Babyl 0.3b 2b 3ab 6ac 16.3a 9ad 10.3ab 9.7a 0.0e 13.3ab CaCO3 Khali 0.0b 0.0b 0.0b 1bc 6.3ab 5cd 2b 5.3a 2.3de 8.3ab Babyl 0.0b 15.3ab 0.3b 2.3ab 5ab 9.3ad 7ab 2.3a 19ae 16ab Khali 0.0b 7ab 1b 1.7bc 5.3ab 25a 4.7b 0.0b 10.3ae 13.7ab MgSO4 Babyl 1.7a 13.7ab 5ab 8.3a 13.7ab 4.3cd 22.3a 8a 17.7ae 17ab CaCO3+ MgSO4 Khali 0.0b 8.3ab 0.0b 0.3c 2b 18.3ac 1.3b 2.7a 3.7ce 0.3b Babyl 0.0b 8.3ab 5ab 5.3ac 9.7ab 4cd 6ab 7a 29a 1b Khali 0.0b 0.0b 4.7ab 4.7ac 13ab 7bd 2b 9.7a 24ab 4.3ab Table (8): The influences of cultivation methods and priming the seeds of Babylon and Khalifa cucumber cultivars by CaCO3, MgSO4 and their ion antagonism on fruit number per m 2 at each harvesting intervals (H11- H17) during 2004 growing season.* Treatment s and Cvs (B*C) Cultivation methods and cvs (A*B) (A*C) Cultivation methods (A) Treatments of Seed Priming (B) Cultivars Cvs. ( C) Direct sowing Indirect sowing direct H11 H12 H13 H14 H15 H16 H17 7.6a 9.2a 5.3a 12.6a 9.1a 13.5a 3.3a indirect 5.4a 4.4a 7.7a 14.2a 9a 11.3a 3.2a Cont 4.1a 10.3 3.7a 5.8b 8.3a 9.1a 2.3a Dist 2.9a 5.6a 5.9a 14.8a 5.6a 12.3a 2.7a CaCO3 93a 6.7a 8.25a 15.3a 11a 15.7a 4.6a MgSO4 9a 7.3a 7.5a 13.8ab 9.4a 13.1a 4.3a CaCO3+ MgSO4 7.2a 4.1a 7.1a 17.5a 10.8a 11.8a 2.3a Babyl 7.5a 4.2a 7.6a 12.8a 9.8a 14.8a 4.3a Khali 5.5a 9.4a 5.3a 14a 8.2a 9.9a 2.1a Cont 3.5a 13a 0.0a 9.7ab 9.2a 8.5a 2.8a Distil 3.2a 11.2a 3.7a 12.8ab 4.5a 16a 3.2a CaCO3 11.3a 6.5a 6.5a 14ab 8.3a 14.3a 4.3a MgSO4 11.5a 10.8a 5.8a 12.2ab 11.8a 16.7a 5.3a CaCO3+ MgSO4 8.3a 4.5a 10.5a 14.5ab 11.7a 11.8a 0.7a Cont 4.7a 7.7a 7.3a 1.8b 7.5a 9.7a 1.8a Dist 2.7a 0.0a 8.2a 16.8a 6.7a 8.7a 2.2a CaCO3 7.2a 6.8a 10a 16.5a 13.7a 17a 4.8a MgSO4 6.5a 3.7a 9.2a 15.5a 7a 9.5a 3.3a CaCO3+ MgSO4 6a 3.7a 3.7a 20.5a 10a 11.7a 3.8a Direct Babyl 9.7a 6.9a 9a 14.6a 11.1a 18.3a 5.5a Indirect Cont Khali 5.4a 11.5a 1.6b 10.7a 7.1a 8.7b 1.1b Babyl 5.3a 1.5a 6.3ab 11.1a 8.5a 11.4ab 3.2ab Khali 5.5a 7.3a 9.1a 17.4a 9.4a 11.2ab 3.2ab Babyl 5.5ab 12a 1.2a 6.7a 11a 10.8a 3.8a Khali 2.7b 8.7a 6.2a 4.8a 5.7a 7.3a 0.8a Distil Babyl 5.2ab 2.7a 6.3a 13.3a 6a 15.8a 4.3a
Cultivation methods and cvs (A*B) J. Duhok Univ. Vol.13, No.1, (Agri. And Vet. Sciences) Pp 1-18, 2010 Direct cultivation Indirect cultivation CaCO3 Khali 0.7b 8.5a 5.5a 16.3a 5.2a 8.8a 1a Babyl 13.3a 2.5a 9.8a 15.3a 9.3a 18.2a 6.3a Khali 5.2ab 10.8a 6.7a 15.2a 12.7a 13.2a 2.8a MgSO4 Babyl 8.5ab 3.7a 10.7a 11.7a 12.2a 17.7a 4.7a CaCO3+ MgSO4 Cont Khali 9.5ab 10.8a 4.3a 16a 6.7a 8.5a 4a Babyl 5ab 0.0a 10.2a 17.2a 10.7a 11.7a 2.5a Khali 9.3ab 8.2a 4a 17.8a 11a 11.8a 2a Babyl 7ab 24a 0.0a 13.3ac 14a 12.7a 5.7a Khali 0.0b 2bc 0.0a 6bc 4.3a 4.3a 0.0a Distil Babyl 6.3ab 5.3ac 7.3a 14.3ac 9a 20a 6.3a CaCO3 Khali 0.0b 17ac 0.0a 11.3ac 0.0a 12a 0.0a Babyl 18.7a 5ac 13a 17.3ac 4.7a 20.3a 6.3a Khali 4ab 8ac 0.0a 10.7ac 12a 8.3a 2.3a MgSO4 Babyl 11ab 0.0c 11.7a 8.3ac 14a 23.7a 7.7a CaCO3+ MgSO4 Cont Khali 12ab 21.7ab 0.0a 16ac 9.7a 9.7a 3a Babyl 5.7ab 0.0c 13a 19.7ac 14a 14.7a 1.3a Khali 11ab 9ac 8a 9.3ac 9.3a 9a 0.0a Babyl 4ab 0.0c 2.3a 0.0c 8a 9a 2a Khali 5.3ab 15.3ac 12.3a 3.7bc 7a 10.3a 1.7a Distil Babyl 4ab 0.0c 5.3a 12.3ac 3a 11.7a 2.3a CaCO3 Khali 1.3b 0.0c 11a 21.3ab 10.3a 5.7a 2a Babyl 8ab 0.0c 6.7a 13.3ac 14a 16a 6.3a Khali 6.3ab 13.7ac 13.3a 19.7ac 13.3a 18a 3.3a MgSO4 Babyl 6ab 7.3ac 9.7a 15ac 10.3a 11.7a 1.7a CaCO3+ MgSO4 Khali 7ab 0.0c 8.7a 16ac 3.7a 7.3a 5a Babyl 4.3ab 0.0c 7.3a 14.7ac 7.3a 8.7a 3.7a Khali 7.7ab 7.3ac 0.0a 26.3a 12.7a 14.7a 4a Table (9): The influences of cultivation methods and priming the seeds of Babylon and Khalifa cucumber cultivars by CaCO3, MgSO4 and their ion antagonism on fruit number per a furrow of 3m 2 at each harvesting intervals (H1-H10) during 2005 growing season.* Cultivation methods (A) Treatments of Seed Priming (B) Cultivars Cvs. ( C) indirect sowing indirect H1 H2 H3 H4 H5 H6 H7 H8 H9 H10 0.9a 1.7a 2.3a 4.2a 16a 14.9a 16.4a 17.8a 16.2b 18.9b direct 0.0a 0.0b 0.87b 1.8b 7.7b 6.5b 14.1a 13.3b 21.7a 28.1a Cont 0.2a 1.2a 1.4a 3.7a 13.2a 12.2a 15.3a 13.5a 20.5a 23.3a Dist 1a 0.9a 1.8a 3.6a 14.1a 11.3a 15.9a 18a 19a 26.6a CaCO3 0.6a 0.4a 1.8a 2.2a 9.3a 9.5a 14.4a 15.3a 17.3a 22.3a MgSO4 0.3a 0.8a 1.9a 3.1a 11.8a 9.8a 14.4a 14.8a 20a 23.3a CaCO3+ MgSO4 0.2a 0.9a 1.1a 2.6a 11a 10.7a 16.2a 16.2a 17.9a 22a Babyl 0.9a 1.6a 3.1a 4.2a 16.7a 13.3a 21.7a 17.5a 21.8a 21.9b Khali 0.0a 0.1b 0.1b 1.8b 7b 8b 8.8b 13.6b 16b 25.1a Cont 0.3a 2.3a 0.8cd 5.2a 19.2a 18.7a 20.3a 14.7bc 22.2ac 21.7cd Distil 2a 1.8a 3.2ab 4.8ab 20.3a 14ac 17.7a 18.8ab 14.8bd 22cd CaCO3 1.2a 0.8ab 2ac 3.2ab 11.5ab 13.3ad 14a 15.3bc 12d 12e MgSO4 0.7a 1.5ab 3.8a 4ab 16.2ab 13.2ad 14.2a 16.5b 14cd 19d CaCO3+ 0.3a 1.8a 1.2bd 4ab 12.8ab 15.3ab 15.7a 23.5a 18.2ad 20d 13
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The Influence Of Priming Two Cucumber Cultivar Seeds

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