This isn't some pipe dream. 2050 is far enough in the future that there's time to make infrastructure investments to bring up the level of "bike-friendliness" in cities where it is lagging, and it's long enough for smart incentives to work their magic and discourage car usage (especially in cities and for commuting).
As you can see in the picture above, bike LCA came to 21g of CO2 per kilometer, electric-assist bikes were 22g, buses scored 101g of CO2/km, and passenger cars got an average of 271g CO2/km (and that's just for short trips that could be replaced by bikes, which is what the study focused on).
Another thing of note in the study is the part where they discuss the life-cycle impact of cars (page 12 of the study). They found that 77% of the impact came from what they call 'tank to wheels', or the burning of the fuel. This means that fuel efficiency makes a big difference; while it isn't nearly as green as biking, if you have to drive a car, make sure it is the most fuel-efficient model that fits your needs and drive it sanely to keep MPG as high as possible.
Via ECF (pdf), BikePortland
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This is my favorite related graphic showing fuel efficiency (and time, etc.) of different modes of transport:
ReplyDeletegood.is/infographics/is-a-plane-more-fuel-efficient-than-a-prius#open
Not sure if this'll let me put the full / clickable link, but if so:
ReplyDeletehttps://www.good.is/infographics/is-a-plane-more-fuel-efficient-than-a-prius#open