6533b82ffe1ef96bd129641f

RESEARCH PRODUCT

Environmental aspects of the implementation of bioeconomy in the Baltic Sea Region: An input-output approach

Astrida MiceikienėJanis BrizgaGenovaitė Liobikienė

subject

Sustainable developmentConsumption (economics)Land footprintRenewable Energy Sustainability and the EnvironmentNatural resource economicsbusiness.industry020209 energyStrategy and Management05 social sciences02 engineering and technologyIndustrial and Manufacturing EngineeringEconomic indicatorAgricultureSustainability050501 criminology0202 electrical engineering electronic engineering information engineeringbusinessProductivityWater use0505 lawGeneral Environmental Science

description

Abstract Bioeconomy is one of the main aspects of the Baltic Sea Region (BRS) Programme. However, at the national level, bioeconomy strategies are still under development in several countries. As environmental aspects are particularly important to ensure the sustainability of bioeconomy, the aim of this paper is to analyse changes in consumption- and production-based bio-resource, land and water footprints for the period of 2011–2015 and couple them with economic indicators, to assess the efficiency of bioeconomy in the BSR countries. The results show significant differences in consumption- and production-based bio-resource, land and water footprints among the BSR countries; these differences are not linked to the existence of bioeconomy strategies in these countries. Taking into account a sustainable level of bio-resource, cropland and water use commitments, countries should develop their bioeconomy giving due consideration to the sustainability of resource use, whereas in all the BSR countries these targets are significantly exceeded. The analysis of the efficiency of bioeconomy also revealed significant differences in bio-resource productivity and land and water intensity among countries. From a sustainable development perspective, we can positively see that in all the BSR countries, bio-resource productivity increased and water footprint intensity reduced. The most positive changes were observed in Poland. Meanwhile, in Estonia and Finland, the increase in land footprint during the study period was observed. Thus, these countries should pay particular attention to efficiency improvements in forest and agricultural sectors. This study contributes to setting targets for bioeconomy policy in the BSR and reveals the main tendencies and challenges of the implementation of bioeconomy.

https://doi.org/10.1016/j.jclepro.2019.118238