Disenangling “nature.”
It is my favorite thing, but I want to know its actual value.
Is it replaceable. Is it useful. Is it morally repugnant. Is it our responsibility. Is it valuable.
“I asked my questions. And then I discovered a whole world I never knew. That’s my trouble with questions. I still don’t know how to take them back.”
EcologyInterventions
I remembered incorrectly—it was not the plastics, but the rare earths that they were recycling. Tanzeena Hussain was the graduate student working on it and having success getting bacteria to survive in increasingly toxic environments. She was crushing up old electronics to feed the bacteria—pretty on the nose.
It was in Elizabeth Skovran’s lab at San Jose State University. This is the only write up I can find on it: https://blogs.sjsu.edu/newsroom/2023/taking-bio-recycling-to-the-next-level/
It looks like they are having enough success to file for a patent and investigate if this could eventually be a viable business too. But speeding this up at such early stages could be hugely beneficial to reducing mining and improving human health damaged by rare metal recovery.
Recently I’ve been hearing tires are a major cause of air pollution and AND ocean plastic pollution.
I think some changes in tire requirements could go a LONG way to improving these as I doubt much effort has gone into improving tire material’s environmental impact yet.
https://www.theguardian.com/environment/2022/jul/25/tyre-dust-the-stealth-pollutant-becoming-a-huge-threat-to-ocean-life
https://www.thedrive.com/news/tire-dust-makes-up-the-majority-of-ocean-microplastics-study-finds
Looks like gov might be on the case, but perhaps we could get it moving wider and faster. “In the EU, the Euro 7 standards will regulate tire and brake emissions from 2025. In the U.S., the California EPA will require tire manufacturers to find an alternative chemical to 6PPD by 2024, to help reduce 6PPD-q entering the environment going forward. In turn, manufacturers are exploring everything from alternate tire compositions to special electrostatic methods to capture particulate output.”
I’ve thought about this a little bit and then got stuck when it comes to figuring out where the big wins are and where the dead ends are.
In no particular order: Some metals are valuable. For this reason I don’t think they are neglected but I also think the public doesn’t know these metals should be recycled.
Recycling is almost certainly neglected because it is a public good that doesn’t pay—these are pretty well always neglected.
Destroying things and making giant landfills feels bad and looks ugly but actually doesn’t do as much damage as it feels like. The main reason that most waste campaigns give for more waste management is that it’s destroying the earth. It’s not. Getting an accurate picture of where the most damage occurs from bad waste management (perhaps polluted rivers in India? ghost nets left in the ocean?) is something very important and critical to the EA approach. As far as I know this hasn’t been done yet. Not by EA and not by recycling orgs.
Recycling is tricky because there is the benefit of the materials (mostly estimated by their material value) but also the value of preventing more material from being gathered. (environmental damage) The material value is already pretty accurate I suspect. With one big caveat: As new forms of waste (for example plastic) appear, then it takes awhile for new forms of use (recycled plastic shoes? idk) to appear and value the material.
Some materials are so difficult to reuse that recycling them takes more energy and resources than simply disposing of them AND creating them anew. Those kinds of things ought to NOT be recycled! Maybe they should not created from the outset. Depends on how useful they are probably. Styrofoam is an example.
Environmental damage of creating more stuff is missing from the recycling economic math equation and is where potential important interventions would lie for society.
Toxic materials are a whole category that is very important and I know very little about. This is probably where the biggest improvements and most neglect is.
There are some cool new technologies to look into—a student I met was breeding bacteria to survive in highly metal contaminated environments to breakdown plastics and concentrate useful metals for waste management. Potentially a lot safer than human chemical processing.
Plastics are generally becoming more biodegradable. I’m not sure what body is pushing that to happen but it’s a very good thing.
Furniture used to be a much bigger investment (like clothes were historically. People used to own 3-4 clothes and have them tailored. hard for us to imagine), but changing technology, culture, and mobility is turning furniture into a disposible resource. Potentially eventually almost as disposible as clothes. This seems like a big shift that recycling and reuse should anticipate and adapt to. Encouraging standards could go a long way to making furniture more valuable materials and increase the post-first-use value for both the purchaser, the recycler, and society.
First of all—great concept and great execution. Lots of interesting information and a lucid, well-supported conclusion.
My initial and I feel insufficiently addressed concern is that successful protests will of course be overlooked because in retrospect the technology they are protesting will seem “obviously doomed” or “not the right technology” etc. Additionally, successful protests are probably a lot shorter than the unsuccessful ones (which go on for years continuing to try to stop something that is never stopped). I’m not sure this is evidence that the successful protests “don’t count” because they were “too small.”
I see you considered some of this in your (very interesting) section on “other interesting examples of technological restraint” but I would emphasize these and others like them are quite relevant as long as they obey your other constraints of similar-enough motivation and technology.
I was not able to come up with any examples to contribute. I feel there are a significant subset of things (pesticides, internet structural decisions, nonstandard incompatible designs?) that were attractive but would have resulted in a worse future had they not been successfully diverted.
I was not expecting this to be the answer. That’s really fascinating. Phytomining is officially on my radar now, and I’ll be linking back to this article. I hope attention to it starts taking off.
I really appreciate your insights into and estimates on this potential cause area! I have heard of using plants to identify where there are precious minerals, and to concentrate radioactive material but not literal plant mining before now.
Apologies if you covered this in the article, but can phytomining scale? Does it have the potential to be an economical answer and major source of material. Or is it more for special circumstances where mining is unusually difficult for some reason eg the mineral is highly dispersed. If you answered this already please just link me to the section, I was skimming rather haphazardly.
I think I’ll go back now and read closer the different types of minerals discussed, but I wanted to write a comment expressing my appreciation before I got distracted. There’s not enough novel ideas explored thoughtfully and this is the kind of content that really makes EA shine in my opinion.
I read this book an enjoyed some of the information, but was not clear on its intent. Therefore your summary at the top was useful to me. I assumed it was about communicating and teaching, not inviting and inspiring. But that explains why it felt “incomplete” and I was being left hanging unexpectedly. Its an unusual book and I appreciate it for that. Still, I hope more books follow it with some more guidance on how to be better longterm thinkers and with more exercises, examples, and knowledge. Like the importance of maintenance, the rarity of successful preservation, tradition and oral stories that succeed, etc.
I’m not sure if this is relevant but I just finished reading The Ends of the World which spans vast timescales. I enjoyed it quite a lot.
This is such a breath of fresh air. Make EA weirder!
I really want fish and bivalves to be a more prevalent and environmentally friendly option. I really appreciate you doing this write up and I expect to reference it in the future in conversation and when I have a question. Thank you so much for doing an exploration into this important and neglected topic!
I was trying to find a the big mac subsidy post and would not have been able to find it without this link post.
I’m going to flip the script a bit.
Are you doing important, impactful, good things?
Does EAG recognize them as novel, unexplored, needing a boost?
You are doing important impactful good things! That’s what matters!! Of course recognition is important and you absolutely deserve recognition. In addition you are completely reasonable to feel bad about things you know technically shouldn’t be so hurtful. But you’re human and they ARE hurtful. It’s okay to feel hurt. Please recognize your desires and needs. Live your best life for yourself and everyone.
EAG isn’t measuring how good you are, at best how communicable your efforts are. Some things are crutial but mundane. (They can be the most important!) Some things are exciting but too in-depth. Some things are simply not communicated verbally. Some things have finally achieved recognition and success. And some things are neglected within EA.
Congratulations on being in one of these (or other) vital areas!
Keep up the good work, we need you! And others like you!
Additional thoughts: If I’m one of the people with best EA ideas, then I’d be much more worried about how dire the situation is! It’s perfectly normal not to be one of the hundreds of people out of the millions best suited for this years conversation. The movement has gotten huge. It is tracking so many subjects, and that’s a wonderful thing. Unfortunately not everyone gets to go. That’s reality and it’s not your or anyone’s fault.
I’m happiest thinking of it as a great event for great people doing some specialized things. They aren’t perfect and EA is so. so. SO. much bigger than EAG.
Take care. I’m excited for you and where you go next.
Octopi are some of the most intelligent creatures, with a fascinatingly alien path to getting there and unrecognizable brain structure. I encourage anyone who doesn’t know about octopi intelligence to look into it—they aren’t social, don’t teach each other skills, don’t live long, and don’t have centralized processing but they rank among the highest intelligence we are aware of.
Something I felt was missing from the post was a mention of how intelligent the octopi and cephalopods are which are likely to be farmed. I thought only a few species of octopi were intelligent, and assume many are average or low levels of cognition for the animal world. I might prefer it to chickens and cows depending on the species...
Your other points about why it would be a terrible subject for farming are compelling, and I appreciate you spelling them out so concisely. Even if they are species average in perceptiveness they might be far worse to farm than other species.
In any case, I’m really glad you brought my attention to this and that you care about this subject!!
Very useful and illustrative. I especially like how you manage to tie both the personal perspective and the group dynamics together. I was acquainted with this idea but your write up was definitely illuminating of aspects I missed. I expect this to be useful to me and others!
I can’t figure out why this didn’t get more traction. This post seems extremely relevant and brought up well considered points that I’m surprised I’ve never encountered before. This subject seems fundamental to life changing career decisions, and highly relevant to both EA earning to give and EA career impacts. I also can’t spot any surface level presentation reasons it might have gotten overlooked or prematurely dismissed.
Edit: Ah, I think what happened is it was evaluated by the suggested actions when scrolling to see the outcomes/results. I am also much less positive these are good approaches to addressing the problem. They are offered without much evidence, and transparently acknowledged as such, but it’s potentially the posts biggest most obvious fault.
Excellent post.
I love the disagree votes happening here.
I look forward to reading your post!
I’m not very involved with EA/politics but I’d be interested in hearing discussion about how to improve decision making and institution design. For example—a fundamental problem with government bodies is they seem to function well early on, when they are made up of people who believe in the goal and there is a strong unified culture. But suffer from malaise as years pass and both people and systems get entrenched to the point that the goal is secondary. Incentive alignment decays and becomes virtually nonexistent in many governmental bodies.
Of course I also have a special interest in how the government can address wrong incentives caused by externalities.
What about more political experiments—stronger states rights, charter cities, special economic zones, as a way to move forward, and demonstrate effectiveness/ineffectiveness without trying to go through the disfunction we currently see in federal government?
And solving vetocracy at local levels through things like quadratic voting, systems that prevent gerrymandering, street votes, etc.
Anything else I haven’t heard of that seems a promising way to improve political outcomes!
This is great, thank you. Honestly it feels a little telling that this has barely been explored? Despite being THE x-risk? I get that the intervention point happens before it gets to this point, but knowing the problem is pretty core to prevention.
A force smarter/more powerful than us is scary, no matter what form it takes. But we (EA) feels a little swept up in one particular vision of AI timelines that doesn’t feel terribly grounded. I understand its important to assume the worst, but its also important to imagine what would be realistic and then intermingle the two. Maybe this is why the EA approach to AI risk feels blinkered to me. So much focus is on the worst possible outcome and far less on the most plausible outcome?
(or maybe I’m just outside the circles and all this is ground being trodden, I’m just not privy to it)
I suggest adding your anki deck to the EA anki deck list!
(I took the liberty of adding your link but didn’t feel qualified to fully add an entry—please add it!)
I mostly agree with this—our powers and coordination are beyond impressive when we wield them. So a extinction risk would have to explain why we can’t or don’t use all of our resources to stop our own demise. Potential examples: feedback loops that are selfishly beneficial and prevent coordination, even if its leading to a slow death overall. Instances where the collapse is slow but locked-in ahead of time. So even if we decide to move heaven and earth to do something about it, its too late.