12 pages. Located on pages 17-28 of pdf., The study assessed the level of awareness and determined the level of participation of fish farmers in Agricultural Insurance Scheme (AIS) with a view to improving on the level of awareness and consequently participation. The study adopted the survey method of research. The study population comprised all the 1,728 registered fish farmers in Ondo State. Only 295 respondents were sampled from the population using the Raosoft sample size calculator. Multi-stage sampling procedure was adopted to distribute the sample population among the Local Government Areas (LGAs). Two Local Governments Areas (LGAs) were purposively selected from each of the four zones based on the prominence in fish farming. Second stage involved random selection of two communities each from the selected LGAs. At the last stage, fish farmers register was used to proportionately distribute the farmers to LGAs. The results showed the mean age of fish farmers to be 44.6±10.1years and majority (83.4) were married. The mean household size was 5±2 and about 96% was able to read and write. The mean years of fish farming experience was 13.54±11.9 and all of them were smallholders. About 70.5% were aware of AIS but only 15% were under fish policy cover for the last five years. Majority (82.3%) had moderate participation level with only 4.4% with high level of participation. There was strong correlation (R = 0.759) between the variables investigated and level of participation. Also three variables age, contact with extension and awareness regressed positively while number of information sources and household size regressed negatively with level of participation. It was concluded that despite the high level of awareness, level of participation was low.
Both, Arend-Jan (author), Bugbee, Bruce (author), Kubota, Chieri (author), Lopez, Roberto G. (author), Mitchell, Cary (author), Runkle, Erik S. (author), Wallace, Claude (author), and Rutgers University
UT State University
University of Arizona
Michigan State University
Purdue University
Format:
Journal article
Publication Date:
2017-08
Published:
United States: American Society for Horticultural Science
Location:
Agricultural Communications Documentation Center, Funk Library, University of Illinois Box: 16 Document Number: D10439
6 pages., Via online journal., Electric lamps are widely used to supplement sunlight (supplemental lighting) and daylength extension (photoperiodic lighting) for the production of horticultural crops in greenhouses and controlled environments. Recent advances in light-emitting diode (LED) technology now provide the horticultural industry with multiple lighting options. However, growers are unable to compare technologies and LED options because of insufficient data on lamp performance metrics. Here, we propose a standardized product label that facilitates the comparison of lamps across manufacturers. This label includes the photosynthetically active radiation (PAR) efficacy, PAR conversion efficiency, photon flux density output in key wave bands, as well as the phytochrome photostationary state (PSS), red/far red ratio, and graphs of the normalized photon flux density across the 300–900 nm wave band and a horizontal distribution of the light output.
Addressed the effectiveness of extension delivery methods used by the Department of Agriculture and Fisheries beef extension team in enabling change in producer practice. Findings were based on a survey of randomly selected producers who had engaged with the project from 2011 to 2015. "This analysis has shown the value in conducting a robust evaluation program both for demonstrating practice change and informing future extension programs."
