A Growing Volume Of Evidence Undercuts ‘Consensus’ Science
During the first 6 months of 2017, 285 scientific papers have already been published that cast doubt on the position that anthropogenic CO2 emissions function as the climate’s fundamental control knob…or that otherwise question the efficacy of climate models or the related “consensus” positions commonly endorsed by policymakers and mainstream media.
These 285 new papers support the position that there are significant limitations and uncertainties inherent in our understanding of climate and climate changes. Climate science is not settled.
Modern temperatures, sea levels, and extreme weather events are neither unusual nor unprecedented. Many regions of the Earth are cooler now than they have been for most of the last 10,000 years.
Natural factors such as the Sun (84 papers), multi-decadal oceanic-atmospheric oscillations such as the NAO, AMO/PDO, ENSO (31 papers), decadal-scale cloud cover variations, and internal variability in general have exerted a significant influence on weather and climate changes during both the past and present. Detecting a clear anthropogenic forcing signal amidst the noise of unforced natural variability may therefore be difficult.
By Kenneth Richard on 3. July 2017 A Growing Volume Of Evidence Undercuts ‘Consensus’ Science During the first 6 months of 2017, 285 scientific papers have already been published that cast doubt on the position that anthropogenic CO2 emissions function as the climate’s fundamental control knob…or that otherwise question the efficacy of climate models or the related “consensus” positions commonly endorsed by policymakers and mainstream media. These 285 new papers support the position that there are significant limitations and uncertainties inherent in our understanding of climate and climate changes. Climate science is not settled. Modern temperatures, sea levels, and extreme weather events are neither unusual nor unprecedented. Many regions of the Earth are cooler now than they have been for most of the last 10,000 years. Natural factors such as the Sun (84 papers), multi-decadal oceanic-atmospheric oscillations such as the NAO, AMO/PDO, ENSO (31 papers), decadal-scale cloud cover variations, and internal variability in general have exerted a significant influence on weather and climate changes during both the past and present. Detecting a clear anthropogenic forcing signal amidst the noise of unforced natural variability may therefore be difficult.
