Not exact matches
Yet
acid rain controls are 40 % ahead
of schedule and 50 % below projected
costs.
It is estimated that the country is losing some 8 percent
of its wealth each year to pollution, with the toll including everything from crops destroyed by
acid rain to spiraling health
costs due to poor air and water quality.
Then if fossil fuel externalities were factored in — harms to environ,
acid rain, dead lakes / forests / soils, corroded property & lungs, local pollution real
costs (from small particulate matter & toxins), military protection
of supplies & diplomatic wheeling - dealing
costs, etc. etc — alt energy would likely prove much cheaper.
The politics
of the ozone issue were transformed by the presence
of CFC substitutes, and political success
of acid rain cap - and - trade was enabled by the
cost certainty ceiling
of scrubbing technologies.
For example, a tax on coal that incorporated the increased health care
costs associated with mining it and breathing polluted air, the
costs of damage from
acid rain, and the
costs of climate disruption would encourage investment in clean renewable sources
of energy such as wind or solar.
In the 1980s, tradable - permit systems were used to accomplish the phasedown
of lead in gasoline -(at a savings
of about $ 250 million per year), and to facilitate the phaseout
of ozone - depleting chloroflourocarbons (CFCs); and in the 1990's, tradable permits were used to implement stricter air pollution controls in the Los Angeles metropolitan region, and — most important
of all — a cap - and - trade system was adopted to reduce sulfur dioxide (SO2) emissions and consequent
acid rain by 50 percent under the Clean Air Act amendments
of 1990 (saving about $ 1 billion per year in abatement
costs).
For example, the environmental degradation from «
acid rain» caused by high levels
of Sulfur emissions, the economic impact
of global warming, the health damage to humans from air and water pollution (from particulate matter and mercury), all are measurable with an economic
cost to society.
Drawing on case studies
of past environmental debates such as those over
acid rain and ozone depletion, science policy experts Roger Pielke Jr. and Daniel Sarewitz argue that once next generation technologies are available that make meaningful action on climate change lower -
cost, then much
of the argument politically over scientific uncertainty is likely to diminish.26 Similarly, research by Yale University's Dan Kahan and colleagues suggest that building political consensus on climate change will depend heavily on advocates for action calling attention to a diverse mix
of options, with some actions such as tax incentives for nuclear energy, government support for clean energy research, or actions to protect cities and communities against climate risks, more likely to gain support from both Democrats and Republicans.
Its history repeating itself, as the Chamber has made false claims about economic
costs on everything from
acid rain protections in 1990, to smog reduction measures
of 1997, to mercury standards
of 2011.
DDT imposed enormous
costs through the destruction
of ecosystems;
acid rain, secondhand smoke, the ozone hole, and global warming did the same.
As a result, the law
costs utilities just $ 3 billion annually, not $ 25 billion, according to a recent study in the Journal
of Environmental Management; by cutting
acid rain in half, it also generates an estimated $ 122 billion a year in benefits from avoided death and illness, healthier lakes and forests, and improved visibility on the Eastern Seaboard.
People have responded successfully to other major environmental challenges such as
acid rain and the ozone hole with benefits greater than
costs, and scientists working with economists believe there are ways to manage the risks
of climate change while balancing current and future economic prosperity.
So the real
cost of a gallon
of gasoline would include compensation for all the harms it's done to that point (in extraction, transport, processing, etc), and all harms it will do, including global heating harms,
acid rain, and local pollution, including small particulate matter.
Alternatively, for countries too small to absorb the
costs (in terms
of acid rain and other pollution in their own skies) strategic siting
of sulfur emissions by other countries can make them bear the
costs of their refusal to reduce CO2 emissions.