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EN
The article presents the European context of the concept of a sustainable intensification of agriculture. The main premise of the idea is to increase agricultural yields with a concurrent limitation of adverse environmental impact by using modern technologies. This concept seems to be especially relevant in light of the challenges currently faced by the European Union and its aims defined in the Europe 2020 strategy. Although the agricultural sector in the EU countries operates within the framework of a single European model of agriculture, there are significant differences in methods and yields among individual countries. The dividing line between the “old” member states and those who joined the EU in 2004 is clearly visible and the differences determine particular countries’ varied approaches to the concept of sustainable intensification. Whereas in the EU-12 countries it should consist chiefly in improving the economic effects without a deterioration of the state of the natural environment, the EU-15 countries will rather focus on the ecologization of production methods while maintaining the current economic results.
EN
The aim of the study is to present the issues of research on sustainable intensification of the agriculture, in the specific context of the European Union and to present research procedure for such study. Proposed framework is based on the use of Eurostat data, to conduct efficiency (DEA) and productivity (Malmquist TFP index) analysis, to estimate the sustainable intensification index. Further structural determinants of this process might be assessed by means of panel regression. On the basis of the literature review carried out, the study may be limited to testing the impact of concentration, specialisation and orientation of agricultural production. As control variables, those describing endogenous, exogenous and institutional conditions should be included in the study.
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EN
World agriculture faces a serious challenge: how to guarantee a relevant quantitative and health standard of food provision to a growing, and probably increasingly more affluent population, at the same time, reducing – or at least not increasing – the pressure on the environment and climate change. As a result, competition for land, freshwater, energy and mineral resources, necessary to produce potassium and phosphorus fertilisers, will be tougher. However, there are some strategies to meet these challenges. Coordinated and consistent actions are necessary, both on the side of demand (changes in diet and consumption patterns, and reduction in food losses) and supply in agri-food markets. In particular, it is necessary to close the existing yield gaps, improve the efficiency in the use of all resources, invest in research and agricultural implementations, and reduce losses across the entire food chains. Individual actions should be taken simultaneously and on a global scale, which, in itself, poses a serious problem. This instantly brings to mind the climate negotiations: almost everyone agrees that multilateral agreements would maximise the overall well-being, but the temptation to “get a free ride” prevails among many countries, as priorities continue to have short-term objectives and effects.
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