It means the more
rapid use of fossil fuels, the more rapid exploitation of forests, soils, and oceans, the greater pollution of the atmosphere.
Not exact matches
The
rapid rate
of climate change since the Industrial Revolution has resulted from changes in atmospheric chemistry, specifically increases in greenhouse gases due to increased combustion
of fossil fuels, land -
use change (e.g., deforestation), and fertilizer production (Forster et al. 2007).
AGW should not be
used as a reason to suppress badly - needed
fossil -
fuels, but rather to encourage the
rapid adoption
of nuclear and other clean technologies.
In terms
of advocacy, this is tricky; people in the
fossil fuel sector will doubtless claim that lower climate sensitivity means
rapid reductions in
fossil fuel use are not necessary, so they can go on with their plans for more gas and oil development without breaching the Paris Agreements, etc..
The «moral hazard» argument against CDR goes something like this: CDR could be a «Trojan horse» that
fossil fuel interests will
use to delay
rapid decarbonization
of the economy, as these
fossil interests could
use the prospect
of cost - effective, proven, scaleable CDR technologies as an excuse for continuing to burn
fossil fuels today (on the grounds that at some point in the future we'll have the CDR techniques to remove these present - day emissions).
Fossil fuel use of all types including coal are increasing at a
rapid pace world wide.
It said the only way to avoid the pessimistic scenarios will be radical transformations in the ways the global economy currently functions,
rapid uptake
of renewable energy, sharp falls in
fossil fuel use or massive deployment
of CCS, removal
of industrial emissions and halting deforestation.
BBD writes - «Finite
fossil hydrocarbon reserves (note I do not limit this definition to «
fuel») plus robust physics
of radiative transfer, plus paleoclimate evidence plus uncertainty are, together, more than sufficient grounds to justify the
rapid reduction in
fossil HC
use.»
Stepping back from there, Hansen looks at 1940 and above: «The approximate stand - still
of global temperature during 1940 - 1975 is generally attributed to an approximate balance
of aerosol cooling and greenhouse gas warming during a period
of rapid growth
of fossil fuel use with little control on particulate air pollution, but quantitative interpretation has been impossible» That's the excuse and it is laughable.
The approximate stand - still
of global temperature during 1940 - 1975 is generally attributed to an approximate balance
of aerosol cooling and greenhouse gas warming during a period
of rapid growth
of fossil fuel use with little control on particulate air pollution, but quantitative interpretation has been impossible because
of the absence
of adequate aerosol measurements.
Finite
fossil hydrocarbon reserves (note I do not limit this definition to «
fuel») plus robust physics
of radiative transfer, plus paleoclimate evidence plus uncertainty are, together, more than sufficient grounds to justify the
rapid reduction in
fossil HC
use.
When mitigating anthropogenic global warming is projected to require greater than 80 % lower
fossil energy
use, how do we provide the transport
fuel and energy for
rapid growth by developing countries while sustaining OECD economic growth when the Available Net Exports
of crude oil — after China and India's imports — have already declined 13 % since 2005, and Saudi Arabia may need to import oil by 2030?
Since the industrial revolution and the
rapid increase in the
use of fossil fuels, humans have added more than a trillion tons
of carbon dioxide to the atmosphere.
The approximate stand - still
of global temperature during 1940 - 1975 is generally attributed to an approximate balance
of aerosol cooling and greenhouse gas warming during a period
of rapid growth
of fossil fuel use with little control on particulate air pollution, but satisfactory quantitative interpretation has been impossible because
of the absence
of adequate aerosol measurements.
Human activities (primarily,
fossil fuel emissions; secondarily, land
use changes such as deforestation6) have caused a
rapid increase in the atmospheric concentration
of greenhouse gases.
The point here is, we need a
rapid transition to renewable (energy), and avoid committing to long - term
fossil fuel use if we are to get within the limits (
of reducing global warming to less than 2 C).»
The approximate stand - still
of global temperature during 1940 - 1975 is generally attributed to an approximate balance
of aerosol cooling and greenhouse gas warming during a period
of rapid growth
of fossil fuel use with little control on particulate air pollution -LSB-...]»
Second, the
rapid and large - scale exploitation
of fossil fuels [4]-- a vast stock
of nonrenewable resources accumulated by Nature over hundreds
of millions
of years that are being drawn down in just a few centuries — and the invention
of the Haber — Bosch process to
use natural gas to produce nitrogen fertilizer [5,6] enabled increasingly higher levels
of food and energy production.