You really don't have to be a big city to have a good tram service in fact the smaller the city the easier & cheaper it is to run one. Maybe the smallest regular tramway in Europe serves Gmundnen, Austria, pop. 13,204. Built in 1894, also the steepest regular tram: 9.6% gradient.
Of course not only are tramways far more energy efficient than cars or buses, but they can be powered by small local hydroelectric plants using nothing but 19th c. lowtech if necessary. If you must build so large that people can't get around on foot, locally powered rail it is!
The smallest town in Europe to have a tramway of its own might be Bad Schandau in Saxony, Germany, with its gorgeous 1898 Kirnitzschtal tramway. As the name suggest it is mainly a tourist service though. Pop. 3,622. 7,900m railway built in only 4 months. Also locally powered.
Another tiny European town with a good tramway is Trenčianske Teplice, Slovakia. Pop. 4,166. Powered by a local hydro plant, it runs 5900m and connects the town with the regional/national/international rail network. Built in 1909 when the town was part of the Empire.
Moving to a slightly bigger town, Sóller, Mallorca, Spain, has a gorgeous tramway.
A small town with a tramway in the new world: Oranjestad, Aruba, pop. 34,980. Built to revitalize downtown, the track is a mere 1900m but fits right in with the rest of the city: colorful, charming. Built in December 2012.
Inner city trams are nice, but the real bang for your regional buck is when you build walkable towns connected with light rail/tramways. The Coast Tram in Belgium is a perfect example: 67km connecting five villages, towns, cities with populations of between 5,000 and 71,000.
Right now the Coast Tram in Belgium is the longest light rail in the world, with 15 million passengers per year, but it will soon be overpassed by the 1990 A-Line in Los Angeles, scheduled to reach 79.7km by 2022. It will connect the metro area with the ocean and beaches.
Back to small towns with big rail! The Strausberger Eisenbahn in Brandenburg, Germany, is a good example of #GoodUrbanism, it serves the town itself, but connects to the larger European rail network at its terminal. Opened in 1893, it is 6.2km serving 26,587 people.
Although the Strausberger Eisenbahn has stopped this service, it used to also offer goods and cargo freight services for industry and manufacturing. With rail anything is possible: the perceived convenience of trucks is just not worth it.
During 1965-2017 the Ukrainian industrial city of Avdiivka (pop. 10k-30k) in Donetsk used to have an unusual tram system: built only to connect worker housing with the major employer in town, a coke plant. Two routes totaling 24km. Closed down due to the war, replaced with buses.
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In reality meritocracy is more impossible than communism even: nothing has ever been so tempting to bend and distort for personal pleasure and gain. No other form of rule so fully denigrates those "lesser". A meritocracy will appeal to legitimacy by pride and selfishness. Opposites of the civic virtues.
"I rule because I am better than you."
No structure, no compassion. Just an endless clawing and kicking and biting.
It is well known warehouses built in earth plaster using inoculated fermented straw and soil keeps fruits, vegetables fresh longer and inhibits mold and microbial growth on paper, books, clothes, antiques etc. Hence Japanese "Dozō". But you can build miniature storage boxes too.
A Japanese master plasterer designed boxes built exactly like regular earthen warehouse walls, except he reused wooden wine crates. He sells kits, or you can use your own materials to make your own if you feel up to it.
These boxes are intended for grain, vegetables and fruit that you would normally keep in a "dark and cool" place. And they work. Here is a comparison with a polystyrene box and three mandarin oranges after 45 days. The blue box is more like what most modern homes are built like.
The practical skills in thatching can be difficult to acquire by videos or books alone, especially how to find materials and the binding. In Finland there is a traditional thatching technique that uses only easy to find reed and no binding: just spread it out and weigh it down.
A bound reed roof is far steeper and thus lasts longer, but it requires more skill to do correctly. Reed is often available for free and in vast quantities anywhere it grows, harvesting it is doing nature a favor. All materials used in a reed roof are compostable, all hand tools.
For a standard roof of say 100m² you need to harvest about three hectares. You can harvest that by hand in about a month, or in a day if you have a reed harvesting machine. In Finland you harvest in March, April.
Maybe one of the oddest professions in Japan is that of the bokka (歩荷). Porters who carry supplies to remote mountain guesthouses inaccessible to vehicles. A bokka uses customized wooden ladder frames to carry 100-165kg of supplies on day long marches (walk up, run down).
The job is popular: not surprisingly veteran bokka routinely tests as fitter and healthier than elite athletes. Both men and women take on the job, the average weight of a bokka is 60-70kg.
Still not much of a chore compared to what some farmers used to handle.
Iriairinya (入会林野) is the Japanese term for "commons". In the West the term "commons" are usually meant as fields for grazing but Japanese commons were traditionally the mixed grass and forest lands between mountains and flatlands usable in agriculture.
Iriairinya are typically from a couple of hectares up to 50-60 hectares. Still a valid legal concept, village's who manage commons also have the option to incorporate them (as modern organizations), to make them more compatible with modern legal practices.
Commons were meant to be vital lifelines for rural villages, providing its members with food (forage), feed (for livestock), fertilizer (leaves), fuel (wood, charcoal), building material (roof thatch). When modern lifestyles took over in the 1970s commons were mostly abandoned.
The miracle of Usami: at 11:58 A.M. Sept. 1st 1923 a great earthquake struck the Tokyo region. Near the epicenter was Usami village, where no one was killed or injured while neighboring villages each had hundreds dead and wounded. How?
The villagers of Usami had an exceptionally long memory. Records, monuments and tales of a huge 1703 quake had been preserved and stories of what happened was still in vivid memory. The locals acted unbelievably fast, evacuations started as soon as the trembling stopped.
An 8m tsunami struck the seaside village only 5 min after the quake. Locals were already arrived at and safe within historical evacuation grounds: temples, bamboo thickets, stands of trees, where their ancestors had marked out safe spots centuries before (circle: 1703 tsunami)