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| resilients:resilient_boating [2013-01-29 09:21] – alkan | resilients:resilient_boating [2013-01-30 06:01] – [References, Notes, and Interesting Tidbits] alkan | ||
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| This might be the end of the story – just another forgotten wreck – and they thought that too until an email arrived from a friend in Austria. Their friend had been contacted by some fishermen who had salvaged the vessel, then floating around the Atlantic coast, and towed it back to harbour. There can be a lot of resilience built into a small vessel, even against the most extreme circumstances. Perhaps Shumacher' | This might be the end of the story – just another forgotten wreck – and they thought that too until an email arrived from a friend in Austria. Their friend had been contacted by some fishermen who had salvaged the vessel, then floating around the Atlantic coast, and towed it back to harbour. There can be a lot of resilience built into a small vessel, even against the most extreme circumstances. Perhaps Shumacher' | ||
| - | (image: Subak2_moored) | + | < |
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| + | Subak2_moored | ||
| ====Big enough, but no bigger==== | ====Big enough, but no bigger==== | ||
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| After our travels were over, a farmer took [[subak2 construction notes|Subak2]] out to his place on the Murray to live on the river and a theatre group took the [[subak construction notes|Subak]] for their climate catastrophe piece La Wallifornie. After the vessels were gone, we tried to work out what it had been about. What had worked, what was waste. What made sense, what we could have done without. One of the problems was efficiency. Neither vessel was particularly hydrodynamic. The Subak2 was based upon a racing dinghy, but the pipe extensions proved to be significant brakes. If we had learnt from the Taiwanese pipe boats from which we copied the design, we would have invested more energy in turning up the bow of the pipe sections to allow them to flow over the water rather that plough it aside. The Taiwanese also use flat packing strapping to tie the pipes in contrast to the manilla rope that we were using. We were able to continue refining parts of the Subak2 en route as we had brought several tools with us. The yuloh (an auxiliary propulsion device) was iteratively refined until it became useful and it functioned. We also learnt to use it as we battled our ignorance of how it should be made and how it should be used. | After our travels were over, a farmer took [[subak2 construction notes|Subak2]] out to his place on the Murray to live on the river and a theatre group took the [[subak construction notes|Subak]] for their climate catastrophe piece La Wallifornie. After the vessels were gone, we tried to work out what it had been about. What had worked, what was waste. What made sense, what we could have done without. One of the problems was efficiency. Neither vessel was particularly hydrodynamic. The Subak2 was based upon a racing dinghy, but the pipe extensions proved to be significant brakes. If we had learnt from the Taiwanese pipe boats from which we copied the design, we would have invested more energy in turning up the bow of the pipe sections to allow them to flow over the water rather that plough it aside. The Taiwanese also use flat packing strapping to tie the pipes in contrast to the manilla rope that we were using. We were able to continue refining parts of the Subak2 en route as we had brought several tools with us. The yuloh (an auxiliary propulsion device) was iteratively refined until it became useful and it functioned. We also learnt to use it as we battled our ignorance of how it should be made and how it should be used. | ||
| - | (images:Subak and Subak_Wallifornie) | + | < |
| Neither of the Subak vessels was waterproof, there was a constant seepage from barely perceivable cracks in the floors, which would sometimes become noticeable if pressure was applied on certain parts. But after an hour or three, enough water got into the boat to soak through bags that were not waterproof. As we were sleeping in the Subak on the canals of Belgium, this became an issue. We had to take out the floorboards and bail out the boat at least twice a day. Under then sun we were cooked, when it rained, we were wet. This collection of creature habits, including staying dry and sheltering from exposure, was something that we had more or less explicitly avoided. This was built into the project from the beginning – rather than attempt something that would be a “keeper” we wanted to pass the vessels on. They were temporary, but not just for an afternoon. We had decided that we would not do much more work to make the boats perfectly waterproof. A roof, a sun shade – these were things for another class of vessel. | Neither of the Subak vessels was waterproof, there was a constant seepage from barely perceivable cracks in the floors, which would sometimes become noticeable if pressure was applied on certain parts. But after an hour or three, enough water got into the boat to soak through bags that were not waterproof. As we were sleeping in the Subak on the canals of Belgium, this became an issue. We had to take out the floorboards and bail out the boat at least twice a day. Under then sun we were cooked, when it rained, we were wet. This collection of creature habits, including staying dry and sheltering from exposure, was something that we had more or less explicitly avoided. This was built into the project from the beginning – rather than attempt something that would be a “keeper” we wanted to pass the vessels on. They were temporary, but not just for an afternoon. We had decided that we would not do much more work to make the boats perfectly waterproof. A roof, a sun shade – these were things for another class of vessel. | ||
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| The four layers of utility seem to be: not quite useless, disposable, keep, and treasure. | The four layers of utility seem to be: not quite useless, disposable, keep, and treasure. | ||
| - | (image: PayoffDiagram) | + | < |
| The two curves on the diagram attempt to show the amount of work needed for something that is useful and disposable versus something that is worth keeping. This probably also has a lot to do with the amount of effort one has already invested, as the first hour of any project hurts a lot more than the hundredth. (A formal analysis here would be straying into the realms of economists and efficiency consultants – for our purposes we can leave them fairly rough-and-ready.) | The two curves on the diagram attempt to show the amount of work needed for something that is useful and disposable versus something that is worth keeping. This probably also has a lot to do with the amount of effort one has already invested, as the first hour of any project hurts a lot more than the hundredth. (A formal analysis here would be straying into the realms of economists and efficiency consultants – for our purposes we can leave them fairly rough-and-ready.) | ||
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| In connection to boating, we can think about these layers of utility as follows. The bottom layer is the one-use-only raft of plastic bottles roped to an inflatable mattress and some sticks, made for fun on a summer afternoon and taken apart when we leave. The disposable version might be the river rafts that I observed being used on the Fransisco River near Salamaua in Papua New Guinea. Cutting down some wild bamboo or other fast-growing trees, lashing them together with vines and using the construction to travel downstream before pushing the raft off to wash ashore elsewhere in the bay and biodegrade into compost. | In connection to boating, we can think about these layers of utility as follows. The bottom layer is the one-use-only raft of plastic bottles roped to an inflatable mattress and some sticks, made for fun on a summer afternoon and taken apart when we leave. The disposable version might be the river rafts that I observed being used on the Fransisco River near Salamaua in Papua New Guinea. Cutting down some wild bamboo or other fast-growing trees, lashing them together with vines and using the construction to travel downstream before pushing the raft off to wash ashore elsewhere in the bay and biodegrade into compost. | ||
| - | (image:PNG_1,_2,_3 in that order) | + | < |
| The next level is the vessel we will keep for a few seasons or even decades, a racing dinghy or a fishing boat that slowly tears at the rivets and gets damaged in a series of small accidents until it becomes unusable. At the top of the scale we have the fine handworked craftperson' | The next level is the vessel we will keep for a few seasons or even decades, a racing dinghy or a fishing boat that slowly tears at the rivets and gets damaged in a series of small accidents until it becomes unusable. At the top of the scale we have the fine handworked craftperson' | ||
| - | The Subak and Subak2 of Control of the Commons were more than PNG river rafts, but not built to last for years. They were not envisaged as something that would fill up a supposed gap in our own or someone else's life, to greet us every Discardia by asking us why they were there. The amount of effort that would have been required to make them really work as functional long-term vessels was more than would have been useful. There is always one more thing to do. I think we are glad we didn' | + | The [[subak_construction_notes|Subak] and [[subak2_construction_notes|Subak2]] of [[Control of the Commons]] were more than PNG river rafts, but not built to last for years. They were not envisaged as something that would fill up a supposed gap in our own or someone else's life, to greet us every Discardia by asking us why they were there. The amount of effort that would have been required to make them really work as functional long-term vessels was more than would have been useful. There is always one more thing to do. I think we are glad we didn' |
| ====References, | ====References, | ||
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| * //The Long Now Clock// is a huge clock, hundreds of feet high, ringing deep inside a mountain. It is designed to tick for 10,000 years. http:// | * //The Long Now Clock// is a huge clock, hundreds of feet high, ringing deep inside a mountain. It is designed to tick for 10,000 years. http:// | ||
| * // | * // | ||
| - | * // | + | * // |
| - | * “79. As history abundantly proves, it is true that on account of changed conditions many things which were done by small associations in former times cannot be done now save by large associations. Still, that most weighty principle, which cannot be set aside or changed, remains fixed and unshaken in social philosophy: Just as it is gravely wrong to take from individuals what they can accomplish by their own initiative and industry and give it to the community, so also it is an injustice and at the same time a grave evil and disturbance of right order to assign to a greater and higher association what lesser and subordinate organizations can do. For every social activity ought of its very nature to furnish help to the members of the body social, and never destroy and absorb them.” http:// | + | |
| * //Crowhurst and Moitessier:// | * //Crowhurst and Moitessier:// | ||
| * //Blue Anarchy "Hold Fast":// | * //Blue Anarchy "Hold Fast":// | ||
alkan