Crazy Transit Pitches

At the length of any of the lines - even to Brockton - travel time is a bigger factor than frequency. The Red Line takes 5-10 minutes longer between South Station and Braintree than commuter rail, and that gap will grow with double tracking and electrification. As you get further out, the performance difference between 50 mph and 79 mph matters more with wider stop spacing. You're talking 15+ minutes difference in travel time to Brockton.
 
Without all that much investment in new infrastructure this concept could connect Old Colony traffic through to the Fitchburg line, too. I'm not sure how much of a success the idea of Brockton-Waltham electrified local service, routed through the Red Line from Porter to Braintree, would be... but it could be done using a lot of what is already there if it weren't for the current regulations that strictly prevent main line trains and rapid transit trains running together. It would also require it be economical to electrify the lesser-used sections of lines that would be operating through into the Red Line, whuch might unfortunately be a stretch in the US as well. It's a far fetched idea but it's one that rattles around my head a lot.
This goes back to my assertion that the subways were the original "North South Rail Link". Like, it absolutely would be parismonious to have an S-Bahn system with lower frequency branches to Lexington, Fitchburg, Sudbury, and Watertown coming together 3 or 4 miles outside of downtown, running across Boston-Cambridge before fanning out on the other side to lower frequency branches to Greenbush, Plymouth, Middleboro/beyond, Randolph, and Mattapan. That would be a pretty "natural" structure. The mode shift between HRT and mainline creates a discontinuity.

Thinking about this more, I believe there is an additional factor that creates pressure on the Old Colony Lines: the Old Colony trunk is serving a much wider hinterland than any other trunk. By "hinterland", I mean "all the places you can be on your way to"; for example, Auburndale's hinterland includes Framingham and Worcester, but probably excludes Norwood, because it wouldn't really make sense to pass through Auburndale on your way from Boston to Norwood.

Below, I've (very) roughly sketched hinterlands for Dedham, Route 128, and Quincy:

1760733751736.png


There are lots of ways to draw this, but in general:
  • Route 128's hinterland roughly spans from Route 95 to Route 24. This accounts for an arc of about 8 miles, on a 20-mile radius centered on downtown Boston
  • Quincy's hinterland is everything from Route 24 to the ocean. This accounts for an arc of something like 21 miles
The Old Colony trunk is "responsible" for serving a huge swath of land. Some of that area is very lightly settled, but a lot of it isn't.

To put it another way, the Greenbush Line (and to a lesser extent, the Kingston Line) "should" feed into a hypothetical trunk that cuts through Boston Harbor, especially from Cohasset and Hingham. The deviation to Quincy is pretty severe. The outer part of the Kingston Line could also be handled by such a trunk. That would leave Quincy responsible for a much smaller swath, more on par with the Route 128 and Dedham hinterlands.

1760732637895.png


And I think the Old Colony's distortion is unusually severe. The closest equivalent is Rockport, but even there, the route as-the-crow-flies doesn't deviate that much from the rail route. Playing around with measuring the distances, it looks like Rockport's deviation adds an extra 3% to the journey, while Greenbush's is 15% (and Cohasset's is 34%).

1760732932771.png


And the hinterland problem is exacerbated by the fact that Quincy has a high population density that stretches unusually far from Downtown Boston:

1760734928162.png
 
So Greenbush would be the easiest of the three branches to run on RL, as you could temporally segregate any Quincy freight. You would need to dip under the CR track. It would have to run on the Cabot leads as south of JFK will be at maximum and that means ending in Seaport or some kind of SS adjacent viaduct. Kingston could come through Braintree but it would not be cheap, unless a waiver to cross FRA tracks was issued. (There are a few cross country, but I can't speak to the likelihood)
It might be cheaper than DT OC.
 
Hard to imagine we would fund an extension to Lynn, and not continue to Salem in the same expansion build. But stranger things have happened.
Assuming we are following the N/R line beyond Lynn, is there much benefit to that beyond :15 RR service? Yes, 5-6 minute or better frequencies is, well, better, but I’m not sure demand would need that.
 
Assuming we are following the N/R line beyond Lynn, is there much benefit to that beyond :15 RR service? Yes, 5-6 minute or better frequencies is, well, better, but I’m not sure demand would need that.
Yes. There is a lot of demand from Salem, and it is still split between Downtown/Everett/Chelsea and Revere/East Boston/MGH like Lynn. In addition to 2-3 infills (depends how you count Riverworks) in Lynn, Swampscott could be moved to the BL speeding up Newburyport/Rockport trips and you can add another Salem station (the new BL terminus since touching the tunnel is not happening.)

And it's not just the benefits side, it's the cost side too. There are no grade-separations needed to get to Salem from Lynn, and almost the entire ROW is either triple/quad tracked already or has plenty of space for it. The major infrastructure needed is:
  • Rebuild of Swampscott station
  • New Essex St bridge for quad-tracked line
  • Widen the ROW for 1 mile north of Essex St to three tracks from two
  • South Salem station for CR interchange
  • Blue Line spur either through/over the Community path or through/over the bathroom supply store, ending at a station at or above Riley Plaza.
In fact, the extension to Salem would likely be cheaper than the extension to Lynn since that has to deal with the messy route choice through either Rumney Marsh or Point of Pines.
 
Yes. There is a lot of demand from Salem, and it is still split between Downtown/Everett/Chelsea and Revere/East Boston/MGH like Lynn. In addition to 2-3 infills (depends how you count Riverworks) in Lynn, Swampscott could be moved to the BL speeding up Newburyport/Rockport trips and you can add another Salem station (the new BL terminus since touching the tunnel is not happening.)

And it's not just the benefits side, it's the cost side too. There are no grade-separations needed to get to Salem from Lynn, and almost the entire ROW is either triple/quad tracked already or has plenty of space for it. The major infrastructure needed is:
  • Rebuild of Swampscott station
  • New Essex St bridge for quad-tracked line
  • Widen the ROW for 1 mile north of Essex St to three tracks from two
  • South Salem station for CR interchange
  • Blue Line spur either through/over the Community path or through/over the bathroom supply store, ending at a station at or above Riley Plaza.
In fact, the extension to Salem would likely be cheaper than the extension to Lynn since that has to deal with the messy route choice through either Rumney Marsh or Point of Pines.
I'm not feeling very convinced that it's all that cost-effective to go past Lynn. Mostly due to the station reconfigurations. There is room in most of the ROW for 4 tracks (notably the Forest River Conservation Area looks very tight and potentially fraught with environmental concerns), but is there room for four tracks with two island platforms? Or even four tracks with a single island platform?

I've pondered Lynn for a bit, and it looks to me like you'd have to build into the garage to get elevated parallel space for a BL platform in addition to the rebuilt CR platform. Maybe you can stagger the platforms, but you'd still have to build a new elevated section above the busway. That seems expensive, but in my mind it's worth the extra money for a big return on Lynn. The real kickers look like Swampscott and the future South Salem station as it is planned. You'd have to completely rebuild both. You'd probably have to cut CR stops and make them BL only, right? And even then that seems really tight, especially with the bridge in Swampscott. While Salem is a fantastic destination, I am having the same questions as @CheapLeak, is all of this rebuild and investment really worth it when there is going to be way better 15 minute frequency on mostly existing infrastructure?
 
Arguably stretching the definition of 'crazy' here but here's the pitch: Completely remake Massachusetts into a railroad state. Reactivate loads of old lines, and encourage dense yet decentralized development in existing railroad villages, towns, and cities that are small but relatively dense. Think Clinton, Palmer, Ayer, Gardner, Shirley, Pepperell, Webster, Ware, Housatonic, etc. The smaller villages and towns would become communities built around cores of duplexes and triple deckers, supported by retail and light industries. Larger cities and junction towns would lean more into commerical/lab/office space, becoming regional job centers. All supported by the network of lines allowing for at least 4-6 trips per day between any destination pair. Here's the very crude MyMaps I've made for the proposal, the next step will be making a nice diagrammatic Illustrator map with actual service patterns shown.
View attachment 67281
All Aboard Massachusetts.png

I'm just about done with (V1 of) everything west of Lowell that's in MA, so here's an update. (Scope creep has set in, unsurprisingly.)
 
View attachment 68009
I'm just about done with (V1 of) everything west of Lowell that's in MA, so here's an update. (Scope creep has set in, unsurprisingly.)
This person lives in Greenfield or has way too fond of an affection for the place - no reason to have a two fast/semi-fast and 3 locals to serve Greenfield, unless we have a billion Americans in the Yglesias future.
 
This person lives in Greenfield or has way too fond of an affection for the place - no reason to have a two fast/semi-fast and 3 locals to serve Greenfield, unless we have a billion Americans in the Yglesias future.
There are a few reasons:

1. There's got to be a connecting hub somewhere.
2. Each of these services serves a purpose, and removing one would be a sacrifice, not an optimization. Gardner-North Adams for service along the Mohawk trail, Greenfield-Boston for an express connection to Boston from the Mohawk trail, the local service to Vermont, the express intercity service to Burlington/Montreal, and the Connecticut Valley local that continues on to Keene.
3. It goes back to the design philosophy. This is a map for a radically decentralized Massachusetts/New England, built around smaller railroad towns and small to mid-sized railroad cities. The towns develop into (relatively) dense cores of duplexes/triple-deckers supported by light industry and retail, the cities become larger centers for offices, heavier industries, labs, etc. The goal here is to reverse the stagnation/decline of many of the cities in Western MA like Pittsfield, Greenfield, North Adams, Palmer, etc. While a lot of the cities in Eastern or Central MA (Clinton, Leominster, Marlborough, Milford, etc.) have not seen the same stagnation/decline in population, they are still shifting into 'housing satellites' for Boston. By increasing connectivity and putting them at the center of transport in their region, the goal is to build them into much more self-sufficient cities for their own region, rather than satellites of Boston.

And no, I don't live in Greenfield. I know one person who does, that's really the extent of my connection to the place.
 
I've pondered Lynn for a bit, and it looks to me like you'd have to build into the garage to get elevated parallel space for a BL platform in addition to the rebuilt CR platform. Maybe you can stagger the platforms, but you'd still have to build a new elevated section above the busway.
IIRC, the station was built with a gap between the CR platforms and the garage, intended as future-proofing for BLX platforms.
 
There are a few reasons:

1. There's got to be a connecting hub somewhere.
2. Each of these services serves a purpose, and removing one would be a sacrifice, not an optimization. Gardner-North Adams for service along the Mohawk trail, Greenfield-Boston for an express connection to Boston from the Mohawk trail, the local service to Vermont, the express intercity service to Burlington/Montreal, and the Connecticut Valley local that continues on to Keene.
3. It goes back to the design philosophy. This is a map for a radically decentralized Massachusetts/New England, built around smaller railroad towns and small to mid-sized railroad cities. The towns develop into (relatively) dense cores of duplexes/triple-deckers supported by light industry and retail, the cities become larger centers for offices, heavier industries, labs, etc. The goal here is to reverse the stagnation/decline of many of the cities in Western MA like Pittsfield, Greenfield, North Adams, Palmer, etc. While a lot of the cities in Eastern or Central MA (Clinton, Leominster, Marlborough, Milford, etc.) have not seen the same stagnation/decline in population, they are still shifting into 'housing satellites' for Boston. By increasing connectivity and putting them at the center of transport in their region, the goal is to build them into much more self-sufficient cities for their own region, rather than satellites of Boston.

And no, I don't live in Greenfield. I know one person who does, that's really the extent of my connection to the place.
The State has been trying to make Devens a thing now for how long. There's no economic "there" along Route 2 or the northern reaches of the Connecticut River valley, despite how good it looks in a crayon.

Like in the UK, there's no reason to send trains with overlapping fast/semi-fast/local service patterns to places that just need lifeline service. Focus the fast/semi-fast/local patterns on places that need it rather than places is a crazy enough transit idea in this world.
 
The State has been trying to make Devens a thing now for how long. There's no economic "there" along Route 2 or the northern reaches of the Connecticut River valley, despite how good it looks in a crayon.

Like in the UK, there's no reason to send trains with overlapping fast/semi-fast/local service patterns to places that just need lifeline service. Focus the fast/semi-fast/local patterns on places that need it rather than places is a crazy enough transit idea in this world.
The thing that needs to be underscored with any "Return to the 1920's" railroading scheme is that...the railroads were absolute financial and operational basket cases in the 1920's. Those low-volume passenger routes were never even close to break-even, not even in the end-19th century; freight was always what balanced the ledger. Well, once the town-to-town agricultural freight dried up these branchlines became anvils on the carriers' health. Roads like the New Haven were able to cover up the ill health with speculation games like buying up streetcar interurbans during that bubble's buildup and making ostentatious plays for even bigger monopoly power...but they were already begging, pleading the Interstate Commerce Commission for permission to discontinue those small-town passenger routes before the Roaring Twenties had even ended. Let alone before the Depression exploded the rot for everyone to see, and before the post-1980 freight rates deregulation forced a similar reckoning with very low-carload branchlines that somehow malingered past the postwar industrial decline.

You also have much stricter regs and much different organization to build towards these days. Level-boarding platforms, according to the Mass. Architectural Board's tougher-than-ADA standards...level boarding that the state has been inept at keeping any bit cost-controlled. Positive Train Control (and, by extension, an underlying signal system) whenever there are as many as 8 passenger train movements (4 RT's) per day on a line. Gated grade crossings as a de facto practicality for running more than a trace couple (i.e. greater than "10 MPH heritage tourist railroad") daily passenger movements, because railroad insurance rates suck and un-gated crossings induce punitive speed restrictions. Stringent environmental hurdles for new or reactivated construction...see Army Corps kneecapping South Coast Rail Phase II plied to a grand scale statewide. Weapons-grade NIMBY's jamming up the paperwork everywhere at every stage. RR's that are not labor-and-equipment structured remotely like they used to be: crew bases few and far between instead of home-base yards with local crews every few towns, and annual qualifications that now have to be kept up on a sprawling amount of route miles. Few to no vectors for substantial new freight revenues off of the mainlines to entice any value-added. And it's one thing if you have a large residual network of loss-leader "essential services" rural branchlines like the UK does to perpetuate some buying scale there for future generations of multiple-unit rolling stock (although the UK is routinely lambasted for sticking with decades-old rolling ruins out in the sticks rather than engaging in prudent fleet renewal)...but for a sprawling and diffuse-frequency starter system could you even justify more than a couple-dozen DMU's for the whole of that spider map outside of MBTA, Amtrak, and CTrail territories? The unit costs for such small orders uniformly suck, which is why DMU adoption on this continent is so painfully limited. People forget, but the Budd RDC "heyday" was a mass bloodletting of lower-frequency branchline services across the Northeast. Once the outsized labor and logistics components of steam were eliminated by the early-50's, it became painfully clear how much the economics and logistics of running 'lean' still sucked complete ass.

We ain't going back to those days. Those days made too little practical sense and were overdue for massive rationalization even when they were still occurring.


The passenger rail network in New England is always one that's going to be driven by frequency. MBTA and ConnDOT Regional Rail with outer hourly, middle :30, and inner :15 zones on primarily spine routes. State-sponsored Amtrak routes increasing gradually in daily frequency and city coverage. With clear minimum thresholds for how many freight carloads and/or daily passenger movements make a given line even worth maintaining to standard. More muscular RTA bus districts so last-mile from the Regional Rail and Amtrak stops gets a lot more extensive and frequent. A nascent intercity bus network on secondary corridors, feeding from the Regional Rail and Amtrak nodes. Maybe...maaaaaaybe...a couple very healthy-business and top-maintained unsignalized freight corridors sparing a couple starter RT's: P&W, Worcester-New London...but nothing too crazy (the Northern Tier and Central Corridor might not even meet this standard). Multimodal. Scalable. Not too capital-intensive for credulity. Good connectivity doesn't have to dial it back 100 years on-the-dot to exist at all. There's a sweet spot out there, but this ain't it.
 
Can't decide if this is better fit for Reasonable or Crazy Transit Pitches, but I'll try it here. The MPO released a really interesting analysis of Bluebikes use and connections to the MBTA. Of note is that only a small minority (<10%) of rides were for "first mile" trips; a similar though slightly larger number were for "last mile" trips (particularly to places like MIT). The overwhelming majority of trips were between transit locations (stations or bus stops); the MPO divided those into "efficient" and "inefficient" trips, depending on whether biking was faster than transit. 46% of journeys were "efficient" (biking faster than transit) while 38% were between locations where it (theoretically) would have been just as fast, if not faster, to take transit rather than bike.

Bluebikes makes their Origin-Destination data available, which someone has created a tool to visualize: https://bikes.andrewkoure.com/ Clicking on a bike station shows all of the journeys from it, and you can adjust the filter on the slide to only show, e.g. the top 10% of journeys.

From a "Crazy Transit Pitches" perspective, this data points to opportunities for transit expansion to cover gaps in the network. For example, reviewing the data from Harvard station shows a high number of rides to stations in Back Bay; as has been discussed here and in other threads, Cambridge <> Back Bay transit connectivity actually isn't super strong, and the bike usage data seems to reflect that.
 
During the period that I most used Bluebikes (2016-2017) before moving away, that certainly matches my experience. It was mostly trips that transit didn't cover well (a lot of crosstown trips, such as 77 Mass Ave to Union Square Somerville), trips where transit was too infrequent, and late-night trips.
 
Arguably stretching the definition of 'crazy' here but here's the pitch: Completely remake Massachusetts into a railroad state. Reactivate loads of old lines, and encourage dense yet decentralized development in existing railroad villages, towns, and cities that are small but relatively dense. Think Clinton, Palmer, Ayer, Gardner, Shirley, Pepperell, Webster, Ware, Housatonic, etc. The smaller villages and towns would become communities built around cores of duplexes and triple deckers, supported by retail and light industries. Larger cities and junction towns would lean more into commerical/lab/office space, becoming regional job centers. All supported by the network of lines allowing for at least 4-6 trips per day between any destination pair. Here's the very crude MyMaps I've made for the proposal, the next step will be making a nice diagrammatic Illustrator map with actual service patterns shown.
View attachment 67281
I'm keeping this in Crazy Transit Pitches because I'd argue over the timescale you'd be seeing anywhere near a full-build at, it's could possibly maybe not be that expensive. SMART is building rail in California at $30m per mile today. But yes, it does involve a total (if gradual) total re-imagining of urban development and transportation in New England, which is obviously quite a large undertaking. There is definitely a strong argument for the god-mode threat but hot take: It doesn't really matter, it's probably not happening either way. Anyways, the map. It's so large that the most effective way I can find to share it is a PDF. It's an attachment below.

And here's the vision/utopian pitch: Much of New England was built as railroad towns, and we could, if we choose, rebuild it as railroad towns. This map shows a vision for a re-imagined, significantly decentralized New England. Instead of a couple super-cities (NYC and Boston) with some second-rate cities lagging behind, this map spreads the love across New England. Hartford, New Haven, Providence-Pawtucket, Lowell, Worcester, Manchester, and Springfield are all large job centers, connected with a large rail network providing local, commuter, and intercity services both within and between cities. Connected to these larger cities are mid-sized cities, smaller and more specialized. These are places like Danbury, Leominster, Gardner, Pittsfield, Willamantic, New Bedford, Haverhill, and Portsmouth. They mostly sit at key junctions, giving them wide connectivity across the region but at a level slightly less than the big-heavy hitters. Interspersed between these larger and medium-sized cities are the railroad towns, the new centers of rural New England. Towns and villages like Palmer, Webster, Shirley, Great Barrington, Griswold, Newfields, and Old Saybrook. These communities blend a (relatively) dense, compact core with mostly agricultural and rural surroundings. These towns are where you find your single-family homes with large amounts of private green space. To an extent spralwing, but nonetheless still within biking distance from all the local amenities and the railway station. And yes, biking. Any city or railroad town will have a robust network of cycling infrastructure, really enabling car-free living for the masses. The catchment area for a railway station is not a 10-15 minute walking distance, but a 10-15 minute cycling distance on quiet streets and safe bicycle paths.

About the map:
The network design broadly takes inspiration from the rail networks of the Netherlands and Germany. There are four 'classes' of service, shown in four colors on the map. In blue are the Amtrak/Acela services. Operating at high (or at least higher) speeds, these trains offer a fast link between Washington, New York, Buffalo, Montreal, Burlington, Albany, New Haven, and Boston (to name a few). They make a few additional stops along the way in mid-sized cities such as Pittsfield, New London, Lawrence, or Framingham. There are many trips per day, with service as often as once per hour on the busiest routes like Boston to DC. In red are the Intercity services. These make more stops, operate mainly at higher (not high) speeds, and don't travel quite as far. That's not to say they're short distance services though, trains from Portsmouth run directly to Greenfield for example. Frequencies on these routes are generally every 30-60 minutes. In green are the local services. These can parallel the express services, or make less-frequent connections between the busiest routes. These operate at a range of frequencies, from once every 1-2 hours on routes like Willamantic-Providence, or every 15-30 minutes on routes like Bridgewater-Braintree. Last but not least, in pink are the interurbans. Making some use of city streets and boulevards, these are mostly concentrated into three networks around Lexington, Salem, and the South Coast where they provide a mix of high-frequency urban-transit and local intercity transit. These routes are among the most frequent, with 15-30 minute headways on each line all day.

In terms of the actual style, heavy inspiration is taken of course from the NYC Subway map first designed by Vignelli Associates, this unofficial railway map of the Netherlands, and this MA fantasy rail map.

It's also still very much unfinished. Of course there are still things like a legend that need to get done, and I'm not really happy with the current color scheme to be honest, there's too much green. I'd also like to add some ferries to the map, plus make it more clear where the railroad cities and towns are so that the map alone is better at representing the idea.
 

Attachments

  • All Aboard Massachusetts.pdf
    1.3 MB · Views: 148
I'm keeping this in Crazy Transit Pitches because I'd argue over the timescale you'd be seeing anywhere near a full-build at, it's could possibly maybe not be that expensive. SMART is building rail in California at $30m per mile today. But yes, it does involve a total (if gradual) total re-imagining of urban development and transportation in New England, which is obviously quite a large undertaking. There is definitely a strong argument for the god-mode threat but hot take: It doesn't really matter, it's probably not happening either way. Anyways, the map. It's so large that the most effective way I can find to share it is a PDF. It's an attachment below.

And here's the vision/utopian pitch: Much of New England was built as railroad towns, and we could, if we choose, rebuild it as railroad towns. This map shows a vision for a re-imagined, significantly decentralized New England. Instead of a couple super-cities (NYC and Boston) with some second-rate cities lagging behind, this map spreads the love across New England. Hartford, New Haven, Providence-Pawtucket, Lowell, Worcester, Manchester, and Springfield are all large job centers, connected with a large rail network providing local, commuter, and intercity services both within and between cities. Connected to these larger cities are mid-sized cities, smaller and more specialized. These are places like Danbury, Leominster, Gardner, Pittsfield, Willamantic, New Bedford, Haverhill, and Portsmouth. They mostly sit at key junctions, giving them wide connectivity across the region but at a level slightly less than the big-heavy hitters. Interspersed between these larger and medium-sized cities are the railroad towns, the new centers of rural New England. Towns and villages like Palmer, Webster, Shirley, Great Barrington, Griswold, Newfields, and Old Saybrook. These communities blend a (relatively) dense, compact core with mostly agricultural and rural surroundings. These towns are where you find your single-family homes with large amounts of private green space. To an extent spralwing, but nonetheless still within biking distance from all the local amenities and the railway station. And yes, biking. Any city or railroad town will have a robust network of cycling infrastructure, really enabling car-free living for the masses. The catchment area for a railway station is not a 10-15 minute walking distance, but a 10-15 minute cycling distance on quiet streets and safe bicycle paths.

About the map:
The network design broadly takes inspiration from the rail networks of the Netherlands and Germany. There are four 'classes' of service, shown in four colors on the map. In blue are the Amtrak/Acela services. Operating at high (or at least higher) speeds, these trains offer a fast link between Washington, New York, Buffalo, Montreal, Burlington, Albany, New Haven, and Boston (to name a few). They make a few additional stops along the way in mid-sized cities such as Pittsfield, New London, Lawrence, or Framingham. There are many trips per day, with service as often as once per hour on the busiest routes like Boston to DC. In red are the Intercity services. These make more stops, operate mainly at higher (not high) speeds, and don't travel quite as far. That's not to say they're short distance services though, trains from Portsmouth run directly to Greenfield for example. Frequencies on these routes are generally every 30-60 minutes. In green are the local services. These can parallel the express services, or make less-frequent connections between the busiest routes. These operate at a range of frequencies, from once every 1-2 hours on routes like Willamantic-Providence, or every 15-30 minutes on routes like Bridgewater-Braintree. Last but not least, in pink are the interurbans. Making some use of city streets and boulevards, these are mostly concentrated into three networks around Lexington, Salem, and the South Coast where they provide a mix of high-frequency urban-transit and local intercity transit. These routes are among the most frequent, with 15-30 minute headways on each line all day.

In terms of the actual style, heavy inspiration is taken of course from the NYC Subway map first designed by Vignelli Associates, this unofficial railway map of the Netherlands, and this MA fantasy rail map.

It's also still very much unfinished. Of course there are still things like a legend that need to get done, and I'm not really happy with the current color scheme to be honest, there's too much green. I'd also like to add some ferries to the map, plus make it more clear where the railroad cities and towns are so that the map alone is better at representing the idea.
The map looks great, and the comprehensive passenger rail system you show is needed to sustain future population and transportation growth. The existing highway system is already overloaded and could never be expanded enough to serve current and future passenger and freight needs. I'm wondering about freight traffic on an expanded rail system. Would some or all of the expanded lines you show also handle freight traffic? The old rail system that once extended into every nook and cranny of New England used to support freight movement for the small factories, mills and warehouses that populated almost all of the towns and cities. Those don't exist anymore, but the rise of on-line shopping and other factors would justify an expanded freight rail system.
 

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