Not exact matches
However, lack of information on actual investment
figures aside, the US wind industry is obviously benefiting, as it boasts over 18,200 MW of wind power capacity currently under construction, and a
cumulative total of 74.8 GW of wind capacity installed across the country.
Cumulative increases in runoff across 15 - year periods resulted in a
total increase from 54.3 to 111 million m3 (44,000 — 89,800 acre - feet)(
Figure 9).
In
figure 3b, at the upper end of the curve, where
cumulative totals are large, the existence of an emissions floor seems to make little difference to the peak temperature.
This occurs because the
cumulative totals include contributions for portions of the emissions floor that are emitted after the time of peak warming, which can have no effect on peak warming, as illustrated by the green curves in
figure 1.
For pathways with a
cumulative total of less than 1 TtC and a rate of decline of less than 4 per cent per year,
figure 5 shows only a limited range of possible rates of warming.
We note that
figure 4c only contains three likelihood profiles, as we only consider three emission pathways with a hard emissions floor and a
cumulative total to 2200 of within 1 per cent of 1 TtC.
What this
figure shows are the global emission trajectories (in Gigatonnes, Gt, of carbon) that are required to limit humanity's
total cumulative emissions (that is, the sum
total of all carbon that we will ever emit) to a certain level.
As shown in the
figure below, the median of all models suggests China contributes 80GtCO2, the US 60GtCO2, India and the EU 50GtCO2, Brazil 40GtCO2 and Russia 30GtCO2 — but they still represent less than half of the
cumulative global CDR
total.