a spatially differentiated life cycle impact assessment method
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Methodology
Human health
Water stress
Climate change
Photochemical ozone formation
Human toxicity
Particular matter formation
Ionising radiation
Ozone depletion
Ecosystem quality
Water stress
Climate change
Photochemical ozone formation
Freshwater eutrophication
Freshwater ecotoxicity
Land stress
Acidification
Marine eutrophication
Marine ecotoxicity
Terrestrial ecotoxicity
Resources
Mineral resource scarcity
Downloads
Method
Here, the overall
report can be downloaded
as well as its individual chapters:
Overall framework
Climate change
Stratopheric ozone depletion
Ionizing radiation
Photochemical ozone formation
Particulate matter formation
Terrestrial acidifcation
Freshwater eutrophication
Marine eutrophication
Toxicity
Land stress
Water stress
Mineral resource scarcity
Characterisation factors
Climate change
Excel
Ozone depletion
Excel
Ionizing radiation
Excel
Photochemical ozone formation
Excel
Google Earth layer
Shapefiles
Particulate matter formation
Excel
Google Earth layer
Shapefiles
Terrestrial acidification
Excel
Google Earth layer
Raster maps
Shapefiles
Freshwater eutrophication
Excel
Google Earth layer
Shapefiles
Marine eutrophication
Excel
Google Earth layer
Shapefiles
Toxicity
Excel
Land stress
Excel a)
default CFs Link 1
and b)
non-aggregated per-taxon CFs
(for advanced users)
Water stress
Excel
Google Earth layer a)
Human health
and b)
Ecosystem quality
Shapefiles a)
Human health
and b)
Ecosystem quality
Mineral resource scarcity
Excel
Project outcomes
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