Climate seasonality is an essential element in the Earth system. Long-term global climate change is largely forced, through seasonal scale processes and feedbacks, by changes in the seasonal distribution of the solar flux of energy on the Earth surface. Still, and for a variety of reasons, annual means of climate variables are being reconstructed in most paleoclimate studies, although climate is properly defined by the annual cycle of these variables. This results in an incomplete and sometimes biased documentation of the climate natural variability. We present here a brief overview of the significance of climate seasonality in the study of longterm climate change, of the techniques that have been developed to reconstruct climate seasonality, and the associated issues and challenges. We argue here that getting to the next level of understanding of natural climate variability requires a larger effort into the reconstruction of past climate seasonality.
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British Antarctic Survey NERC, Cambridge, EnglandBritish Antarctic Survey NERC, Cambridge, England
Clilverd, Mark A.
Duthie, Roger
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British Antarctic Survey NERC, Cambridge, EnglandBritish Antarctic Survey NERC, Cambridge, England
Duthie, Roger
Rodger, Craig J.
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Univ Otago, Dept Phys, Dunedin, New ZealandBritish Antarctic Survey NERC, Cambridge, England
Rodger, Craig J.
Hardman, Rachael L.
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British Antarctic Survey NERC, Cambridge, England
Univ Sheffield, Sch Math & Stat, Sheffield, S Yorkshire, EnglandBritish Antarctic Survey NERC, Cambridge, England
Hardman, Rachael L.
Yearby, Keith H.
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Univ Sheffield, Dept Control Engn, Sheffield, S Yorkshire, EnglandBritish Antarctic Survey NERC, Cambridge, England