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Table of contents
1.1 The global water isotope cycle
2.1 Map of the Antarctic and Greenland Ice Sheets
2.2 Vostok time series and insolation
2.3 Orbital parameters of Earth’s trajectory around the Sun
2.4 Heinrich events recorded on the sea floor
2.5 Fractionation factor of 18O and D
2.6 Water meteoric line
2.7 Rayleigh distillation model
2.8 Isotopic surface slope in Greenland and Antarctica
3.1 Importance of acccumulation rate in age–depth profile
3.2 Flow chart for tracer modelling
4.1 Greenland map with cross sections and ice core sites
4.2 Chronologies for the Summit ice cores
4.3 Longitudinal cross section of provenance variables through GRIP (E1
4.4 Latitudinal cross section of provenance variables through GRIP
4.5 Latitudinal cross section of provenance variables through Dye 3
4.6 Depositional age cross sections in Greenland
4.7 Tracer provenance variables at drilling sites
4.8 Predicted ice cores in Greenland
4.9 Depositional source of ice for Greenland cores
4.10 Deposional age 50 m above bedrock
5.1 Prediction of the GRIP ice core
5.2 Borehole temperature at GRIP
5.3 Depositional surface temperature
5.4 Depositional elevation at GRIP
5.5 Summit position
5.6 Age error at GISP2
5.7 Predicted Dye 3 ice core
5.8 Depositional elevation for Dye 3
5.9 Predicted Camp Century ice core
5.10 Depositional elevation for Camp Century
5.11 Depositional elevation for NorthGRIP
5.12 Greenland Ice Sheet minimal extent during the Eemian
6.1 Simulated present surface elevation of the Antarctic Ice Sheet and section lines
6.2 Simulated present bedrock elevation of Antarctica
6.3 Antarctic Ice Sheet at 20 kyr BP
6.4 Origin along E1
6.5 Origin along E2
6.6 Origin along E3
6.7 Origin along N1
6.8 Origin along N2
6.9 Origin along N3
6.10 Age along “east–west” sections
6.11 Age along “north–south” sections
6.12 Age distribution at 5% of ice thickness
6.13 Average birth date of the Antarctic Ice Sheets
6.14 Simulated deep Antarctic ice cores
7.1 Time scales of Antarctic climate records
7.2 Accumulation rate at Dome C
7.3 Accumulation rate at Vostok
7.4 Accumulation rate at Dome Fuji
7.5 Origin of ice from Antarctic cores
7.6 Vostok flow line
7.7 Depositional elevation of DC, VO, DF
7.8 Relative timing of change in mass balance and surface elevation
7.9 Thinning for Domes C and F
7.10 Thinning for Vostok
7.11 Velocity and borehole temperature at Dome C
7.12 m coefficient at Dome C
7.13 Velocity and borehole temperature at Dome Fuji
7.14 m coefficient at Dome F
7.15 Velocity and borehole temperature along Vostok flowline
8.1 Difference in Antarctic surface elevation between present and LGM
8.2 Volume and water isotope composition of the East Antarctic Ice Sheet
8.3 Volume and water isotope composition of the West Antarctic Ice Sheet
8.4 Volume and water isotope composition of the Greenland Ice Sheet
8.5 Isotopic temporal slopes in Greenland predicted with the GISS model
8.6 Influence of ice sheets on sea level and isotopic composition
8.7 Marine Isotope Stages 1, 5 and 11 in the DC record
A.1 Present surface temperature in Greenland
A.2 Present surface accumulation in Greenland
A.3 Present surface temperature in Antarctica
A.4 Present surface accumulation in Antarctica
A.5 Sea level forcing
C.1 Balance-based function and accumulation rates at Greenland ice core cites
C.2 Accumulation rates at Antarctic ice core cites
C.3 Comparison of balanced-based interpolation with linear and cubic spline
C.4 Comparison of interpolation methods for Antarctic-type accumulation
D.1 Holocene depositional origin for 12 Antarctic ice cores
D.2 Holocene depositional elevation for 12 Antarctic ice cores
D.3 Holocene depositional temperature for 12 Antarctic ice cores
