Assessment of the Integrated Challenges of Sustainable Agricultural Systems

Abstract

The evolutionary impact of the interdependence of the progress of the common economic policy in response to climate change, the current study and empirically explores the general challenges closely related to the productivity costs of agricultural systems. The vision of the tiered approach of the new Common Agricultural Policy to the effects of climate change, based on development areas, provides an important volume of information on the allocated financial resources in terms of adaptation to environmental conditions. Also, the importance of forest areas in plain areas in terms of protecting agricultural and forestry crops from climate variables is highlighted in the research. The evolution of the agricultural systems industry has been one of the main research points in Europe and not only knowing that agriculture is both a cause of greenhouse gas emissions but also a need to regulate these emissions at the ground level. Methodological data were extracted from the databases of available data provided by Eurostat, Agridata, and Corine. Since deforestation is a consequence of projections of forestry practices in relation to carbon capture, the evolution of land surfaces through the conversion of forest areas is a priority, the role of forest regenerations analyzed by the impact of GHG emissions,. The research highlights that agriculture faces a complex challenge of climate change due to its vulnerabilities to its effects, its role as a major source of GHG emissions and its potential to remove carbon from the atmosphere.