SECTION 1: SEDIMENTOLOGY
Chapter 1: Late Neogene and Quaternary sedimentation on the continental slope and upper rise offshore southeast Greenland: Interplay of contour and turbidity processes, p. 3
L. Clausen
Chapter 2: Major and trace element geochemistry of sediments from East Greenland Continental Rise: An implication for sediment provenance and source area weathering, p.19
S. Saito
Chapter 3: Neogene-Quaternary depositional history of the East Greenland shelf in the vicinity of the Leg 152 shelf sites, p. 29
H. Lykke-Anderson
Chapter 4: Grain size distribution and significance of clay and clay- sized minerals in Eocene to Holocene age sediments from Sites 918 and 919 in the Irminger Basin, p. 39
K.A. Heiden, M.A. Holmes
Chapter 5: Long-range transport of Icelandic tephra to the Irminger Basin, Site 919, p.51
C. Lacasse, R. Werner, M. Paterne, H. Sigurdsson, S. Carey and G. Pinte
Chapter 6: Trace and rare earth element chemistry of volcanic ashes from Sites 918 and 919: Implications for Icelandic volcanism, p.67
P.D. Clift and J.G. Fitton
Chapter 7: Interlaboratory comparison of electron probe microanalysis of glass geochemistry, p. 85
J.B. Hunt, P.D. Clift, C. Lacasse, T.L. Vallier, and R. Werner
Chapter 8: Chemical composition, age and sources of volcaniclastic sediments from Sites 917 and 918, p. 93
R. Werner, P. van den Bogaard, C. Lacasse and H.-U. Schmicke
Chapter 9: Alteration of uppermost lavas and volcaniclastics recovered during ODP Leg 152 to the East Greenland Margin,p. 115
M.A. Holmes
Chapter 10: Metamorphosed sedimentary (volcaniclastic?) rocks beneath Paleocene basalt in Hole 917A, East Greenland Margin, p. 129
T. Vallier, L. Calk, R. Stax and A. Demant
SECTION 2: BIOSTRATIGRAPHY
Chapter 11: Calcareous nannofossils from the southeast Greenland Margin: Biostatigraphy and paleoceanography, p. 147
W. Wei
Chapter 12: Planktonic foraminiferal biostratigraphy and paleoenvironmental implications of Leg 152 sites (East Greenland Margin), p. 161
S. Spezzaferri,
Chapter 13: Siliceous sponge spicules, silicoflagellates and ebridians from Hole 918D, continental rise of the Greenland Margin, p. 191
L.K. Lurvey, K. McCartney and W. Wei
Chapter 14: Bolboforma biostratigraphy from the southeast Greenland Margin, Hole 918D, p. 201
S. Spezzaferri and D. Spiegler
Chapter 15: High-resolution Pleistocene diatom biostratigraphy and paleoceanography of Site 919 from the Irminger Basin, p. 209
N. Koç and B.P. Flower
Chapter 16: Early Eocene palynofloras from Holes 915A, 916A, 917A and 918D, East Greenland, p. 221
D.W. Jolley
Chapter 17: Strontium isotope stratigraphy from Sites 918 and 919, p. 233
C. Israelson and S. Spezzaferri
Chapter 18: Mid-to late Quaternary stable isotopic stratigraphy and paleoceanography at site 919 in the Irminger Basin, p. 243
B.P Flower
Chapter 19: Data Report: No significant occurrences of diatoms, silicoflagellates, or ebridians in Lower Eocene through lower Miocene sediments of the southeast Greenland Margin, p. 249
R. Scherer
SECTION 3: PALEOMAGNETISM
Chapter 20: Eocene-Miocene magnetostratigraphy of the southeast Greenland Margin and western Irminger Basin, p. 253
J.R. Ali and D. Vandamme
Chapter 21: Paleomagnetic results from basement rocks from Site 917 (East Greenland Margin), p. 259
D. Vandamme and J.R. Ali
Chapter 22: Pliocene-Pleistocene magnetostratigraphy of sedimentary sequences from the Irminger Basin, p. 265
K. Fukuma
Chapter 23: Origin and applications of whole-core magnetic susceptibility of sediments and volcanic rocks from Leg 152, p. 271
K. Fukuma
SECTION 4: GEOCHEMISTRY
Chapter 24: Organic carbon accumulation at southeast Greenland Site 918: implications on paleoenvironment and paleoceanography during late Cenozoic times, p. 283
R. Stax
Chapter 25: Geochemistry of interstitial waters, p. 293
J.M. Gieskes, D. Schrag, L.-H. Chan, L. Zhang, and R.W. Murray
Chapter 26: Data Report: Major, trace, and rare earth element composition of interstitial water squeeze cakes, p. 307
R.W. Murray, J.M. Gieskes and R.C. Pflaum
SECTION 5: PETROLOGY
Chapter 27: Volcanic rocks of the southeast Greenland Margin in comparison with other parts of the North Atlantic tertiary igneous province, p. 315
L.M. Larsen, T.G. Fitton and M.S. Fram
Chapter 28: Volcanic rocks from the southeast Greenland margin at 63° North: composition, petrogenesis, and mantle sources, p. 331
J.G. Fitton, A.D. Saunders, L.M. Larsen, B.S. Hardarson, and M. Norry
Chapter 29: Sr-, Nd-, and Pb-isotopic composition of volcanic rocks from the southeast Greenland Margin at 63(N: temporal variation in crustal contamination during continental breakup, p. 351
J.G. Fitton, B.S. Hardarson, R.M. Ellam, and G. Rogers
Chapter 30: Low pressure experimental constraints on the evolution of basaltic lavas from Site 917, southeast Greenland continental margin, p. 359
P. Thy, C.E. Lesher and M.S. Fram
Chapter 31: Mantle melting systematics: transition from continental to oceanic volcanism on the southeast Greenland Margin, p. 373
M.S. Fram, C.E. Lesher and A.M. Volpe
Chapter 32: 40Ar-39Ar ages of lavas from southeast Greenland Margin, ODP Leg 152, and the Rockall Plateau, DSDP Leg 81, p. 387
C.W. Sinton and R.A. Duncan
Chapter 33: Mineral chemistry of volcanic sequences from Hole 917A, southeast Greenland Margin, p. 403
A. Demant
Chapter 34: Distribution and chemistry of secondary minerals (zeolites and clay minerals) from Hole 917A, southeast Greenland Margin, p. 417
A. Demant, P. Munch, N. Romeuf and D. Morata
Chapter 35: XRF analyses of volcanic rocks from Leg 152 by laboratories in Edinburgh and Copenhagen: Implications for the mobility of yttrium and other elements during alteration, p. 425
L.M. Larsen, J.G. Gitton, J.C. Bailey, J. Kystol
Chapter 36: Data Report: Composition of basaltic lavas from the seaward- dipping reflector sequence recovered during Deep Sea Drilling Project Leg 81 (Hatton Bank), p. 431
J. Brodie and J.G. Fitton
SECTION 6: GEOPHYSICS
Chapter 37: Structure within Hole 917A, southeast Greenland rifted margin, p. 439
H. Cambray
Chapter 38: Seismic properties of flood basalts from Hole 917A downhole data, southeast Greenland volcanic margin, p. 453
S. Planke and H. Cambray
Chapter 39: Crustal structure along the Leg 152 drilling transect, p. 463
H.C. Larsen, T.-D. Jensen, J. Hopper
SECTION 7: SYNTHESIS
Chapter 40: Magmatic development of the southeast Greenland Margin and evolution of the Iceland Plume: geochemical constraints from Leg 152, p. 479
A.D. Saunders, H.C. Larsen, and J.G. Fitton
Chapter 41: Tectonism and volcanism at the southeast Greenland rifted margin: a record of plume impact and later continental rupture, p. 503
H.C. Larsen and A.D. Saunders
SECTION 8: Index
Index, p. 537
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