Once the regulation is set, it can easily be undermined. BPA was banned by regulation, so industry developed analogue chemicals with the same properties and began using them.
Certain aspects of concrete & steel are regulated, so unethical effort goes into subverting the idea of the law while following the letter. Or they start sourcing the steel from outside the jurisdiction of the regulation (eg radioactive material is disposed of in China by mixing with steel made for export https://www.seattletimes.com/nation-world/the-growing-global...)
Not trying to be disagreeable, it's just a thought that has been bothering me.
Variable morality is a problem.
The solution is (imperfect as it often is, as BPA ex illustrates) effective regulation.
Effective regulation is synonymous with “making individual moral differences irrelevant.”
I think it's more illuminating to phrase the problem in terms of externalities.
Things need to be set up to ensure that the profit motive cannot lead to the following thinking: Rather than spending $100m on doing the project to a high safety standard, I'll spend $70m, introducing a mere 1% chance of catastrophic failure and hundreds of deaths.
1% is of course far too high a probability, especially if this line of thinking is being followed in hundreds of different projects, but the odds may look fine to the manager.
Without regulation, companies can be incentivised to take corner-cutting risks where they profit by the upside, and we all bear risk-of-death on the downside (failing aircraft, collapsing buildings, etc).
With regulation, companies are required to meet a certain bar. Reputational harm can also incentivise companies to invest in safety, but it's not enough; regulation is needed.
Also, of course, there are cases where regulation fails, and it’s never 100% successful. But the situations you mention are where people refused to adjust regulations as needed.
I’m curious to see examples where morality has prevented undesirable behavior on a large scale.
High labor costs in the western world drive construction techniques. We (try to) build stuff that never breaks because we can't afford to fix things if they break. Low labor costs mean structures can be replaced more often and built for a shorter lifetime. It's folly to pretend that those engineers designing shoddy Chinese apartment complexes that occasionally fall down during construction don't have the same formulas and simulation tools at their disposal. They just have different inputs and design constraints. They know that if they build 100 buildings and ten fall down it's still cheaper than 100 better buildings where none fall down. There's no point in building a 100yr building if it's gonna be bulldozed in ten.
Not quite, it's more of a deliberate fraud made possible by political corruption in the contract awarding process where they also know they won't be liable for rebuilding because they'll be long gone. The calculus is different than what you described.
https://www.npr.org/templates/story/story.php?storyId=113877...
Or at least that's my impression.
Here in india we don't skirt regulations because no one knows what regulations are supposed be followed. :)
The latter is rather rare in a place like the US, and when it happens, the problem will generally be discovered and fixed before people die. In the case that the problem results in casualties, there is almost always a process of oversight, media and public attention, and adapting of protocols to mitigate the risk of a similar situation in the future.
In my personal opinion the only reason why there are not a constant amount of electrical fires killing people is that brick and concrete structures don't catch on fire very well. The same shoddy electrical wiring in a north american environment with wood-frame construction would be a catastrophe.
The same cost cutting and compromise approach should not be taken to civil aviation.
Rich societies can afford to spend resources to make things safe. If the mechanism is government regulations, a strict liability legal system, and/or a civic minded population is secondary.
[0]: https://old.reddit.com/r/WTF/comments/gn16k8/cable_managemen...
I'm curious to know how it got to that point. Do they have 3 or 4 competing cable tv services in the neighborhood, all with their own infrastructure?
Just to make you think about western engineering and oversight, here's one word: 737MAX.
Apparently there's heavy rainfall this year. 300-400 million people live below the dam. I'm unfamiliar with domestic travel restrictions within China, but I can't imagine it's gotten better with the ongoing pandemic, so you can't really plan ahead and move out of the way until the rainy season ends.
I want to believe there's something wrong with the camera that made that specific image distorted. Or that the government recognizes the problem and is fixing it. I like it when things are boring.
Here's an extreme shot from the edge of the dam. Obviously it didn't deform that much and stay standing.
I’d say the dam is fine.
For what it's worth, that looks like distortion I've seen in other Google Maps images. This South China Morning Post article includes a satellite photo released by the Chinese government to show everything is fine: https://www.scmp.com/news/china/society/article/3017927/no-p...
I'd like to think that I would've noticed before reading your comment but I saw the picture after... it looks pretty obvious though, especially to the right where the distortion follows the stitching line where there is clearly different light.
Even if the distortion were believed to be real, some of the discontinuities in the structure would be so severe as to be catastrophic.