济加尔地区小麦种植者应用现代农业技术提高作物产量的情况

Hakeem, S. Abd. AL.Rekibe
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摘要

本研究旨在确定济加尔省农民应用现代农业技术提高小麦作物产量的程度。本研究采用了多阶段样本概率大小比例(PPS)法。样本数为(75 名农民来自 Qalat Sukkar 区,105 名农民来自 AL-Rifai 区,45 名农民来自 AL-Shatrah 区,29 名农民来自 AL-Nasrd 区)(占农民总数的 15%),共 254 名农民。研究采用问卷调查和访谈的方式收集数据(2019 年 3 月至 5 月)。研究表明,在应用现代农业技术提高小麦作物产量方面,属于中等水平的比例最高(62.6%)。在六个变量中,现代农业技术的应用水平在 1%的概率水平上是显著和正向的。多元回归分析研究了 10 个变量:社会阶层、年龄、教育程度、职业、农场权力、土地保有量、家庭类型、家庭规模、社会参与和所利用的信息来源。研究发现,9 个自变量对现代农业技术在提高小麦作物产量方面的应用水平有显著影响(R2= 0.759)。农民使用现代农业技术的重要程度分别为(72.12、70.72 和 68.41)。数据用于分析:频率、百分比、平均值、标准差和多元回归分析。结果显示,农民应用现代技术提高小麦产量的情况良好。现代农业技术将降低成本、提高生产率并保护土壤质量。农民对各部分(土壤准备、种植、作物服务、收获过程和销售)的重视程度较高,分别为(72.12、70.72 和 68.41)。因此,有必要改进小麦作物的种植,以实现高生产率并减少农业生产过程中出现的问题:技术 自变量 农民 收获 土地保有量
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Application of Wheat Farmers to Modern Agriculture Technology Related to Improve Crop Production in Thi-Qar
The research aim is to determine the level of application farmers of Modern Agricultural Technology have in improving wheat crop production in Thi-Qar Province. A multistage sample probability proportionates of size (PPS) was used to conduct this study. The sample number was (75 farmers from the Qalat Sukkar district, 105 farmers from the AL-Rifai district, 45 farmers from the AL-Shatrah district, and 29 farmers from the AL-Nasr district) (15% of the total number of farmers) it was 254 farmers. Questionnaire techniques and interviews with the farmers were adopted to collect the data (March to May 2019). The study has revealed that the highest percentage (62.6 %) belonged to the medium category in applying modern agricultural technology to improve wheat crop production. The application level of modern agricultural technology was significant and positive at a 1% probability level under six variables. Multiple regression analyses have been studied with ten variables: social class, age, Education, Occupation, Farm power, Size of land holding, Family type, Family size, social participation, and source of information utilized. This research has contributed nine independent variables with significant levels of variation to the extent of the application level of modern agricultural technology in improving wheat crop production (R2= 0.759). The importance of farmers using modern agricultural technology with the parts (Soil preparation, Planting and crop service, harvesting processes and marketing) was high according to (72.12, 70.72, and 68.41) respectively. The data were used for analysis: Frequency, percentage, mean, Standard deviation, and multiple regression analysis. According to the result, farmers' application of modern technology in improving wheat crop production was good. Modern agricultural technology will reduce costs, increase productivity, and save soil quality. The importance of farmers with the parts (Soil preparation, Planting, crop service, harvesting processes, and marketing) was high according to (72.12, 70.72, and 68.41) respectively. Because of this, it is necessary to improve the cultivation of wheat crops to achieve high productivity and reduce the problems that happen during agricultural production. Keywords: Technology, Independent variables, Farmers, Harvesting, Size of land holding
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