The medieval climate anomaly and the little Ice Age in coastal Syria

CO2 Science Interactive map
The alarmist keep trying to eliminate the Medieval Warm Period (MWP). IPCC's Jonathan Overpeck admitted telling  Geologist and Geophysicist Dr David Deming that "We have to get rid of the Mediaeval Warm Period." Linkyoutube.This was probably the first attempt to promote denial by the Climate Cabal. A short time after this, Michael Mann's discredited "Hockey Stick" graph appeared.

The alarmists then tried to say that the MWP was only a local phenomenon. CO2 Science has produced an interactive map (above) with links to areas where papers have been written with results confirming the MWP. The links are on all continents except Australia.

A new peer-reviewed study by Kaniewski et al. provides important evidence of the Medieval Warming Period (MWP) in the Middle East area. Their finding was that MWP exhibited warmer temperatures than AD2000.

Rumailiah River Floodplain, North-western Coast of Syria

Kaniewski, D., Van Campo, E., Paulissen, E., Weiss, H., Bakker, J., Rossignol, I. and Van Lerberghe, K. 2011. The medieval climate anomaly and the little Ice Age in coastal Syria inferred from pollen-derived palaeoclimatic patterns. Global and Planetary Change 78: 178-187.

Based on analyses of pollen found in a 315-cm-long sediment core retrieved from alluvial deposits within the floodplain of the River Rumailiah located at 35°22'13.16"N, 35°56'11.36"E in the coastal Syrian lowland, Kaniewski et al. were able to identify key plant functional types that allowed them to construct pollen-derived Biomes (PdBs) similar to those employed by Tarasov et al. (Journal of Quaternary Science 13: 335-344), after which they were able to relate "the ratio of PdB warm steppe (WAST) divided by PdB cool steppe (COST) to local temperature, as also was done by Tarasov et al. The end result of this endeavor was their identification of the timeframe of the MWP (AD 1000-1230) and their finding that at approximately AD 1130, the MWP exhibited "warmer temperatures compared to AD 2000," yielding MWP > CWP.