Wow. Looks like a whole bunch of people have seen "Avatar" one time too many.
The point of the "modern economy" is, very simply, that all the alternatives suck. Any one of you could walk off the reservation right now and build yourself a nice log cabin in Montana and farm your own food. But you all
choose not to. You stay here, inside the system, with your cars and your candy bars and your cell phones--and, of course, your Internet connections.
Yeah, the system will collapse now and then. Has in the past. Every time, we simply built it back up again. Roman Empire, Great Depression, Hurricane Katrina, Bank Crisis of 2008. Boo friggin' hoo. Next time it collapses we'll simply rebuild it.
I can very well see why people don't want the system to collapse. It will lead to lots of death and destruction.
Regardless, just like BasketCase, I'll continue to to spend the worlds resources like there is no tomorrow. My reasoning is simply that people in general will not change and any attempt to do so will be more or less futile. You can try to lead by example, but that will only give you a handicap when the rivers of milk and honey runs out and we finally find out who is willing to kill to live.
By continuing to gather resources and wealth for myself I'm trying to rise higher in the current society so that me and mine will have a better chance of getting through the "bottleneck" as some poster called it earlier. And being a young, healthy, well-educated, tall, white male with a Norwegian passport my starting position is actually pretty good I think.
We do not only produce an awful lot of stuff we absolutely don't need at the cost of massive environmental disruption, we are also building wonderful future memorials of our folly:
Those behemoths aren't even good memorials: They'll erode away in less than half a century if not continuously maintained...
Oh I am sure many species will survive. Except most large mammals (the image of millions of desperate hungry Africans roaming the continent with AK-47s shooting anything that might be edible keeps appearing in my mind...), many bird species, all the fish that people like to eat, most amphibians and many reptile species, etc.
You do know of course, that our Fish-Genocide is almost complete anyway? Look at the Dutch harbor logs for instance. In the 1600s each boat caught lots of fish and relative close to land as well. Today, with our many-times larger factory-trawlers we are struggling to do better than the Dutch fishermen did in the 1600s, with far cruder technology. Indeed, the world's trawlers are just finishing the jobs now.
We should better start taking DNA samples of all species we know so that we can revive them in the future, if we survive as a technologically advanced civilization.
We are. This is only for crop-plants for the time being though:
Svalbard Global Seed Vault.
Again, I ask, DEFINE UNNECESSARY. DEFINE it such that you can get the vast majority of people to agree.
While such a definition may actually be impossible, it is fully possible to price in externalities into products.
I'll try to present some way to do it - though I heavily doubt it will even matter if I can. Humanity will have an actual battle royal within this century, and there is virtually no way of stopping it.
An immediate band aid is to
institute a deposit on all products that are affected by fashions and trends, and on all containers that can be used over again. Norway and many other countries already have this for cars, bottles and aluminium cans. For bottles and cans this deposit is less than 10% of the consumer price for the product, and we have about an 80% return rate.
I suggest that we heavily extend this deposit legislation. For mobile phones, let's say a 80% deposit added to the price. For clothes, I suggest a 250% deposit. Producers will of course be legally bound to arrange a proper return procedure that is easily accessed by people - usually at the same location where they originally bought the item.
This will limit consumption somewhat, and also make sure that a large amount of raw materials are available to be reused instead of having to constantly mine more and more resources.
A final solution of course is to properly calculate the usage of the commons.
And I boldly present a crude algorithm:
Resources
Cannum = (Rnow / (Ptot * Lavg)) + (Rannum / Pnow)
Rnow = Current amount of resource. How much we believe there is left of a specific resource
today.
Ptot = The number of current and future people who hold a stake in a specific resource.
Lavg = Average lifespan for a person.
Rannum = How much the resource will grow during a year. I.e. how much can be harvested sustainably.
Pnow = Number of people currently living in the world.
Cannum = How much each person may consume of a specific resource every year.
Pollution
Wannum = (Wearth - Wold) / Pnow
Wearth = Amount of specific pollution the Earth can handle every year.
Wold = Small factor of pollution already in the system, calculate with this factor greater than 0 to remove current pollution levels.
Pnow = Number of people currently living in the world.
Wannum = How much each person may pollute with a specific pollutant every year.
Personal Optimalisation Equation
Sum(Cannum,i + Cperson,i) = Sum(Wannum,j + Wperson,j)
i and j is the number of specific resources and pollutants respectively.
Cperson,i and Wperson,j is how much more or less than the average a person wants of a resource or to pollute.
This equation should be optimalised for each person to maximise his utility for consumption. Note that Cannum,i and Wannum,j should be recalculated every year (or any other interval I suppose), while Vperson stays constantly linked to the default year.
We'll also need some GDP numbers:
M = GDP of entire world.
Mp = Each person's share of the world's GDP (simple average).
Mpr = Each person's share of the world's GDP divided by each counted resource.
Mpw = Each person's share of the world's GDP divided by each counted pollutant.
Finally, calculate the total desired usage of each resource and divide by the availability of that resource:
Cannum,i,tot = Sum(Cannum,i + Cperson,i; i = specific resource)
Wannum,j,tot = Sum(Wannum,j + Wperson,j; j = specific pollutant)
Vprice,i = (Cannum,i,tot * Mpr) / (Cannum * Pnow)
Vprice,j = (Wannum,j,tot * Mpw) / (Wannum * Pnow)
And thus, we have the value of a piece of the commons! Q.E.D.
Anything like this will never be implemented properly and within time, but it's a bit fun to look at anyway. I'm really tired now, so I'm sure I left some big logical flaws in my very general calculations. But what do you think?