Geoscience Reference
In-Depth Information
of rifting. In:
Jurassic of Denmark and Greenland
(Eds
J.R. Ineson and F. Surlyk)
Geol. Surv. Den. Greenl. Bull.
,
1
, 659-722.
Swift, D.J.P.
(1975) Tidal sand ridges and shoal-retreat
massifs.
Mar. Geol
,
18
, 105-134.
Swift, D.J.P.
and
Field, M.E.
(1981) Evolution of a classic
sand ridge field: Maryland Sector, North American
inner shelf.
Sedimentology
,
28
, 461-482.
Swift, D.J.P.
and
Freeland, G.L.
(1978) Mesoscale current
lineations on the inner shelf, Middle Atlantic Bight of
North America.
J. Sed. Petrol.
,
48
, 1257-1266.
Swift, D.J.P.
and
Thorne, J.A.
(1991) Sedimentation
on continental margins, I: a general model for
shelf sedimentation. In:
Shelf Sand and Sandstone
Bodies: Geometry, Facies and Sequence Stratigraphy
(Eds D.J.P. Swift, G.F. Oertel, R.W. Tillman and
J.A. Thorne),
Int. Assoc. Sedimentol. Spec. Publ.
,
14
,
3-31.
Swift, D.J.P., Freeland, G.L.
&
Young, R.A.
(1979) Time and
space distribution of megaripples and associated bed-
forms, Middle Atlantic Bight, North American Atlantic
shelf.
Sedimentology
,
26
, 384-406.
Sztanó, O.
and
De Boer, P.L.
(1995) Basin dimensions and
morphology as controls on amplification of tidal
motions (the Early Miocene North Hungarian Bay).
Sedimentology
,
42
, 665-682.
Turcotte, D.L.
(1992)
Fractals and Chaos in Geology and
Geophysics
. Cambridge University Press, Cambridge
(U.K.), 221 pp.
Vaid, Y.P.
and
Thomas, J.
(1995) Liquefaction and postlique-
faction behavior of sand.
J. Geotech. Geoenviron.
Engineering
,
121
, 163-173.
Walderhaug, O.
(1994) Precipitation rates for quartz
cement in sandstones determined by fluid-inclusion
microthermometry and temperature-history modelling.
J. Sed. Res.
,
64
, 324-333.
Walderhaug, O.
(1996) Kinetic modelling of quartz cemen-
tation and porosity loss in deeply buried sandstone
reservoirs.
AAPG Bull.
,
80
, 731-745.
Walker, R.G.
(1984) General introduction: facies, facies
sequences and facies models. In:
Facies Models
(Ed. R.G.
Walker), 2
nd
edn,
Geosci. Can. Repr. Ser
.,
1
, 1-9.
Weber, K.J.
(1986) How heterogeneity affects oil recovery.
In:
Reservoir Characterization
(Eds L.W. Lake and H.B.
Carroll, Jr.), pp 487-544. Academic Press, Orlando.
Weber, K.J.
(1982) Influence of common sedimentary struc-
tures on fluid flow in reservoir models.
J. Petrol.
Technol.
,
34
, 665-672.
Weber, K.J.
and
Van Geuns, L.C.
(1990) Framework for con-
structing clastic reservoir simulation models.
J. Petrol.
Technol.
,
42
, 1248-1253, 1296-1297.
Wen, R.-J., Martinius, A.W., Næss, A.
and
Ringrose, P.S.
(1998) Three-dimensional simulation of small-scale
heterogeneity in tidal deposits — a process-based sto-
chastic method. In:
Proceedings 4th Annual Conference
of the International Association of Mathematical
Geology
(Eds A. Buccianti, G. Nardi and A. Potenza),
pp 129-134. De Frede, Naples.
Wilks, D.S.
(1995)
Statistical Methods in the Atmospheric
Sciences
. Academic Press, San Diego, 467 pp.
Withjack, M.O., Meisling, K.E.
and
Russell, L.R.
(1989)
Forced folding and basement-detached normal faulting
in the Haltenbanken area, offshore Norway. In:
Extensional Tectonics and Stratigraphy of the North
Atlantic Margin
(Eds A.J. Tankard and H.R. Balkwill),
AAPG Mem.
,
46
, 567-575.
Zweigel, J.
(1998) Reservoir analogue modelling of sandy
tidal sediments, Upper Marine Molasse, SW Germany,
Alpine foreland basin. In:
Cenozoic Foreland Basins of
Western Europe
(Eds A. Mascle, C. Puigdefàbregas, H.P.
Luterbacher and M. Fernàndez),
Geol. Soc. London
Spec. Publ
.,
134
, 325-337.
Search WWH ::
Custom Search