chapters 1 and 2 Flashcards
future societies
resource scarcity and accumulating pollutants
examples of resource scarcity and accumulating pollutants
climate change:
- energy is radiated back into space and ghg trap some of that energy
- countries that produce the least emissions will be hit the hardest
water accessibility:
- by 2025, 2/3 of the worlds population will live in severe water stress areas
most important incentive in any competitive market
price
positive feedback loop
secondary effects that reinforce the basic trend
increase in something, affects something, leads to an even higher increase
negative feedback loop
secondary effects that reinforce the basic trend
some deviation occurs from the optimal point and it triggers a natural response to bring it back to the optimal point
environmental v ecological
environmental: environment is a subset of the economy
ecological: economy is a subset of the environment
why does entropy increase
we are demanding more energy therefore the amount of energy unavailable, that we are currently using, will increase
economic rent
ant pmt to a factor of production in excess of the cost needed to bring that factor into production
short run: producer surplus = profit + rent
long run: long run profits / rent = 0
scarcity rent
in this class however, competition does not eliminate that PS
for market allocations of commodities that cause pollution, if you stay at MCp
output is too high too much pollution prices are too low no incentive to change if costs are externalized recycling waste is discouraged
open access
resource will always be over exploited
scarcity rent is dissipated, no one appropriates it so it is lost
monopoly
MB > MC
too little supply at too high a price
man PS rather than ES