Not exact matches
Achieving the 2025 target will require a further
emission reduction of 9 - 11 % beyond our 2020 target compared to the 2005 baseline and a substantial acceleration of the 2005 - 2020 annual pace of
reduction, to 2.3 - 2.8 percent per year, or an approximate doubling;» Substantial global
emission reductions are needed to keep the global temperature rise below 2 degrees Celsius, and the 2025 target is consistent
with a path to
deep decarbonization.
This target is consistent
with a straight line
emission reduction pathway from 2020 to
deep, economy - wide
emission reductions of 80 % or more by 2050.
«Only a plan that combines carbon pricing
with ambitious regulations in every sector of the economy will result in
emissions reductions deep enough to reach our current climate targets and put Canada on a path to exceeding those targets.»
When efficiency is combined
with clean heating technologies, a
deep emissions reduction pathway emerges.
We will need to see a
deep decline if we are to limit dangerous climate change, and even
with existing
emissions -
reduction commitments, global
emissions are not expected to decline until at least after 2030.
It acknowledges that any plausible path toward climate mitigation will involve a lot of nuclear energy, carbon capture and natural gas, pushing back against the delusional claims of the mainstream environmental movement that
deep reductions in
emissions can be accomplished
with present - day wind, solar and energy - efficiency technologies alone.
«
With some level of warming and sea level rise already in the pipeline no matter what we do, we won't see a
reduction in impacts or even a sudden levelling - off — impacts are projected to increase at the same rate in all scenarios for the next couple of decades or so, and after that they merely increase more slowly in the
deep emissions cuts scenarios,» Betts told Mongabay.
That one was called RESPONSES, dealing
with: «European responses to climate change:
deep emissions reductions and mainstreaming of mitigation and adaptation.»
In 2018, strengthened INDCs would need to include (1)
deeper emission reductions by 2030, (2) longer term targets
with substantial cuts in
emissions, and (3) participation by all nations.
The least cost way to achieve
deep emissions reductions from electricity generation is
with a high proportion of nuclear power.
The least cost option
with deep CO2
emission reductions is
with 70 % to 80 % nuclear and 10 % renewables.
«Achieving this goal will require
deep global
emissions reductions,
with most countries including Australia eventually reducing net greenhouse gas
emissions to zero or below.»
(Bernie Fraser, Chairman, Climate Change Authority): «The funding of the kind of scale that would be necessary to deal
with the extra
emissions reductions that Australia will have to pursue to do its bit to reduce global
emissions makes it quite fanciful I think to think that the ERF could be scaled up and funded to the degree that one would think would be necessary»... (John Connor, CEO Climate Institute): «The debate is shifting into even
deeper reductions that we need to have beyond 2020 and it shows that the
emissions reduction fund is just an inadequate tool to be the primary tool for
emission reductions, while the renewable energy target is a critical target that we need to be strengthening, not weakening.
Our results show that very aggressive future
emissions reduction pathways, in which rapid and
deep mitigation begins today (not 5 - 10 years earlier as in many
emissions scenarios), would be approximately consistent
with the long - term temperature goals of the Paris Agreement.
Moreover, low - carbon supply technologies can not deliver the necessary rate of
emission reductions — they need to be complemented
with rapid,
deep and early
reductions in energy consumption»