tailieunhanh - Study on plant geometry, cultivar and fertilizer doses on growth and yield of Parthenocarpic cucumber under protected condition

The present investigation was conducted 2017-18 and 2018-19 carried out at Vegetable Research Farm SHUATS, Prayagraj, Allahabad . with three replications. In this way the experiments were comprising of total twenty seven treatment combinations of three cultivars namely, Pant Parthenocarpic Cucumber -2 (V1)' Pant Parthenocarpic Cucumber -3 (V2) and Hilton (V3 ); three plant geometry . 60 x 30 cm (P1 ), 60 x 40 cm (P2 ) and 60 x 50 cm (P3 ) and three NPK, fertilizers doses like, 20:10:22 Kg/1000m2 (D1), 25:15:27 Kg/1000m2 (D2) and 30:20:32 Kg/1000m2 (D3). The fertilizers dose applies at twice a week. Similar treatments were applied during both the year. The results revealed that all the treatments and their combinations had significantly influenced the growth, and yield of fruits during both the year of experimentation. Among the different cultivars used in the study, Pant Parthenocarpic Cucumber -3 (V2) were found statistically superior to enhance vine length ( m), stem girth ( cm) leaf area ( cm2 ), Internodal distance ( cm) minimum days required to first flower bud initiation ( DAS), minimum days required to first fruit harvest ( DAS), which ultimately gave maximum yield per vine ( kg per plant) during pooled data respectively. | Study on plant geometry, cultivar and fertilizer doses on growth and yield of Parthenocarpic cucumber under protected condition

• Nông nghiệp
• Plant geometry
• Dose of fertilizers
• Parthenocarpic cucumber
• Protected condition
• Cultivar and fertilizer doses
• Sowing time
• Yield and Chandrasur
• Lepidium sativum L
• Plant geometry on growth
• Plant height
• LAI and Dry matter
• Dry matter
• Yield of Bt cotton
• Influence of different levels of fertility
• Colour plastic mulch
• Plant spacing
• Tender stem broccoli
• Plant geometry on yield
• Economics on tender stem broccoli
• Intercropping system
• Niger (Guizotia abyssinica Cass )
• Crop geometry
• Yield advantage assessment
• Economics of pigeonpea (Cajanus cajan)
• Nuclear engineering and technology
• Identification of nonregular indication according
• Change of grain size surface geometry
• Nuclear power plant (NPP) reactor vessel
• Upper head alloy 690 penetration
• Response of plant geometry
• Graded fertility
• Zinc level on productivity
• Profitability and quality
• Quality of rainfed baby corn
• Brown top millet
• Nitrogen level
• Different nitrogen levels
• Relation to growth characters
• Yield of brown top millet
• Planting materials
• Oil yield
• Suckers yield
• Menthol mint
• Socio economic scenario
• Farming community
• Yield and quality
• Black cumin
• Nigella sativa L
• Fertility level
• Zinc level
• Kharif baby corn
• Zea mays L
• Pigeon pea
• Rain fed condition
• Yield and economics
• Pigeon pea (Cajanus cajan)
• Seed rate
• Weed dynamics
• Wheat and yield
• Wheat (Triticum aestivum L )
• Productivity as well as weed dynamics
• Grain yield
• Straw yield
• High zinc rice genotypes
• Plant geometry on yield attribute
• Nitrogen levels
• Population densities
• Nutrient content
• Groundnut (Arachis hypogeae L )
• Plant geometry in groundnut
• Transplanted Ajowan
• Nutrition on growth
• Parameters of Transplanted Ajowan
• Red loamy soils
• Nutrition on growth parameters
• Levels of fertilizer
• Spacing yield and economic
• Economic of cowpea
• Fertilizer levels on yield
• Seed priming
• Nutrient management
• Economics of summer greengram
• Nutrient management on growth
• Yield of summer greengram
• Bt cotton
• Seed cotton yield
• Plant density
• Fertilizer levels
• Influenced by plant geometry
• NPK content and uptake
• Brachiaria ramosa L
• Primary branches
• Nodes per plant
• Clusters per plant
• Productivity of buckwheat
• Planting geometry
• Spacing economic
• Hirsutum cotton
• Fertility levels
• Plant geometries
• Evaluation of hirsutum cotton varieties
• Bajra intercropping systems
• Rainfed condition
• Plant population level
• Hybrid napier
• Leaf area
• Leaf area index