Book references

Borroughs, W. J. 1992. Weather Cycles: Real or Imaginary? Cambridge University Press.

Pugh D T. 1993. Tides, Surges and Mean Sea-Level. John Wiley & Sons Ltd. ISBN 0471 91505.

Papers

Currie, R. G., 1981, Evidence for 18.6 year (sic) signal in temperature and drought conditions in North America since A. D. 1800: Journal of Geophysical Research. 86:11,055-11,064.

Currie, R. G., 1984, Evidence for 18.6 year (sic) lunar nodal (sic) drought in western North America during the past millennium: Journal of Geophysical Research. 89:1295-1308.

Currie, R. G., 1987, Examples and implications of 18.6- and 11-yr terms in world weather records, Chap. 22, p. 378-403 in Rampino,

M. R.; Sanders, J. E.; Newman, W. S.; and Konigsson, L.-K.; eds., Climate: History, periodicity, and predictability: International Symposium held at Barnard College, Columbia University, New York, New York, 21-23 May 1984 (R. W. Fairbridge Festschrift): New York, NY, Van Nostrand Reinhold Publishing Corp., 588 p.

Currie, R. W.; Wyatt, Thomas; and O’Brien, D.P, 1993. Deterministic signals in European fish catches, wine harvests, sea level, and further experiments: International Journal of Climatology. 8:255-281.

Currie, R. G. 1995. Variance Contribution of M_n and S_c Signals to Niele River Data over a 30-8 Year Bandwith. Journal of Coastal Research Special Issue No. 17: Holocene Cycles: Climate, Sea Levels and Sedimentation, pp 29-38.

Darwin, G.H. 1877. On the influence of geological changes on the Earth's axis of rotation
Philosophical Transactions of the Royal Society of London. 167, 271.

Darwin, G.H. 1879. On the precession of a viscous spheroid and on the remote history of the earth. Philosophical Transactions of the Royal Society of London. 170: 447-530.

Darwin, G.H. 1880. On the secular change of the orbit of a satellite revolving about a tidally distorted planet. Philosophical Transactions of the Royal Society of London. 171: 713-891.

Imbrie John, Imbrie John Z. 1980. Modeling the Climate response to Orbital Variations. Science. 207, 29 February 1980. p 943-953.

Izhevskii, G. K., 1961. Oceanological Principles as Related to the Fishery Productivity of the Seas. Moscow: Pishcepromizdat. [Translated 1966: Israel Program for Science Transactions. Jerusalem]. 95 pp.

Izhevskii, G. K., 1964. Forecasting of oceanological conditions and the reproduction of commercial fish. All Union Science Research Institute of Marine Fisheries & Oceanography. Israel Program for Science Transactions, 22 pp.

Keeling, Charles D. and T. P. Whorf. 1997. Possible forcing global temperature by oceanic tides. Proceedings, National Academy of Sciences of the United States. 94:8321-8328.

Keeling, Charles D. and Whorf, Timothy P.: 2000. The 1,800-year oceanic tidal cycle: A possible cause of rapid climate change . Proc Natl Acad Sci U S A. 2000 April 11; 97(8): 3814–3819. Scripps Institution of Oceanography, University of California, San Diego, La Jolla, CA 92093-0244.

Lindquist, A. 2002. Herring periods of Bohuslan: a cross-sectorial approach. ICES Marine Science Symposia, 215: 343-351.

Ljungman, A. V. 1879. Bidrag till løsningen af frågan om de stora sillfiskenas sekulära periodisitet. Tidskrift for Fiskeri, 5: 257-268. (In Swedish).

Loder, J. W., and Garret, C. 1978. The 18.6 year cycle of the sea-surface temperature in the shallow seas due to tidal mixing. Journal of Geophysical Research. 83: 1967–1970.

 McKinnell, Stewart M.: The 18.6-year lunar nodal cycle and surface temperature variability in the northeast Pacific. JOURNAL OF GEOPHYSICAL RESEARCH, VOL. 112, C02002, doi:10.1029/2006JC003671, 2007

Maksimov, I. V. and Smirnov, N. P. 1964. Long-range forecasting of secular changes of the general ice formation of the Barents Sea by the harmonic component method. Murmansk Polar Sci. Res. Inst., Sea Fisheries, 4: 75-87. 

Maksimov, I. V. and Smirnov, N. P. 1965. A contribution to the study of causes of long-period variations in the activity of the Gulf Stream. Oceanology. 5:15-24.

Maksimov, I. V. and Smirnov, N. P. 1967. A long-term circumpolar tide and its significance for the circulation of ocean and atmosphere. Oceanology 7: 173-178 (English edition).

Maksimov, I. V. and Sleptsov-Shevlevich, B. A., 1970. Long-term changes in the tide-generation force of the moon and the iciness of the Arctic Seas. Proceedings of the N. M. Knipovich Polar Scientific-Research and Planning Institute of Marine Fisheries and Oceanography (PINRO). 27: 22-40.

Malkov A.S. 1991. Movement of the earth pole and population dynamics of some commercial fish species from the northern Atlantic. The 79th international ICES Annual Science Symposium. 1991/L: 77.

Malkov A.S. 2002. Movements of the Earth pole and population dynamics of Norwegian spring-spawning herring and Arctic cod. The 90th international ICES Annual Science Symposium. Copenhagen. Denmark, 1 Oct-5. CM 2002/O:09. 

Ottestad, Per. 1942. On Periodical Variations on the Yield on the Great Sea Fisheries and the Possibility of establishing Yield Prognoses. Fiskeridirektoratets Skrifter. Vol, VII. No 5. Bergen. Norway. 

Ottestad, Per. 1979. The sunspots series and biospheric series regarded as results due to a common cause. Meldinger fra Norges landbrukhøgskole, 58:9, Ås. Norway.

Pettersson, Hans. 1915. Long Periodical Variations of the Tide-generating Force. Andr. Fred. Høst & Files. Copenhagen. p. 2-23.

Petterson, Otto, 1905. On the probable occurrence in the Atlantic Current of variations periodical, and otherwise, and their bearing on metrological and biological phenomena. Rapp. P.-v. R´eun. Cons. perm. int. l´Explor. Mer, 42: 221-240.

Pettersson, Otto, 1912, The connection between hydrographical and meteorological phenomena: Royal Meteorological Society Quarterly Journal. 38: 173-191.

Pettersson, Otto, 1914a, Climatic variations in historic and prehistoric time: Svenska Hydrogr. Biol. Komm., Skriften, No. 5, 26 p.

Pettersson, Otto, 1914b, On the occurrence of lunar periods in solar activity and the climate of the earth (sic). A study in geophysics and cosmic physics: Svenska Hydrogr. Biol. Komm., Skriften.

Pettersson, Otto, 1915, Long periodical (sic) variations of the tide-generating force: Conseil Permanente International pour l'Exploration de la Mer (Copenhagen), Pub. Circ. No. 65, p. 2-23.

Pettersson, Otto, 1930, The tidal force. A study in geophysics: Geografiska Annaler. 18: 261-322.

Royer, T. C. 1989. Upper ocean temperature variability in the northeast Pacific: is it an indicator of global warming? Journal of Geophysical Research, 94: 175–183.

Royer Thomas C. 1993. High-Latitude Oeanic Varibility Associated With the 18.6-Year Nodal Tide. Journal of Geophysical Research. 98: 4639-4644. 

Sanders, J E. 1995. Astronomical forcing functions: From Hutton to Milankovitch and beyond: Northeastern Geology and Environmental Science.17: 306-345.

Schlesinger, M. E., and Ramankutty, N. 1994. An oscillation in the global climate system of period 65–70 years. Nature, 367: 723–726.

Satterley, A. K. 1996. The Milankovitch Theory. Earth-Science Reviews, 40: 181–207.

Svansson, A. 2002. Otto Pettersson’s ideas on general ocean circulation. ICES Marine Science Symposia. 215: 104-112.

Tereshchenko, V.V. 1997. Seasonal and year-to-year variation in temperature and salinity of the main   currents along the Kola section in the Barents Sea. Murmansk: PINRO Publ. 71 pp. (in Russian).

Wegner, G. 1996. Herring research: remarks on a 250-year-old theory. ICES Information.. 28:8.

Wood, F. J. 1986. Tidal Dynamics: Coastal Flooding, and Cycles of Gravitational Force. Reidel, Dordrect. 558 pp.

Wyatt, T. Currie, R.G. and Saborido-Ray, F. 1994. Deterministic signals in Norwegian cod records. ICES Marine Science Symposium. 198: 49-55.

Yndestad, H. 1996  Stationary Temperature Cycles in the Barents Sea. The cause of causes. The 84th international ICES Annual Science Conference. ICES CM1996/C14. Hydrography Committee. Iceland. October 1996

Yndestad, H. 1999. Earth nutation influence on the temperature regime of the Barents Sea. ICES Journal of Marine Science, 56: 381–387.

Yndestad, H: 2001. Earth nutation influence on Northeast Arctic management. ICES Journal of Marine Science; 58: 799-805

Yndestad H and Stene A: 2002. Systems Dynamics of Barents Sea Capelin. ICES Journal of Marine Science; 59: 1155-1166.

Yndestad H: 2003. A lunar nodal spectrum in Arctic time series. ICES Annual Science Conference. Sept 2003. Tallinn. ICES CM 2003/T. ICES. Copenhagen

Yndestad H. 2003.  A Lunar nodal spectrum in Arctic time serie. ICES Annual Science Conference Tallinn.  ICES CM 2003/T.Theme Session T. On the State Stability of the northern North Atlantic : Patterns and Trends.

Yndestad H, Turrell W R, Ozhigin V. 2004. Temporal linkages between the Faroe-Shetland time series and the Kola section time series. ICES Annual Science Conference. Sept 2004. Vigo. ICES CM 2004/M. Theme Session M. Regime Shifts in the North Atlantic Ocean : Coherent or Chaotic

Yndestad H., 2004: The Lunar nodal cycle influence on the Barents Sea. Doctoral Thesis. NTNU 20004:132. Trondheim.

Yndestad: H. 2005: The cause and the effect of the 18.6 yr nodal tide in the Barents Sea. GLOBEC International Newsletter. Vol.11, No. 1. April 2005.    

Yndestad, H. 2006: The influence of the nodal cycle on Arctic climate. ICES Journal of Marine Science. 63: 401-420 (2006).

Yndestad, H: "The Arctic Ocean as a coupled oscillating system to the forced 18.6 yr lunar nodal cycle". 20 Years of Nonlinear Dynamics in Geosciences.  American Meteorological Society & European Geosciences Union. Rhodes, Greece. June 11-16, 2006.

Web sites

• Mean lunar and nodal periods 

• Geological Cycles

• Some Cycle reports

• Dr. Irv Bromberg: The Length of the Lunar nodal Cycle