Accurate global food losses and waste (FLW) quantification remains challenging owing to limited harmonized global estimates, a lack of comprehensive quantification approaches and an absence of frameworks...
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Digital Europa Thesaurus
environmental impact Import
Video message recorded by Mr Janusz Wojciechowski for EU Pollinator Week, organised by the European Parliament
Land-use-driven biodiversity impacts of diets—a comparison of two assessment methods in a Finnish case study
Agricultural land use and land-use change, especially from forests to agricultural land, to satisfy growing demand for food and feed, is a major cause of global biodiversity loss. International...
Tropical deforestation for land conversion to agriculture is a known problem. Through a novel method which maps changes in biodiversity in production areas, researchers have highlighted the impacts...
Tropical deforestation for land conversion to agriculture is a known problem. Through a novel method which maps changes in biodiversity in production areas, researchers have highlighted the impacts...
This report provides an overview of the LCA applied to assessing environmental impacts of production and consumption at the EU and Member State levels as a basis to support several policies and the assessment of their...
This study by external experts (commissioned by DG ENV) takes stock of knowledge relevant for identifying commodities imported into the EU with significant negative impacts (direct or indirect) on biodiversity...
CONCLUSIONS AND RECOMMENDATIONS
Overarching conclusions
- Significant changes in agri-food imports have occurred between 2005 and 2018. These changes were driven by a...
This report, commissioned by the European Parliament's Committee on International Trade (INTA), provides an in-depth analysis of the impacts of international trade on biodiversity and of the effectiveness and efficiency of instruments that can be...
Study commissioned in spring 2015 to assess the likelihood of the high carbon scenarios identified in the Bioenergy Emissions and Counterfactual (BEAC) model occurring now or in the future