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颁布单位:[University of Michigan] |
颁布时间:2016 |
实施时间:2016 |
学科分类:[paleosol, geochemistry, pedogenic carbonate, clumped isotope, Nonesuch Formation, Geology and Earth Sciences, Science, Geology]
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颁布单位:[University of Michigan] |
颁布时间:2016 |
实施时间:2016 |
学科分类:[carbon cycling, Oceanic Anoxic Events, trace metals, North American Western Interior Seaway, Coniacian-Santonian, Geology and Earth Sciences, Science, Geology]
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颁布单位:[University of Michigan] |
颁布时间:2016 |
实施时间:2016 |
学科分类:[Dust record in ice cores, Dust as an indicator of climate change, Reconstruction of atmospheric processes using physical and chemical measurements of dust in ice, Influence of retreating ice sheet on local coastal Antarctic climate, Anthropogenic input to a midlatitude North American glacier, Dust provenance using radiogenic isotopes, Geology and Earth Sciences, Science, Geology]
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颁布单位:[University of Michigan] |
颁布时间:2016 |
实施时间:2016 |
学科分类:[Vertebrate paleontology, Biomechanics, Dinosaurs, Sauropods, Functional morphology, Geology and Earth Sciences, Science, Geology]
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颁布单位:[University of Michigan] |
颁布时间:2016 |
实施时间:2016 |
学科分类:[Diversification and paleoecology of fossil rodents, Landscape and climate change, Isotope ecology, Reconstructing paleoenvironments, North American mammal biogeography, Neogene fossil record, Ecology and Evolutionary Biology, Geology and Earth Sciences, Science, Geology]
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颁布单位:[University of Michigan] |
颁布时间:2016 |
实施时间:2016 |
学科分类:[Earth system model simulations show a larger ice-volume response to obliquity than precession, in agreement with ice-volume proxy records, Model results show that removal of regolith from the high-latitudes can explain the change in the ice-volume cycles across the Pleistocene, Earth system model simulations show that the Late Cretaceous cooling was due to a reduction in CO2, not changes in paleogeography, Astronomy, Atmospheric, Oceanic and Space Sciences, Geology and Earth Sciences, Science, Geology]