Those past sustained warming events were also associated with major changes in marine productivity and ocean hypoxia in the North Pacific, including shifts to more diatom algae growth. https://t.co/PNOZNeE8iz.
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once we got through a massive slog of fish weight estimates, uncertainties, & selected the best datasets, we looked to compare our fish catch data to existing marine sediment records and found @S_Praetorius et al's wonderful 2015 Nature paper https://t
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Mix: gorgeous laminations in the N. Pacific as termination hypoxia sets in. Praetorius again! awesome study https://t.co/32F9P8zzMl #agu15
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RT @NatureJapan: Nature ハイライト:海洋低酸素化の熱的なきっかけ https://t.co/9srDSxWVAU #気候科学