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Parmeshwar, A. S.
- Effect of Foliar Silicic Acid on Quality Attributes of Rose Cut Flowers (Rosa hybrid L.)
Authors
1 Department of Horticulture, University of Agricultural Sciences, (G.K.V.K.), Bengaluru (Karnataka), IN
Source
The Asian Journal of Horticulture, Vol 10, No 1 (2015), Pagination: 139-143Abstract
A study was carried out in Division of Horticulture to evaluate the effect of foliar application Silicic acid on quality attributes of Rose cut flowers under naturally ventilated poly house with seven treatments, three replications and four varieties. Among the treatments application of foliar Silicic acid @ 4ml L1 at 10 days interval recorded significantly highest flower bud length of 3.75 cm and neck length of 9.15cm. Foliar Silicic acid (SA) @ 6ml L1 applied at 10 days interval recorded significantly highest flower stalk length of 32.62cm and girth of the flower stalk of 0.48cm. Foliar Silicic acid (SA) 6ml L1 applied at 20 days intervals recorded significantly highest flower bud diameter of 2.10cm. Application of foliar Silicic acid proved to have beneficial effects on quality attributed of cut rose flowers under naturally ventilated poly house conditions.
Keywords
Silicon, Rose Flowers, Quality Attributes, Silicic Acid.
- Effect of Pre-Harvest Treatments of Growth Regulators, Chemicals and Fungicides on Storage Behaviour of Seedless Grapes cv. SONAKA
Authors
1 Department of Fruit Science, K.R.C. College of Horticulture, University of Agricultural Sciences, Dharwad (Karnataka), IN
Source
The Asian Journal of Horticulture, Vol 10, No 1 (2015), Pagination: 144-148Abstract
The physical parameters were influenced by different pre-harvest sprays of NAA, CaCl2, Ca (NO3)2, Trichoderma harzianum, Carbendazim and Thiophanate methyl were studied. Among the Pre-harvest treatments, 2 per cent calcium nitrate sprayed grape bunches 10 days before harvest was recorded minimum per cent physiological loss in weight (15.02 %) and physical damage (0.47 %) at 35 days of storage (DAS). With respect to berry drop and rotting, minimum per cent berry drop (9.53 %) and rotting (12.93 %) was found in the preharvest spray of 200 ppm NAA and 0.2 per cent thiophanate methyl, respectively. Maximum per cent total soluble solids (25.07%), total sugars (24.42%), and reducing sugars (23.00 %) and non-reducing sugars (1.41%) were recorded in treatments imposed with calcium nitrate. It was on par with calcium chloride treatment and 200 ppm NAA with respect to TSS and reducing sugar. Maximum per cent of total soluble solids and acid ratio (67.57) and ascorbic acid content (3.28 mg/ 100 g pulp) were observed in 2 per cent calcium nitrate bunches followed by 2 per cent calcium chloride and 200 ppm NAA. Among the pre-harvest treatments calcium nitrate treated grapes recorded maximum organoleptic scores(Out of 5.00) with respect to general appearance (2.69), taste and flavour (3.46), firmness ( 2.8) and overall acceptability (3.01) and it was on par with carbendazim and calcium chloride when compared to control, but maximum score was recorded in the thiophanate methyl treated grape bunches 3.01 (out of 5.00) with respect to the absence of defects of the grapes and it was followed by carbendazim.