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Carey (1958) demonstrated, on a globe representing the Earth's modern dimensions, that if the continents were reassembled into the Pangaean configuration the fit was reasonably precise at the centre of the reassembly, and along the common margins of northwest Africa and the United States east coast embayment, however became progressively imperfect away from these areas. Carey concluded from this research that the fit of the Pangaean reassembly could be made much more precise in these areas if the diameter of the Earth were assumed to have been smaller at the time of Pangaea.The many geophysical and geological paradoxes that have accumulated during the past two or three decades are apparently the consequences of forcing observational data into an inadequate tectonic model (Storetvedt 1992).
Early model makers such as Hilgenberg (1933), Barnett (1962, 1969), and Vogel (1983, 1984, 1990) in particular, demonstrated empirically, through use of small Earth models, that the Pangaean continental reassemblage could be fitted together at a reduced Earth radius of between 55 to 60% of the present radius, to form a closed crust. Vogel (1983) concluded that, the Earth has therefore expanded exponentially with time from this early Pangaean configuration to the present, with continental separation caused by a "radial expansion" of the Earth.
In order to accurately quantify any variation in the Earth's palaeoradius, and constrain plate configuration with time it was argued that, it is necessary to take into account the area and pattern of oceanic lithospheric generation as portrayed in maps such as Larson et al (1985) and CGMW & UNESCO (1990).
By using the method of least squares to calculate gradients of curves
of best fit from the cumulative empirical oceanic and continental surface
area data, it was concluded that the goodness of fit is best described
by an exponential curve of best fit. Palaeoradius was then determined
and an equation for the exponential increase in palaeoradius of the Earth
from the Archaean to the Present was therefore established as:
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This equation, assuming the assumptions used to derive the equation are correct, was considered to be the "fundamental equation" for Global Expansion Tectonics, enabling the kinematics of an Earth undergoing an exponential expansion, from the Archaean to the Present, to be readily determined. Modeling the kinematics of Earth expansion suggested that the controlling influence on Earth expansion may not be a result of a secular increase in mass with time, as suggested by Carey (1983a). The cause of Earth expansion was considered however to being intimately related to a cosmological expansion of the Universe.
Very low rates of expansion during the pre-Early Jurassic were demonstrated to agree well with Glikson's (1980) conclusions of a prolonged period of widespread tensional taphrogenesis during the Archaean and Proterozoic, with intense thermal and ductile activity during the Proterozoic mobile belt phase, prior to onset of intrasialic rifting, crustal thinning and development of modern oceans and "geosynclinal" sedimentation during the Palaeozoic.
To test Global Expansion Tectonics and, in particular, the mathematical parameters developed from the empirical sea floor magnetic isochron data, spherical small Earth models were constructed. These models indicated that, if the Earth has expanded exponentially since the at least the Early Jurassic, in accordance with the derived mathematical expression for exponential palaeoradius, then small Earth reconstructions coincide fully with the spreading and geological fit data.
This coincidence applied not only to the passive margin oceans, where conventional reconstructions agree in principle, but also to the Pacific Ocean whereby the necessity for subduction of all or part of, the oceanic lithosphere generated at spreading ridges was refuted.
Relief of curvature and orogenesis on an exponentially expanding Earth, although thoroughly covered by Rickard (1969), Carey (1975, 1976, 1983a, 1986) and Glikson (1979), is still very much in its infancy, compared to the voluminous coverage of plate tectonics Earth dynamic processes. The onset of orogenesis became marked during the Early to Mid Phanerozoic as continental lithosphere fragmented and dispersed under the action of accelerating increase in surface area and isostatic crustal equilibration to the changing surface curvature. Both Rickard (1969) and Carey (1975, 1976, 1983a, 1986) put forward models for orogenesis and geosynclinal development, under conditions of surface curvature readjustment, and demonstrated that continental collision may not be required to promote orogenesis as is required in conventional plate tectonics.
The magnitude of horizontal foreshortening during isostatic equilibration of the surface curvature however, effectively demonstrated the potential for tangentially directed compression acting within a continental plate during exponential expansion of the Earth. This suggested a prime mechanism for orogenesis during Earth expansion.
The nature of mantle fluids, and mantle metasomatism, although briefly touched on, indicated, within the limitations of experimental constraints, that mantle devolatilization of the volatile species in the system C-O-H-S can exist in the Earth's mantle. It was suggested that retention of these species within the mantle was made possible by the high P-T-g conditions prevailing during the Precambrian, due to the much reduced Earth radius, and that devolatilization to form the hydrosphere and atmosphere was a progressive and possibly accelerating process of outgassing of the mantle with time, as a direct consequence of the reduction of P-T-g conditions.
The implications of the application of the modified dipole equations to palaeomagnetism was such that every palaeopole position determined to date, using the existing conventional dipole equation is potentially wrong, and conclusions drawn from the interpretations of these pole positions, such as apparent polar wander paths, are therefore misleading.
It is concluded that, Global Expansion Tectonics provides the necessary "motor and mechanism" for Earth expansion, which enables the dynamic principles behind all major geologic phenomena to be resolved and readily explained.
For additional information on specific topics the following web sites are recommended. If you feel you have something to contribute, and would like to be included on this list, please feel free to contact TERRELLA CONSULTANTS at: jmaxlow@enternet.com.au
The
"other" theory of geology and global tectonics - by David Ford
A comprehensive coverage of Professor S.W. Carey's latest book;
Earth,
Universe, Cosmos (1996), plus links and comments on his earlier books.
Animated
Global Expansion Tectonic models - by David Ford
Animations of globes featured within this webpage plus plate tectonic
reconstruction of Scotese et al (1988) for comparison.
Plate Tectonics is Expansion
Tectonics - by Karl W Luckert
An early version of Earth expansion including an early, pre-oceanic
database, reconstruction and link to video animation.
In the field of
the planetary Sciences - by John K Harms
Citing evidence for planetary expansion from planets and moons
within our solar system, in support of Earth expansion.
This site is
produced by TERRELLA CONSULTANTS,
and maintained by
James and
Anita Maxlow in Perth, Western Australia.
jmaxlow@enternet.com.au
AHMAD F., 1983. Late Palaeozoic to Early Mesozoic palaeogeography
of the Tethys region. In: Carey S.W. (ed), Expanding Earth Symposium,
Sydney, 1981. University of Tasmania, pp 131-145.
AHMAD F., 1988a. Estimates of palaeodiameters of the
Earth through geological time. Journal of the Geological Society of
India 31 (6), pp 386-397.
AHMAD F., 1988b. Estimates of palaeodiameters of the
Earth through geological times comment reply. Journal of the Geological
Society of India 32 (6), pp 331.
AINES R.D., & ROSSMAN G.R., 1984. Water content of
mantle garnets. Geology 12, pp 720-723.
ANDERSON A.T., 1975. Some basaltic and andesitic gases.
Reviews
of Geophysics and Space Physics 13, number 1, pp 37-55.
ANDREWS J.A., 1985. True polar wander: an analysis of
Cenozoic and Mesozoic paleomagnetic poles. Journal of Geophysical Research90,
pp 7737-7750.
AUDLEY-CHARLES M.G., BALLANTYNE P.D., & HALL R.,
1988. Mesozoic-Cenozoic rift-drift sequence of Asian fragments from Gondwanaland.
Tectonophysics155,
pp 317-330.
AVIAS J.V., 1977. Facts and arguments about Permo-Triassic
opening of a neo Pacific Ocean in an Earth expansion hypothesis. International
Symposium on Geodynamics in South-West Pacific Noumea (New Caledonia),
27 August - 2 September 1976. Editions Technip, Paris, pp 381-386.
BAILEY D.K., & STEWART A.D., 1983. Problems of ocean
water accumulation on a rapidly expanding Earth. In: Carey S.W.
(ed), Expanding Earth Symposium, Sydney, 1981. University of Tasmania,
pp 67-69.
BARNETT C.H., 1962. A suggested reconstruction of the
land masses of the Earth as a complete crust. Nature 195,
pp 447-448.
BARNETT C.H., 1969. Oceanic rises in relation to the
expanding Earth hypothesis. Nature 221, pp 1043-1044.
BECK A.E., 1960. An expanding Earth with loss of gravitational
potential energy. Nature 185, pp 677-678.
BECK A.E., 1969. Energy changes in an expanding Earth.
In:
Runcorn S.K. (ed.) The Application of Modern Physics to Earth and Planetary
Interiors. Wiley and Sons, London, pp 77-83.
BELOUSSOV V.V., 1984. Certain problems of the structure
and evolution of transition zones between continents and oceans. Tectonophysics105,
pp 79-102.
BERGER W.H., & WINTERER E.L., 1974. Plate stratigraphy
and the fluctuating carbonate line. In: Hsü K.J. & Jenkyns
H.C. (eds). Pelagic Sediments: on Land and Under the Sea. Special Publication
1, International Association of Sedimentologists, pp 11-48.
BIRCH F., 1968. On the possibility of large changes in
the Earth's volume. Physics of the Earth and Planetary Interiors
1, pp 141-147.
BLATT H., & JONES R.L., 1975. Proportions of exposed
igneous, metamorphic and sedimentary rocks. Geological Society of America
Bulletin 86, pp 1085-1088.
BLINOV V.F., 1973. Problems of possible Earth evolution
(a discussion). Academy of Science, Ukraine S.S.R., Geophysical Series54,
pp 85. (in Russian).
BLINOV V.F., 1983. Spreading rate and rate of expansion
of the Earth. In: Carey S.W. (ed), Expanding Earth Symposium,
Sydney, 1981. University of Tasmania, pp 297-304.
BOSS A.P. & SACKS I.S. 1985. Formation and growth
of deep mantle plumes. Geophysical Journal of the Royal Astronomical
Society 80, pp 241-255.
BOZHKO N.A., 1987. Rifting in the Proterozoic. Tectonophysics143,
pp 93-101.
BRIDEN J.C., HURLEY A.M., & SMITH A.G., 1981. Paleomagnetism
and Mesozoic-Cenozoic paleocontinental maps. Journal of Geophysical
Research 86, pp 11631-11656.
BRÖSSKE L., 1962. Wächst die Erde mit Katastrophen?
Düsseldorf.
BRUNNSCHWEILER R.O., 1983. Evolution of geotectonic concepts
in the past century. In: Carey S.W. (ed), Expanding Earth Symposium,
Sydney, 1981. University of Tasmania, pp 9-15.
BULLARD E., EVERETT J.E., & SMITH A.G., 1965. The
fit of the continents around the Atlantic. In: Symposium on continental
drift. Philosophical Transactions of the Royal Society, Series A
258,
pp 41-51.
BURRETT C.F., 1983. Early Palaeozoic palaeomagnetism
and biogeography - plate tectonics or expansion? In: Carey S.W.
(ed), Expanding Earth Symposium, Sydney, 1981. University of Tasmania,
pp 79-86.
BUTLER R.F., 1992. Paleomagnetism: Magnetic Domains
to Geologic Terranes. Blackwell Scientific Publications, USA, 319p.
CAREY S.W., 1958. The tectonic approach to continental
drift. In: Continental Drift, a Symposium, 958. University of Tasmania,
Hobart, pp 177-355.
CAREY S.W., 1961. Palaeomagnetic evidence relevant to
a change in the Earth's radius. Nature 190, pp 36.
CAREY S.W., 1963. The asymmetry of the Earth. Australian
Journal of Science 25, pp 369-383 and 479-488.
CAREY S.W., 1970. Australia, New Guinea, and Melanasia
in the current revolution in concepts of the evolution of the Earth. Search
1 (5), pp 178-189.
CAREY S.W., 1975. The expanding Earth - an essay review.
Earth
Science Reviews 11, pp 105-143.
CAREY S.W., 1976. The Expanding Earth. Elsevier,
Amsterdam, 488p.
CAREY S.W., 1983a. Earth expansion and the null Universe.
In:
Carey S.W. (ed), Expanding Earth Symposium, Sydney, 1981. University
of Tasmania, pp 365-372.
CAREY S.W., 1983b. Tethys, and her forebears. In:
Carey S.W. (ed), Expanding Earth Symposium, Sydney, 1981. University
of Tasmania, pp 169-187.
CAREY S.W., 1983c. The necessity for Earth expansion.
In:
Carey S.W. (ed), Expanding Earth Symposium, Sydney, 1981. University
of Tasmania, pp 375-393.
CAREY S.W., 1986. Diapiric krikogenesis. In: Scalera
G. (ed), International Conference on "The Origin of Arcs". Urbino,
Italy, September 1986, pp 1-40.
CAREY S.W., 1988. Theories of the Earth and Universe:
A History of Dogma in the Earth Sciences. Stanford University press,
Stanford, California.
CAREY S.W., 1994. Earth, Universe, Cosmos. University
of Tasmania, Hobart. In press, 204p.
CEBULL S.E., & SHURBET D.H., 1992. Conventional plate
tectonics and orogenic models. In: Chatterjee S. & Hotton N
(III) (eds), New Concepts in Global Tectonics. Texas Technical Press,
USA, pp 111-117.
CGMW & UNESCO, 1990. Geological Map of the World.
Commission for the Geological Map of the World, Paris.
CHATTERJEE S., & HOTTON N., (III) (eds), 1992. New
Concepts in Global Tectonics. Texas Technical Press, USA, 449p.
CHATTERJEE S., 1992. A kinematic model for the evolution
of the Indian plate since the Late Jurassic. In: Chatterjee S.,
& Hotton N.,(III), (eds), New Concepts in Global Tectonics.
Texas Technical University Press, Lubbock, 1992, pp 33-62.
CHRISTODOULIDIS D.C., SMITH D.E., KOLENKIEWICZ R., KLOSKO
S.M., TORRENCE M.H., & DUNN P.J., 1985. Observing tectonic plate motions
and deformations from satellite laser ranging. Journal of Geophysical
Research 90, pp 9249-9263.
CIRIC B.M., 1983a. Is subduction a real phenomenon? In:
Carey S.W. (ed), Expanding Earth Symposium, Sydney, 1981. University
of Tasmania, pp 247-257.
CIRIC B.M., 1983b. The Mediterranean Tethys in Alpine
time - evidence for Earth expansion. In: Carey S.W. (ed), Expanding
Earth Symposium, Sydney, 1981. University of Tasmania, pp 149-160.
CLARKE I.F., & COOK B.J., 1983. Perspectives of
the Earth. Australian Academy of Sciences Canberra, 651p.
CLOOS M., 1993. Lithospheric buoyancy and collisional
orogenesis: subduction of oceanic plateaus, continental margins, island
arcs, spreading ridges, and seamounts. Geological Society of America
Bulletin 105, pp 715-737.
CLOUD P.E. (Jr), 1968. Atmospheric and hydrospheric evolution
on the primitive Earth. Science 160, pp 729-735.
COHEN S.C., KING R.W., KOLENKIEWICZ R., ROSEN R.D., &
SCHUTZ B.E., (eds). 1985. Lageos scientific results: Journal of Geophysical
Research 90, pp 9215-9438.
CONDIE K.C., 1989. Plate Tectonics and Crustal Evolution.
Third edition. Pergamon Press.
COX A., & DOELL R.R., 1960. Review of palaeomagnetism.
Bulletin
of the Geological Society of America 71, pp 645-768.
COX A., & DOELL R.R., 1961a. Palaeomagnetic evidence
relevant to a change in the Earth's radius. Nature 189, pp
45-47.
COX A., & DOELL R.R., 1961b. Palaeomagnetic evidence
relevant to a change in the Earth's radius. Nature 190, pp
36-37.
CRAWFORD A.R., 1979. The myth of a vast oceanic tethys,
the India-Asia problem and Earth expansion. Journal of Petroleum Geology
2 (1), pp 3-9.
CRAWFORD A.R., 1986. The origin of the Pacific on an
expanding Earth. In: Wezel F.C. (ed). The origin of Arcs. Developments
in Geotectonics 21. pp 423-434.
CREER K.M., 1964. A reconstruction of the continents
for the Upper Palaeozoic from palaeomagnetic data. Nature 203,
pp 1115-1120.
CREER K.M., 1965. An expanding Earth? Nature 205,
pp 539-544.
CREER K.M., 1967. Earth, possible expansion of. In:
Runcorn S.K. (ed), International Dictionary of Geophysics. Pergamon,
London. pp 383-389.
CREER K.M., 1970. A review of palaeomagnetism. Earth
Science Reviews 6, pp 369-466.
CROSSLEY D.J., & STEVENS R.K., 1976. Expansion of
the Earth due to a secular decrease in G - evidence from Mercury. Canadian
Journal of Earth Science 13 (12), pp 1723-1725.
DACHILLE F., 1977. Meteorites - little and big: from
shooting stars to Earth shaking catastrophes. Earth and Mineral Sciences
46, pp 49-52.
DACHILLE F., 1983. Great meteorite impacts and global
geological responses. In: Carey S.W. (ed), Expanding Earth Symposium,
Sydney, 1981. University of Tasmania.
DALZIEL W.D., 1991. Pacific margins of Laurentia and
East Antarctica-Australia as a conjugate rift pair: evidence and implications
for an Eocambrian supercontinent. Geology 19, pp 598-601.
DAVIDSON J.K., 1983. Tethys and Pacific stratigraphic
evidence for an expanding Earth. In: Carey S.W. ed), Expanding
Earth Symposium, Sydney, 1981. University of Tasmania, pp 191-197.
DAVIES F.B., & WINDLEY B.F., 1976. Significance of
major Proterozoic high grade linear belts in continental evolution. Nature263,
pp 383-385.
DEARNLEY R., 1965a. Orogenic fold-belts, convection and
expansion of the Earth. Nature 206, pp 1284-1290.
DEARNLEY R., 1965b. Orogenic fold-belts and continental
drift. Nature 206, pp 1083-1087.
DEARNLEY R., 1966. Orogenic belts and a hypothesis of
Earth evolution. Physics and Chemistry of the Earth. Pergamon, Oxford,
pp 1-114.
DEARNLEY R., 1969. Crustal tectonic evidence for Earth
expansion. In: Runcorn S.K. (ed.) The Application of Modern Physics
to Earth and Planetary Interiors. Wiley and Sons, London, pp 103-110.
DENNIS J.G., 1962. Fitting the continents. Nature196,
pp 364.
DERRY D.R., 1980. World Atlas of Geology and Mineral
Deposits. Mining Journal Books Ltd., Sheffield, England. 110p.
DICKE R.H., 1962. The Earth and cosmology. Science138,
pp 653-664.
DOOLEY J.C., 1973. The expanding Earth. Search
4, pp 9-15.
DOOLEY J.C., 1983. A simple physical test of Earth expansion.
In:
Carey S.W. (ed), Expanding Earth Symposium, Sydney, 1981. University
of Tasmania, pp 323-326.
EGGLER D.H., & BAKER D.R., 1982. In: Akimoto
S. & Manghnani M.H. (eds), Advances in Earth and Planetary Sciences,
High-Pressure Research in Geophysics 12, Centre for Academic
Publications, Tokyo. pp 237-250.
EGGLER D.H., 1987. Solubility of major and trace elements
in mantle metasomatic fluids: experimental constraints. In: Menzies
M.A. & Hawkesworth C.J. (eds), Mantle Metasomatism. Academic
Press, London. pp 21-41.
EGGLER D.H., MYSON B.O., HOERING T.C., & HOLLOWAY
J.R., 1979. The solubility of carbon monoxide in silicate melts at high
pressure and its effect on silicate phase relations. Earth and Planetary
Science Letters 43, pp 321-330.
EGYED L., 1956. The change in the Earth's dimensions
determined from palaeogeographical data. Geofisica Pura Applica33,
pp 42-48.
EGYED L., 1960. Some remarks on continental drift.
Geofisica Pura Applica 45, pp 115-116.
EGYED L., 1961. Palaeomagnetism and the ancient radii
of the Earth. Nature 190, pp 1097-1098.
EGYED L., 1963. The expanding Earth? Nature 197,
pp 1059-1060.
EGYED L., 1969. The slow expansion hypothesis. In:
Runcorn S.K. (ed.) The Application of Modern Physics to Earth and Planetary
Interiors. Wiley and Sons, London, pp 65-74.
EHRENSPERGER J., 1988. Die Expansion des Kosmos, Die
Expansion der Erge: Auflage, Verlag, Vogel W., Winterthur, Switzerland,
59p.
FAIRHEAD J.D., 1988. Mesozoic plate tectonic reconstructions
of the central South Atlantic Ocean: the role of the West and Central African
rift system. Tectonophysics 155, pp 181-191.
FANALE F.P., 1971. A case for catastrophic early degassing
of the Earth. Chemical Geology 8, pp 79-105.
FISHER R.A., 1953. Dispersion on a sphere. Proceedings
of the Royal Society of London A217, pp 295.
GAHAGAN L.M., SCOTESE C.R., ROYER J.Y., SANDWELL D.T.,
WINN J.K., TOMLINS R.L., ROSS M.I., NEWMAN J.S., MULLER R.D., MAYES C.L.,
LAWVER L.A., & HEUBECK C.E., 1988. Tectonic fabric map of the ocean
basins from satellite altimetry data. Tectonophysics 155,
pp 1-26.
GARFUNKEL Z., 1975. Growth, shrinking, and long-term
evolution of plates and their implications for the flow pattern in the
mantle. Journal of Geophysical Research 80, pp 4425-4432.
GEALEY W.K., 1988. Plate tectonic evolution of the Mediterranean-Middle
East region. Tectonophysics 155, pp 285-306.
GLIKSON A.Y., 1979. The missing Precambrian crust. Geology
7, pp 449-454.
GLIKSON A.Y., 1980. Precambrian sial-sima relations:
evidence for Earth expansion. Tectonophysics 63, pp 193-234.
GLIKSON A.Y., 1993. Asteroids and early Precambrian crustal
evolution. Earth-Science Reviews 35, pp 285-319.
GORAI M., 1983. A consideration on the primordial size
of the Earth. In: Carey S.W. (ed), Expanding Earth Symposium,
Sydney, 1981. University of Tasmania, pp 105-107.
GRANT A.C., 1992. Intracratonic tectonism: key to the
mechanism of diastrophism. In: Chatterjee S., & Hotton N.,(III),
(eds), New Concepts in Global Tectonics. Texas Technical University
Press, Lubbock, 1992, pp 65-73.
GRAY G.G., & NORTON I.O., 1988. A palinspastic Mesozoic
plate reconstruction of New Zealand. Tectonophysics 155,
pp 391-399.
GSWA., 1990. Geological Survey of Western Australia,
1990, Geology and Mineral Resources of Western Australia: Western
Australia Geological Survey, Memoir 3, 827p.
HALLAM A., 1971. Re-evaluation of the palaeogeographic
argument for an expanding Earth. Nature 232, pp 180-182.
HALLAM A., 1984. Pre-Quaternary sea-level changes. Annual
Review of Earth and Planetery Sciences 12, pp 205-243.
HALM J.K.E., 1935. An astronomical aspect of the evolution
of the Earth. Presidential Address. Astronomical Society of South Africa4,
pp 1-28.
HANDSCHUMACHER D.W., SAGER W.W., HILDE T.W.C., &
BRACEY D.R., 1988. Pre- Cretaceous tectonic evolution of the Pacific plate
and extension of the geomagnetic polarity reversal time scale with implications
for the origin of the Jurassic "Quiet Zone". Tectonophysics 155,
pp 365-380.
HAWKINS J.W., BLOOMER S.H., EVANS C.A., & MELCHIOR
J.T., 1984. Evolution of intra oceanic arc-trench systems. Tectonophysics102,
pp 175-205.
HEEZEN B.C., 1959. Géologie sous-marine et déplacements
des continents. In: La topographie et la géologie des Profondeurs
Océaniques. Colloques internationales du C.N.R.S. 83, pp
295-304.
HERRON E.M., DEWEY J.F., & PITMAN W.C., 1974. Plate
tectonic model for the evolution of the Arctic. Geology 2,
pp 377-380.
HILGENBERG O.C., 1933. Vom wachsenden Erdball. Selbstverlag,
Berlin, 50p.
HILGENBERG O.C., 1962. Paläopollagen der Erde. Neues
Jahrb.
Geol. und Paläontol., Abhandl 116, Struttgart.
HOFFMAN P.F., 1991. Did the breakout of Laurentia turn
Gondwanaland inside-out? Science 25, pp 1409-1412.
HOLLOWAY J.R., 1977. Fugacity and activity of molecular
species in supercritical fluids. In: Fraser D.C. (ed), Thermodynamics
in Geology. D. Reidel, Dordrecht, Holland. pp 161-181.
HOLMES D.L., 1965. Principles of Physical Geology,
third edition. Thomas Nelson and Sons Ltd, pp 701-708.
HORA H., 1983. Degenerate plasma phases to explain the
expansion of the Earth while releasing energy. In: Carey S.W. (ed),
Expanding
Earth Symposium, Sydney, 1981. University of Tasmania, pp 363-364.
HOSPERS J., & VAN ANDEL S.I., 1967. Palaeomagnetism
and the hypothesis of an expanding Earth. Tectonophysics 5 (1),
pp 5-24.
IRVINE T.N., 1989. A global convection framework: concepts
of symmetry, stratification, and system of the Earth's dynamic structure.
Economic
Geology and the Bulletin of the Society of Economic Geologists84
(8), pp 2059-2114.
IRVING E., 1964. Paleomagnetism and its application
to geological and geophysical problems. John Wiley and Sons, New York,
399p.
IVANENKO D.D., & SAGITOV M.V., 1961. O gipoteze
rassheryayushchcusya Zemli. (The hypothesis of an expanding Earth).
Vestnik Moskovskaia Universiteta, third series, 6, 83p. (in Russian).
IVANKIN V.P., 1990. Time increase of the Earth mass and
dimensions - determinant of the Earth's development. In: Critical
Aspects of the Plate Tectonics Theory; Volume II, Alternative Theories.
Theophrastus Publishers, Athens, Greece, pp 95-113.
JACKSON M.J., & POLLACK H.N., 1987. Mantle devolatilization
and convection: implications for the thermal history of the Earth. Geophysical
Research Letters 14, number 7, pp 737-740.
JACOBS J.A., 1989. Geomagnetism. Academic Press,
London, 3 volumes.
JEFFREYS H., 1962. A suggested reconstruction of the
land masses of the Earth as a complete crust; comment. Nature 195,
pp 448.
JORDAN P., 1969. On the possibility of avoiding Ramsay's
hypothesis in formulating a theory of Earth expansion. In: Runcorn
S.K. (ed.) The Application of Modern Physics to Earth and Planetary
Interiors. Wiley and Sons, London, pp 55-63.
KATZ M.B., 1976. Early Precambrian granulites-greenstones,
transform mobile belts and ridge-rifts on early crust? In: Windley
B.F. ed. The Early History of the Earth. John Wiley & Sons,
London, New York, pp 147-155.
KEINDL J., 1940. Dehnt sich die Erde aus? Herold-Verlag,
MÜnchen-Solln, pp 1-50.
KHAIN V.Y., 1974. Modern ideas on causes and mechanisms
of tectogenesis. An experiment in critical analysis and conclusions. International
Geological Reviews 16, pp 169.
KHRAMOV A.N., 1987. Certain problems in paleomagnetism.
In: Tarling D.H. (ed), Paleomagnetology. Springer-Verlag, pp
245-259.
KIRILLOV I.B., 1958. A hypothesis of the development
of the Earth and continents and ocean basins. (in Russian).
KOLCHANOV V.P., 1971. O.C. Hilgenberg's paleogeographic
representations of an expanding Earth. Geotektonika 4, pp 252-259.
KREMP G.O.W., 1983. Precambrian events indicative of
Earth expansion. In: Carey S.W. (ed), Expanding Earth Symposium,
Sydney, 1981. University of Tasmania, pp 91-99.
KREMP G.O.W., 1992. Earth expansion theory versus statical
Earth assumption. In: Chatterjee S. & Hotton N. (III). (eds).
New
Concepts in Global Tectonics. Texas Technical University Press, USA,
pp 297-307.
KUZNETSOV V.V., 1983. A model of the Earth's core and
its geomagnetic field. Soviet Geology and Geophysics 24 (5),
pp 74-80.
KUZNETSOV V.V., 1984. Some aspects of the tectonics of
an expanding Earth. Soviet Geology and Geophysics 25 (1),
pp 19-23.
LARSON R.L., PITMAN W.C.(III)., 1972. World-wide correlation
of Mesozoic magnetic anomalies, and its implications. Geological Society
of America Bulletin 83, pp 3645-3662.
LARSON R.L., PITMAN W.C.(III)., GOLOVCHENKO X., CANDE
S.C., DEWEY J.F., HAXBY W.F., & LaBRECQUE (mapcompilers) 1985. The
Bedrock Geology of the World. Freeman & Co., New York.
LAY T., 1989. Structure of the core/mantle transition
zone; a chemical and thermal boundary layer. EOS, Transaction of the
American Geophysical Union 70, pp 49-59.
LePICHON X., SIBUET J.C., & FRANCHETEAU J., 1977.
The fit of the continents around the North Atlantic Ocean. Tectonophysics38,
pp 169-209.
LINDERMAN B., 1927. Kettengebirge, Kontinentale Zerspaltung
und Erdexpansion. Gustav Fischer Publishers, Jena. 186p.
LISOWSKI M., 1991. Recent plate motions and crustal deformation.
Reviews
of Geophysics, Supplement, pp 162-171.
LUNDBERG N., & REED D.L., 1991. Continental Margin
Tectonics: forearc processes. Reviews of Geophysics, Supplement,
pp 794-806.
MARVIN U.B., 1973. Continental Drift - the Evolution
of a Concept. Smithsonian Institute Press, Washington.
MASCLE J., BLAREZ E., & MARINHO M., 1988. The shallow
structures of the Guinea and Ivory Coast-Ghana transform margins: their
bearing on the Equitorial Atlantic Mesozoic evolution. Tectonophysics155,
pp 193-209.
McDOUGALL I., MABOKO M.A.H., SYMONDS P.A., McCULLOCH
M.T., WILLIAMS I.S., & KUDRASS H.R., 1994. Dampier Ridge, Tasman Sea,
as a stranded continental fragment. Australian Journal of Earth Sciences41,
pp 395-406.
McELHINNY M.W., & BROCK A., 1975. A new paleomagnetic
result from East Africa and estimates of the Mesozoic paleoradius. Earth
and Planetary Science Letters 27, pp 321-328.
McELHINNY M.W., 1973. Palaeomagnetism and plate tectonics.
Cambridge University Press, Great Britain, 358p.
McELHINNY M.W., TAYLOR S.R., & STEVENSON D.J., 1978.
Limits to the expansion of Earth, Moon, Mars and Mercury and to changes
in the gravitational constant. Nature 271, pp 316-321.
MENZIES M.A., & HAWKESWORTH C.J., 1987 (eds.). Mantle
metasomatism. Academic Press, London, 472p.
MENZIES M.A., ROGERS N., TINDLE A., & HAWKESWORTH
C.J., 1987. Metasomatism and enrichment processes in lithospheric peridotites,
an effect of asthenosphere-lithosphere interaction. In: Menzies
M.A. & Hawkesworth C.J. (eds). Mantle metasomatism. Academic
Press, London, pp 313-359.
MERRILL R.T., & McELHINNY M.W., 1983. The Earth's
magnetic field: its history, origin and planetary perspective. Academic
Press, London, 401p.
MESERVEY R., 1969. Topological inconsistency of continental
drift on the present-sized Earth. Science 166, pp 609-611.
MEYERHOFF A.A., TANER I., MORRIS A.E.L., MARTIN B.D.,
AGOCS W.B., & MEYERHOFF H.A., 1992. Surge tectonics: a new hypothesis
of Earth dynamics. In: Chatterjee S. & Hotton N (III) (eds),
New
Concepts in Global Tectonics. Texas Technical Press, USA, pp 309-409.
MIDDLEMOST E.A.K., 1985. Magmas and magmatic rocks:
an introduction to igneous petrology. Longman Scientific and Technical,
New York, 266p.
MILANOVSKY E.E., 1980. Problems of the tectonic development
of the Earth in the light of concept on its pulsations and expansion. Revue
de Geologique et de Geographie Physique 22, pp 15-27.
MILANOVSKY Y.Y., 1978. Some aspects of tectonic development
and volcanism of the Earth in the Phanerozoic (pulsation and expansion
of the Earth). Geotectonics 12, pp 403-411.
MILTON B.D., 1988. Introduction to geophysical prospecting.
McGraw-Hill, New York, 867p.
MINSTER J.B., & JORDAN T.H., 1978. Present-day plate
motions. Journal of Geophysical Research 83, pp 5331-5354.
MOORES E.M., 1991. Southwest U.S.-East Antarctic (SWEAT)
connection: a hypothesis. Geology 19, pp 425-428.
MORGAN W.J., 1968. Rises, trenches, great faults, and
crustal blocks. Journal of Geophysical Research 73, pp 1959-1982.
MÖRNER N.A., 1981. Revolution in Cretaceous sea-level
analysis. Geology 9, pp 344-346.
MYSEN B.O., EGGLER D.H., SEITZ M.G., & HOLLOWAY J.R.,
1976. Carbon dioxide in silicate melts and crystals. Part 1. Solubility
measurements. American Journal of Science 276, pp 455-479.
NEIMAN V.B., 1962. The expanding Earth. State
Publishing House, Geographical Literature, Moscow (in Russian), 80p.
NEIMAN V.B., 1983. Geological and geophysical proofs
of the Earth's expansion. In: Carey S.W. (ed), Expanding Earth
Symposium, Sydney, 1981. University of Tasmania, pp 287-291.
NEIMAN V.B., 1984. Geological and geophysical proofs
and possible causes of the Earth's expansion. Nauka, M., pp 116-173.
NEIMAN V.B., 1990. An alternative to Wegener's mobilism.
In:
Critical
Aspects of the Plate Tectonics Theory; Volume II, Alternative Theories.
Theophrastus Publishers, Athens, Greece, pp 3-18.
NOEL D., 1989. NUTEERIAT: Nut trees, the expanding
Earth, Rottnest Island, and all that. Cornucopia Press, Perth. 200p.
OWEN H.G., 1976. Continental displacement and expansion
of the Earth during the Mesozoic and Cenozoic. Philosophical Transactions
of the Royal Society, London 281. pp 223-291.
OWEN H.G., 1983a. Atlas of Continental Displacement,
200 Million Years to the Present. Cambridge Earth Series, Cambridge
University Press, Cambridge.
OWEN H.G., 1983b. Constant dimensions or an expanding
Earth? In: Cocks L.R.M. ed. The Evolving Earth. British Musium
(Natural History), London, pp 179-192.
OWEN H.G., 1983c. Ocean-floor spreading evidence of global
expansion.
In: Carey S.W. (ed), Expanding Earth Symposium, Sydney,
1981. University of Tasmania, pp 31-58.
OWEN H.G., 1992. Has the Earth increased in size? In:
Chatterjee S. & Hotton N. (III). (eds). New Concepts in Global Tectonics.
Texas Technical University Press, USA, pp 289-296.
PALMER A.R., 1983. The decade of North American Geology
1983 geologic time scale. Geology 11, pp 503-504.
PANNELLA G., MacCLINTOCK C., & THOMPSON M.N., 1968.
Paleontological evidence of variations in length of synodic month since
Late Cambrian. Science 162, pp 792-796.
PARSONS B., 1981. The rates of plate creation and consumption.
Geophysical
Journal of the Royal Astrological Society 67, pp 437-448.
PARSONS B., 1982. Causes and consequences of the relation
between area and age of the ocean floor. Journal of Geophysical Research87,
pp 289-302.
PATRIAT P., & SEGOUFIN J., 1988. Reconstruction of
the Central Indian Ocean. Tectonophysics 155, pp 211-234.
PFEUFER J., 1983. The thermal expansion of the Earth.
In:
Carey S.W. (ed), Expanding Earth Symposium, Sydney, 1981. University
of Tasmania, pp 328.
PHIPPS MORGAN J., 1991. Mid-ocean ridge dynamics: observations
and theory. Reviews of Geophysics, Supplement, pp 807-822.
PINDELL J.L., & BARRETT S.F., 1987. Geological evolution
of the Caribbean region: a plate-tectonic perspective. In: Dengo
G., & Case J.E., (eds), The Geology of North America, Volume H,
The Caribbean Region. Geological Society of America, Boulder, Colorado.
PINDELL J.L., & DEWEY J.F., 1982. Permo-Triassic
reconstruction of western Pangea and the evolution of the Gulf of Mexico/Caribbean
region.
Tectonics 1, pp 179-212.
PINDELL J.L., 1985. Alleghenian reconstruction and the
subsequent evolution of the Gulf of Mexico, Bahamas and proto-Caribbean
Sea. Tectonics 4, pp 1-39.
PINDELL J.L., CANDE S.C., PITMAN W.C. (III), ROWLEY D.B.,
DEWEY J.F., LABRECQUE J., & HAXBY W., 1988. A plate-kinematic framework
for models of Caribbean evolution. Tectonophysics 155, pp
121-138.
PIPER J.D.A., 1989. Palaeomagnetism. In: Jacobs
J.A. ed. Academic Press Ltd. pp 31-147.
PITMAN W.C., & TALWANI M., 1972. Sea-floor spreading
in the North Atlantic. Geological Society of America Bulletin 83,
pp 619-646.
POWELL C.McA., JOHNSON B.D., & VEEVERS J.J., 1980.
A revised fit of east and west Gondwanaland. Tectonophysics 63,
pp 13-29.
POWELL C.McA., ROOTS S.R., & VEEVERS J.J., 1988.
Pre-breakup continental extension in East Gondwanaland and the early opening
of the eastern Indian ocean. Tectonophysics 155, pp 261-283.
RABINOWITZ P.D., & LaBREQUE J., 1979. The Mesozoic
South Atlantic Ocean and evolution of its continental margins. Journal
of Geophysical Research 84, pp 5973-6002.
RAMBERG H., 1983. The role of gravity in orogenic belts.
In:
Carey S.W. (ed), Expanding Earth Symposium, Sydney, 1981. University
of Tasmania, pp 233.
RICKARD M.J., 1969. Relief of curvature on expansion
- a possible mechanism of geosynclinal formation and orogenesis. Tectonophysics
8, pp 129-144.
ROMANOV E., 1966. Shtormy podzemnovo kosmosa. Tekhnika
Molodezhi 9, pp 10-13.
ROSS M.I., & SCOTESE C.R., 1988. A hierarchical tectonic
model of the Gulf of Mexico and Caribbean region. Tectonophysics155,
pp 139-168.
ROWLEY D.B., & LOTTES A.L., 1988. Plate-kinematic
reconstructions of the North Atlantic and Arctic: Late Jurassic to Present.
Tectonophysics155,
pp 73-120.
ROYER J-Y., PATRIAT P., BERGH H.W., & SCOTESE C.R.,
1988. Evolution of the Southwest Indian ridge from the Late Cretaceous
(anomaly 34) to the Middle Eocene (anomaly 20). Tectonophysics 155,
pp 235-260.
RUBEY W.W., 1975. Geologic history of sea water; an attempt
to state the problem. In: Kitano Y., (ed), Geochemistry of Water.
Dowden, Hutchinson & Ross Inc., Stroudsburg, Pennsylvania.
SAGER W.W., HANDSCHUMACHER D.W., HILDE T.W.C., &
BRACEY D.R., 1988. Tectonic evolution of the northern Pacific plate and
Pacific-Farallon-Izanagi triple junction in the Late Jurassic and Early
Cretaceous (M21-M10). Tectonophysics155, pp 345-364.
SAVOSTOVIN L.A., SIBUET J.C., ZONENSHAIN L.P., LePICHON
X., & ROULET M.J., 1986. Kinematic evolution of the Tethys belt from
the Atlantic Ocean to the Pamirs since the Triassic. In: Auboin
J., LePichon X., & Monin A.S., (eds), Evolution of the Tethys. Tectonophysics123,
pp 1-35.
SCALERA G., 1988. Nonconvential Pangea reconstructions:
new evidence for an expanding Earth. Tectonophysics 146,
pp 365-383.
SCALERA G., 1990. General clues favouring expanding Earth
theory. In: Critical Aspects of the Plate Tectonics Theory; Volume
II, Alternative Theories. Theophrastus Publishers, Athens, Greece,
pp 65-93.
SCHEIBNER E., SATO T., & CRADDOCK C., 1991a. Tectonic
map of the circum-Pacific region, southwest quadrant. Circum-Pacific
Council for Energy and Mineral Resources, U.S. Geological Survey.
SCHEIBNER E., SATO T., DOUTCH H.F., ADDICOTT W.O., TERMAN
M.J., & MOORE G.W., 1991b. Explanatory notes for the tectonic map of
the circum-Pacific region, southwest quadrant. Circum-Pacific Council
for Energy and Mineral Resources, U.S. Geological Survey, 59p.
SCHMIDT P.W., & CLARK D.A., 1980. The response of
palaeomagnetic data to Earth expansion. Geophysical Journal of the Royal
Astrological Society 61, pp 95-100.
SCHMIDT P.W., & EMBLETON B.J.J., 1981. A geotectonic
paradox: has the Earth expanded? Journal of Geophysics 49,
pp 20-25.
SCHOLL D.W., & VALLIER T.L., 1983. Subduction and
the rock record of Pacific margins. In: Carey S.W. (ed), Expanding
Earth Symposium, Sydney, 1981. University of Tasmania, pp 235-245.
SCLATER J.G., HELLINGER S., & TAPSCOTT C., 1977.
The paleobathymetry of the Atlantic Ocean from the Jurassic to present.
Journal
of Geology 85, pp 509-552.
SCLATER J.G., PARSONS B., & JAUPART C., 1981. Oceans
and continents: similarities and differences in the mechanisms of heat
loss. Journal of Geophysical Research 86, pp 11535-11552.
SCOTESE C.R., 1987. Development of the circum-Pacific
Panthallassic Ocean during the Early Paleozoic. In: Monger J.W.H.
& Francheteau J. (eds), Circum-Pacific orogenic belts and evolution
of the Pacific Ocean basin. Geodynamic Series 18, pp 49-57.
SCOTESE C.R., GAHAGAN L.M., & Larson R.L., 1988.
Plate tectonic reconstructions of the Cretaceous and Cenozoic ocean basins.
Tectonophysics155,
pp 27-48.
SENO T., & MARUYAMA S., 1984. Paleogeographic reconstruction
and origin of the Philippine Sea. Tectonophysics 102, pp
53-84.
SHARMAN G.F., & RISCH D.L., 1988. Northwest Pacific
tectonic evolution in the Middle Mesozoic. Tectonophysics 155,
pp 331-344.
SHIELDS O., 1976. A gondwanaland reconstruction for the
Indian ocean. Journal of Geology 85, pp 236-242.
SHIELDS O., 1979. Evidence for initial opening of the
Pacific ocean in the Jurassic. Palaeontology, Palaeoclimatology, Palaeoecology26,
pp 181-220.
SHIELDS O., 1983a. The role of gravity and asteroid impacts
in Earth expansion. In: Carey S.W. (ed), Expanding Earth Symposium,
Sydney, 1981. University of Tasmania, pp 277-282.
SHIELDS O., 1983b. Trans-Pacific biotic links that suggest
Earth expansion. In: Carey S.W. (ed), Expanding Earth Symposium,
Sydney, 1981. University of Tasmania, pp 199-205.
SHIELDS O., 1988. Post-Triassic Earth expansion perhaps
caused by a cometary impact in Tibet. Journal of the Geological Society
of India 32, pp 506-512.
SHIELDS O., 1990. Plate tectonics on an expanding Earth.
In:
Critical
Aspects of the Plate Tectonics Theory; Volume II, Alternative Theories.
Theophrastus Publishers, Athens, Greece, pp 271-290.
SMILEY C.J., 1992. Paleofloras, faunas, and continental
drift: some problem areas. In: Chatterjee S. & Hotton N (III)
(eds), New Concepts in Global Tectonics. Texas Technical Press,
USA, pp 241-257.
SMIRNOFF L.S., 1992. The contracting-expanding Earth
and the binary system of its megacyclicity. In: Chatterjee S. &
Hotton N. (III). (eds). New Concepts in Global Tectonics. Texas
Technical University Press, USA, pp 441-449.
SPENCE W., 1987. Slab pull and the seismotectonics of
subducting lithosphere. Reviews of Geophysics 25, pp 55-69.
SRIVASTAVA S.P., & TAPSCOTT C., 1986. In:
Tucholke B.E., & VOGT P.R., (eds), The Geology of North America.
Volume M. The Western Atlantic Region. Geological Society of America,
Boulder, Colorado, pp 379-404.
SRIVASTAVA S.P., 1978. Evolution of the Labrador Sea
and its bearing on the early evolution of the North Atlantic. Geophysical
Journal of the Royal Astronological Society 52, pp 313-357.
SRIVASTAVA S.P., 1985. Evolution of the Eurasian Basin
and its implications to the motion of Greenland along the Nares Strait.
Tectonophysics114,
pp 29-53.
STACEY F.D., 1977. Physics of the Earth. (second
edition), John Wiley & Sons, New York, 414p.
STEINER J., 1967. The sequence of geological events and
the dynamics of the Milky Way Galaxy. Geological Society of Australia14,
pp 99-131.
STEINER J., 1977. An expanding Earth on the basis of
sea-floor spreading and subduction rates. Geology 5, pp 313-318.
STEWART A.D., 1977. Quantitative limits to palaeogravity.
Journal
of the Geological Society of London 133, pp 281-291.
STEWART A.D., 1978. Limits to palaeogravity since the
late Precambrian. Nature 271, pp 153-155.
STEWART A.D., 1983. Quantitative limits to the palaeoradius
of the Earth. In: Carey S.W. (ed), Expanding Earth Symposium,
Sydney, 1981. University of Tasmania, pp 305-319.
STEWART I.C.F., 1976. Mantle plume separation and the
expanding Earth. Geophysical Journal of the Royal Astrological Society46,
pp 505-511.
STOCKLIN J., 1983. Himalayan orogeny and Earth expansion.
In:
Carey S.W. (ed), Expanding Earth Symposium, Sydney, 1981. University
of Tasmania, pp 119-130.
STOCKWELL C.H., 1973. Revised Precambrian time scale
for the Canadian Shield. Geological Survey of Canada Paper, pp 52-72.
STORETVEDT K.M., 1992. Rotating plates: new concepts
in global tectonics. In: Chatterjee S. & Hotton N (III) (eds),
New
Concepts in Global Tectonics. Texas Technical Press, USA, pp 203-220.
STOREY B.C., DALZIEL I.W.D., GARRETT S.W., GRUNOW A.M.,
PANKHURST R.J., & VENNUM W.R., 1988. West Antarctica in Gondwanaland:
crustal blocks, reconstruction and breakup processes. Tectonophysics155,
pp 381-390.
SUNDVIK M.T., & LARSON R.L., 1988. Seafloor spreading
history of the western North Atlantic Basin derived from the Keathley sequence
and computor graphics. Tectonophysics 155, pp 49-71.
TALOBRE J.A., 1983. Astronomical valuation of present
Earth's expansion rate. In: Carey S.W. (ed), Expanding Earth
Symposium, Sydney, 1981. University of Tasmania, pp 293-295.
TANNER W.F., 1983a. Absolute motion of North America,
and the development of the middle America "arc". In: Carey S.W.
(ed), Expanding Earth Symposium, Sydney, 1981. University of Tasmania,
pp 219-223.
TANNER W.F., 1983b. Diapirism, grabens, and horizontal
tension.
In: Carey S.W. (ed), Expanding Earth Symposium, Sydney,
1981. University of Tasmania, pp 227-232.
TARLING D.H., 1971. Principles and applications of
palaeomagnetism. Chapman and Hall, London, 164p.
TARLING D.H., 1983. Paleomagnetism. Chapman &
Hall, London, 379p.
TASSOS S.T., 1983. Entropy and expansion of the Earth.
In:
Carey S.W. (ed), Expanding Earth Symposium, Sydney, 1981. University
of Tasmania, pp 359-361.
TAYLOR S.R., 1983. Limits to Earth expansion from the
surface features of the Moon, Mercury, Mars, and Ganymede. In: Carey
S.W. (ed), Expanding Earth Symposium, Sydney, 1981. University of
Tasmania, pp 343-347.
TAYLOR S.R., 1984. Constraints on Earth expansion from
surface features and ages of the Moon, Mercury, Mars and Ganymede. International
Geological Congress 27 (8), pp 310.
TERMIER H., & TERMIER G., 1969. Global palaeogeography
and Earth expansion. In: Runcorn S.K. (ed.) The Application of
Modern Physics to Earth and Planetary Interiors. Wiley and Sons, London,
pp 87-101.
TRYON E.P., 1983. Cosmology and the expanding Earth hypothesis.
In:
Carey S.W. (ed), Expanding Earth Symposium, Sydney, 1981. University
of Tasmania, pp 349-358.
TURNELL H.B., 1988. Mesozoic evolution of Greek microplates
from palaeomagnetic measurements. Tectonophysics 155, pp
307-316.
UNTERNEHR P., CURIE D., OLIVET J.L., GOSLIN J., &
BEUZART P., 1988. South Atlantic fits and interplate boundaries in Africa
and South America. Tectonophysics 155, pp 169-179.
VALDIYA K.S., 1984. Evolution of the Himalaya. Tectonophysics105,
pp 229-248.
VAN ANDEL S.I., & HOSPERS J., 1968a. Palaeomagnetic
calculations of the radius of the ancient Earth by means of the palaeomeridian
method. Physics of the Earth and Planetary Interiors 1, pp 155-163.
VAN ANDEL S.I. & HOSPERS J. 1968b. A statistical
analysis of ancient Earth radii calculated from palaeomagnetic data. Tectonophysics
6, pp 491-497.
VAN ANDEL S.I. & HOSPERS J. 1968c. Palaeomagnetism
and the hypothesis of an expanding Earth: a new calculation method and
its results. Tectonophysics 5, pp 273-285.
VAN DER VOO R., 1993. Paleomagnetism of the Atlantic,
Tethys and Iapetus Oceans. Cambridge University Press, 411p.
VAN DIGGELEN J., 1976. Is the Earth expanding? Nature262,
pp 675-676.
VAN HILTEN D., 1963. Palaeomagnetic indications of an
increase in the Earth's radius. Nature 200, pp 1277-1279.
VAN HILTEN D., 1965. The ancient radius of the Earth.
Royal
Astrological Society Geophysical Journal 9, pp 279-281.
VAN HILTEN D., 1968. Global expansion and palaeomagnetic
data. Tectonophysics 5, pp 191-210.
VEEVERS J.J., POWELL C.McA., & ROOTS S.R., 1991.
Review of seafloor spreading around Australia. 1. Synthesis of the patterns
of spreading. Australian Journal of Earth Sciences 38, pp
373-389.
VOGEL K., 1983. Global models and Earth expansion. In:
Carey S.W. (ed), Expanding Earth Symposium, Sydney, 1981. University
of Tasmania, pp 17-27.
VOGEL K., 1984. Beitrage zur frage der expansion der
Erde auf der grundlage von globenmodellen. Z. geol. Wiss. Berlin 12 (1984)
5. S. 563-573.
VOGEL K., 1990. The expansion of the Earth - an alternative
model to the plate tectonics theory. In: Critical Aspects of
the Plate Tectonics Theory; Volume II, Alternative Theories. Theophrastus
Publishers, Athens, Greece, pp 14-34.
VON HUENE R., & SCHOLL D.W., 1991. Observations at
convergent margins concerning sediment subduction, subduction erosion,
and the growth of continental crust. Reviews of Geophysics 29,
pp 279-316.
WALZER U., & MAAZ R., 1983. On intermittent lower-mantle
convection. In: Carey S.W. (ed), Expanding Earth Symposium, Sydney,
1981. University of Tasmania, pp 329-340.
WARD M.A., 1963. On detecting changes in the Earth's
radius.
Geophysical Journal 8, pp 217-225.
WARD M.A., 1966. Comments on detecting changes in the
Earth's radius. Geophysical Journal of the Royal Astrological Society10,
pp 445-447.
WEGENER A., 1929. Die Entstehung der Kontinente und Ozeane.
4. Aufl. Braunschweig: Verl. Vieweg & Sohn, 231p.
WEIJERMARS R., 1986. Slow but not fast global expansion
may explain the surface dichotomy of Earth. Physics of the Earth and
Planetary Interiors 43, pp 67-89.
WEIJERMARS R., 1989. Global tectonics since the breakup
of Pangea 180 million years ago:evolution maps and lithospheric budget.
Earth-Science
Reviews 26, pp 113-162.
WESSON P.S., 1973. The implications for geophysics of
modern cosmologies in which G is variable. Quarterley Journal of the
Royal Astrological Society 14, pp 9-64.
WEZEL F.C., 1992. Global change: shear dominated geotectonics
modulated by rhythmic Earth pulsations. In: Chatterjee S. &
Hotton N (III) (eds), New Concepts in Global Tectonics. Texas Technical
Press, USA, pp 421-439.
WILLIAMS Q., JEANLOZ R., BASS J., SWENDSEN B., &
AHRENS T.J., 1987. Meeting curve of iron to 250 Gigapascals, constraint
on the temperature of Earth's centre. Science 230, pp 181-182.
WILSON J.T., 1960. Some consequences of expansion of
the Earth. Nature 185, pp 880-882.
WORSLEY T.R., NANCE D., & MOODY J.B., 1984. Global
tectonics and eustasy for the past 2 billion years. Marine Geology58,
pp 373-400.
WYLLIE P.J., 1979. Magmas and volatile components. American
Mineralogist 64, pp 469-500.
YARKOVSKII I.O., 1899. Vsemiroetyagotenie, kak sledstvie
obrazovaniya vesognoi materri vnutri nebesnich tel. (Universal gravitation
as a consequence of the formation of matter within celestrial bodies).
Moscow, 79p. (in Russian).
YUEN D.A., & PELTIER W.R., 1980. Mantle plumes and
the thermal stability of the "D" layer. Geophysical Research Letters
7, pp 625-628.
ZHI-GENG C., 1990. Initial values of the basic parameters
and the average change rate of the expanding Earth. Acta Geophysica
Sinica 33 (5), pp 611-618.