Global Warming Reports
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Executive Summary
North Carolina
could limit its contribution to global warming over the next 15 years by
implementing policies to reduce carbon dioxide emissions from cars and light
trucks.
Global warming poses a serious threat to North
Carolina’s future. Scientists project that average
temperatures in North Carolina could
increase by 8˚ to 15˚F over the next century if no action is taken to reduce
global warming pollution. Warming could cause thousands of square miles in the
state to be flooded, increase damage from storms, and cause air quality to
worsen, as well as harm North Carolina’s
economy, public health and environment in a host of other ways.
Controlling global warming pollution from the transportation
sector—and particularly cars and light trucks—is essential if North
Carolina is to begin to reduce its emissions and its
long-term impact on the climate.
Transportation-related emissions are responsible for
approximately 34 percent of North Carolina’s
global warming pollution, the second largest source of pollution behind
electricity generation. Cars and light trucks—such as pickups, minivans and
SUVs—are the most important sources of global warming pollution within the
transportation sector, responsible for approximately two-thirds of all
emissions from transportation and nearly one-quarter of North
Carolina’s total emissions of global warming
pollution.
Carbon dioxide
pollution from cars and light trucks in North Carolina could increase by 12 percent from 2005 to
2020 unless action is taken to reduce emissions.
- Emissions
from cars and trucks increased by nearly 33 percent between 1990 and 2005
and are projected to rise by an additional 12 percent between 2005 and
2020.
- Vehicle
travel increased by 29 percent from 1996 to 2006 and is projected to grow
by another 39 percent by 2020, causing global warming pollution from
transportation to rise significantly.
- Slow
implementation of stronger federal corporate average fuel economy (CAFE)
standards for cars and light trucks also feeds the growth in North
Carolina’s carbon dioxide pollution from
transportation.
North
Carolina can significantly reduce carbon dioxide pollution
from cars and light trucks by adopting the Clean
Cars Program.
- The
Clean Cars Program establishes limits on health-damaging pollution and
global warming pollution from automobiles. Using standards that grow stronger
over time, the Clean Cars Program will reduce global warming pollution
from cars and the lightest passenger trucks by 34 percent by 2016 and from
heavier passenger trucks by 25 percent.
- By
implementing the program as soon as possible, North
Carolina could reduce carbon dioxide pollution
from cars and light trucks by 10 percent below the levels that would be
achieved under the recently improved federal fuel economy standards by
2020. (See Figure ES-1.)
- Once
the program is fully implemented in 2016, consumers are projected to save $20
to $26 per month on vehicles complying with the standard, with reduced
fuel costs more than making up for the increased cost of the vehicle.
These savings assume gasoline prices remain at their current level.
- The Clean
Cars Program will pave the way for the widespread
introduction of technologies like “plug-in” hybrids and fuel-cell
vehicles, direct-injection engines, advanced transmissions, improved air
conditioning systems, and other technologies with the potential to reduce
pollution..
- Even
with implementation of the Clean Cars
Program, carbon dioxide pollution from cars and light trucks in 2020 would
remain 1 percent higher than in 2005 because of a large projected increase
in vehicle travel. Thus, North Carolina
will need to adopt additional policies to stabilize and reduce emissions
from the transportation sector.
North
Carolina should
move quickly to adopt policies that will stabilize and ultimately reduce carbon
dioxide pollution from cars and light trucks.
- North
Carolina should adopt the Clean
Cars Program so that it takes effect in model year 2012.
- North
Carolina should invest in public transit and
adopt transit-oriented development policies that reduce vehicle travel,
further helping to reduce global warming pollution from the transportation
sector.
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