Geoscience Reference
In-Depth Information
SECTION I
SW
NE
Top T6
Top T5.2
Top T5.1
Top T4
Top T3.2
Sb3
Top T3.1
0 m
20
40
60
80
100
Top T2
Top T1.2
Top T1.1.2
Top T1.1.1
Top A3
Sb2
SECTION II
SW
NE
012345km
LEGEND
Top T6
Well (core and well log data)
Well (well log data)
Reservoir unit boundary
Flooding surface
Hiatal surface
Top T5.2
Top T5.1
Top T4
Top T3.2
Sb3
0 m
20
40
60
80
Sb2, Sb3
Erosive surfaces
(Martinius et al., 2001)
Large scale
Diplocraterion
Intense bioturbation (BI 4-6)
Cross bedding
Ripple cross lamination
Top T3.1
Top T2
Top T1.2
Top T1.1.2
Sb2
Top T1.1.1
100
Top A3
GR
Wavy lamination
012345km
SECTION III
0
500
NW
SE
Symmetrical ripples
HCS
Top T6
Coarsening/sandy-up
Top T5.2
Shallow shelf/marine (Ror Fm.)
Fining-up
Top T5.1
lnterdistributary bay (FA10)
Top T4
Wave-influenced delta-front (FA7)
Tidal heterolithic point-bars (FA9)
Storm-influenced delta-front (FA6)
Top T3.2
Proximal prodelta (FA5)
0 m
20
40
60
Sb3
Tidal-channel margins (FA9)
Top T3.1
Tide-influenced delta-front (FA4)
Top T2
Tidal-Fluvial channel (FA8)
Tidal-Fluvial channel fill (FA8)
Prox.
Dist.
Top T1.2
Sandy distributary mouth-bars (FA3)
Top T1.1.2
Storm-influenced lower-middle shoreface (FA1)
Sb2
80
100
Top T1.1.1
Heterolithic distributary mouth-bars -
terminal distributary channels (FA3)
Bioturbated lower-middle shoreface (FA1)
Top A3
Fig. 19.
Longitudinal (top) and transverse cross-sections of the Smørbukk field, developed using core and well-log data. See Fig. 1C for locations.
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