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ILCD Handbook: Framework and requirements for LCIA models and ...

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<strong>ILCD</strong> <strong>H<strong>and</strong>book</strong>: <strong>Framework</strong> <strong>and</strong> <strong>requirements</strong> <strong>for</strong> <strong>LCIA</strong> <strong>models</strong> <strong>and</strong> indicators First edition<br />

FIGURES<br />

Figure 1-1 <strong>Framework</strong> of impact categories <strong>for</strong> characterisation modelling at<br />

midpoint <strong>and</strong> endpoint (Area of Protection) levels. .............................................. 3<br />

Figure 1-2 Impact pathway <strong>for</strong> the impact category acidification with indicated<br />

location of chosen midpoint <strong>and</strong> endpoint indicator ............................................. 4<br />

Figure 2-1 Example of diagram of the general impact mechanism <strong>for</strong> the impact<br />

category l<strong>and</strong> use (based on Weidema <strong>and</strong> Lindeijer, 2001). ............................ 11<br />

Figure 3-1 Example of Species Sensitivity Distribution Curve. Individual Species<br />

effect concentrations (EC50) shown as intervals. .............................................. 22<br />

Figure 3-2 Functions of the natural environment, according to De Groot (1992),<br />

reproduced from Gustafson (1998). .................................................................. 26<br />

Figure 4-1 Flow diagram <strong>for</strong> climate change............................................................. 30<br />

Figure 4-2 Causality chain of the model to assess impacts of ODS. The link to<br />

ecosystems is generally not modelled in terms of biodiversity losses. .............. 34<br />

Figure 4-3 Environmental mechanism <strong>for</strong> the human toxicity effects (including<br />

mechanisms <strong>for</strong> ionising radiation <strong>and</strong> respiratory effects associated with<br />

particulate matter, see Chapters 4.4 <strong>and</strong> 4.5). .................................................. 38<br />

Figure 4-4 Recommended framework <strong>for</strong> calculating characterisation factors <strong>for</strong><br />

human toxicity effects in LCA. (based on Pennington et al. 2006, Jolliet et al.<br />

2006) ................................................................................................................. 39<br />

Figure 4-5 Flow diagram <strong>for</strong> the respiratory inorganics impact category (derived from<br />

Humbert 2008) .................................................................................................. 45<br />

Figure 4-6 Overview of impact pathway stages of radioactive releases <strong>for</strong> Human<br />

Health (adapted from Frischknecht et al., 2000). ............................................... 50<br />

Figure 4-7 Overview of impact pathway on ecosystem <strong>for</strong> radioactive releases to<br />

freshwater. Solid lines refer to physical transfers of radioactive substances,<br />

whereas dotted lines correspond to exposures of radioactive radiation. ........... 51<br />

Figure 4-8 Flow diagram <strong>for</strong> photochemical ozone <strong>for</strong>mation ................................... 53<br />

Figure 4-9 General <strong>and</strong> specific criteria <strong>for</strong> photochemical ozone <strong>for</strong>mation with<br />

threshold value <strong>and</strong> importance. ....................................................................... 54<br />

Figure 4-10 Flow diagram <strong>for</strong> acidification impact category. ..................................... 58<br />

Figure 4-11 Flow diagram <strong>for</strong> eutrophication ............................................................ 63<br />

Figure 4-12 Flow diagram <strong>for</strong> ecotoxicity impacts ..................................................... 68<br />

Figure 4-13 <strong>Framework</strong> <strong>for</strong> calculating risk-based characterisation factors <strong>for</strong> ecotoxic<br />

impacts in LCA. (based on Pennington et al. 2006, Jolliet et al. 2006) .............. 68<br />

Figure 4-14 Impact assessment model of l<strong>and</strong> use (NPP=Nett Primary Production;<br />

SOM= Soil Organic Matter). .............................................................................. 73<br />

Figure 4-15 Flow diagram <strong>for</strong> resource depletion ..................................................... 79<br />

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