The Influence Of Priming Two Cucumber Cultivar Seeds

J. Duhok Univ. Vol.13, No.1, (Agri. And Vet. Sciences) Pp 1-18, 2010
(A*C)
Treatments and Cvs (B*C)
indirect cultivation
direct cultivation
14
direct
sowing
MgSO4
Cont 0.0a 0.0a 2ac 2.2ab 7.2b 5.7d 10.3a 12.3bc 18.8ad 24.8bd
Dist 0.0a 0.0a 0.3cd 2.3ab 7.8b 8.7bd 14.2a 17.2b 23.2ab 31.2ab
CaCO3 0.0a 0.0a 1.5bd 1.2b 7b 5.7d 14.8a 15.2bc 22.7ab 32.7a
MgSO4 0.0a 0.0a 0.0d 2.2ab 7.3b 6.3cd 14.7a 13.2bc 26a 27.7ac
CaCO3+
MgSO4
0.0a 0.0a 0.5cd 1.2b 9.2b 6d 16.7a 8.8c 17.7ad 24cd
indirect Babyl 1.8a 3.1a 4.5a 5.1a 21.4a 15.8a 21.1a 16.9a 19.7a 17.8c
direct
Cont
Khali 0.0b 0.2b 0.1c 3.3a 10.6b 14ab 11.7b 18.6a 12.8b 20.1c
Babyl 0.0b 0.0b 1.7b 3.3a 11.9b 10.9b 22.4a 18.1a 23.9a 25.9b
Khali 0.0b 0.0b 0.0c 0.3b 3.5c 2.1c 5.9c 8.6b 19.4a 30.2a
Babyl 0.3a 1.8a 2.8a 5.2a 15.8ac 13.8ac 18.8ac 16.5ab 24.3a 20.2bd
Khali 0.0a 0.5a 0.0b 2.2ab 10.5bd 10.5ac 11.8bd 10.5b 16.7ab 26.3ac
Distil Babyl 2a 1.8a 3.5a 4.8ab 22.3a 16.5a 24.3a 19a 20.8ab 24.7ad
CaCO3
Khali 0.0a 0.0a 0.0b 2.3ab 5.8d 6.2c 7.5d 17ab 17.2ab 28.5a
Babyl 1.2a 0.8a 3.3a 3.2ab 9.8bd 9.3ac 18.3ac 16.3ab 17.5ab 19cd
Khali 0.0a 0.0a 0.2b 1.2b 8.7cd 9.7ac 10.5cd 14.2ab 17.2ab 25.7ac
MgSO4 Babyl 0.7a 1.5a 3.7a 4ab 16.8ac 12ac 21.2ab 16.5ab 23a 19.3cd
CaCO3+
MgSO4
Cont
Khali 0.0a 0.0a 0.2b 2.2ab 6.7d 7.5bc 7.7d 13.2ab 17ab 27.3ab
Babyl 0.3a 1.8a 2.2a 4ab 18.5ab 15ab 26a 19.2a 23.3a 26.2ac
Khali 0.0a 0.0a 00b 1.2b 3.5d 6.3c 6.3d 13.2ab 12.5b 17.8d
Babyl 0.7ab 3.7a 1.7cg 6.3a 22.3ab 18a 23.7ac 16ad 25.7ab 22.7dh
Khali 0.0b 1bc 0.0g 4ac 16be 19.3a 17ae 13.3be 18.7ae 20.7ei
Distil Babyl 4a 3.7a 6.3ab 5.7ab 33a 18.3a 25.7ab 16.3ad 18.7ae 22.7eh
CaCO3
Khali 0.0b 0.0c 0.0g 4ac 7.7cf 9.7ab 9.7ce 21.3ab 11de 21.3eh
Babyl 2.3ab 1.7ac 3.7cd 4.3ac 9.7bf 9.3ab 15ae 12.7be 14be 10.7i
Khali 0.0b 0.0c 0.3fg 2ac 13.3bf 17.3a 13be 18ac 10e 13.3hi
MgSO4 Babyl 1.3ab 3a 7.3a 3.7ac 22.3ab 13ab 18.7ae 14.3be 17ae 14gi
CaCO3+
MgSO4
Cont
Khali 0.0b 0.0c 0.3fg 4.3ac 10bf 13.3ab 9.7ce 18.7ac 11de 24ch
Babyl 0.7ab 3.7a 3.3ce 5.7ab 19.7bc 20.3a 22.3ad 25.3a 23ad 19fi
Khali 0.0b 0.0c 0.0g 2.3ac 6df 10.3ab 9ce 21.7b 13.3be 21ei
Babyl 0.0b 0.0c 4bc 4ac 9.3bf 9.7ab 14be 17ad 23ad 17.7fi
Khali 0.0b 0.0c 0.0g 0.3bc 5df 1.7b 6.7e 7.7de 14.7be 32ad
Distil Babyl 0.0b 0.0c 0.7eg 4ac 11.7bf 14.7a 23ac 21.7ab 23ad 26.7bf
CaCO3
Khali 0.0b 0.0c 0.0g 0.7bc ddf 2.7b 5.3e 12.7be 23.3ad 35.7ab
Babyl 0.0b 0.0c 3cf 2ac 10bf 9.3ab 21.7ad 20ac 21ae 27.3bf
Khali 0.0b 0.0c 0.0g 0.3bc 4df 2b 8ed 10.3ce 24.3ac 38a
MgSO4 Babyl 0.0b 0.0c 0.0g 4.3ac 11.3bf 11ab 23.7ac 18.7ac 29a 24.7dg
CaCO3+
MgSO4
Khali 0.0b 0.0c 0.0g 0.0c 3.3ef 1.7b 5.7e 7.7de 23ad 30.7ae
Babyl 0.0b 0.0c 1dg 2.3ac 17.3bd 9.7ab 29.7a 13be 23.7ad 33.3ac
Khali 0.0b 0.0c 0.0g 0.0c 1f 2.3b 3.7e 4.7e 11.7ce 14.7gi
Table (10): 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(H11-H19) during 2005 growing season.*
Treatments of
Seed
Priming (B)
indirect
H11 H12 H13 H14 H15 H16 H17 H18 H19
26.8a 15.8b 17.8a 13.6a 12.8a 9.8a 9.9a 6.2a 2.1a
direct 20.7b 23.2a 18.9a 14.3a 13.6a 11.2a 6.7b 4.9a 0.0a
Cont 20.4b 17a 17.8a 12.4b 14.3a 10.2a 8.8a 5.6a 1.9a
Dist 24.2ab 19a 21.5a 14.9ab 14.8a 10.5a 7a 6.4a 1.2a
CaCO3 23.9ab 17.7a 16.8a 12.2b 10.42a 10.5a 8.2a 4.6a 0.5a
MgSO4 21.6b 20.7a 18a 13.7ab 14.8a 10.5a 7.8a 5.7a 1.2a
CaCO3+ 28.8a 22.5a 17.6a 16.8a 11.6a 10.8a 9.9a 5.3a 0.4a