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Study on Input/Output Accounting Systems on EU agricultural holdings

机译:欧盟农业资产投入/产出核算体系研究

摘要

Of 241 questionnaires sent out to 20 countries 55 completed forms were returned. Noudinformation could be obtained about systems in Portugal or the USA. The subject ofudnutrients was covered by 91% of systems, pesticides 38%, energy 29% and other subjectsudincluding wastes 44%. Nearly half of the systems covered more than one subject, the most common single subject system was nutrients. The arable sector was covered most often by the systems (76%), with dairy (62%) and pig (56%) the most prominent of the livestock sectors. The respondents judged that 65% of systems were at least moderately effective in improving the ratio of inputs to outputs. The highest levels of ratio reduction tended to occur with systems which included the livestock sectors or protected horticultural crops. Over half (56%) of farmers had a good opinion of the system, indifferent or bad opinions were more likely to be due to effect on income than the type of system or who managed it. High uptake was more likely in compensated systems. Farm incomes in the arable and dairy sectors were most likely to be improved by systems, negative effects were most likely in the horticultural sector. Government was the main driving force in 38% of the systems, but government was not necessarily the driving force behind the 15% compulsory systems and only one of these was compensated.udIncreasing concern about environmental issues was the driving force behind development of each of the systems studied. In most cases a major part of the funding to develop the system or run pilot projects came from government. Benefits in terms of increased awareness of problem areas were identified by several systems originators. Anecdotal evidence suggests that farmers are encouraged to make actual changes to their management on the basis of the systems, if they receive detailed help from an adviser associated with the system, or if the system results in a marketing advantage. It seems likely that input output accounting systems could be used to increase awareness and provide evidence of the impact of management changes, they may need to be linked to supporting systems of technical advice.udMore than 40 IOA systems representing very different approaches have been developedudand applied on farms in European countries with the aim of improving environmentaludperformance. Major differences regard especially two characteristics: The no topics covered (single or multiple) and the way indicators are presented. In many systems the indicators used are presented as calculations of input related to output and are derived from accounts based data. Other systems present indicators that are transformed to a standard scale and often these indicators are based on a combination of practise and account data compared with norms for Good Agricultural Practices. Moreover, the systems differ in their origin and driving force: Only a few systems have been developed for mandatory use or for labelling and formal auditioning. Most systems have been developed for the use by advisory services on a voluntary basis. A number of very different systems seem to have been successful. Effectiveness is defined here as the combination of a system with high (potential) impact on the participating farmers in combination with high uptake in terms of the no of farmers willing to use the system. Generally documentation of effects and uptake is poor and more investigations into this are needed.udIt seems that many systems have not passed the pilot phase, even though some of themuddid get a positive evaluation by the farmers. In several examples the effort of researchers to develop a scientifically valid concept was not matched by efforts to secure the uptake by advisors or other institutions afterwards. The right institutional setting and political context seems to be more important than the character of the indicators used for the question of farmer uptake. But that does not mean that the choice of indicators is not important from another point of view. In none of the reviewed systems were the use of confidence intervals or variation coefficients an established part of the procedure. Only few reports exist that analyse the variation between farms or between years on specific farms in order to decide to which degree differences are due to systematically different management practices.
机译:在向20个国家发送的241个问卷中,返回了55张完整的表格。无法获得有关葡萄牙或美国系统的信息。营养素的对象占系统的91%,农药占38%,能源占29%,其他对象(包括废物)占44%。将近一半的系统涵盖一个以上的受试者,最常见的单个受试者系统是营养素。该系统覆盖的耕地部门最多(占76%),其中畜牧业最突出的是奶业(占62%)和猪(占56%)。受访者认为,有65%的系统至少在改善投入产出比方面有中等有效。比率下降的最高水平往往发生在包括畜牧部门或受保护的园艺作物的系统中。超过一半(56%)的农民对制度有好的看法,对收入的影响比对制度的类型或管理者更无视或不好。在补偿系统中,高吸收的可能性更大。耕作和乳制品部门的农业收入最有可能通过系统得到改善,园艺部门最有可能产生负面影响。政府是38%的系统的主要驱动力,但政府并不一定是15%的强制性系统的驱动力,只有其中之一得到了补偿。 ud对环境问题的日益关注是每个系统发展的驱动力研究的系统。在大多数情况下,用于开发系统或运行试点项目的资金主要来自政府。几个系统的发起者已经确定了在提高对问题领域的认识方面的好处。轶事证据表明,如果农民从与该系统相关的顾问那里得到详细帮助,或者该系统带来了销售优势,则应鼓励他们根据该系统对管理进行实际更改。投入产出核算系统似乎可以用来提高认识并提供管理变更影响的证据,可能需要将其与技术咨询支持系统联系起来。 ud已经开发了40多种代表截然不同方法的IOA系统 udand应用于欧洲国家/地区的农场,旨在改善环境 ud绩效。主要差异主要涉及以下两个特征:没有涉及的主题(单个或多个)和显示指标的方式。在许多系统中,所使用的指标被表示为与产出相关的输入计算,并且是从基于账户的数据中得出的。其他系统提供的指标已转换为标准规模,并且这些指标通常基于实践和账户数据与“良好农业实践”规范的结合。此外,这些系统的起源和驱动力各不相同:仅开发了少数系统用于强制使用或用于标签和正式试听。大多数系统是自愿提供给咨询服务使用的。许多非常不同的系统似乎已经成功。有效性在这里定义为:对参与农户具有高(潜在)影响的系统与不愿意使用该系统的农户数量较高的结合。通常,效果和吸收的文献不多,需要对此进行更多的研究。 ud尽管许多系统未得到农民的积极评价,但似乎许多系统尚未通过试验阶段。在几个例子中,研究人员为发展科学上有效的概念所做的努力没有与随后确保顾问或其他机构采用的努力相匹配。正确的制度设置和政治环境似乎比用于农民吸收问题的指标的特征更为重要。但这并不意味着从另一个角度看指标的选择并不重要。在所审查的系统中,没有一个使用置信区间或变异系数作为该过程的确定部分。只有很少的报告能够分析农场之间或特定农场之间的年度差异,从而确定在何种程度上差异是由于系统上不同的管理实践所致。

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