The science of reconstructing past climates advances best when A. Mismatched dat
ID: 294596 • Letter: T
Question
The science of reconstructing past climates advances best when A. Mismatched data from geologic archives and model outputs are disregarded or thrown out B. Climate modelers distance themselves from field geologists who collect proxy data C. The strengths and limitations of both the data derived from geologic archives and the models are constantly tested against one another D. All of the above E. Both B and C The science of reconstructing past climates advances best when A. Mismatched data from geologic archives and model outputs are disregarded or thrown out B. Climate modelers distance themselves from field geologists who collect proxy data C. The strengths and limitations of both the data derived from geologic archives and the models are constantly tested against one another D. All of the above E. Both B and C A. Mismatched data from geologic archives and model outputs are disregarded or thrown out B. Climate modelers distance themselves from field geologists who collect proxy data C. The strengths and limitations of both the data derived from geologic archives and the models are constantly tested against one another D. All of the above E. Both B and CExplanation / Answer
Science of reconstructing past climates advancesbest when Climate Modelers distance themselves from the field of geologist who collect proxy data: Palynology is the science which studies ancient plant pollen as proxy data for climate change.