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- W4293492831 abstract "The transportation sector accounts for 16% of global greenhouse gas (GHG) emissions and is under formidable pressure to decarbonize. With a growing number of countries making commitments to achieve carbon neutrality or “net-zero” emissions within the next few decades, it is imperative for transportation researchers and policymakers to understand the viable pathways towards achieving carbon neutrality for light-duty transport. This chapter discusses the transportation policies and GHG emissions of the three largest markets in the world—the U.S., China, and the European Union. The life cycle GHG emissions of various vehicle technologies are evaluated while highlighting the regional and temporal differences. We then use market penetration and fleet models, developed specifically for each market, to comprehensively assess the light-duty transport energy demand and GHG emissions under various scenarios. The modeling results show that battery electric vehicles (BEVs) will increase in market share, but internal combustion engine vehicles (ICEV) will continue to dominate the passenger vehicle stock in the next 20 years under most scenarios. Improving ICEV efficiency can play a critical role in meeting GHG regulations in the near- and medium-term. BEVs, whose GHG emissions are highly dependent on the source of electricity generation, will play an essential role in the long-term as the electric grid becomes cleaner. In summary, transportation policies should be technology agnostic and consider emissions based on the whole life cycle. Moreover, a holistic approach to reducing transportation GHG emissions is key to achieving global environmental goals." @default.
- W4293492831 created "2022-08-29" @default.
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- W4293492831 date "2022-08-29" @default.
- W4293492831 modified "2023-10-17" @default.
- W4293492831 title "Light-Duty Vehicle Transportation Policy and Implication on Greenhouse Gas Emissions" @default.
- W4293492831 cites W1967296814 @default.
- W4293492831 cites W1968316979 @default.
- W4293492831 cites W1969919054 @default.
- W4293492831 cites W1981125637 @default.
- W4293492831 cites W1981416640 @default.
- W4293492831 cites W1985164099 @default.
- W4293492831 cites W1985598712 @default.
- W4293492831 cites W1991988517 @default.
- W4293492831 cites W1993736653 @default.
- W4293492831 cites W1999219600 @default.
- W4293492831 cites W2008759337 @default.
- W4293492831 cites W2010586795 @default.
- W4293492831 cites W2024250408 @default.
- W4293492831 cites W2026665127 @default.
- W4293492831 cites W2027614037 @default.
- W4293492831 cites W2027667091 @default.
- W4293492831 cites W2028578901 @default.
- W4293492831 cites W2029500683 @default.
- W4293492831 cites W2031359631 @default.
- W4293492831 cites W2032290437 @default.
- W4293492831 cites W2036817613 @default.
- W4293492831 cites W2039224197 @default.
- W4293492831 cites W2045095115 @default.
- W4293492831 cites W2045938028 @default.
- W4293492831 cites W2050223047 @default.
- W4293492831 cites W2052576779 @default.
- W4293492831 cites W2055357320 @default.
- W4293492831 cites W2056865984 @default.
- W4293492831 cites W2065713301 @default.
- W4293492831 cites W2069543191 @default.
- W4293492831 cites W2070181932 @default.
- W4293492831 cites W2072463545 @default.
- W4293492831 cites W2075995696 @default.
- W4293492831 cites W2077699659 @default.
- W4293492831 cites W2081050727 @default.
- W4293492831 cites W2083976914 @default.
- W4293492831 cites W2085521461 @default.
- W4293492831 cites W2087857861 @default.
- W4293492831 cites W2088750632 @default.
- W4293492831 cites W2089475260 @default.
- W4293492831 cites W2092016605 @default.
- W4293492831 cites W2092830197 @default.
- W4293492831 cites W2096643994 @default.
- W4293492831 cites W2103198964 @default.
- W4293492831 cites W2120189697 @default.
- W4293492831 cites W2126684897 @default.
- W4293492831 cites W2153555128 @default.
- W4293492831 cites W2167639282 @default.
- W4293492831 cites W2191072129 @default.
- W4293492831 cites W2209738689 @default.
- W4293492831 cites W2228160435 @default.
- W4293492831 cites W2318042517 @default.
- W4293492831 cites W2318877422 @default.
- W4293492831 cites W2320554231 @default.
- W4293492831 cites W2339492113 @default.
- W4293492831 cites W2341371843 @default.
- W4293492831 cites W2344163937 @default.
- W4293492831 cites W2363959204 @default.
- W4293492831 cites W2482444945 @default.
- W4293492831 cites W2511293506 @default.
- W4293492831 cites W2513019121 @default.
- W4293492831 cites W2514925825 @default.
- W4293492831 cites W2517200273 @default.
- W4293492831 cites W2520842345 @default.
- W4293492831 cites W2620581314 @default.
- W4293492831 cites W2708454344 @default.
- W4293492831 cites W2780570987 @default.
- W4293492831 cites W2791846247 @default.
- W4293492831 cites W2795132940 @default.
- W4293492831 cites W2957186665 @default.
- W4293492831 cites W2981258778 @default.
- W4293492831 cites W3020906143 @default.
- W4293492831 cites W3162258544 @default.
- W4293492831 cites W4229629797 @default.
- W4293492831 cites W4240740376 @default.
- W4293492831 cites W74161463 @default.
- W4293492831 cites W747594623 @default.
- W4293492831 cites W89004840 @default.
- W4293492831 cites W90822366 @default.
- W4293492831 doi "https://doi.org/10.1021/bk-2022-1412.ch002" @default.