The Influence Of Priming Two Cucumber Cultivar Seeds

Cultiva
tion
metho
ds and
cvs
(A*B)
J. Duhok Univ. Vol.13, No.1, (Agri. And Vet. Sciences) Pp 1-18, 2010
Treatments and Cvs (B*C)
indirect cultivation
direct cultivation
direct
Cont
Khali 65b 3.5a 80b 5.7a 20.7b 3.4c 6.8c 180.4a 51.8a 107.8a
Babyl 80a 3.9a 79.2b 5.6a 23.5a 4.7a 10.9a 160.8a 43.6b 114.2a
Khali 71.7b 3.6a 78.3b 5.6a 20.1b 3.6c 8.3b 168.6a 43.2b 112.9a
Babyl 67.7c 3.6b 94.6a 4.7b 25.2a 4.4a 9ab 169.1a 52.1a 96.6ab
Khali 64.6c 3.1b 76.1a 5.3ab 19.8c 3.4c 7.5bc 162.1a 47.1ab 94.8ab
Distil Babyl 82ab 4.2ab 91.8a 5.8ab 21.7ac 4.3a 9.3ab 153.7a 47.3ab 112.5ab
CaCO3
Khali 71.3bc 3.8ab 80.7a 6.8a 20.8bc 3.3c 6.7c 188.3a 49.5ab 111.7ab
Babyl 75.8ac 4.9a 99.8a 5.8ab 22.8ac 4.1ab 9.7ab 160a 43b 114.4ab
Khali 65.5c 4.1ab 77.3a 5.9ab 19.9c 3.7bc 7.8bc 182.7a 49.5ab 130.7a
MgSO4 Babyl 69bc 3.1b 83.8a 5.1ab 22.6ac 4.3a 10.2a 146a 44.4ab 88.4b
CaCO3+
MgSO4
Cont
Khali 69.5bc 3.2b 78a 4.4b 19.5c 3.5c 8ac 177.1a 44.4ab 104.6ab
Babyl 83a 3b 94.1a 4.7b 23.9ab 4.3a 9.3ab 164a 44ab 88.5b
Khali 70.9ac 3.6b 83.8a 5.6ab 22ac 3.5c 7.7bc 162.2a 47.1ab 109.8ab
Babyl 64.2ce 3.5ac 112.4ab 4.3ab 24.6ab 4.1ad 7.8cd 174a 60.7a 77.7c
Khali 56.9e 2.9c 75cd 4.9ab 18.1c 3.3de 6.5cd 174.5a 53.1ac 85.7ac
Distil Babyl 72.8ae 3.9ac 110.1ac 5ab 20.6ac 3.7ce 8.1bd 138.8a 47.4bd 86.4ac
CaCO3
Khali 65be 3.6ac 85.7ad 6.6ab 21.9ac 3.4de 5.8bd 180a 59.5a 100.8ac
Babyl 75.1ae 5.1a 117.8a 6ab 23ac 3.7de 8.5bd 156.5a 44.3cd 108.4ac
Khali 66.6be 3.9ac 76.5cd 6ab 20.1bc 3.7de 6.6cd 182.1a 55.8ab 124.5ac
MgSO4 Babyl 60.7de 2.9bc 89.5ad 4.8ab 22.7ac 4be 9.5ac 153.3a 45.1bd 81.8bc
CaCO3+
MgSO4
Cont
Khali 68.5be 2.8c 75cd 4.4ab 19.2bc 3.5de 7.9bd 187.5a 43.8cd 100.4ac
Babyl 81.6ac 3bc 101.7ad 4b 23.8ab 4be 6.9cd 159.4a 45.9bd 75.1c
Khali 68.2be 4.4bc 88ad 6.3ab 24.1ab 3.3de 7.1cd 178a 46.9bd 127.6ac
Babyl 71.3be 3.8ac 76.5cd 5ab 25.9a 4.7ab 10.8ab 164.3a 43.4cd 115.4ac
Khali 72.3ae 3.3ac 77.3cd 5.8ab 21.5ac 3.5de 8.5bd 149.6a 41d 104ac
Distil Babyl 91.2a 4.4ac 73.4d 6.6ab 22.8ac 4.8a 10.5ab 168.6a 47.2bd 138.6a
CaCO3
Khali 77.7ac 4ac 75.7cd 7a 19.7bc 3.3e 7.7bd 196.6a 39.4d 122.5ac
Babyl 76.6ae 4.8ab 81.8bd 5.7ab 22.6ac 4.5ac 10.9ab 163.5a 41.6cd 120.3ac
Khali 64.4ce 4ac 78bd 5.8ab 19.6bc 3.8ce 8.9ad 183.4a 43.3cd 136.9ab
MgSO4 Babyl 77.3ad 3.4ac 78bd 5.3ab 22.5ac 4.7ab 10.8ab 138.8a 43.6cd 95ac
CaCO3+
MgSO4
Khali 70.5be 3.5ac 81.1bd 4.3ab 19.7bc 3.5de 8.2bd 166.7a 44.9cd 108.8ac
Babyl 84.4ab 3bc 86.4ad 5.3ab 24ab 4.7ab 11.7a 168.7a 42.4cd 101.9ac
Khali 73.7ae 2.9bc 79.5bd 4.9ab 19.9bc 3.7ce 8.3bd 146.5a 47.2bd 92.1ac
* plant dry weight g (Dw/p), leaf area index (Lai), leaf area (La), branch number per plant (B/P), plant dry matter
percentage (dm%/P), individual leaf dry weight g (L dw), leaf fresh weight g (L fw), plant length cm (Pl), leaf
dry matter percentage (Ldm%), leaf number per plant (ln/p).
Table (4): The influences of cultivation methods and priming seeds of two cucumber cultivars by CaCO3,
MgSO4 and their ion antagonism on yield components.*
Cultivation
methods
(A)
Treatments of Seed
Priming (B)
Cultivars Cvs.
( C)
Direct
sowin
g
direct
2004 growing season 2005 growing season
F Ca Fl F dm% Ty.m -2 Fn/p Ty.3m -2 Fdm% F Ca Fl
1.96a 15.8a 4.5a 8.6b 10.1a 25.8a 4.6a 1.1a 16a
indirect 2.25b 14.8a 4.4a 10.6a 11a 26.1a 4.5a 1.08a 15.8a
Cont 2.18b 15.7a 4.5a 9.9ab 10.5a 24.6ab 4.4b 1.04ab 16.1a
Dist 2.89a 15.4ab 4.3a 7b 11.5a 26.9ab 4.5ab 1.11ab 16.2a
CaCO3 2.52a 14.7b 4.4a 10.2ab 9.7a 22.7b 4.7a 1.22a 15.3b
MgSO4 2.75a 15.3ab 4.4a 11.2a 10.6a 24.1ab 4.6ab 0.95b 15.9ab
CaCO3+
MgSO4
2.02b 15.2ab 4.3a 9.8ab 10.6a 31.5a 4.5ab 1.13ab 15.8ab
Babyl 2.44a 15.7a 4.5a 11.2a 11.4a 27.7a 4.6a 1.14a 16.7a
Khali 2.5a 14.8b 4.3b 8.1b 9.8b 24.2a 4.5b 1.04a 15.1b
Cont 2.35bc 15.5ac 4.4a 7.3bc 6.7b 20b 4.3b 1.12ab 16.3a
Distil 2.38bc 14.8cd 4.2a 6.6c 11ab 25.8ab 4.6ab 1.14ab 16.4a
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