tailieunhanh - Efficacy of plant growth regulators on growth and flowering of cucumber (cucumis sativus l.) cv. malini under shade net conditions

An investigation was conducted to study the effect of different plant growth regulators on growth and flowering of cucumber cv. Malini under shade net conditions. The experiment was carried out with 10 treatments GA3 at 75, 150 and 250 ppm, Ethrel at 100, 200 and 300 ppm, Salicylic acid at 75, 150 and 250 ppm and control (water spray) in three replications. Among all, GA3 at 75 ppm recorded with maximum vine length ( cm), number of number of leaves (), number of nodes on main stem (), length of primary branches ( cm) and leaf area ( cm²), whereas, maximum number of primary branches() was recorded in ethrel 300 ppm. Further, maximum internodal distance ( cm) was recorded with GA3 at 250 ppm. With respect to phenological parameters, ethrel at 300 ppm exhibited the best results for the minimum number of days taken for first female flower appearance ( days), least node number of first female flower appearance () and lowest male to female sex ratio () as compared to other treatments, whereas treatment GA3 at 150 ppm recorded minimum number of days taken to initiation of flowering ( days), minimum days taken for 50 per cent flowering ( days) and time taken for first harvesting ( days) over other treatments and finally yield ( t/ha) was recorded highest in GA3 75 ppm compared to other treatments. | Efficacy of plant growth regulators on growth and flowering of cucumber (cucumis sativus l.) cv. malini under shade net conditions

• Nông nghiệp
• Plant growth
• Salicylic acid
• Shade net
• Shade net conditions
• Plant growth regulators
• Influence of plant growth hormones
• Plant growth hormones
• Plant growth hormones on morphology
• Yield of patharchur
• Dry weight of plant plant 1
• Growth and yield and seed guar
• Seed Guar cultivars
• Maximum plant height
• Staphylococcus haemolyticus
• Plant growth promoting bacteria
• Coringa forest
• Black gram plant growth promotion
• Growth promoting bacteria
• Plant growth regulator
• Plant growth retardants
• Prayagraj agro climatic condition
• Plan growth retardants on carnation
• Growth parameters
• GA3 at the concentration
• Record maximum growth parameters
• Plant growth regulators on tree growth
• Yield of pomegranate
• growth of pomegranate
• Yield improvement
• Disease control
• Plant microbe interaction
• Quality of plant products
• Improving plant growth
• Plant products
• Digitalis L
• Callus induction
• biomass growth
• Plant regeneration
• Fruit production
• Role of plant growth regulators
• Common experience
• Vegetable production
• Environment friendly
• Flower enhancing plant growth regulators
• Production improvement studies of Mango
• Fruit set improving chemicals
• Rhizospheric mycoflora
• Plant growth promotion
• Plant growth promotion of sugarcane
• Oxidase production
• Combination of plant growth regulator
• Plant growth regulator on multiple shoots
• Rooting in gmchi transgenic T paniculatum
• GmCHI transgenic T paniculatum
• Regulation of growth
• Flowering by plant growth regulators
• African marigold
• Lemon yellow
• Promoting bacteria
• Crop field
• Growth performance of tomato
• Paddy straw mulch
• Weed management practices on plant growth
• Root growth
• Attributing traits in turmeric
• Lower gangetic plain
• Yield of broccoli
• Quality of broccoli
• Plant growth regulators on growth
• Foliar feeding
• Yield and quality
• Foliar feeding of plant growth regulators
• Vegetative growth
• Orange flesh sweet potato
• Quality characters
• Vegetative characters
• Flower quality
• Flower quality of gerbera
• Naturally ventilated
• Growth regulators
• Crop growth
• Blackburn (Vigna mungo L
• Hepper)
• Pre sowing seed treatment
• Crop growth parameters
• Flowering of pomegranate
• Allahabad agro climatic conditions
• Growth indices
• Seed cluster bean
• Growth indices influenced
• Growth regulator
• Nutrient uptake
• Plant defence
• Innate immunity
• Influence on nutrient status
• Plant growth and innate immunity
• Agricultural science
• Plant growth promoting rhizobacteria
• Maize plants under greenhouse conditions
• Plant inoculation
• Plant biomass production