2016Annals of HorticultureRequires access

Effect of different chemicals and different doses on vase life of cut rose CV. “first Red” and Grand Gala

Shailendra Kumar Singh, Amit Kumar, Ashish Kumar

Open publisher page 1 citations

Abstract

The experiment was conducted during the spring season in 2008 with the commercial cv. “First Red ’and Grand Gala ”the details of treatments are followed. The experiment was laid out in complete randomized block design (CRD). All treatments were randomly allocated laboratory and replicated three times. Chemical used two chemicals each at two different concentrations were tried as holding solution which is as follows. 8-HQC. It is effective bactericide, germicides and improves water balance. 8-HQC-150 ppm and 100 ppm. AgNO3–150 ppm and 100 ppm and Control (distilled water). Treatments with AgNO3 (100 ppm) in cv. First Red shows decline in fresh weight form 3rd day to the day of senescence. The control also showed increase in flower diameter on 3rd day in vase. Maximum diameter (8.55 cm) was recorded in cv. First Red at l00 ppm 8-HQC followed by (8.18 cm) at l00 ppm AgNO3. However, the minimum increase in flower diameter on 3rd day in vase was recorded (8.21 cm) at 150 ppm 8-HQC and (6.93 cm) at 150 ppm AgNO3. Maximum increase in flower diameter (6.93cm) was recorded at 150 ppm AgNO3 followed by (6.82cm) at 150 ppm 8-HQC.

About this research paper

What this paper is about

The experiment was conducted during the spring season in 2008 with the commercial cv. “First Red ’and Grand Gala ”the details of treatments are followed. The experiment was laid out in complete randomized block design (CRD). All treatments were randomly allocated laboratory and replicated three times. Chemical used two chemicals each at two different concentrations were tried as holding solution which is as follows. 8-HQC. It is effective bactericide, germicides and improves water balance. 8-HQC-150 ppm and 100 ppm. AgNO3–150 ppm and 100 ppm and Control (distilled water). Treatments with AgNO3 (100 ppm) in cv. First Red shows decline in fresh weight form 3rd day to the day of senescence. The control also showed increase in flower diameter on 3rd day in vase. Maximum diameter (8.55 cm) was recorded in cv. First Red at l00 ppm 8-HQC followed by (8.18 cm) at l00 ppm AgNO3. However, the minimum increase in flower diameter on 3rd day in vase was recorded (8.21 cm) at 150 ppm 8-HQC and (6.93 cm) at 150 ppm AgNO3. Maximum increase in flower diameter (6.93cm) was recorded at 150 ppm AgNO3 followed by (6.82cm) at 150 ppm 8-HQC.

Why it matters

OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

The experiment was conducted during the spring season in 2008 with the commercial cv. “First Red ’and Grand Gala ”the details of treatments are followed. The experiment was laid out in complete randomized block design (CRD). All treatments were randomly allocated laboratory and replicated three times. Chemical used two chemicals each at two different concentrations were tried as holding solution which is as follows. 8-HQC. It is effective bactericide, germicides and improves water balance. 8-HQC-150 ppm and 100 ppm. AgNO3–150 ppm and 100 ppm and Control (distilled water). Treatments with AgNO3 (100 ppm) in cv. First Red shows decline in fresh weight form 3rd day to the day of senescence. The control also showed increase in flower diameter on 3rd day in vase. Maximum diameter (8.55 cm) was recorded in cv. First Red at l00 ppm 8-HQC followed by (8.18 cm) at l00 ppm AgNO3. However, the minimum increase in flower diameter on 3rd day in vase was recorded (8.21 cm) at 150 ppm 8-HQC and (6.93 cm) at 150 ppm AgNO3. Maximum increase in flower diameter (6.93cm) was recorded at 150 ppm AgNO3 followed by (6.82cm) at 150 ppm 8-HQC.

Key concepts: Vase life, Rose (mathematics), Veterinary medicine, Horticulture, Cut flowers, Biology, Toxicology, Animal science

Related papers

Back to paper searchBrowse research topicsOriginal source
Effect of different chemicals and different doses on vase life of cut rose CV. “first Red” and Grand Gala — Research Paper | ScholarLens