Economic Evaluation of Buffalo Production in Selected Regions of Bangladesh

S. Islam, T. N. Nahar, J. Begum, G. Deb, M. Khatun, A. Mustafa
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引用次数: 15

Abstract

In FY 2014-15, the buffalo population was 14.64 lakh that means 3 per cent of the total ruminants, but its’ socioeconomic importance is remarkable. So, the present study was attempted to identify the socioeconomic profile of the buffalo keeping farmers and to estimate the income from buffalo farming. To achieve the objectives 10 (ten) districts namely: Mymensingh, Jamalpur, Moulovibazar, Bhola, Potuakhali, Noakhali, Laxmipur, Chittagong, Tangail and Sirajgong were selected purposively on the basis of buffalo population and project implementation areas and 01 (one) Upazila was taken from each district. A total of 500 (50 from each district) buffalo farmers were interviewed following simple random sampling technique. Data were collected during the month of January 2016 to April 2016 and analyzed using SPSS and STATA software tools. In this study, ‘Logit model’ was adopted using binary dependent variable. Study revealed that the highest per cent of farmers were in age group 31-45 years and engaged in agriculture as primary occupation. The highest number of farmers had primary level education and had above 15 years of experience of rearing buffalo. Average farm size was calculated 1.05 hectare, average family size was 6.17 persons per family and dependency ratio was also estimated 1.05. Per lactation total cost was estimated BDT 24,507, lactation period was 255 days and average milk production per day was 2 liters. The highest return from milk production was BDT 27,189 and the BCR was 1.31 (undiscounted). It was found that about 64 per cent farmers had access to artificial insemination (AI) and seventy per cent farmers vaccinated their buffaloes where 66 per cent FMD, 24 per cent BQ and 20 HS. Ninety eight per cent farmers feed colostrum to the new born buffalo calves and almost 90 per cent farmers had done D-warming. Buffalo population was found highest in Ramgoti and lowest in Haluaghat and on average per farm buffalo number was 18.91. The highest (33%) family income was derived from buffalo rearing followed by service, business, farming and livestock (except buffalo). The value of coefficient of Binary Logistic Regression Model showed that most of the prediction was justified and statistically significant and buffalo development program was helpful and necessity for the buffalo farmers. *
孟加拉国选定地区水牛生产的经济评价
在2014-15财年,水牛的数量为146.4万头,占反刍动物总数的3%,但它的社会经济重要性是显著的。因此,本研究试图确定水牛养殖农民的社会经济状况,并估计水牛养殖的收入。为了实现这些目标,根据水牛数量和项目实施区域,有目的地选择了10个地区,即:迈门辛格、贾马尔布尔、穆洛维巴扎尔、博拉、波图阿卡里、诺阿卡里、拉克希普尔、吉大港、坦吉尔和西拉吉贡,并从每个地区选取了01个乌帕齐拉。采用简单随机抽样技术,共采访了500名(每个地区50名)水牛养殖户。数据收集时间为2016年1月至2016年4月,使用SPSS和STATA软件工具进行分析。本研究采用二元因变量的“Logit模型”。研究表明,最高比例的农民年龄在31-45岁之间,以农业为主要职业。最多的农民受过初级教育,有15年以上的水牛饲养经验。平均农场规模为1.05公顷,平均家庭规模为6.17人,抚养比也估计为1.05。每次泌乳总成本估计为24,507泰铢,泌乳期为255天,平均每天产奶量为2升。产奶的最高回报为BDT 27,189, BCR为1.31(未贴现)。研究发现,大约64%的农民获得了人工授精(AI), 70%的农民给他们的水牛接种了疫苗,其中66%的人接种了口蹄疫,24%的人接种了BQ, 20%的人接种了HS。98%的农民给新生的小牛喂初乳,几乎90%的农民做了d -暖化。Ramgoti地区水牛数量最多,Haluaghat地区最低,平均每头农场水牛数量为18.91头。最高(33%)的家庭收入来自水牛饲养,其次是服务业、商业、农业和畜牧业(水牛除外)。二元Logistic回归模型的系数值表明,大部分预测是合理的,具有统计学意义,水牛发展规划对水牛养殖户有帮助和必要性。*
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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