The reason we can't build cheap rail anymore is because we always want to start with the perfect, latest, cleverest and shiniest technology. Far more complex and far more expensive than what any town on Earth can afford today. The solution is to build only the most basic system.
Start low tech, on existing streets, with horse drawn carriages if necessary. Build several small towns (centers in the city) round every spot where you want the railway to stop. Build ridership at the same time you build the railway, if at all possible.
Once you have the line down and people see that the railway company is committed to operations, the city will adapt to it: people who work along the line will want to live there. People who live along the line will want to work there.
Starting low tech means not investing in expensive to maintain, complex technical systems prone to breaking down: slow running trains on narrow streets means that it will make the city fractal: creating many stops, many points of interactions. It can run on streets or alleys.
Low tech means incredibly robust systems: in 1945, within three days of being hit point blank by a nuclear bomb Hiroshima trams were cleaned up and put back into service, staffed by high school girls. Feel free to compare with your modern system.
If we must have public transport (or any kind of transport above walking actually: I'd rather we did not!), let it be small. Let it be slow. Let it be anti-fragile. Let it be owned and managed by the community it works in. Let it be so adaptable that it can fit in everywhere.
You can fit a low tech system into a complex modern system, but you can never do the opposite. You can even go steam train in your city center should you wish, but you can't ever properly integrate a bullet train in your cosy town center by the sea.
Low tech means people scaled. People will feel that they can relate to a locally adapted will integrated system. Even if it is just a scraggly line run down the main street for a mile or two. You'd find it hard to not have your local tram turn into a mascot for local tourism.
You can scale a small low tech system: just put in an extra stop where needed. Move an old stop 200m down the street if necessary. Add a line if one gets congested or make a new one altogether. Put in more cars or take some away. If your town grows taller your trams can grow too.
Bigger cities have plenty of parks that are largely underutilized and often neglected. They make great scenic shortcuts for small scaled rail systems, creating new routes through central city parks while preserving a maximum of green space. Remember, rail is space friendl(ier).
Human scaled rails need human scaled stations and stops creating a great opportunity for charming tiny vernacular buildings, perfect for local carpenters, steering money away from large construction companies and environmentally unfriendly constructions draining local budgets.
Local businesses loves local railways. Make sure there are plenty of tiny spots, small squares and tiny buildings around the station and stops: businesses will flock to it. The synergy effect is obvious, thriving trains creating thriving shops, leading to a bigger ridership etc.
Like it or not, but we humans are social animals. We thrive when we do good things together and we ought to do more things together. Human scaled railways bring people together (unlike cars!) and even if that was the only benefit, trains would be worthwhile. (ht: @DrJoshMadden)
@DrJoshMadden Small local railways can also access places that large state run or high tech systems can't or don't want to go. Like the famous Ascensor da Glória (Elevador da Glória), a funicular/tram cross-cross over system in Lisbon that goes up some very steep streets.
Usually at this point someone asks about how compatible these old trams were with disabled and users with wheelchairs. We know because we still employ humans to provide services far more user friendly than any mechanical system.
A human scaled system relies on human interactions, employing locals as ticket inspectors (no need to invest in ticket machines) and conductors. And see what smart uniforms we can provide them with. We fool ourselves when we automate the most valuable jobs in our communities.
"But what about buses?" Well buses are better than nothing but not as good as rail. Buses also require a street network and then you get cars and cars are poison. Rail is also always more logically laid out and feels far more reliable than a bus route: citylab.com/transportation…

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More from @wrathofgnon

Feb 18
Genius biologist Minakata Kumagusu (1867-1941, right in photo) was a fierce environmental protectionist. In 1910 he was arrested for getting drunk and gatecrashing/heckling a meeting of local politicians who wanted to cut down sacred groves to "improve agricultural efficiency."
He spent his time in jail after sobering up by discovering a new species of slime mold. And the politicians eventually gave up. Thug science.
Minakata spoke fluent Japanese (of course), and also English, French, Italian, German, Latin, and Spanish, and could read and write in ancient Greek, Sanskrit, Hebrew and classical Chinese. Banned from life from the British Museum after brawling.
Read 5 tweets
Feb 15
If we are to have any chance for a future we need to start looking at what we have that is sustainable now. The FAO registers Globally Important Agricultural Heritage Systems (GIAHS), for example the Minabe-Tanabe Ume System, Japan: an integrated orchard and water control system.
The Ume orchards (a sort of hard plum) has been in business for 400 years without the need for technology, pesticides or fertilizers, without erosion. The system integrates the entire area (population 79,000) in a satoyama-satochi system: rice, vegetables, orchards, coppicing.
The key part of the system are the ume orchards, accounting for 50% of all the processed ume fruits sold in the country. Its productivity is astoundingly 200% of any regular ume orchards in Japan, and this is done by relying on honey bees for pollination. So pesticides are out.
Read 9 tweets
Feb 6
Most interesting thing on twitter last month was a tweet from @ploughmansfolly suggesting that 1 in 10 Americans might be better* employed in market gardening, raising a furor similar to what we get when talking parking.

*For reasons of economy, health, soil, animal rights, &c.
The furor was to be expected of course, but it shone a light on the familiar blue-tick disconnect. @ploughmansfolly based his argument on vegetables/chicken. Let's look at chickens. Already 13% of Americans keep chicken. So his argument was low-balling it: just get a bigger coop.
Second argument: grow your own vegetables. This is easy, since the largest crop by area already is lawn turf. 63,000miles² (the State of Georgia is 59,425miles²). Just convert 3-4% of it to greenhouses and cabbage fields. Several farms/gardeners are already doing that.
Read 8 tweets
Feb 6
The Batdam ( 밭담 ) dry stone walls (no mortar) of Jeju Island have been likened to black dragons crawling over the landscape: 21,108km of volcanic field stone dug up by hand and built gradually over the last 1,000 years: without these most agriculture here would be impossible.
The walls protect the little soil there is from wind erosion, they keep livestock out and create a better microclimate at ground level, and provide habitats for wildflowers, insects, animals, and effectively mark family properties.
Due to the rough surface of the volcanic stone and the built in gaps winds can't blow them over. The walls make mechanization difficult preserving and actually contribute to building soil over the centuries which means more and more of the island can be farmed each generation.
Read 5 tweets
Feb 3
"Rice Paddy Dam" is a concept for river basin flood control that originated in northern Japan around the turn of the century. It uses agricultural land as a sort of reservoir to protect downstream urban areas from flood damage and excessive water, the fields used to store water.
When bad rains are anticipated fields can be emptied prematurely and filled up again in a controlled manner that prevents overflow, erosion and scouring using a system of weirs and channels. Depending on the size of the system it can hold vast amounts of water, millions of tons.
As a bonus, after installation it becomes easier to regulate water in the rice paddies with hugely beneficial effects on flora and fauna. The system is voluntary but many cities are now paying farmers to compensate for any damages to crops and for maintaining the system.
Read 4 tweets
Jan 27
Map of Toyama City's (pop 419k) resiliency project by city densification and public transport improvement: development in red zones* get subsidized (think ca. 1/3 of cost of new build). Target: 45% of pop. bef 2045.

*500m from train/tram.
*300m from high freq. bus (>60 per day).
In 2003 Toyama City was facing skyrocketing infrastructure and social services costs: the population was aging, city trams were losing money, health levels were dropping, young ppl. had little hope for the future. Car dependency was increasing at over 70% but fewer could drive...
...so the mayor decided to promote programs to move people into the city, lessen car dependency, improve public transport & promote healthier more active elderly, lower cost of establishing family.
1. The city center zoning laws were relaxed.
2. New home construction subsidies.
Read 4 tweets

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