Page 116 - Carbonate Platforms Facies, Sequences, and Evolution

5
the
106
The
Act
level
could
Hunt,
Iberic
tation
Arche,
ground
(1987)
ANDREU,
Natural
ANADON,
Durham
Federico
RoBLES,
German
Acciones
Atkinson
M.
221-225.
a Geol
127-159.
well
sequences)
a 11,
particularly
A.,
P.,
(Eds
carbonates,
Las
for
authors
Metre-scale
in
be
changes
Orti,
Mateo
preparation
from
Basin.
Marc,
are
the shelf model. Tr
Strike-slip Deform
the
the
of
Upper
Milankovitch band.
. Hispdnic
Biddle,
CALVET,
N.
grateful
779-795.
BALLY, A.W. (1987) Atl
typing
COLOMBO,
A.
Environment
Integradas
Ramon
variations. See Fig. 25.
F.,
J.
this
to
through
S., SANTANACH,
K.T.
result
Esteban,
the
F.,
Durham
grateful
&
P.
of
mineralizaciones
ans. Gulf Co
FONT,
Salas,
of first-second-order
Geol.
&
their
to
paper
Rob
Muschelkalk
and
Muschelkalk
Research
X.
N.
Marquez,
a 14, 242-270.
de
seafloor
ation, Basin Form
REFERENCES
ESTEBAN,
shallowing-upward
of the extensional tectonic regime,
F.
as of Seismic Str
&
(M.
orbital
B.
are
ast Assoc.
manuscript
Paldont
Carole
ation
atigr
Muschelkalk inferior de los Catal<inides.
M.,
Sole,
.
AC KNOWLEDGEMENTS
Christie-Blick,
the
Council
Cu
colleagues
cycles
X.
Mariano
and
Pb-Zn-Ba
forcing
and reviews
Gawthorpe,
Andres
ad.
Triassic),
Blair
Abh.
spreading
SOLE-SUGRANES,
tectono-eustatic
MARZO,
and
of
in
VILADEVALL,
en
result
aphy, Vol.
Pub!. Soc. Econ. Paleont. Mineral. 37, pp. 303-318.
Council and the CICYT Project number PB 0322.
Am. Assoc. Petrol. Geol. Studies in Geology, No. 27.
sea­
against a back­
(para­
(1985) Paleogene strike-slip deformation and sedimen­
fourth or fifth-order sea-level changes, of rapid sea­
and Sedimen­
Geol.
Geol. Soc. 23,
the
169,
Marzo,
M.
ANADON, P., CABRERA, L., GUIMERA, J. & SANTANACH, P.
Alfredo
Barcelona for drafting the figures. The authors are
tation in the southeastern margin of the Ebro Basin. In:
from
(1979) Evoluci6n tectonoestratignifica de los Catal<inides.
from
N.) Spec.
South
Karen
level rise and slow sea-level fall or stillstand. They
Hispano- Britanica/British
1,
L.L.
Ramon
the
and C. Virgili for discussion and suggestions during
Dave
manuscript. The work was in part supported by the
the
el
of
rate
AIGNER, T. (1984) Dynamic stratigraphy of epicontinental
M.,
sequences can be explained as primarily a function
AHR, W.M. (1973) The carbonate ramp: an alternative to
CAL
de
De
Esq.
Geol
Brigh
geogr
CALVET,
sobre
Runds
CALVET,
Some
de Ia
Basin,
Ia
Upper
ESTEBAN,
tologfa
Europe
subtidal
Rundsch
FoNTBOTE,
Cordiller
Muschelk
F.
y
201-210.
F.
279-325.
Sp
281-310.
273-280.
afico
GARCIA-GIL,
Hist,
(Provincia
Spain. Sed.
. Iberic
&
M.
M.,
Palencia. Cu
&
deposicional
ain
Muschelkalk
S.
del
estratigraficas
J.M.
de
ad
Sedimentology
Nat.
Catal<inides. Cu
am Young
a Iberic
Catalanides). Cu
examples
GARCIA-MONDEJAR,
Geol.
Catalogne.
Catalogne
blanket
Tri
de
a
del
Calvet, M.E. Tucker and J.M. Henton
ad.
los Catalanides. Cu
ad.
and
Muschelkalk
RAMoN,
POMAR,
diagenesis
. Geol
(1989)
. 71, 881-894.
(1954)
ad.
ESTEBAN, M. , CALZADA,
TucKER,
Univ. ,
los
Superior
CALZADA, S. & GAETANI,
of the
Mentzelli
Mem.
of
au 71, 857-880.
Geol
del
L.,
a 4, 189-200.
(Abstracts).
alk) mud mounds
Las
de
Triasico
(Provinci
. Iberic
Barcelona).
the
asico en el
budget
Geol.
Estudio
M.E.
Leuven, Belgium, pp. 36-37.
carbonate,
Roy.
J., PUJALTE,
Espagnole.
Geol. Iberic
de
57, 185- 198.
Cu
. Iberic
of
a 10,
S. & VIA,
v.
Stud
Ac
and reef
MARZO,
Geol. Iberic
a
9th lAS
ad.
Col!.
ad
a 11,
as de Gu
PhD Thesis, Madrid University, Vol.
.
Catalan
yacimientos
relaciones
(1988a)
M.
ad
Muschelkalk
eastern
Catalana y con Ia Depresi6n del Ebro.
Middle-Triassic
Int.
British Isles. J. Geol. Soc. 139, 371-412.
&
CC
(Brachiopoda,
Tri
Cantabria
Geol.
151-172.
y
Bot.
Recent
Basin,
y
alajara
& ROBLES,
(tomo homenaje Profesor E.
Regional
X. (1987) Estratigrafia,
sedimentologico
141- 169.
a 4, 157-168.
assic
Great
Re
1, p. 406.
Tercio Noroccident
inferior
Alcover- Montral.
S.
y
. 23, 153- 163.
marine
gression in southwestern Mediterranean Europe.
tect6nicas
al
AA,
CNRS,
fosiliferos
Iberic
a 11, 171-197.
al complexes, Cat
mound, Florida Keys. Sedimentology 32, 317-343.
de
Norte
a
ANADON,
Cu
y Sori
al
de
Pub!. Soc. Econ. Paleont. Mineral. 30, pp. 203-231.
BussoN, G. (1982) Le Trias comme periode salffere. Geol
al de Ia
paleo­
trans­
Caracteristicas sedimentologicas, secuenciales y tectono­
sedimen­
(1977a) Naturaleza del contacto entre Muschelkalk in­
XLI,
Geol.
218,
.
ad.
4,
a) .
. Soc.
BELTAN, L. (1975) A propos de l'Ichthyofaune Triasique
GANDIN, A., ToNGIORGI, M., RAu, A. & VIRGIL!, C. (1982)
BELT AN, L. (1972) La faune ichthyologique du Muschelkalk
Pacheco)
presion del Valles-Penedes con Ia Cordillera Prelitoral
BRANDNER, R. & RESCH, W. (1981) Reef development in
del
CAL VET, F. & TuCKER, M. (1988b) Outer ramp cycles in the
(1986)
Meeting,
carbonate
northeast
an Fossil Reef Models (Ed. Toomey, D.F.) Spec.
Basin.
los
de
an
(Upper
BRADY, M.J. & RowELL, A.J. (1976) An Upper Cambrian
the Middle Triassic (Ladinian and Cordevolian) of the
Anisiense,
P.
L. (1977b) Ambiente
ferior y Muschelkalk medio de Ia zona de Aiguafreda
sedimentologia y diagenesis del Muschelkalk superior de
northern Limestone Alps near Innsbruck, Austria. In:
BosENCE, D.W.J., RowLANDS, R.J. & QuiNE, M.L. (1985)
M. (1977) Nota paleoecologica
VET, F. , MARCH, M. & PEDROSA, A. (1987) Estratigrafia,
Ia
DEWEY, J.F. (1982) Plate tectonics and the evolution of the