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Down-core variations of normalised relative paleointensity after removal of i...
Down-core variations of normalised relative paleointensity after removal of intervals affected by diagenesis (magnetite dissolution and/or greigite formation) and correlation to... -
Down-core variations of anhysteretic remanent magnetisation and simplified li...
Conceptual intercorrelation between ARM and simplified lithology and correlation to the δ18O record from ODP Site 677 (Shackleton et al., 1990), assuming that clay-rich layers... -
Downcore variations of rock magnetic parameters for the sedimentary sequence ...
Downcore variations of rock magnetic parameters and simplified lithological description for the sedimentary sequence VER 98-1-14. Here, MIS are denoted by numbers in the... -
Hysteresis measurements (uncorrected and corrected for the paramagnetic influ...
Hysteresis measurements of a magnetite dominated clay-rich layer with pseudosingle-domain behaviour of the hysteresis loop for VER98-1-1. -
Downcore variations of normalised relative paleointensity for CON01-603-2, VE...
Selected intervals of down-core variations of normalised relative paleointensity, ChRM inclination and declination, and the reversal angle. (A) Core CON 01-603-2: numbers in the... -
Downcore variations of the TOC and TS for VER 98-1-14
Total organic carbon (TOC) and total sulphur (TS) were determined using a LECO CS-225-Analyser. The clay-rich layers are characterised by low levels of TOC and TS. The... -
Downcore variations of the SIRM/κLF for CON01-603-2, CON01-604-2, CON01-605-3...
Greigite levels in glacial sediments cannot be correlated between cores (Fig. 12), which suggests that greigite concentrations are driven by local processes. We suggest that... -
Downcore variations of rock magnetic parameters (ARM, S-ratio and HIRM) for C...
No significant HIRM change is observed at the transition between oxidising and reducing conditions in the sediment (Fig. 9A). This implies that HIRM is not affected by redox... -
High temperature measurement of the saturation magnetisation for VER98-1-1
It shows a loss of a part of the signal at temperatures between 350 and 400 °C, typical disintegration temperatures for greigite. The remaining signal disappears above a... -
Down-core variations of the inclination and declination of ChRM of all invest...
Dashed lines mark some correlation levels of the cores from Lake Baikal with the dated δ18O record from ODP 677 (Shackleton et al., 1990), see also Fig. 3. Diagenetic features... -
High temperature measurement of the saturation magnetisation for VER98-1-14
It shows a loss of a part of the signal at temperatures between 350 and 400 °C, typical disintegration temperatures for greigite. The remaining signal disappears above a... -
Downcore variations of the ARM for VER 98-1-14
Anhysteretic remanent magnetisation (ARM) measurements, free of the effect of the dia-, para- and superparamagnetic components, provide an estimation of the magnetic remanence... -
Downcore variations of SIRM/κLF for VER98-1-14
Higher abundance of greigite during glacial intervals also coincides with small increases of the S content (Fig. 11B). Greigite levels in glacial sediments cannot be correlated... -
Day plot data of hysteresis parameters of representative samples for VER98-1-...
The day plot (Fig. 6B; Day et al., 1977) indicates that samples with S-ratios >0.95 plot rather in the single-domain (SD) to pseudosingle-domain (PSD) range. Samples with... -
High temperature measurements of magnetic susceptibility in diatomaceous laye...
High temperature measurements of magnetic susceptibility in diatomaceous layers. Most of the weak susceptibility is still present up to the temperature of 670 °C and carried by... -
High temperature measurements of magnetic susceptibility in clay-rich layers ...
High temperature measurements of magnetic susceptibility in clay-rich layers. Magnetite, characterised by a Curie temperature of 590 °C, dominates the signal.