The Dynamic Integrated Model of the Climate and the Economy (DICE) is a growth model that takes into account emissions, greenhouse gas concentrations, climate change, and the possibility of implementing mitigation policies.
Moreover, the utilization of spatial diversity thanks to MIMO technology opens new possibilities of interference mitigation [1 3].
It is now widely recognized that technological change will play a substantial role in reducing GHG emissions without compromising economic growth; hence, any better understanding of the process of technological innovation is likely to increase our knowledge of mitigation possibilities and costs.
The third researches the possibilities for mitigation.
We thus need to consider the possibility of lahars in hazard mitigation planning regardless of the hydrological environment of the eruption center (e.g., with or without a crater lake) and season during which the eruption occurs (e.g., with or without snow cover).
Geoengineering introduces the possibility of technical substitution away from mitigation, but it also affects the strategic interaction across countries: mitigation decisions directly affect geoengineering decisions.
Therefore, computational fluid dynamics models were used in this work to analyze the performance of mitigation barriers with different shapes to investigate the possibility of increasing mitigation barrier efficiency by simply changing the main geometrical characteristics of the barrier such as roughness, battlements, or even holes.
The applicability of the numerical simulation method to a micro-channel type heat exchanger, e.g. PCHE, was assessed qualitatively, and the possibility of a self-plugging or self-mitigation against the CO2 ingress accident was discussed as well.
Elevated levels of transcripts encoding antioxidant enzymes in our rapamycin-exposed SSCs suggest the possibility that the mitigation of ROS and DNA damage could facilitate adult stem cell expansion and that it might be counterbalanced by mTORC1 activity.
Next, we explore the possibility of applying automatic methods for sequencing error mitigation (SEM), including masking of bases likely to be miscalled and "correction" of indels likely to be spurious.
