Treatment with AgNO3 (50ppm) and 8-HQC (200 ppm) significantly increased the fresh weight of flowers over the control (distilled water). Higher gain in fresh weight was associated with longer vase life. Further experiment conducted on rose cv. 'First Red' and 'Grand Gala' presents enhanced water uptake and flower diameter over control. In the experiment, vase life of cut flower under different treatments was determined in vase holding solution i.e., 50 ppm, 100 ppm, AgNO3 and 100 ppm, 200 ppm 8-HQC. The cut rose cv. 'First Red' showed the maximum diameter at 100 ppm 8-HQC, while as in cv. 'Grand Gala' 100 ppm AgNO3 showed maximum flower diameter on 3rd day in vase. The maximum vase life of cut roses cv. 'First Red' and 'Grand Gala' was recorded in 8-HQC at 200 ppm and 100ppm. Form the experimental findings, it was observed that cv. 'First Red' has more vase life compared to cv. 'Grand Gala'. It is concluded from investigation that 8-HQC enhances the fresh weight, flower diameter, water uptake and vase life of roses at 100 ppm and 200 ppm.
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