While declines in emissions have previously occurred during periods of economic crisis, this would be the first decline during a period of strong global economic growth.
Not exact matches
Studies indicate carbon dioxide
emissions from transportation
in the province have
declined 16 %
in that time, and
while it's impossible to draw a direct causal relationship between the tax and the
emissions decline, it's fair to say it was a factor contributing to indisputable behavioural changes — you can't emit 16 % less CO2 by doing the same things you did before.
For example,
emissions embodied
in exports to North America and Western Europe
declined by 20 per cent and 16 per cent, respectively,
while those
in exports to Latin America and the Caribbean increased by 33 per cent.
While the new report indicates U.S.
emissions have slightly
declined this year, Le Quéré suggested these policy shifts may actually be «very damaging»
in the long term.
The new study, by IIASA researchers Zbigniew Klimont and Janusz Cofala, and Steven Smith at the Pacific Northwest National Laboratory
in the US, showed that
emissions from North America and Europe
declined over the entire study period,
while emissions from Asia and from international shipping increased.
For example, if energy demand will quadruple
in the next 70 years
while emissions must
decline to near zero, then we need to develop and deploy at scale energy technologies that have near zero
emissions.
Gates hammered on points reported here for many years: that without a big, and sustained, boost
in spending on basic research and development on energy frontiers, the chances of triggering an energy revolution are nil; that
while the private sector and venture capital investors are vital for transforming breakthroughs into marketable products or services, they will not invest
in the long - haul inquiry that's required to generate game - changing breakthroughs; that a 1 or 2 percent tax on carbon - emitting fuels could generate a large, steady stream of money for invigorating the innovation pipeline; that a
declining emissions cap and credit trading system --- if it could survive America's polarized politics --- would have to raise energy costs far beyond what would be politically tenable to generate a similar scale of transformational activity.
While these and other studies give grounds to believe that very low
emissions pathways are not economically prohibitive, none model a short term (e.g., 2010 - 2020)
decline of CO2
emissions that is as rapid as that postulated here or
in the Ackerman et al. scenarios, all of which have
emissions falling by more than 50 % between now and 2020.
While those
emissions have continued to
decline in the West, returns, from a brightening standpoint, have diminished, just as coal combustion ramped up
in Asia.
While total campus
emissions were flat,
emissions associated with MIT's academic buildings (comprising 94 percent of MIT's total
emissions) continued to
decline in 2017.
In the opposite transition to rapid warming in 1975, once again I am struck by the fact that while aerosol emissions ceased to rise, they did not disappear entirely from the atmosphere, but began a gradual decline from a high pea
In the opposite transition to rapid warming
in 1975, once again I am struck by the fact that while aerosol emissions ceased to rise, they did not disappear entirely from the atmosphere, but began a gradual decline from a high pea
in 1975, once again I am struck by the fact that
while aerosol
emissions ceased to rise, they did not disappear entirely from the atmosphere, but began a gradual
decline from a high peak.
While reducing global
emissions will slow the pace of
decline, American ski areas will still face significantly shorter seasons
in the years ahead.
In 2016,
emissions from electricity produced within California decreased by 19 percent, but two - thirds of that
decline came from increased production from the state's hydro - electric dams, due to it being a rainier year, and thus had nothing to do with the state's energy policies,
while approximately a third of the
decline came from increased solar and wind.
While declining strongly
in the industrialized regions as a result of sulfur control policies
in Europe and North America, and because of economic reforms
in Russia and Eastern Europe,
emissions increase rapidly
in Asia with an increase
in the energy demand and coal use.
Queensland is destroying tree cover at the rate of 10 square kilometres a day, harming biodiversity
while stoking doubts about federal data suggesting
emissions from land clearing are
in decline.
The black bars show the spread
in pathways with peak rates of
emissions decline less than 4 %,
while the grey bars show the spread
in all
emission pathways.
The grey diamonds
in figure 5 represent
emission pathways that have a maximum rate of
emissions decline of between 4 and 10 per cent per year,
while the black crosses correspond to rates of
decline between 0 and 4 per cent.
While atmospheric levels of ozone - depleting chemicals were rapidly increasing before the Protocol was ratified,
emissions of nearly all of these chemicals have
declined substantially and atmospheric levels of most of these gases have decreased
in the intervening 2 decades.
While most major economies saw a rise
in carbon
emissions, some others experienced
declines, such as the United States, the United Kingdom, Mexico and Japan.
While annual investment
in fossil fuel extraction, transformation, and transportation and fossil ‐ fired power plants without CCS is estimated to
decline by about 86 billion USD per year
in 2010 2029 (i.e., by 20 %), annual investment
in low ‐
emission generation technologies is expected to increase by about 147 billion USD per year (i.e., by 100 %), over the same period.
While coal - to - gas switching played a major role
in reducing
emissions in previous years, last year the drop was the result of higher renewables - based electricity generation and a
decline in electricity demand.
While the bill and likely substitute amendment offered by Senator Boxer would initiate the first step
in placing a
declining cap on greenhouse gas
emissions so the United States can do its part to reduce the impacts of global warming,...
In the 2000s, production - based CO2 emissions in developed countries declined while their carbon footprints gre
In the 2000s, production - based CO2
emissions in developed countries declined while their carbon footprints gre
in developed countries
declined while their carbon footprints grew.
That, it says, means productivity must be increased by reversing
declines in yield growth and closing the gap between actual and attainable yields
in the developing world,
while also reducing agriculture's environmental impact, including the depletion of fresh water and the increase
in greenhouse gas
emissions.
While the energy industry cut
emissions, its revenue
declined by 26 percent
in the same time period.
The headline story was that
while emissions continued to fall last year, the pace of
decline slowed from an annual average 1.3 % between 2005 and 2016 to under 1 %
in 2017.
Note that
while emissions intensity if falling
in all the states, the very large
decline is
in South Australia.
In addition, China has met its 2020 emissions reductions goal three years early (noting, though, that while coal use in China is declining, Chinese companies are working to build and finance the construction of coal - fired power plants elsewhere, like this project in Kenya
In addition, China has met its 2020
emissions reductions goal three years early (noting, though, that
while coal use
in China is declining, Chinese companies are working to build and finance the construction of coal - fired power plants elsewhere, like this project in Kenya
in China is
declining, Chinese companies are working to build and finance the construction of coal - fired power plants elsewhere, like this project
in Kenya
in Kenya.)
The report says that draining rice paddies
in mid-season and using different fertilizers can reduce methane
emissions,
while switching to more heat - tolerant varieties of rice can offset crop yield
declines.
While the start of the Great Recession had something to do with it, new analysis from the Harvard School of Engineering and Applied Sciences shows that, when it comes to reductions
in emissions from electricity production, which dropped 8.76 % from 2008, cheaper natural gas prices were behind the
decline, with natural gas displacing coal.
While emissions grew year on year
in China and India, U.S.
emissions declined 3.7 percent.
Hotelling resource price dynamics
in a Ramsey growth model help explain these findings, by showing that income growth does not imply per capita
emissions growth,
while convergence implies
declining average
emissions.
While this boom creates low unemployment and increased investment options (including real estate)
in many secondary and tertiary markets where drilling is prevalent, natural gas exploration is not without risk and cost, including increased carbon
emissions, groundwater contamination, reduced economic activity
in alternative energy sectors and the potential for boom - and - bust local economies susceptible to rapid
declines in production.