Let’s play a game! First, I’ll
give you an envelope which was left by the previous player. The previous player
was given $6 and told to keep as much, or as little as they like, but to leave
the rest in the envelope for you. I’ll then give you another $6 – you can take
as much as you like, but you must put the rest in another envelope for the
following player. Thus the game consists of a long chain of players who first
act as a receiver, opening an envelope to find some money, and then as a
splitter, sharing money between themselves and the following player.
How do you think you would play
this game? Would you keep all of the money for yourself, knowing that you’ll
never meet any of the other players in the game? Or maybe you’d split it fairly
evenly, considering the previous player left some money for you?
That’s what a recent paper in
the Journal of experimental psychology (Gray, Ward, & Norton, 2012) has
investigated. They wanted to know if the amount of money left in the envelope
(which was actually controlled by the experimenter) had any effect on the amount
that people would pay forward to the next ‘player’ (again the experimenter). The
technical name of the phenomenon they were investigating is generalised
reciprocity - the pro-social behaviour of helping others after having been
helped by someone else, aka ‘paying it forward’.
The researchers found that when the previous player acted
greedily, i.e. the participant’s envelope was left without any money; they also
acted greedily towards the following player. However, if their envelope
contained $3, a fair and equitable amount, they tended to also pay forward fair
and equal amounts ($3.38 on average). The surprising finding occurred when
participants received a very generous amount of $6. When the participants
believed they were receiving $6 from the previous player, they would not pay
forward the same level of generosity; they paid forward no more than those who
had received a fair split.
This highlights the sinister side of generosity – greed propagates
more than generosity. The amount of generosity passed on in a chain of good
behaviours dissipates with each step, whereas greed is paid forward in equal
measure at every stage. Therefore, the
authors suggest that if you want to create a chain of kind acts like in the
story “pay it forward”, people should focus on treating others equally and
fairly, rather than giving over the top random acts of kindness.
The authors
gave a bit of context to their findings, by providing a real world example of
this phenomenon:
“The person who awakes to gratefully find his
long driveway cleared of snow may feel that he has paid forward the generous
act by brushing off a bit of snow from a nearby car, but this discount rate is
sufficiently high that the perpetuation of goodwill likely ends there. On the
other hand, the person who awakes to find his driveway completely blocked from
an errant snowplough may pile all that extra snow onto another car, thereby creating
a significantly longer chain of ill will.”
However, there is something good
to be said of human nature from this study. The game in their experiment was
played completely anonymously, yet people still acted fairly, and somewhat
generously. This was unexpected considering the current understanding of
generalised reciprocity. It was previously believed that people only pay
forward kind acts when the recipients are in the same community, are known by
the giver, or are genetically related to them, yet this does not seem to be the
case.
References
Gray, K., Ward, A. F., &
Norton, M. I. (2012). Paying it forward: Generalized reciprocity and the limits
of generocity. Journal f experimental
Psychology: General, 17, 1-8.
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