astronomical means”, en Bate, R.,
ed.: Global Warming. The conti-
nuing debate. Cambridge, The
European Science and
Environment Forum (ESEF), 172-
183.
activity - A dominant factor in cli-
mate dynamics”, en http://
www.john-daly.com/solar/
solar.htm.
activity controls El Niño and La
Niña, en http://www.john-
daly.com/sun-enso/sun-enso.htm
“Extrema in sunspot cycle linked
to Sun's motion”. Solar Physics
189, 413-424.
forcing of El Niño and La Niña”,
en Vázquez , M. y Schmieder, B,
ed.: The solar cycle and terres-
trial climate. European Space
135-140.
wind near Earth: Indicator of
variations in global temperature”,
en Vázquez, M. y Schmieder, B,
ed.: The solar cycle and terres-
trial climate. European Space
Agency, Special Publication 463,
497-500.
Po discharges and cycles of solar
activity”. Hydrol. Sci. J. 45, 491-
493.
role in the satellite-balloon-surfa-
ce issue”, en http://www.john-
daly.com/solar/temps.htm.
confirmation of strong solar for-
cing of climate”, en
http://www.john-daly.com/po.htm
eruptions linked to North Atlantic
daly.com/theodor/solarnao.htm
in Pacific Decadal Oscillation
subjected to solar forcing”, en
http://www.john-daly.com/
theodor/pdotrend.htm
forecast revisited, en
http://www.john-daly.com/sun-
enso/revisited.htm
(1992): Physics of climate. New
York, American Institute of
Physics.
(2002): “The cause of decreased
pan evaporation over the past 50
years”. Science 298, 1410
“A 1600-year long record of solar
change derived from 14C levels”.
Solar Phys. 74, 479-481.
medios de comunicación de un
seguro cambio climático antropo-
génico no muestra sino una infor-
mación sesgada, sensacionalista.
Con todo, repetimos lo que decía-
mos al inicio, hace falta buscar
recursos energéticos limpios, sos-
tenibles y dejar de depender de los
combustibles fósiles.
1. ¿Pequeña edad de hielo en vez
de calentamiento global? de
Theodor Landscheidt, Schroeter
Institute for Research in Cycles of
Solar Activity, en
http://mitosyfraudes.8k.com/
Calen/LandsEspa.htm
WEBGRAFÍA
Balachandran, N. K., Rind, D., y
Shindell, D. T. (1999): “Effects of
solar cycle variability on the
lower stratosphere”. J. Geophys.
Res. 104, 27321-27339
W. B., Walsh, J. E., Fountain, A.
G., McKnight, D. M., Moorhead,
D. L., Virginia, R. A., Wall, D. H.,
Clow, G. D., Fritsen, C. H.,
McKay, C. P., y Parsons, A. N.
(2002): “Antarctic climate coo-
ling and terrestrial ecosystem res-
ponse”. Nature 415, 517-520.
(1991): “Length of the solar
cycle: an indicator of solar acti-
vity closely associated with cli-
mate”. Science 254, 698-700.
year sunspot cycle”. J. Brit.
Astron. Ass. 68, 150.
impact of solar variability on cli-
mate”. Nature 272, 981-984.
rotation, impulses of the torque in
the Sun's motion, and climatic
variation”. Clim. Change 12, 265-
295.
ship between rainfall in the nor-
thern hemisphere and impulses of
the torque in the Sun's motion”,
en K. H. Schatten y A. Arking,
eds.: Climate impact of solar
variability. Greenbelt, NASA,
259-266.
warming or Little Ice Age?”, en:
Finkl, C. W., ed.: Holocene
cycles. A Jubilee volume in cele-
bration of the 80th birthday of
Lauderdale, The Coastal
Education and Research
Foundation (CERF), 371-382.
[versión en español en:
“¿Pequeña edad de hielo en vez
de calentamiento global?” en
http://mitos
yfraudes.8k.com/Calen/LandsEsp
a.html]
kosmische Funktion des
Goldenen Schnitts”, en Richter, P.
H., ed.: Sterne, Mond und
Kometen. Bremen, Hauschild,
240-276.
“Forecast of global temperature,