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76
bed
and
UK.
Proc.
Hays,
ARTHUR,
pelagic
iferous
BuRGESS,
genetic
517-520.
Dinantian
& Wright,
frequencies
mechanism
BROADHURST,
Yorks.
I.C.
BLAIR, T.C. &
M.A.,
basins
repetitions
of
Reidel, Boston.
&
origin
that
J., Kukla,
carbonate
in
Quart. J. Geol. Soc.
are
F.M. &
of
the base of the
G.
Milankovich periods.
are
BorrJER,
Environments
&
Milankovich and Climate
Lond.
Aberdeen AB9 lAS, UK.
MITCHELL,
northern
very
SIMPSON,
sequences:
p. 895. Reidel, Boston, USA.
D.J.,
Carboniferous
M.
D2 subzone
I.M.
Saltzman,
The
and sea level. Nature 324, 137- 140.
REFERENCES
characteristic
response to climatic forcing. Geology
in
statistical approach to its handling.
Geol. Soc. 40, 613-630.
DEAN,
unlike
cyclic
England.
(1976)
of
Milankovich-like
14,
identification of signals in Milankovich
122, 421-441.
B. (Eds) (1984) Milankovich and Climate.
(1983)
V.P.) pp. 21-31. John Wiley,
In:
G.M.
the
B.) pp.
primary
W.E.,
Visean
cycles.
and
153- 156.
ScHOLLE, P.A. (1986) Rhythmic bedding in Upper Creta
at the Department of Geology and Petroleum Ge
relied upon to reveal the actual frequencies in op
Borr, M.H.P. (1987) Subsidence mechanisms of Carbon
dia
sequences but mere counting of bed numbers or bed
BERGER, A., IMBRIE, J., HAYS, J., KUKLA, G. & SALZMAN,
In:
(Eds Berger, A., Imbrie, J. ,
thicknesses against time, or of bed ratios, cannot be
depends upon a sufficiency of data and an adequate
successions
tectonic cyclothems in rift, pull apart and foreland basins:
Milankovich
191-222.
Symmetry and
eration. Bed or cyclothem clustering with apparent
A. G., HATIIN, D.E., KAUFFMANN, E.G. , PRATI, L.M. &
Enquiries should be addressed to the senior author
P.A. (1984) Rhythmic bedding in Mesozoic-Cenozoic
ARTHUR, M.A., DEAN, W.E., BOTIJER, D.J. & SCHOLLE,
ology, Marischal College, University of Aberdeen,
disk with a brief explanatory and operating manual.
familiar
Milankovich ratios can be arrived at through wave
FISCHER,
ceous pelagic carbonate sequences: varying sedimentary
The programs used in this study are available on
Chichester,
CHILLINGARIAN, G.V. (1983) Compactional diagenesis. In:
(Eds Miller, J., Adams, A.E.
Measures of Britain. J. Geol. Soc. Chicago 91, 330-337.
European
sedimentation.
sedimentary response to episodic tectonism. Geology 16,
northern Britain.
Syntectonic
Plates 1&2,
lower
CHAPPELL, J. & SHACKLETON, N.J. (1986) Oxygen isotopes
sedimentation, rifts and faults reactivation in the Coal
Borr, M.H.P. & JOHNSON, G.A.L. (1967) The controlling
Yoredale limestones on the Alston and Askrigg Blocks,
BILODEAU, W.L. (1988) Development of
278,
wide
from
mud:
scale
Yorks.
HECKEL,
HALLAM,
mental
climate
CROWLEY,
a
Triassic.
eustatic
GOODWIN,
Scotland
Geology
853-892.
574-597.
187-192.
121- 137.
609-612.
Bull. 169.
carbonate
new
GROTZINGER,
A.
from
In:
P.H.
Geol.
changes
Canada. Bull.
T.J.,
Walkden and G.D. Walkden
(Ed.
P.W.
during
J.P.
1345-1372.
marine
(Abstract), Bull.
in
&
model
Yoredale
(1986)
dynamics,
Event Strati fication
aggradational cycles:
Am.
Soc. , 40,
Craig,
for
14, 330-334.
'cyclothems'
(1986)
MENGEL,
Symposium
measurements
Origin
sea-level.
geological
on
stratigraphic accumulation. J.
J.G.
J.
ANDERSON,
Rocknest
Geol. Soc. Am.
G.Y.)
based
Scientific Publications, Oxford.
pp. 57- 169. Reidel, Dordrecht.
505-536.
&
regressive
Academic Press, Edinburgh, UK.
97,
(Eds Einsele,
Cyclicity
on
pp. 8-53. Springer Verlag, Berlin.
pp.
Cyclic
Geol.
E.J.
(Carboniferous)
epochs.
Geol.
Utah and Colorado. Bull. Am. Assoc.
G.
of minor
of orbital
and
cycles
(1986) Sea level curve for
&
SHORT,
platform,
Soc.
Upper
transgressive-regressive
(1985)
platform carbonates in northern Italy. Am.
Phil.
in
FERM, J.C. (1970) Allegheny deltaic deposits.
Petrol.
cycles
J.
253-296.
on carbonate platforms. Nature 323 , 320-322.
1208-1231.
D.A.
In:
Publ. Soc. Econ. Palaeontol. Mineral 15, Tulsa.
cyclothem.
north
93, 515-533.
Lond.
Sedimentation
Mag.
and
Sci.
Assoc. Petrol. Geol. 55, 340.
Geol.
Seilacher,
Member
Gondwanaland's seasonal cycle. Nature 329, 803-807.
DRJESE, S.G. & Dorr, R.H. (1974) Model for sandstone
continental positioning and climatic change. Am. J. Sci.
Proc.
palaeoenviron
DoNOVAN, D.T. & JONES, E.J.W. (1979) Causes of world
Merriam, D.F.) pp. 107-150. Kansas State Geol. Surv.
CROWELL, J.C. (1978) Gondwanan glaciation, cyclothems,
ELLJOTI, T. (1986) Deltas, In: Sedimentary Environments
Deltas
HousE, M.R. (1985) A new approach to an absolute time
(Ed.
28,
sedi-
(1987)
68,
136,
Diagnosis, significance, causes -a review, In: Cyclic and
Punctuated
GoLDHAMMER, R.K., DuNN, P.A. & HARDIE, L.A. (1987)
High frequency glacio eustatic sea-level oscillations with
carbonates
Sediment Diagenesis (Eds Parker, A. & Sellwood, B.W.)
GINSBURG, R.N. (1971) Landward movement of carbonate
Scottish
287,
Milankovich characteristics recorded in middle Triassic
FRANCIS, E.H. (1983) Carboniferous. In: The Geology of
CISNE, J .L. (1986) Earthquakes recorded stratigraphically
FISCHER, A. G. (1964) The Lofer cyclothems of the Alpine
A.
ELLIOTI, T. (1975) The sedimentary history of a delta lobe
limestone-shale
of
Morgan Formation (Middle Pennsylvanian) of northern
EINSELE, G. (1982) Limestone-marl cycles (Peridoites):
CROLL, J. (1864) On the physical cause of the change of
a general hypothesis of episodic
(Eds Morgan, J.P. & Shaver, R.H.) pp. 246-255. Spec.
and Facies (Ed. Reading, H.G.) pp. 111-154. Blackwell
west
cycles: Climatically induced or diagenetic? Geology 14,
Pennsylvanian
cycles along mid-continent outcrop belt, North America.
depositional