These frequency changes are consistent with other
paleoclimate indicators from the tropical North Atlantic, in particular, sea surface temperature variations.
For
paleoclimate indicators, few have time resolution better than one millennium.
The sad thing is, the dumber than dumb media and herd, being unaware of the real
paleoclimate indicators, have lapped it right up.
Here we use a comprehensive set of
paleoclimate indicators: East African Rift lake presence, regional Aeolian flux records from the Arabian Sea, the Mediterranean and the East Atlantic together global benthic foraminifera δ18O with to develop models predicting hominin brain size.
Not exact matches
Paleoclimate derived from stacked benthic foraminifera δ18O or aeolian dust records has been unable explain the occurrence of discrete evolutionary phases in the hominin fossil record [2]--[3], [15], the incorporation of the Rift lakes as both a climate
indicator and landscape feature provides this missing environmental evidence.
One reason why recognizing the importance of the fact that Mann's statistical methods and hence conclusions are faulty is that to demonstrate that the current warming is unprecedented and therefore likely anthropogenic is that sufficiently precise
paleoclimate temperature
indicators and data is hard to come by.
One reason why recognizing the importance of the fact that Mann's statistical methods and hence conclusions are faulty is that to demonstrate that the current warming is unprecedented and therefore likely anthropogenic is that sufficiently precise
paleoclimate temperature
indicators and data is hard to come by.
This
paleoclimate research facilitates our investigations into the interactions among climate, ecology, and selected fire
indicators.
We had no «globally and annually averaged land and sea surface temperature»
indicator back in medieval times, so we have to rely on the information we can get from historical records and
paleoclimate studies.