Eksempler på brug af Spatially determined på Engelsk og deres oversættelser til Dansk
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For most of the impact categories, the potential spatially determined variation is very large.
In the example, spatially determined differences in sensitivity are considered relevant to the decisions that shall be based on the results of the LCA.
However, the potential spatial variation is so large(as revealed by the spatially determined standard deviation) that the conclusion is highly uncertain.
Compared to the spatially determined variation between countries, the temporal variation within countries, determined in this way, is less significant.
Therefore, a site-dependent characterisation is performed for those processes which contribute the most to the site-generic impacts,in order to reduce the spatially determined uncertainty and strengthen the conclusion.
The EDIP2003 exposure factors have been established to evaluate spatially determined variations in the increase of human exposure4 through inhalation resulting directly from air emissions.
The spatially determined variation which potentially lies hidden within the site-generic terrestrial eutrophication impact can be estimated from the standard deviation given in Table 5.1 for each substance.
However, the potential spatial variation is so large(as revealed by the spatially determined standard deviation) that the conclusion might change if spatial variation were to be included.
The spatially determined variation which potentially lies hidden in the site-generic photochemical ozone impacts, can be estimated from the standard deviation given in Table 7.1 for each substance.
For the site-generic impacts, the potential spatial variation is so large(as revealed by the spatially determined standard deviation) that the conclusion might change if spatial variation were to be included.
Therefore, a site-dependent characterisation is performed for those processes that contribute the most to the site-generic impacts in order to reduce the spatially determined uncertainty and strengthen the conclusion.
Step 2 is repeated until the site-dependent contribution from the selected processes is so large that the residual spatially determined variation in the acidification score can no longer influence the conclusion of the study e.g. when the site-dependent share is larger than 95% of the total impact score.
Therefore, a site-dependent characterisation is performed for those processes which contribute most to the site-generic acidification impacts in order to reduce the spatially determined uncertainty and strengthen the conclusion.
While still supporting site-generic characterisation,EDIP2003 also allows quantification and reduction of the spatially determined variation in impact through the inclusion of spatial variation in emission sources, and subsequent dispersion and receiving environment exposure.
Therefore, a site-dependent characterisation is performed for those processes that contribute the most to the site-generic aquatic eutrophication impacts with N in order to reduce the spatially determined uncertainty and strengthen the conclusion.
Repeat step 2 until the site-dependent contribution of the selected processes is so large that the spatially determined variation in the photochemical ozone impact score can no longer influence the conclusion of the study e.g.
For ecotoxicity assessment, the expression becomes(9.2) The site-generic impact potential in EDIP97 is interpreted as the largest impact to be expected from the emission andthe site factor is seen as the spatially determined probability that the full impact will occur, i.e. SF ranges between 0 and 1.
The developed exposure factor is expected to represent only a minor part of the actual spatially determined variation in the fate and resulting exposure of ecosystems to chemicals within Europe since: A large number of parameters which potentially contribute to spatial variation could not be included in the framework as explained in Tørsløv et al.
The site-generic impact potential in EDIP97 is interpreted as the largest impact to be expected from the emission andthe site factor is seen as the spatially determined probability that the full impact will occur, i.e. SF ranges between 0 and 1.
Step 2 is repeated until the site-dependent contribution from the selected processes is so large that the residual spatially determined variation in the acidification score can no longer influence the conclusion of the study(e.g. when the site-dependent share is larger than 95% of the total impact score).4.7 Normalisation The EDIP2003 person equivalent for acidification is 2.2?103 m2/pers/yr.
Indeed, the developed exposure factor is expected to represent only a minor part of the actual spatially determined variation in the fate and resulting exposure of ecosystems to chemicals within Europe since.
Step 2 is repeated until the site-dependent contribution of the selected processes is so large that the residual spatially determined variation in the terrestrial eutrophication score can no longer influence the conclusion of the study(e.g. when the site-dependent share is larger than 95% of the total contribution). 5.7 Normalisation The EDIP2003 person equivalent for terrestrial eutrophication is 2.1?10 3 m 2/pers/yr.
Step 3 The site-dependent contributions from the process selected in step 1 are added to the adjusted site-generic contribution from step 2. Step 2 is repeated until the site-dependent contribution of the selected processes is so large that the residual spatially determined variation in the terrestrial eutrophication score can no longer influence the conclusion of the study(e.g. when the site-dependent share is larger than 95% of the total contribution).5.7 Normalisation The EDIP2003 person equivalent for terrestrial eutrophication is 2.1?103 m2/pers/yr.