21.05.2013 Views

The Influence Of Priming Two Cucumber Cultivar Seeds

The Influence Of Priming Two Cucumber Cultivar Seeds

The Influence Of Priming Two Cucumber Cultivar Seeds

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

J. Duhok Univ. Vol.13, No.1, (Agri. And Vet. Sciences) Pp 36-48, 2010<br />

2- Fruit Fresh Weight (g): Table (2) shows That<br />

the largest increase in fruit fresh weight was<br />

induced by 5ppm NAA, 0.2% KNO3 and 60ppm<br />

Fe which was significantly higher than the<br />

untreated tree. <strong>The</strong> highest average of fruit fresh<br />

weight was obtained when trees were sprayed<br />

with 5ppm NAA0.2% KNO3, 5ppm<br />

NAA60ppm Fe and 0.2% KNO3 60ppm Fe<br />

which was significantly differ from control.<br />

Regarding the effect of interactions of<br />

NAA KNO3 Fe, shows that the maximum<br />

fresh weight of fruit (104.75g) was obtained<br />

when peach trees were foliar sprayed with 5ppm<br />

NAA 0.2% KNO3 60ppm Fe which was<br />

significantly higher as compared with the other<br />

interactions and control. Whereas the minimum<br />

fresh weight of fruit (85.96 g) was noticed in the<br />

untreated trees.<br />

Table (2): Fruit fresh weight (g) of peach cv. Early Coronet as influenced by foliar spray of NAA, KNO3 and Fe.<br />

NAA<br />

(ppm)<br />

KNO3<br />

(%)<br />

0 0 85.96<br />

j<br />

0.1 88.01<br />

ij<br />

0.2 90.89<br />

gh<br />

5 0 91.67<br />

fh<br />

NAA<br />

×<br />

Fe<br />

KNO3<br />

×<br />

Fe<br />

Fe<br />

Mean<br />

0.1 94.73<br />

de<br />

0.2 97.17<br />

cd<br />

0 88.29<br />

e<br />

5 94.52<br />

c<br />

0 88.82<br />

g<br />

0.1 91.37<br />

f<br />

0.2 94.03<br />

de<br />

Fe(ppm) NAA<br />

0 30 60<br />

91.41<br />

c<br />

90.58<br />

hi<br />

90.98<br />

gh<br />

93.23<br />

e-h<br />

94.00<br />

ef<br />

96.02<br />

de<br />

99.99<br />

b<br />

91.60<br />

d<br />

96.67<br />

b<br />

92.29<br />

ef<br />

93.50<br />

de<br />

96.61<br />

bc<br />

94.13<br />

b<br />

93.74<br />

e-g<br />

94.66<br />

de<br />

95.81<br />

de<br />

95.93<br />

de<br />

99.00<br />

bc<br />

104.75<br />

a<br />

94.74<br />

c<br />

99.89<br />

a<br />

94.84<br />

cd<br />

96.83<br />

b<br />

100.28<br />

a<br />

×<br />

KNO3<br />

91.22<br />

d<br />

93.31<br />

c<br />

93.87<br />

c<br />

96.58<br />

b<br />

100.63<br />

a<br />

KNO3<br />

Mean<br />

Means within a column, row and their interactions followed with the same letters are not significantly different<br />

from each other according to Duncan’s multiple range test at 5% level.<br />

3 - Fruit Pulp Weight (g): Values in table (3)<br />

cleared that the highest concentration of 5ppm<br />

NAA or 0.2% KNO3 or 60ppm Fe increased fruit<br />

pulp weight significantly (91.63, 90.51 and<br />

91.54g) respectively. <strong>The</strong> interactions between<br />

NAAKNO3, NAAFe and KNO3 Fe resulted<br />

the highest fruit pulp weight was obtained when<br />

trees were foliar sprayed with 5ppm<br />

NAA0.2% KNO3 (93.48g),<br />

5ppmNAA60ppm Fe (95.14g) and 0.2%<br />

KNO360ppm Fe (93.44g). <strong>The</strong> highest<br />

significant of fruit pulp weight (96.49g) was<br />

97.32<br />

a<br />

91.98<br />

c<br />

93.90<br />

b<br />

96.97<br />

a<br />

NAA<br />

Mean<br />

91.54<br />

b<br />

97.03<br />

a<br />

obtained from trees received 5ppm NAA 0.2%<br />

KNO3 60ppm Fe. Whereas the lowest fruit pulp<br />

weight (81.70g) was recorded in the untreated<br />

trees.<br />

4- Fruit Size (cm³): <strong>The</strong> size of fruit increased<br />

significantly and gradually by increasing the<br />

levels of NAA to 5ppm, KNO3 to 0.2% and Fe to<br />

60ppm. <strong>The</strong> interactions of NAAKNO3,<br />

NAA Fe and KNO3 Fe resulted in a<br />

significant increase in fruit size. <strong>The</strong> maximum<br />

fruit size was attained to trees sprayed with<br />

5ppm NAA 0.2% KNO3 (98.11cm³), 5ppm<br />

63

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!