The Influence Of Priming Two Cucumber Cultivar Seeds
The Influence Of Priming Two Cucumber Cultivar Seeds
The Influence Of Priming Two Cucumber Cultivar Seeds
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25% water<br />
50% water<br />
media ×p<br />
J. Duhok Univ. Vol.13, No.1, (Agri. And Vet. Sciences) Pp 25-35, 2010<br />
at 200mg.p.L -1 .Pots- 1 as compared to<br />
control(4.87mm).<br />
<strong>The</strong> obtained results of both water regime and<br />
media culture revealed that treating pistachio<br />
transplants resulted in a significant increase in<br />
stem diameter(5.84mm), particularly at 50% plus<br />
2:1sand to peatmoss as compared to control.<br />
However, water levels with P concentrations<br />
substantially increased steam diameter(6.50mm)<br />
specially at 25%water plus100mg.p.L -1 .Pots -1 as<br />
compared to control. While, results indicated<br />
that the combination between media culture and<br />
P concentration displayed that 2:1river loamy<br />
soil/peatmoss and 200mg.p.L -1 .Pot -1 appeared to<br />
water<br />
level<br />
52<br />
be the most potent treatment, as it gave the<br />
highest stem diameters (7.80mm). However, the<br />
lowest values were accompanied with 1: 1river<br />
loamy soil/peatmoss plus untreated check<br />
(4.20mm). Results of water regime, media<br />
culture, P concentrations and their interactions<br />
manifested that treating pistachio transplants<br />
with (50% water, 2:1river loamy soil/peatmoss<br />
plus 200mg.L -1 .pots -1 gave the highest stem<br />
diameter (7.59mm). However, the lowest stem<br />
diameters was observed with(25% water,<br />
1:1river loamy soil/peatmoss plus untreated<br />
check (4.22mm).<br />
Table (1): Effect of water level, media culture, phosphorus concentrations and their interactions on stem length(<br />
cm) of pistachio transplant.<br />
media<br />
cul.<br />
river loamy<br />
soil<br />
1:1river loamy<br />
soil to peat<br />
2:1river loamy<br />
soil to peat<br />
river loamy<br />
soil<br />
1:1river loamy<br />
soil to peat<br />
2:1river loamy<br />
soil to peat<br />
phosphorus Concentrations (mg.L -1 .pots -1 water ×<br />
Control 100mg 200mg 300mg 400mg<br />
media<br />
76.00c-h 81.00b-f 73.33d-h 68.33f-j 72.33d-i 74.20c<br />
39.00k 75.00c-h 76.67c-h 72.33d-i 80.00b-g 68.60d<br />
77.33c-h 83.33b-d 82.00b-e 79.33c-g 84.00b-d 81.20a<br />
70.00e-j 71.33d-i 80.67b-f 87.00a-c 65.00h-j 74.80bc<br />
60.67ij 74.67c-h 64.67h-j 80.00b-g 74.33c-h 70.87cd<br />
58.67j 80.67b-f 92.33ab 97.33a 67.67g-j 79.33ab<br />
water × p water level<br />
25% 64.11d 79.78b 77.33b 73.33bc 78.78b 74.67a<br />
50% 63.11d 75.56b 79.22b 88.11a 69.00cd 75.00a<br />
river loamy<br />
soil<br />
1:1river loamy<br />
soil to peat<br />
2:1river loamy<br />
soil to peat<br />
media cul.<br />
73.00c-e 76.17b-e 77.00b-d 77.67bc 68.67de 74.50b<br />
49.83e 74.83b-e 70.67c-e 76.17b-e 77.17b-d 69.73c<br />
68.00de 82.00ab 87.17a 88.33a 75.83b-e 80.27a<br />
phosphor conc. 63.61c 77.67ab 78.28ab 80.72a 73.89b<br />
Means within a column, row and their interactions followed with the same letters are not significantly different<br />
from each others according to Duncans multiple ranges test at 5% level.
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