TAILIEUCHUNG - Identification of technological gap in orange production technology in West Siang district of Arunachal Pradesh, India

Orange is one of the major horticultural crops in Arunachal Pradesh. The agro-climatic conditions of West Siang district suits the production of orange crop. A research was conducted during the year 2018-19 in technological gap in orange production technology. West Siang district was purposively selected as it is one of the major orange producing districts of Arunachal Pradesh and is second largest in acreage of land under orange cultivation after Changlang as per Arunachal Pradesh Agriculture Census 2010-2011. Out of Six blocks, three blocks were purposively selected namely Aalo East, Liromoba and Aalo West. Multistage sampling procedure was followed. Further five villages from each block having maximum area under orange crop were selected. Orange growers were randomly selected from these fifteen villages by using stratified random sampling with proportionate allocation. Data was collected through a well-structured scheduled followed by interview method. After the analysis of result it was observed that the highest technological gap was found in intercrops, pest management, disease management and seed treatment. Study reveals that variables like Education, Extension participation, Contact with extension agencies, innovative proneness and cosmopoliteness were found to be significant and negatively correlated with the technological gal of orange production technology. Other variables such as age, total annual income, size of land holdings, area under orange crop, Risk orientation and market orientation were found to be insignificant with the technological gap in orange production technology. R2 value in the regression analysis reveals that all the variables put together could explain variation in the consequent variable. | Identification of technological gap in orange production technology in West Siang district of Arunachal Pradesh, India

• Nông nghiệp
• Technological gap
• Arunachal pradesh
• Orange production technology
• Consequent variable
• Together could explain
• Turmeric growers
• Correlates of technological gap
• Turmeric production technology
• Production technology by the farmers
• Small tea growers
• Technological gap in adoption
• Scientific practices
• Tea cultivation
• Rapeseed–mustard CFLDs
• Extension gap
• Yield gap analysis of rapeseed mustard
• Hybrid rice
• Cultivation practices
• Hybrid rice production practices
• Technological gap in relation
• Adoption of recommended practices
• Recommended practices of loose flowers
• Flower cultivation
• Cluster front line demonstrations
• LANGUAGE INSTRUCTION
• AUSTRALIAN RESEARCH
• Obstacles to Assessing
• Technological Literacy
• Visualizing Technological
• Electronic Portfolios
• Inherent Uncertainties
• Technological catch up
• Gap in growth
• National income
• Technological capability
• Politically less developed
• Technolgoical development ladder
• Cauliflower growers
• Adoption and technological gap
• Practices of cauliflower cultivation
• Adoption level of cauliflower growers
• Socio economic characteristics
• Scientific orientation
• Market orientation
• Multidimensional behavior
• Sesame growers
• Recommended sesame production technology
• Psychological and communicational attributes
• Socio economic
• Frontline demonstrations
• Technology gap
• Technology index
• Farmer’s adoption behavior
• Technological demonstrations
• Improved cultivation practices
• Small and marginal farmers
• Marginal farmers
• Chickpea crop
• Rural women
• Processing and Preservation
• Preservation of fruits perceived
• Farm women
• B:C ratio
• Line demonstrations on blackgram
• Yield gap analysis
• Grain yield
• Line demonstrations
• Productivity gain in cowpea
• Indian mustard
• Technology frontline demonstrations
• Technology demonstration
• Net return
• Extension gap and Technology index
• Seed yield of sesame
• Frontline demonstration
• Glycine max L
• Productivity and profitability
• Vigna mungo
• Profitability of Blackgram
• Data envelopment analysis
• Global Malmquist total factor productivity
• Meta frontier
• Technical efficiency
• Garment industries
• Customer's satisfaction
• Service quality
• Customer’s satisfaction on service quality
• Service quality gap model
• Relationship between service quality
• Cluster frontline demonstrations
• Technology and extension gap
• Horizontal spread
• Horizontal spread of pulse crops