tailieunhanh - Effect of plant residues on growth and seed yield of soybean

An experiment was conducted during Kharif 2012 and 2013 at Krishi Vigyana Kendra, Janwada, Bidar, University of Agricultural Sciences, Raichur, Karnataka, India. To assess the growth, yield and economics of soybean as influenced by the application of plant residues under rainfed situation of Northern Karnataka. Results revealed that, application of RDF (40:80:25 NPK kg/ha + 12 kg ZnSO4/ha + 20 kg sulphur/ha) + plant residues at tonnes/ha recorded significantly (p=) higher haulm and seed yield (3007 and 2269 kg/ha, respectively) and which was on par with the application of RDF + plant residues at tonnes/ha (2839 and 2136 kg/ha, respectively). Further, Application of RDF + plant residues at , and tonnes/ha were at par with each other with respect to haulm and seed yield. Whereas, significantly least haulm and seed yield were recorded in control treatment. | 2019 8 4 490-495 EXCELLENT PUBLISHERS International Journal of Current Microbiology and Applied Sciences ISSN 2319-7706 Volume 8 Number 04 2019 Journal homepage http Original Research Article https Effect of Plant Residues on Growth and Seed Yield of Soybean S. Ravi1 . Jadhav2 . Bhat1 and Anand Kamble2 1 Department of Soil Science and Agricultural Chemislry 2Department ofAgronomy KVK Bidar UAS Raichur Karnataka India Corresponding author ABSTRACT Keywords Seed yield Haulm yield Plant height Plant residues Soybean Article Info Accepted 07 March 2019 Available Online 10 April 2019 An experiment was conducted during Kharif 2012 and 2013 at Krishi Vigyana Kendra Janwada Bidar University of Agricultural Sciences Raichur Karnataka India. To assess the growth yield and economics of soybean as influenced by the application of plant residues under rainfed situation of Northern Karnataka. Results revealed that application of RDF 40 80 25 NPK kg ha 12 kg ZnSO4 ha 20 kg sulphur ha plant residues at tonnes ha recorded significantly p higher haulm and seed yield 3007 and 2269 kg ha respectively and which was on par with the application of RDF plant residues at tonnes ha 2839 and 2136 kg ha respectively . Further Application of RDF plant residues at and tonnes ha were at par with each other with respect to haulm and seed yield. Whereas significantly least haulm and seed yield were recorded in control treatment. Introduction Soybean Glycine max L. Merrill in India is cultivated over an area of million ha with production of million tons and is known as Golden Bean of 20th century. Though soybean is a legume crop yet it is widely used as an oilseed. It is now occupying first place among all the oilseed crops in India followed by rapeseed mustard and groundnut respectively. It grows in varied agro-climatic conditions. Due to its world- wide popularity the .

• Sinh học
• Seed yield
• Haulm yield
• Plant height
• Plant residues
• Seed yield of soybean
• French bean seeds
• Seed quality
• Quality in French bean
• Seed pelleting on seed yield
• Influence of seed pelleting
• French bean (Phaseolus vulgaris L )
• Seed pelleting
• Seed yield in French bean
• Seed lots
• Pulsed electromagnetic field
• Seed yield in soybean
• Biofortified genotypes of pearl millet
• Micronutrients on seed yield
• Seed polymerization
• Cluster bean
• Seed yield parameters
• Vegetable pod yield
• Yield and its component traits
• Seed treatment
• Polymer coating
• Polymer seed coating
• Seed quality parameters
• Yield attributing characters
• Hybrid maize
• Seed priming
• Seed priming and pinching
• Sesame (Sesamum indicum L
• Yield and seed quality parameters
• Seed rate
• Grain yield
• Growth of chickpea
• Yield of chickpea
• Standard heterosis
• Study of heterosis for seed yield
• Heterosis for seed yield
• Component traits in castor
• Variability studies in M4 generation
• M4 generation for yield
• Seed yield attributing traits
• Seed yield attributing traits of Isabgol
• Induced mutation breeding
• Different pinching approaches
• Seed yield in Dhaincha
• Foliar nutrition on yield components
• Number of pods plant
• Pod yield plant
• Pulse crop
• Foliar nutrition
• Di Ammonium Phosphate
• Seed yield of pulse crops
• Yield attributes
• Foxtail millet
• Seed priming and seed treatment
• Foxtail millet [Setaria italica (L
• ) Beauv
• Seed treatment on growth
• Sowing date
• Different safflower genotypes
• Oil yield and economics
• Sowing dates on seed yield
• Chemo morphic traits determining seed yield
• Growing seasons
• Sesame as influenced
• Seed yield in five varieties
• Sesamum seed production followed
• Seed fortification
• Growth and seed yield
• Blackgram (Vigna mungo L
• Replicated thrice in RCBD design
• Boron effect
• Seed yield and seed quality
• Wheat and zinc effect
• Wheat (Triticum aestivum L )
• Seed quality of wheat
• Micro nutrients on growth
• Path analysis
• Cluster bean [Cyamopsis tetragonoloba (L ) Taub ]
• Vegetable yield and seed yield traits
• Grass pea
• 1000 seed weight
• Heritability for seed yield
• Grass pea Lathyrus sativus L
• genotypes
• Path coefficient
• Seed cotton
• Cotton (Gossypium hirsutum L
• Path coefficient analysis
• Seed cotton yield
• Yield attributing
• Fibre quality traits in cotton
• Test weight
• Harvest index
• Biological yield
• Seed yield of Indian mustard
• Nitrogen fertilization
• Leaf area
• Seed yield of rapeseed variety
• Lower seed yield of rapeseed
• Coriander (Coriandrum sativum L
• Seed priming through KnO3
• Plant growth
• Seed production of coriander
• Potassium fertilization
• Cotton wheat cropping system
• Response of seed cotton yield