You write: «And, speaking of short periods of time on which to be drawing conclusions: the anthropogenic global warming hypothesis,
correlating carbon dioxide increases with temperature increases, is based on only about 23 years -1975-1998.
And, speaking of short periods of time on which to be drawing conclusions: the anthropogenic global warming hypothesis,
correlating carbon dioxide increases with temperature increases, is based on only about 23 years — 1975 - 1998.
You write: «And, speaking of short periods of time on which to be drawing conclusions: the anthropogenic global warming hypothesis,
correlating carbon dioxide increases with temperature increases, is based on only about 23 years — 1975 - 1998.
Not exact matches
What happens when the world moves into a warm, interglacial period isn't certain, but in 2009, a paper published in Science by researchers found that upwelling in the Southern Ocean
increased as the last ice age waned,
correlated to a rapid rise in atmospheric
carbon dioxide.
Since the observed global temperature
increase is
correlated with
increasing levels of
carbon dioxide — a food source for trees — it might seem that trees would flourish.
Photosynthetic processes are accelerated with the
increased availability of
carbon dioxide in the atmosphere and, hence, it is conjectured that ring growth would also be
correlated with atmospheric
carbon dioxide; see Graybill and Idso (1993).
The results confirm that average global temperature is
increasing, and that temperature and atmospheric
carbon dioxide are significantly
correlated over the past thirty years.
Economists must offer convincing demonstrations of what is already apparent from the data: that modest warming
correlates with
increased GNP, higher average income, and enhanced living standards across the globe; and that
carbon dioxide, rather than being a pollutant, benefits the growth of agricultural crops and forests.
BECAUSE the
increase in the concentration of atmospheric
carbon dioxide has
correlated with an
increase in the use of fossil fuels, causation has been assumed.
Photosynthetic processes are accelerated with the
increased availability of
carbon dioxide in the atmosphere and, hence, it is conjectured that ring growth would also be
correlated with atmospheric
carbon dioxide; see Graybill and Idso (1993).