Excellent! Same with urban mass transit, then.
Excellent! Same with urban mass transit, then.
Second, local roads (i.e. the majority) are mostly funded through the general fund of municipalities.
Here's an overview of how laughably short gas taxes fall when it comes to paying for the roads: http://frontiergroup.org/reports/fg/do-roads-pay-themselves
First, bicyclists make use of the roads so there should be a congestion free.
Second, diesel taxes are aimed at trucks but also ensnare diesel cars which don't wear the road more than an equivalent passenger car so we need a vehicle specific paradigm. This is probably the appropriate way to price in scarcity - most motorcycles consume more fuel than most hybrids but motorcycles should wear the road less.
I also agree that congestion is the key. Congestion isn't a constant throughout the day, yet fuel taxes are. If we want to maximize our investment in all those roads, we should have higher pricing when that resource is most scarce.
At present, bicyclists mostly represent a mode shift away from driving, which represents a net mobility increase for a given congestion equilibrium. I suppose at some point we could have so much mobility being provided by bicycles that we experience significant congestion (I say we, as in the USA, as opposed to places like Amsterdam that have the lovely problem of bicycle congestion today).
That said, I'm not sure I'd ever be a huge fan of pricing bicycle travel the same way I'd price car travel. I guess I'd argue that bicycling is something between a really, really low cost means of providing mobility that benefits society as a whole, and a straight-up virtue good. I'd call bicycling a virtue good in that, the more of it a bicyclist does, the better their health, which has even more positive externalities for society as a whole.
I challenge that, bicyclists who do things like run red lights seem to increase congestion.
Although, once I got past face-palming, I could read your comment as charitably as possible and interpret that what you're saying is "bicyclists who do things like run red lights seem to increase congestion [over bicyclists who don't.]", but I think that's a stretch.
I did find one counter-point, this study [0], but it's key to note that it's a simulation for a non-existent scenario, and IMHO it would be stupid to have a 10% proportion of bicycles and not have appropriate infrastructure.
[0]: http://peopleforbikes.org/blog/real-talk-bikes-cant-reduce-c...
So mass transit should be partially publicly-funded. Suburbs should not.
Mass transit reduces congestion, reduces land usage, reduces environmental damage, reduces poverty, reduces pollution, increases quality of life and is usable by the vast majority of the population.
Suburbia infrastructure only serves those living in suburbs and has the opposite effect of each metric listed above.
I mean, we aren't putting the costs of hurricane relief efforts on people's car tabs yet, but give it a few years.
It's probably super difficult to exactly quantify how much something costs, but I think it should be provable that public transit is cheaper per person than the maintaining the network of roads we have. Of course, it's also hard to quantify the worth of those roads when we have a natural disaster and public transit stops working...
In all of those cases, the fares plus gain in property values far exceed their costs. Indeed, every one of those authorities realizes that it would be net money loser on the sales/property/business taxes generated if they could stop paying maintenance and shut down the transit systems for free.
[1] Edit: except maybe that one.
https://en.wikipedia.org/wiki/Farebox_recovery_ratio
Even the London tube does pretty well by this measure.
A quick analysis shows that while a system like BART may operate at a loss of about one dollar per trip, that is not far off from the costs of operating our car and road network. Based on average fuel economy, and road expenses the state of California subsidies driving at a rate of about 6.2 cents per mile. I didn't find any hard sources, but a few references that the average commute may be about 12 miles. That would make the average subsidy for a commute to be about $0.75.
- BART looses about a dollar per trip: (https://www.citylab.com/transportation/2015/06/how-much-mone...) - California gas tax covers 22.7% of road costs: (https://taxfoundation.org/gasoline-taxes-and-tolls-pay-only-...) - Average fuel economy is 23.6 miles / gallon in the USA: (https://www.washingtonpost.com/news/wonk/wp/2013/12/13/cars-...) - The gas tax is 48.6 cents per gallon.
Math: - Total road expense per gallon of gas sold: 0.486/0.227 = $2.14 - Subsidy: 2.14-0.486 = $1.65 - Per mile $1.65/26.6 = $0.062