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The EU’s consumption-based performance for selected planetary boundaries
The study takes a conservative approach, as it calculates the European share based on the lower end values of the global zone of uncertainty de ned by Ste en et al. (2015). For example, the global zone of uncertainty for Freshwater is de ned as 4000-6000 km3 in Ste en et al. (2015). This study uses 4000 km3 as the basis for calculating the European share. In some cases (indicated in brackets) slightly di erent control variables have been used than in Ste en et al. (2015).The yellow zone of uncertainty represents the average range across six principles to allocate a European share of the global safe operating space (equality, needs, rights to development, sovereignity, capability).More information in the forthcoming EEA report
Trends in global domestic extraction of materials, 1970 – 2017
The graph distinguishes 4 material groups (in tonnes): biomass, non-metallic minerales, fossil fuels, metal ores
Trends in total population by world region, 1950–2100
final demand: footprint of total final demand, including both in use impact or resource use and production impact or resource use water consumption footprint blue and green water consumption energy use footprint: energy carrier use land use footprint: arable land and permanent pasture material use footprint: use of primary raw materials
Correlation between Ecological Footprint and Human Development Index
Correlation between Ecological Footprint and Human Development Index (HDI). HDI values above 0.8 are defined as "Living well", Ecological footprint values below 1.7 are defined as "Living within environmental limits".The value of 1.7 refers to the average biocapacity per person globally in 2014 (see also http://data.footprintnetwork.org/#/exploreData. The HDI value of 0.8 refers to 'very high human development', according to UNDP (see http://hdr.undp.org/en/content/energising-human-development)
SOER 2020 - At a glance
The European environment — state and outlook 2020 (SOER 2020) comes at a crucial time of urgent sustainability challenges that require urgent systemic solutions. The overarching challenge of this century is how we achieve development across the world that balances societal, economic and environmental considerations. Sustainability needs to become the guiding principle for ambitious and coherent policies and actions across society.
Assessment of global megatrends — extended background analysis
This report explores the historical trends, most recent progress and projected future progress on climate change mitigation through reduced GHG emissions, renewable energy gains and improved energy efficiency. It builds upon data reported by the EU-27 Member States, five EEA member countries and nine Contracting Parties of the Energy Community.