Here's another example - look at all the little rail branch lines servicing parts of 1944 Boston: https://ngmdb.usgs.gov/img4/ht_icons/overlay/MA/MA_Boston%20...
I don't know how you bring that back after decades of building for cars.
Just require distribution centers or warehouses to require a rail connection to the state's rail infrastructure to be approved for construction.
If no rail connection exists, then the state will negotiate who pays for what to extend the network to it.
1. We actually do not have a market mechanic that exists in the United States that allows people to choose properly dense homes or neighborhoods because of a number of reasons. Search tools and things like that focus on metrics like square footage or number of bathrooms, and so people select for that "bigger is better" "more is better".
2. State departments of highways (they don't do anything besides that in most states) consist of individuals and contractor companies who have become adept and normal with building highways, and so all of the organizational inertia is on building anything that looks like a highway for the safety of drivers, to the detriment of everyone else. Since only highways get funded and built in most of the country, we end up having other companies like fast-food restaurants build in ways that cater to the driving demographic.
Even in the US, walkability scores, satellite photos, maps of transit and bike lanes, commute estimates, are all common enough on real estate sites. I think you just be seeing may be observing people's expressed preferences.
There are no filters or options for things like proximity to a park or coffee shop, neighborhood demographics, whether the neighborhood has events or a civic organization, or other relevant information. There is no scorecard for whether or not a home is architecturally sound (I.e. symmetrical, built with proper materials for the environment, etc.) either. You actually have to look through dozens or hundreds of homes yourself.
Items like walkability scores which are displayed on websites like Zillow are good, but they don’t really tell you much about how actually walkable an area is. They’re also not a primary feature in the search utilities.
What I did not appreciate, but they did, is that these rails can bring an absolutely astonishing amount of noise into a town, and behind that a long trail of associated social ills. There is a gradual sifting of residents within a certain distance of these trains, based on who is either loud themselves and thus doesn't mind, or else must tolerate the amount of noise these things make.
Our town is old enough that some of the 'nicer' neighborhoods predate the introduction of the rails, so there isn't a strong confounding signal of 'bad' neighborhood correlation at work here. In at least one case there was a house we pushed past our agent's scheduling machinations to see for ourselves, and would likely have closed on had we not happened to visit at just the right time, when a multi-engined repositioning train (which we had no idea was a very common guest on what we thought was a mild mannered commuter rail line) came through. Though unseen and multiple blocks away, it still shook the floorboards as it passed.
Both older DC and newer AC trains are effectively silent when coasting on a straight
The main sources of noise are cornering and braking. I live in a rare city that has narrow gauge for all of our rail, and am less than 200m from the busiest corridor in our state
I regret chosing an apartment on a tight bend (narrow gauge's bends are especially loud)
But if I were to live 500m away parallel to the track (as in, still 200m away from the track) the mostly AC electric trains going by every few minutes would be largely inaudible (<40dB)
My main point is tracks aren't loud, tight corners and areas around stops can be loud
I fear city planners aren't testing their decisions closely enough, though
Anyway, noise pollution has a real impact on health, but so does particulate carbon and benzene from freeways. Before moving near a major road, find out what sort of PM 2.5 is typical, and check to see if everything is coated in black dust. If so, and you can afford some other place, move there instead.
I just Googled for <<does bart grind tracks and wheels?>>
Plenty of hits indicating that, yes, BART does grind tracks and wheels.
> was quiet when new
Do you mean in 1974 it was quiet? I tried to Google for any evidence of this and I can find nothing.
Not sure the safety track record, but if it’s favorable, perhaps this kind of program could be expanded.
https://www.sanjoseca.gov/your-government/departments-office...
Instead powertrain would have to somehow switch entirely to battery while moving through sound propagating areas, and I'm assuming (maybe generously) that this is not already being done for some thorny technical reason and not just due to systemic inertia and complacency.
Example: https://www.google.com/imgres?imgurl=https%3A%2F%2Fwww.webca...
What would the battery be used for?
Okay, I understand now.
An alternative proposition to installing batteries in DE engines is modifying them to be able to switch between electric lines (infrastructure) and the diesel engine.
This means that towns can lay down the infrastructure, so that the diesel is switched off when the engine is going through a town, and then switches on again when the infrastructure is no longer there.
The added benefit to this would be then that rolling out infrastructure gradually is not a problem: keep adding infrastructure over long distances and after a few decades the diesel engine won't be needed anymore.
Sadly I think even installing infrastructure for local electrification would not get out of the starting gate, because you need to both modify all of the engines involved, as well as add infrastructure to every affected town with all of the predictable pushback from people who will react negatively the notion of installing a bunch of extremely high power, highly visible catenary on already-dangerous rail paths.
But fortunately we can take advantage of a useful characteristic of trains, which is that it's quite natural to hook up a car called a tender, normally carrying fuel such as diesel or (in the old days) coal but in this case would be a giant battery on wheels that's been pre-charged and positioned on a siding outside of town at the crest of any convenient rise, ready for connection to incoming freight trains. These can then switch off (or idle) their diesel engines and draw on the battery for power as it passes into and out of town. Obviously a fee would be charged, but towns have all the leverage here- it's not as if the freight can just take some other set of train tracks that go around the town to avoid payong it.
This has the benefit of being extremely easy to get by in on, as it makes very little demand of both freight train operators and towns respectively. operators need to add nothing more than a simple transfer switch to the engine (which may already exist) and for the towns, the same high power electric circuit as catenary, minus all the catenar, and located on a short siding safely well out of town. And of course a couple great big batteries, but they are mobile and can go where the yrains are, thus far cheaper than putting poles in the ground everywhere the trains run.
The day train usually slows since coming the other way it is approaching a pedestrian crossing. I kinda love it because when it speeds up again you can hear it's giant turbo spooling... Sounds so good.
The rumbling also sounds kinda cool, sometimes it'll shake the house, I thought about setting up an accelerometer on and Arduino to swee what output I'd see.
Often however I think I hear the train but it's just the sea. Or I can hardly hear the train for the noise of the sea.
I love the noise and the trains. You get used to the sounds, and it becomes comforting. Like a loud rain on a rooftop. I feel strange when it's quiet.
There are some homes by Georgia Tech that are literally feet from the tracks [2], and I think those are awesome. I also hope these trains don't derail frequently like the ones in Hulsey Yard do.
[1] https://m.youtube.com/watch?v=ZVX0KMTa8ZA
[2] https://www.redfin.com/GA/Atlanta/576-Marietta-St-NW-30313/h...
A well maintained line and fleet would also not have that much screeching.
I imagine that rail line makes a big difference in being able to keep up with the logistics advantages of 6 big box stores within 30 minutes.
Seems US is doing pretty well on prioritising freight rail transport, despite brainwashing, at least compared to europe.
Which is probably a good thing. Until that figure is a lot higher, passenger rail is just one more thing reducing the efficiencies of freight.
https://www.bts.gov/newsroom/2017-north-american-freight-num...
https://www.aar.org/facts-figures#:~:text=Freight%20rail%20a....
I’m unclear why you’d care about value at all in the context of this discussion. In context weight and volume are the most relevant metrics.
Travelers and commuters win, cargo wins!
It is funny though, the US built it's current freight network in a comparatively low tech era, yet I doubt it could do it again in the current era due to funding and beauracracy.
Also, have you heard of the Alameda Corridor is Los Angeles County? That project is incredible. The amount of soil moved for that project must be staggering. The dimensions: <<The centerpiece of the new Alameda Corridor would be the "Mid-Corridor Trench" a below-ground, triple-tracked rail line that is 10 miles (16 km) long, 33 feet (10 m) deep, and 50 feet (15 m) wide.>>
And quite a few industrialised countries around the world are building more rail lines.
The US already has an extensive freight rail network. It's the one part of their rail transport that works fairly well. Expanding that should be possible.
Especially because freight typically travels slower than passengers, so your track doesn't need to be as straight, so you have more leeway in planning.
Can you expound on this?
You can do some web searches. Alas, it's a bit hard, because Google seems to insists that I am only interested in new _high-speed_ rail lines, instead of all new rail lines. But if you are willing to only look at those, https://en.wikipedia.org/wiki/Proposed_high-speed_rail_by_co... has a list.
Also, the original post wrote:
> the US built it's current freight network in a comparatively low tech era, yet I doubt it could do it again in the current era due to funding and beauracracy.
My reply was specific to that. Saying: The original post says little because _no_ highly industrialised nation could build a freight network from scratch given current land and noise constraints.
Not as far as I know.
However, if you can build any rail at all, you can build freight rail, too.
It's mostly in the US that freight rail is noisier than passenger rail. As explained in https://news.ycombinator.com/item?id=39023890
If you are building new freight rail in your country, you can avoid problems (1) and (2) from that comment. Freight rail doesn't take more land than other rail (if anything, it has lower requirements, because lower speeds mean tighter curves are possible). And freight rail doesn't have to be noisier than passenger rail.
It's certainly not a US only problem. My city tore up all it's rail and now there are houses in the way so we can't put it back. On top of that, labour and materials are so expensive we probably couldn't afford it anyway.
Thanks for showing me that project, I had not heard of it. I am also excited to watch what Bright Rail are doing and if that translates into a country wide approach to high speed rail.
In Canada, to my understanding, it's the other way round where passenger trains have been reduced because of the need for more cargo train trips. The USA might be similar.
But the USA is VAST. Freight trains are LONG. Not much of America's West is actually double track. And when you have a shorter Amtrack and a long freight train the Amtrack loses. The Amtrack has to wait until the freight train has passed.
As the freight trains run on PSR [1] there is no fixed time as to when they pass and thus the Amtrack can not run reliable.
As such it is easier for me to drive from West Los Angeles to Las Vegas, or even to drive to LAX and then fly to LAS than it is to take the train.
https://www.amtrak.com/content/dam/projects/dotcom/english/p...
the law says that passenger trains have priority, but nobody respects or enforces that.
"Under PSR, freight trains operate on fixed schedules, much like passenger trains, instead of being dispatched whenever a sufficient number of loaded cars are available."
So do they leave on a fixed schedule, or is there no fixed time? It sounds like the previous system had no fixed time (leave when ready) whereas in the PSR world - there is in fact a set schedule.
https://www.vice.com/en/article/5dgezn/the-worst-and-most-eg...
Why is everyone here claiming that is not true? Is Wikipedia wrong?
I spend a lot of time reading to what the union members said.
E.g.: https://www.vice.com/en/article/qjkzbq/28-freight-rail-worke....
That sentence doesn't match with the idea of a fixed schedule. A fixed schedule doesn't require you to be on-call, because you know when the train will leave.
I'm confused now.
Caltrain tracks and right of way was purchased in 1991 from Southern Pacific (now Union Pacific) by Peninsula Corridor Joint Powers Board which is basically Muni, SamTrans and VTA for most of the route.
Here is a detailed map of who owns what https://caltrain-hsr.blogspot.com/2009/01/caltrain-right-of-...
While it is true that Southern Pacific owned the line for most its history it was always built as commuter line. Union Pacific is only allowed to operate 3 freight lines per day on weekdays now.
Freight does not take priority, historically freight did not fund the development of the line, Characterizing it a freight line with passengers added on to it is not a fair representation.
--
I cannot speak for Amtrack, I don't know the network personally and it is also big and very composite a network to make any general statements like for Caltrain. However in general commuter heavy lines were built as commuter lines very early one because there was economic case to do so. It is the only the long distance lines which do not have the economic viability on their own that can only run on freight lines.
No one (generally) bats an eye when voting at the city level for a $100mm road package.
But trains?
Freight should move mostly by train. We could build rail lines where there are already highways, just swap a vehicle lain for a train rail, all that 18 wheeler traffic can be reduced significantly.
Safer highways. Less congestion.
Rail truly is a unique infrastructure concern and needs to be designed and laid on its own.
Passenger trains typically (want to) run faster than freight, so the requirements are stricter.
The billionaires are surely investing heavily on trains and farms.
Which goes to show that money doesn't have that much of an influence in politics, despite popular opinion to the contrary.
Similar for eg more open immigration, or not shutting down the US government down every so often.
Compare also https://en.wikipedia.org/wiki/Impact_of_the_privatisation_of... and see eg the share of rail in all transport.
I don't know what building a second parallel railroad system to take over this task would cost, but I'd guess several Iraq Wars.
Making the trucks autonomous doubles their utilization, which means we need half as many trucks, and makes freight cheaper, which makes prices lower, benefitting everyone, especially the poorest.
> As a culture, we've been brainwashed...
This is never the start of a insightful argument!
A rail line is single use, single destination. commuter and cargo cannot mix (one goes high speed and one goes super slow) if they do mix it shuts the entire segment of the track down until it’s off that track.
Roads are multi use , multi location. It seems unfair to compare the cost based on road maintenance vs track maintenance. I would expect something to account for the sheer difference in volume each does
Road trains are both intermediate solution everywhere and also can operate in routes where trains are not economical enough, even if there was a will to do it.
...or just kill everyone, problem solved :)
(I used to work for an autonomous truck company, and when you factor in the cost of roads in addition to the development of the trucks, it makes absolutely no sense to do autonomous trucking when you could do trains. As a culture, we've been brainwashed not to fund trains. We collectively spend billions and billions on roads but would not dare spend money to build more tracks. It is shocking and ludicrous, but that's what happens when you suck up a century of propaganda from the fossil fuel and automotive industry).