The period over which the mitigation and health impacts are analyzed must be carefully assessed, both in relation to the time course between implementation of mitigation and consequent impacts, and in relation to time preferences for specific outcomes and the associated choice of discount rates.
Emissions and mitigation potentials for both, the forest and timber sector are analyzed.
The mitigation effects of ring oblique tunnel portal on the initial compression wave are analyzed.
Once the basic standards are met, the effectiveness of a mitigation measure is analyzed in more detail.
A special focus is provided with an uncertainty analysis, where the impact of uncertainty of 14 parameters on the variability of the mitigation potential was analyzed with Monte-Carlo simulations.
Overall, our results suggest that: (i) there is limited potential for additional HWP sink in the EU; (ii) the HWP mitigation potential should be analyzed in conjunction with other mitigation components (e.g. sink in forest biomass, energy and material substitution by wood).
Whereas in this paper we evaluated the HWP alone, from the analysis above it is clear that the HWP mitigation potential should be analyzed in conjunction with other mitigation components (e.g. sink in forest biomass, energy and material substitution by wood).
The underlying mechanism of blast mitigation with lightweight claddings is analyzed in terms of energy.
The impact of participation fees on jury selection and representativeness, and on statistical mitigation of response errors, is analyzed.
Finally, the measurements with respect to mitigation of GHG emissions were analyzed and described.
