Imagine you're a
farmer in a peaceful mountain village. Both you and other villagers raise sheep
by grazing them on a nearby meadow. Due to the rocky terrain however, this
meadow is the only available grazing livestock. This means you and your
neighbours will need to share this meadow so that everyone's sheep are able to
graze, but here we run into an issue. The meadow isn't very big, and can't
sustain everyone's sheep grazing all the time. As long as everyone grazes their
sheep a predetermined amount, the meadow should be able to sustain everyone.
However, if one farmer decides to keep his sheep on the meadow for longer, they
will fatten up and fetch a higher price at the market, but there will be less
grass for everyone else. One day, you suspect this is happening, and are faced
with a choice. Do you keep grazing your sheep the same amount as you're
supposed to, respecting the agreement but having less and less access to grass?
Or, do you too overgraze your sheep, fattening them while you can, in the hopes
of surviving the coming winter?
The above scenario
is referred to as "The tragedy of the commons", and illustrates a
fundamental problem regarding the economics of shared resources. In order for
any group to make the best overall use of a resource in the long term, two
things must be done. Firstly, access to that resource should be limited to a
point where that resource is sustainable, so that consumption can continue more
or less indefinitely. Secondly, the remaining access should be divided fairly
amongst the group, so that everyone is able to use the resource enough to
fulfil their needs. However, the members of the group are individuals, and may
choose to act in their own self interest, rather than maximising benefits for
the group. Furthermore, any other member of the group may rationally deduce
that, since other members may come to the conclusion that acting in self
interest would be of greater personal benefit, the logical next step would be
to also act in self interest to safeguard against future harms. This is a recurring
problem in game theory, a theory that examines decision making amongst groups
of rational actors. Often, individuals stand to gain more by conflicting rather
than co-operating with members of a group. While co-operating can secure
benefits such as greater stability, longevity, an increased overall group
utility, it is hard to incentivise co-operation organically, as all it takes is
a single group member to unbalance the whole system.
So, how does this
all pertain to capitalism? While modern capitalism may have moved past small
meadows on hillsides, there are still plenty of analogous resource pools we use
today. A majority of the seafood we consume is not farmed, but rather fished from
the ocean. Area's of forests can be privately owned, but many are logged after
acquiring permits from local governments, which would imply that the forests
are collectively owned by the nation. If we are able to expand our conception
of a "resource" we can start to see how clean air, ecosystems and
atmospheric CO² levels also apply to this problem. The problem as it pertains
to these resources comes from the intersection of two factors. Firstly,
capitalist modes of production impact these resources either by directly
pulling from them (e.g. Fishing, deforestation) or indirectly as externalities
of production (e.g. Output of greenhouse gases, garbage from packaging).
Secondly, and most importantly, there exists very little incentive to stop
corporations and organisations from overusing these resources, while there
exists many incentives for them to do the opposite. Capitalist ventures exist
to produce profit, first and foremost, and in almost every case, they are able
to produce more profit the more they are able to draw from the resource pool.
The more fish a fishing company is able to pull in, the greater market presence
it has. The more land a company can acquire from deforestation, the greater the
assets they now own to attract future investors. The more a factory produces,
the greater the amount of disposable packaging it creates, all of which needs
to be disposed of in rapidly diminishing landfills. Every organisation that
emits greenhouse gases as part of it's production line continue to eat into the
resource of "amount of gas we can collectively emit while still combating
climate change", with that resource in particular having been diminished
so much we're all starting to feel the effects.
The way to manage
and combat these problems is through cooperation, but companies under a
capitalist economy have no incentive or even paradigm to cooperate with one
another. Under capitalism, companies view each other as competitors, combatants
to be defeated in the arena of the free market. In fact so much of the
capitalist paradigm exists to actively prevent cooperation. Cooperation
amongst competitors leads to, amongst other things, monopolies or duopolies
forming, insider trading and crowding out of potential future competitors, all
of which free market capitalists take great care to avoid happening, and for
good reason. Perhaps the only worse outcome than a tragedy of the commons is
for shared resource to become owned by a single entity, permanently restricting
access as opposed to merely diminishing it.
Conceivably a group
of capitalist competitors, let's say the fishing industry for example, could
come together to self regulate. After all, if rampant overuse of fishing stock
continues unabated, the entire industry would cease exist, which would be against
the interests of everyone involved. Surely, even if these competitors are only
looking out for their own skin, there is still sense in co-operating. This is
true, but unfortunately there are two problems that mean this rarely works out.
The first is the game theory problem we already explored. Catch loads for
fishing vessels can be difficult to police, and it's not difficult for one or
two vessels to skirt the system for greater personal gain. All it takes to
justify is the mere suspicion that someone else might be doing it, and suddenly
it makes sense to skirt regulation. The second issue, which we'll call the
"inevitability insurance" problem, is that, if you suspect a system
will eventually collapse, or a shared resource become depleted, it is hugely
advantageous to try and make the most of that resource while it lasts, so as to
better prepare yourself for when the collapse comes. Thanks to the fluidity of
capital, profits made from the final days of the fishing industry can be
quickly invested elsewhere, ensuring that the owners of the company still
maintain their wealth. This problem is most the most prevalent in the case of
greenhouse gas emissions and climate change. Many companies, and even some
governments believe that we're never going to be able to roll back emissions
enough to reverse the harms, so rather than cripple oneself in an ineffective
attempt to stop climate change, it makes more sense to make as much profit as
possible, so as to better afford to adapt to changing conditions. This becomes
even more disastrous when considered from the perspective of investors, who
don't even have tangible assets that give them meaningful stake in the game.
They are happy to invest in logging until all the trees are cut down and it no
longer becomes profitable, at which point they will merely transfer their
capital to whichever new investment seems the most promising.
So, how do we fix
this problem? A number of solutions have been proposed by economists and
scholars, but in my opinion there is only one viable one, and that is state
intervention. The main problem with overcoming modern tragedies of commons is
the sheer scale of the resources involved. Oceans, vast biomes, the atmosphere,
states are the only entities with enough power to effectively implement and
enforce restrictions and regulations that can effectively protect these
resources. We should of course be careful about how we go about this, as
over regulation can lead to it's own problems. In China for example, amongst
communities that rely on bamboo forests for their livelihood, they have quite
effectively been able to manage the resource themselves in a sustainable
fashion. However, government intervention has meant that many communities are
now restricted in accessing nessacary materials and food. In many cases, local
communities, and even businesses will have some insight into what is the best
way to manage these resources, and so policy should be made in consultation
with these groups as much as possible.
Many economists
point to examples like above as proof that state intervention isn't nessacary,
and that self regulation can be effective. This analysis however misses a key
difference between these small communities and free market capitalism. In
communities where management of the commons is effective, there exist strong
complementary social norms that enforce standards of behaviour, and ensure a
sense of obligation is shared among members of the group. As we've already
explored such sentiments of obligation are an anathema to competitors in a free
capitalist market, and as such are virtually impossible to foster. The final
free market solution that is proposed is the hyper libertarian approach of
large scale privatisation, giving the incentive to maintain a resource to a
single entity. While this does eliminate much of the game theory problems we've
discussed, it of course comes with it's own set of problems and externalities.
How would one even go about privatising forests that span countries, or the
ocean, or the atmosphere? The end result of such sounds far too dystopian to be
seriously considered.
Economics in many regards can be simplified to mechanisms for the distribution of limited resources, but any economic system needs to also account for the existence of pools of resources that are collectively accessed. Contemporary global capitalism ignores issues of climate change and environmental destruction, and is structurally unequipped to answer them. If we want to overcome these problems, we need to recognise these shortcomings and plan for the future, lest we all not survive the proverbial coming winter.
Economics in many regards can be simplified to mechanisms for the distribution of limited resources, but any economic system needs to also account for the existence of pools of resources that are collectively accessed. Contemporary global capitalism ignores issues of climate change and environmental destruction, and is structurally unequipped to answer them. If we want to overcome these problems, we need to recognise these shortcomings and plan for the future, lest we all not survive the proverbial coming winter.