One of the core problems with GDP is that it only adds. That is, GDP calculates any kind of spending as improving the health of an economy--a limitation that is clearly problematic.
As an example, how does GDP account for an economic disaster? The oil spill British Petroleum (BP) caused in the Gulf of Mexico in 2010 is a perfect example of the limitations of GDP. The transactions made to replace assets damaged or destroyed by such a disaster are not differentiated in final GDP scores, to the tune of about $20 billion in the 2010 oil spill.
Not to mention, an oil spill negatively affects the local economy in so many ways that GDP does not account for: for instance, fishermen losing their jobs and livelihood, restaurants temporarily closing or going out of business entirely, and tourism in the area rapidly declining. Moreover, the local ecosystem is completely thrown off balance and damaged, sometimes irreparably, for many years to come.
Hurricane Katrina provides another significant example of GDP's limitations: With about $250 billion in cleanup costs, the hurricane's effect on GDP certainly did not reflect the well-being of New Orleans citizens or economy in the years following the disaster. Thousands of former residents were permanently displaced, and the city is still struggling to approach pre-Katrina population figures. As of 2012, the city has reached only 80 percent of its former population.
Although Louisiana's GDP initially dropped off after the disaster, as the cleanup effort began it quickly began to climb, approaching pre-disaster numbers within only five years. Yet while the state's GDP was rapidly recovering, the city itself was not: Alyson Plyer, the chief demographer at the Greater New Orleans Community Data Center, estimated in 2010 that the city was only "five years into a 10- to 20-year recovery project." Going by GDP alone, however, the disaster seemed to be a hiccup rather than a monumentally disruptive catastrophe.
Economic disasters like the BP oil spill and Hurricane Katrina demonstrate the inherent limitations of GDP as a measurement of economic growth, health, or the well-being of citizens in an economy. GDP scores are simply not built to accommodate these negative externalities that affect people, wildlife, ecosystems, and communities.
However, alternative methods have been developed to more accurately account for these externalities. The Genuine Progress Indicator (GPI), developed by ecological economists in the 1980s and 90s, is much better equipped to measure activities that diminish financial and social well-being and negatively impact the environment. GPI, for instance, quantifies externalities such as ozone depletion or loss of wetlands as harmful costs--whereas GDP is not able to differentiate these harmful costs from positive economic activity so long as dollars are being spent.
Some states have already started to move away from GDP because of its inherent limitations: Despite early opposition, Maryland--in conjunction with the University of Maryland's Center for Integrative Environmental Research--developed and implemented a GPI tool for policy-makers in early 2010. The tool, which measures how indicators of well-being interact with and affect each other, uses 26 different indicators from economic, environmental, and social categories to calculate GPI.
Maryland's successful adoption of GPI will hopefully encourage other states to follow suit and develop similar measurements for a more sustainable economic future--one that values its citizens and the environment more highly than the dollar.
© 2023 Institute for Policy Studies
One of the core problems with GDP is that it only adds. That is, GDP calculates any kind of spending as improving the health of an economy--a limitation that is clearly problematic.
As an example, how does GDP account for an economic disaster? The oil spill British Petroleum (BP) caused in the Gulf of Mexico in 2010 is a perfect example of the limitations of GDP. The transactions made to replace assets damaged or destroyed by such a disaster are not differentiated in final GDP scores, to the tune of about $20 billion in the 2010 oil spill.
Not to mention, an oil spill negatively affects the local economy in so many ways that GDP does not account for: for instance, fishermen losing their jobs and livelihood, restaurants temporarily closing or going out of business entirely, and tourism in the area rapidly declining. Moreover, the local ecosystem is completely thrown off balance and damaged, sometimes irreparably, for many years to come.
Hurricane Katrina provides another significant example of GDP's limitations: With about $250 billion in cleanup costs, the hurricane's effect on GDP certainly did not reflect the well-being of New Orleans citizens or economy in the years following the disaster. Thousands of former residents were permanently displaced, and the city is still struggling to approach pre-Katrina population figures. As of 2012, the city has reached only 80 percent of its former population.
Although Louisiana's GDP initially dropped off after the disaster, as the cleanup effort began it quickly began to climb, approaching pre-disaster numbers within only five years. Yet while the state's GDP was rapidly recovering, the city itself was not: Alyson Plyer, the chief demographer at the Greater New Orleans Community Data Center, estimated in 2010 that the city was only "five years into a 10- to 20-year recovery project." Going by GDP alone, however, the disaster seemed to be a hiccup rather than a monumentally disruptive catastrophe.
Economic disasters like the BP oil spill and Hurricane Katrina demonstrate the inherent limitations of GDP as a measurement of economic growth, health, or the well-being of citizens in an economy. GDP scores are simply not built to accommodate these negative externalities that affect people, wildlife, ecosystems, and communities.
However, alternative methods have been developed to more accurately account for these externalities. The Genuine Progress Indicator (GPI), developed by ecological economists in the 1980s and 90s, is much better equipped to measure activities that diminish financial and social well-being and negatively impact the environment. GPI, for instance, quantifies externalities such as ozone depletion or loss of wetlands as harmful costs--whereas GDP is not able to differentiate these harmful costs from positive economic activity so long as dollars are being spent.
Some states have already started to move away from GDP because of its inherent limitations: Despite early opposition, Maryland--in conjunction with the University of Maryland's Center for Integrative Environmental Research--developed and implemented a GPI tool for policy-makers in early 2010. The tool, which measures how indicators of well-being interact with and affect each other, uses 26 different indicators from economic, environmental, and social categories to calculate GPI.
Maryland's successful adoption of GPI will hopefully encourage other states to follow suit and develop similar measurements for a more sustainable economic future--one that values its citizens and the environment more highly than the dollar.
One of the core problems with GDP is that it only adds. That is, GDP calculates any kind of spending as improving the health of an economy--a limitation that is clearly problematic.
As an example, how does GDP account for an economic disaster? The oil spill British Petroleum (BP) caused in the Gulf of Mexico in 2010 is a perfect example of the limitations of GDP. The transactions made to replace assets damaged or destroyed by such a disaster are not differentiated in final GDP scores, to the tune of about $20 billion in the 2010 oil spill.
Not to mention, an oil spill negatively affects the local economy in so many ways that GDP does not account for: for instance, fishermen losing their jobs and livelihood, restaurants temporarily closing or going out of business entirely, and tourism in the area rapidly declining. Moreover, the local ecosystem is completely thrown off balance and damaged, sometimes irreparably, for many years to come.
Hurricane Katrina provides another significant example of GDP's limitations: With about $250 billion in cleanup costs, the hurricane's effect on GDP certainly did not reflect the well-being of New Orleans citizens or economy in the years following the disaster. Thousands of former residents were permanently displaced, and the city is still struggling to approach pre-Katrina population figures. As of 2012, the city has reached only 80 percent of its former population.
Although Louisiana's GDP initially dropped off after the disaster, as the cleanup effort began it quickly began to climb, approaching pre-disaster numbers within only five years. Yet while the state's GDP was rapidly recovering, the city itself was not: Alyson Plyer, the chief demographer at the Greater New Orleans Community Data Center, estimated in 2010 that the city was only "five years into a 10- to 20-year recovery project." Going by GDP alone, however, the disaster seemed to be a hiccup rather than a monumentally disruptive catastrophe.
Economic disasters like the BP oil spill and Hurricane Katrina demonstrate the inherent limitations of GDP as a measurement of economic growth, health, or the well-being of citizens in an economy. GDP scores are simply not built to accommodate these negative externalities that affect people, wildlife, ecosystems, and communities.
However, alternative methods have been developed to more accurately account for these externalities. The Genuine Progress Indicator (GPI), developed by ecological economists in the 1980s and 90s, is much better equipped to measure activities that diminish financial and social well-being and negatively impact the environment. GPI, for instance, quantifies externalities such as ozone depletion or loss of wetlands as harmful costs--whereas GDP is not able to differentiate these harmful costs from positive economic activity so long as dollars are being spent.
Some states have already started to move away from GDP because of its inherent limitations: Despite early opposition, Maryland--in conjunction with the University of Maryland's Center for Integrative Environmental Research--developed and implemented a GPI tool for policy-makers in early 2010. The tool, which measures how indicators of well-being interact with and affect each other, uses 26 different indicators from economic, environmental, and social categories to calculate GPI.
Maryland's successful adoption of GPI will hopefully encourage other states to follow suit and develop similar measurements for a more sustainable economic future--one that values its citizens and the environment more highly than the dollar.