Bartłomiej Bajan

Food security is a key component of sustainable development, especially in developing countries, where agricultural change, inequality, nutrition shifts, and climate risks interact. This study analyzes food security in Indonesia using four pillars: availability, access, utilization, and stability. A descriptive analytical method is applied using secondary data from FAOSTAT, FAO food security indicators, Statistics Indonesia, and international reports, covering trends from 2010–2024 with a focus on the post-2015 Sustainable Development Goals period. The results show that Indonesia has achieved sufficient food availability, as dietary energy supply consistently exceeds minimum caloric needs. However, this does not ensure overall food security. Food access remains uneven due to income inequality, informal labor, regional disparities, and varying purchasing power. In terms of utilization, improvements are visible in sanitation and reduced stunted growth among children, but persistent anemia and the coexistence of undernutrition and overweight reflect ongoing nutritional challenges. Stability is still vulnerable due to import dependence on key staples, limited irrigation expansion, climate variability, and exposure to global price shocks. Overall, while agriculture remains central to livelihoods and food supply, it faces structural constraints such as low productivity and environmental pressure, with diets shifting toward more diverse but energy-dense consumption. Progress toward SDG 2 is therefore uneven: strong in availability but weaker in equity, nutrition quality, and resilience. Strengthening food security requires integrated policies across social protection, agricultural productivity, climate adaptation, and dietary improvement.

The Regional Comprehensive Economic Partnership (RCEP) is the largest free trade agreement in the world, making it a potentially attractive trading partner for the European Union (EU). This paper aims to fill a research gap by examining agri-food trade between the EU and RCEP, with a focus on uncovering opportunities for sectoral cooperation and identifying competitive dynamics. It employs trade structure similarity and intra-industry trade analysis, including horizontal and vertical trade flows. Using the Export Similarity Index (ESI) and Product Similarity Index (PSI), the findings indicate stable, moderate competition in agri-food trade between the EU and RCEP, with similarity indices ranging from 0.32 to 0.35. While intra-industry trade remains limited due to geographic distance, there is notable potential for expanding high-quality EU agri-food exports. The results suggest that targeted trade policies could enhance cooperation by leveraging the EU’s export strengths to meet RCEP demand. The study provides a strategic framework for future negotiations, emphasizing sectoral approaches to optimize trade outcomes and maximize trade benefits between the EU and RCEP countries.

The primary objective of this article is to explore the saving behaviour of young Poles through the lens of...

The similarity of food consumption patterns in selected EU countries combined with the similarity of food production and imports | Bartłomiej Bajan, Natalia Genstwa, Luboš Smutka | Agricultural Journals

While joining the European Union (EU) in 2004, the countries of the Visegrad Group (V4) had to face a major challenge in the context of adapting to the EU standards in the field of energy use and energy efficiency. One of the sectors that heavily depends on the use of energy (mainly from fossil fuels) is the food production system, whose energy transformation is essential for future food security. The study aimed to measure the use of energy and its structures in the food production systems of the V4 countries and the EU-15 countries in relation to the implementation of the EU energy targets. The targets assumed, among other things, a reduction in overall energy use and an increase in the share of renewables in the energy mix. The proprietary method based on the assumptions of lifecycle assessment was applied to measure energy consumption in the food production systems with the use of input–output tables and energy accounts, which are part of the World Input–Output Database. The research shows a decreasing share of the food production systems in energy use of the V4 countries, while in the EU-15 countries, it remains on average at a stable, low level (around 4.4%). The discussed share for Poland averaged 8.8% in the period considered, for Hungary 7.6%, for the Czech Republic 3.8%, and for Slovakia 3.3%. The share of renewables in energy use of the food production systems is growing. However, in some countries of the EU-15, it increases at a slower pace than the assumed strategic goals, mainly in the countries that are the largest food producers in the EU. For Germany, the Netherlands, Spain, and Italy, the average deviation of the share of renewables use in the food production system from the 2020 target for the entire economy is around 12 percentage points. In the case of V4 countries, the share of renewable energy use in food production systems is close to the assumed strategic targets.

It is estimated that about 1/4th of all greenhouse gas (GHG) emissions may be caused by the global food system. Reducing the GHG emissions from food production is a major challenge in the context of the projected growth of the world’s population, which is increasing demand for food. In this context, the goal should be to achieve the lowest possible emission intensity of the food production system, understood as the amount of GHG emissions per unit of output. The study aimed to calculate the emission intensity of food production systems and to specify its determinants based on a panel regression model for 14 countries, which accounted for more than 65% of food production in the world between 2000 and 2014. In this article, emission intensity is defined as the amount of GHG emissions per value of global output. Research on the determinants of GHG emissions related to food production is well documented in the literature; however, there is a lack of research on the determinants of the emission intensity ratio for food production. Hence, the original contribution of this paper is the analysis of the determinants of GHG emissions intensity of food production systems. The study found the decreased of emission intensity from an average of more than 0.68 kg of CO₂ equivalent per USD 1 worth of food production global output in 2000 to less than 0.46 in 2014. The determinants of emission intensity decrease included the yield of cereals, the use of nitrogen fertilizers, the agriculture material intensity, the Human Development Index, and the share of fossil fuel energy consumption in total energy use. The determinants of growth of emission intensity of food production systems included GDP per capita, population density, nitrogen fertilizer production, utilized agriculture area, share of animal production, and energy use per capita.