Precession and atmospheric CO 2 modulated variability of sea ice in the central Okhotsk Sea since 130,000 years ago

@inproceedings{Lo2018PrecessionAA,
  title={Precession and atmospheric CO 2 modulated variability of sea ice in the central Okhotsk Sea since 130,000 years ago},
  author={Li Lo and Simon T Belt and Julie Lattaud and Tobias Friedrich and Christian Zeeden and Stefan Schouten and Lukas Smik and Axel Timmermann and Patricia Cabedo-Sanz and Jyh Jaan Huang and Liping Zhou and Tsong Hua Ou and Yuan Pin Chang and Liang-Chi Wang and Yu-Min Chou and Chuan-chou Shen and Min Chen and K. C. John Wei and Sheng-Rong Song and Tien Hsi Fang and Sergey A Gorbarenko and Wei Wang and Teh Quei Lee and Henry Elderfield and David A Hodell},
  year={2018}
}
Abstract Recent reduction in high-latitude sea ice extent demonstrates that sea ice is highly sensitive to external and internal radiative forcings. In order to better understand sea ice system responses to external orbital forcing and internal oscillations on orbital timescales, here we reconstruct changes in sea ice extent and summer sea surface temperature (SSST) over the past 130,000 yrs in the central Okhotsk Sea. We applied novel organic geochemical proxies of sea ice (IP 25 ), SSST ( TEX… CONTINUE READING

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