… of light carbon; and (3) stronger vertical nutrient fractionation in the North Atlantic in the
middle Pleistocene between sites 607 and 552, suggesting weaker North Atlantic Deep Water …

… ocean, and respiration of organic material in the deep sea. … deep sea, carbon isotope values
trace the age of deep water … as water longer away from the surface will have built up carbon …

… pronounced 0.3‰ decrease in mean ocean δ 1 3 C between … addition of isotopically depleted
terrestrial carbon to the ocean, … ) across the 41- to 100-ka transition; (2) no change in the …

… -to-middle Pleistocene, orbital tuning can provide better constraints on the timing of the
loess/paleosol boundaries compared to the grain-size age model approach … : carbon isotopes of …

… determining the role of the deep ocean in climate evolution. … One further factor in estimating
sea level by this approach is the … However, our results suggest that the carbon isotope …

… The complete data of stable isotope and Mg/Ca ratio measurements discussed in this paper
… The modern SSS at ODP Site 1144, located in the deep waters of northern SCS, is mainly …

… of the Pleistocene deep water circulation and climate system … In view of these observations
and arguments we suggest that … stagnation of deep water circulation in oxygen isotope stage …

… and the global climate, ocean circulation, and the carbon cycle. Many of these proposed
mechanisms require the existence of a slow, steady cooling trend throughout the Pleistocene to …

… Further, by comparing a sea-level curve inferred from this revised sequence stratigraphic
interpretation with deep-sea oxygen isotope records, we provide constraints on global sea-…

… oxygen isotope record and the abundance of shallow water … A lower coherence over these
cyclicities between deep-water … coherent relationship between deeper water dwellers and the …