Redistribution and the Abolishment of Historical Entitlements in the CAP Strategic Plans: The Case of Greece

A key issue in CAP strategic planning in Greece is the treatment of historical entitlements. An unequal level of payments per hectare is difficult to justify in terms of the CAP’s rationale, and so the abolishment of these entitlements seems to be the most reasonable option. However, for historical reasons, this abolishment may result in a transfer of payments from smaller to larger farms and between different agricultural sub-sectors which could in turn lead to negative effects on the incomes of small farms and lead to farmers leaving the sector. We simulate the change to a flat rate payment in order to quantify these effects, then explore the possibility of employing the new obligatory redistribution measure, termed complementary income support, to mitigate any negative effects. We conclude that redistribution is, indeed, a powerful tool for fine-tuning decoupled payments if historical entitlements are to be abolished.

Biogas Production and Greenhouse Gas (GHG) Emissions Reduction due to Use of Biogas Digesters in Small Farms in Quang Tri Province, Vietnam

This research aims to assess the greenhouse gas (GHG) emissions reductions due to the use of biogas technology in Quang Tri Province. With a total of over 354,000 cattle in Quang Tri Province, Vietnam, waste from livestock becomes large. The GHG emitted from the livestock industry is not small, affecting the environment. Currently, there is little concern or documentation about the reduction of GHG emissions in small farms using biogas digesters in central Vietnam. This province has applied technological solutions, typically biogas digesters, but the amount of biogas production is not calculated accurately. Our survey was conducted in Vinh Linh District and Cam Lo District in March 2019 and involved 50 farms equipped with biogas digesters and 20 farms without it. The respondents were selected based on the information provided by local authorities, satisfying two conditions: livestock households and biogas users. The former group was asked 25 questions and the latter was asked 10 questions needed to calculate GHG emissions such as the number of animals and petroleum gas/ firewood consumption. This study uses formulas described in the 2006 guideline issued by IPCC to estimate reduced GHG emissions. The results showed that the average biogas production is 5.52 m³.household-1.day-1. Only 2% of the farms made the best use of the biogas digester. The surveyed households have not really used the most optimal amount of biogas production. In this scenario, this study recommends some solutions for solving the problem. In addition, the average annual emissions before having a biogas digester are estimated to be 20.53 tons CO2e/household/year. After using the biogas, the GHG emissions are reduced to 4.52 tCO2e.household-1.day-1. Thus, the replacement of daily cooking energies with biogas helps reduce 16.01 tCO2e of greenhouse gas for each farm per year.

Economic efficiency of livestock organic waste processing into biонumus

The processing of organic livestock waste into biohumus is one of the direction areas in agribusiness, which contributes to the efficient resource allocation involved while achieving a high level of greening of production. The article presents the results of the study of economic efficiency of extensive form of vermiculture, which is characterized by minimal start-up investment, ease of organization and accessibility for the vast majority of livestock producers, including small farms, as it does not involve additional premises. Compared to intensive technology, which requires indoor heated premises to organize the production of biohumus throughout the year. The need for fixed and working capital for the organization of organic livestock waste processing into compost has been determined. Planning and analysis of costs for the organization of production and sale of vermiculture products. The main technical parameters of the organization of the production process are determined, which will ensure high efficiency of this type of business. Based on the definition of the main indicators of economic efficiency, the expediency of introducing an extensive form of organic livestock waste processing into biohumus is substantiated. According to the research results, it is established that the organization of extensive technology of processing organic livestock waste on compost is more appropriate for small farms in the livestock industry with a limited investment budget. As about 6 million UAH is needed to organize the processing of 2.400 tons of livestock waste. (in 2021 prices) of advanced capital, which is 30–40 % less compared to intensive technology of similar scale. The projected payback period of extensive vermiculture technology will be three years when it reaches 25 % of the level of profitability of sales. Also, the organization of extensive technology for processing animal waste into biohumus requires less time compared to intensive.

Farming system approach to meet the challenges from extreme weather

Location specific and integrated farming system based technological management options reduce the climatic risk and better utilization of available natural resources produce higher agricultural productivity and thereby enhance food and livelihood security of small and marginal farmers of India. The significance of IFS approach is supportive in enhancing productivity to meet the food, feed and fuel for ever increasing human and animal population. It also increases the land productivity, profitability and also generate employment. Since small farms are often vulnerable to natural vagaries like flood, drought and farming remains at risk. Due to industrialization and population growth, the horizontal expansion of agricultural area is not possible. The vertical expansion in small farms is possible by integrating appropriate farming system components requiring less space and time and ensuring periodic income to the farmers. A farming system model was synthesized based on the studies conducted at ICAR-IIFSR located in western plain zone of Uttar Pradesh for a period of six years (2004-2010) revealed that Integrated farming system approach applied on a piece of 1.5 hectare irrigated land, besides fulfilling all the requirement of 7 members household food and fodder demand (animals) inclusive cost of production, could create an additional average annual savings of Rs. 47000/- in four fours of its establishment and more than Rs. 50000/- in subsequent years. the family gets some income round the year and another benefit is if due to any extreme event occurred at any time of the year, the farmer will get some income from any of the enterprises, so that it will cater to the need of the food security. Since each enterprise react differently to extreme weather events; the influence of droughts/floods/ higher temperature will be different to different enterprises and because of the diversification, the farmer will get some income from their enterprises, so that he can sustain under difficult times. This manuscript analyses how farming system approach is different and site specific and also how it will decrease the vulnerability under extreme climatic situations with some examples.

Factors that facilitate development of small agricultural cooperative farm alliances

Although cooperative movement in Russia has a pretty long history, achieving its proper functioning failed for a variety of reasons. With new support measures in place, namely, to establish a basic infrastructure - since 2015, to acquire assets and farm equipment, agro-processing equipment - since 2019, cooperatives in Russia geared to promoting small farms are expected to flare up. In this context, this paper reviews key statistical indicators of the current structural changes in agro-industry, as well as the health and contribution of small farms to the agricultural industry in general. This work aimed to identify preconditions for Russian farmers to form cooperatives. This is of the utmost importance since small farms produce nearly half of the country’s total agricultural output, own 37% of arable land, 56% of cattle, and ensure a quarter of employment. Through the research, a range of malpractices affecting the progress of small farms has been identified. They are dearth of modern technology, efficient staff, impossibility to invest in working capital, problems with marketing of produced goods, etc. Creating well-functioning agricultural cooperatives will address the above challenges today’s Russian farmers face.

Economy coefficient and costs of raw milk production depending on the price of animal feed

Food costs are the highest costs in milk production so they need to be minimized. In large dairy farms, the total share of food in the cost structure ranges from 50-60%, while in small farms it is above 60%. By producing one's own voluminous food, the sustainable needs of animals and lower milk production can be met, while higher milk production requires the use of concentrated nutrients produced on one's own farm (corn, cereals). The purchase of ready-mixed feeds should be avoided because it is economically unjustified. Poorer quality and inadequate quantities (more or less than technological needs) in the diet of dairy cows have a direct effect on the amount of milk produced, and thus on income. The production of own fodder and its use greatly reduces the cost of milk because the internal factors of the farm's business determine the success of the business more than the selling price. The cost of food in the total cost of milk production participates from 44.50% in small farms that have a grazing system in the feeding, to 56.71% in Holstein cows in 2021. The share of concentrate in the total cost of feeding is from 55.80% in Holstein cows in 2020 to 71.23% in small farms with a grazing system in the feeding. The costs of production of corn silage in the feeding ratio in 2020. yaer amounted 0.0514 BAM / kg, and in the feeding ratio in 2021. Year 0.0433 BAM / kg. The price of concentrate in the feeding ratio in 2020. Year was 0.55 BAM / kg, and in 2021. Year 0.72 BAM / kg (1 BAM = 0,511 €) (1 BAM = 0, 59 $) The coefficient of economy is from 1.4920 in farms with up to 10 Simmental cows, to 1.8214 in larger Holstein cow farms.

Globalization of Agriculture and Atomization of Farming: Small Farms Crisis in Asia

Agriculture in Asia is being pushed into a new policy regime that uncritically promotes free trade and laissez faire policies. The World Trade Organization agreement on agriculture, regional preferential trading arrangements (PTAs) and neoliberal policies pursued by the individual nations are the central features of the new regime. The new regime is built disregarding the existing knowledge on agricultural commodities that they are prone to market failures, which are unlikely to be corrected if left unregulated. In this article, we portray the new regime in terms of two defining processes that are at work, viz. globalization of agriculture and atomization of farming. Globalization happens on account of integration of the agricultural markets at provincial, national and global levels. Atomization of farming occurs due to fragmentation of holdings on the one hand and weakening of ‘collective action’ on the other. In the farming end of the value chains, millions of small farms, who lack any market power whatsoever, compete among themselves. The post-harvesting nodes have fewer and larger firms. As we have argued at length, the large firms inhabiting the postharvest nodes of the commodity chains are capable of extracting profit out of volatilities in the market. The non-farm nodes are characterized by economies of scale and possible accumulation of market power. Such profiteering will be at the expense of the atomized farms as well as the final consumers of the commodities. The policy has become suddenly very active in abetting competition upstream and limiting it downstream. The regime legitimizes entry barriers downstream and intervenes directly to promote entry, augment supply/competition upstream. The policymakers do not want to intervene in the market to save producers from commodity problems; instead favour players profiteering out of such possible instances of market failure.

Transformation of territories and reengineering of business processes as basic management technologies

The purpose of the article. The aim of the article is to define new concepts of transformation and reengineering of business processes, their types, properties and research of significance in the development of territories. Methodology. The theoretical and methodological basis of the study are the scientific works of scientists in the study of business process management in the system of competitive development of territories. To achieve this goal, the following research methods were used: theoretical generalization – providing the basic characteristics of models of economic development in the conditions of transformational changes in national economies; methods of positive and normative analysis – to determine the strategy and priorities for the transformation of regional development. Results. It is proved that transformation is a permanent form of life, a movement in which old and new coexist, in certain conditions innovative spheres survive and develop, such as material and technical and social base of scientific and technological progress, reforms, social consequences and sometimes negative for society neoplasms and deformities. Reforms do not stop historical, evolutionary transformations, they give them new impulses, directions, limit or expand the scale of their impact on all aspects of society. It is substantiated that the strategy of “catching up” and the strategy of “advanced technologies” should be implemented simultaneously, not in turn, as their common goal is to achieve a new technological level of the Ukrainian economy. It is determined that the strategy of “catching up” can be used in the manufacture of household appliances, engines and in the automotive and chemical industries. It is proved that Ukraine can and should pursue a strategy of “advanced technologies” in the production of certain weapons, aerospace and shipbuilding industry, chemical, heavy and energy engineering, transport, information technology, participate in global cooperation in nanotechnology and biotechnology. Prospects for the transformation of territories are identified, including: transition from extensive to intensive management methods, implementation of programs to increase regional production of goods, priority of small farms, development of social reforms, priority of small farms, restructuring of the regional economy. Practical meaning. Models of economic development for transformational changes in national economies can be used by regional public authorities. Prospects for further research. Study of strategy and priorities for regional development transformation.