Audio slides

  1. Yndestad H: Jovian Planet Oscillations, The First Couse of Climate variability
  2. Yndestad H: Jovian Planet Oscillations, The First Couse of Climate variability. (Norwegian audio)
  3. Yndestad H: Jovian Planets influence on Earth’s temperature variability. EGU21, CL 1.8 Climate repose to orbital forcing. 19-30 April 2021 (2-min)
  4. Yndestad H: Jovian Planets influence on Earth’s temperature variability. EGU21, CL 1.8 Climate repose to orbital forcing. 19-30 April 2021 (5-min)

Technical Notes

  1. Yndestad H. (2020). The Planet Clock. TN NTNU, Sept, 22. 2020.
  2. Yndestad H. (2020). Grand Sola Minima Activity 1000-2100 A.D
  3. Yndestad H. (2021). Barents Sea Ice Edge Position 1549-2020
  4. Yndestad H. (2019). The NAO index and Lunar variability
  5. Yndestad H: (2016). The Barents Sea Temperature Variability 1900-2100. A new study

Selected Presentations: 2000-2019

  1. 2019: Lunar-driven control of climate and Barents Sea Eco-system. Natural variability and tolerance: Klimarealistene. 18-19 Oktober. 2019. Oslo.
  2. 2019: Kortversjon av Arbeidet med nybygg over 25 år. Markering: 20 år siden nybygg NTNU-Ålesund: 23. sept. 2019. NTNU-Ålesund.
  3. 2019: Smarte Byer. Hvordan Big Data og AI endre samfunnet. Masteremne Regional planlegging og utvikling Høgskolen i Volda: 11.10.2019 
  4. 2019: Når Byene blir Smarte… Bypatrioten. Ålesund: 7.03.2019.
  5. 2018: How Does Climate Change Affect Marine Ecosystems? Sustainability Day: NTNU Ålesund. 12.12.2018.
  6. 2018: The Climate Clock. 12th International Conference on Climate and Energy 23.-24. November 2018, NH München East Conference Center. München.
  7. 2018: Upcoming next Deep minimum Global Earth Temperature. EGU2018: 09.04.2018. Vienna.
  8. 2018: The Climate Clock. A climate variability framework. Basic Science of a Changing Climate Porto: 08.04.2018. Porto.
  9. 2016: The Solar System Large Planets influence on a new Maunder Minimum. EGU2016: 20.04.2016. Vienna.
  10. 2013: Kvalitetsmodellering med Generell systemteori. Fjordkonferansen. Juni 2013. Loen.
  11. 2012: Multi-Angents in Virtual Regional landscapes. FedCSIS 2012. Wroclaw, Poland 9-12 Sept.
  12. 2012: Intelligent Agents as Problem Solvers on Large 3D Landscapes. EMS 2012: Nov. 13-15. Malta. 
  13. 2008: The Barents Sea ecosystem dynamics as coupled oscillators to long tides. ICES CM 2008/L Theme Session. Coupled physical and biological models. Halifax.
  14. 2007: Ecosystem Dynamics in Norwegian Sea and Barents Sea Symposium March. Tromsø.
  15. 2006: Lunar tide influence on Climate and eco system variability. ICES CM 2006/C:02. Maastricht, 19-23 sept.

Dr.philos. Thesis: NTNU. 2004

Selected publications

  1. Yndestad H. (1999). Earth nutation influence on the temperature regime of the Barents Sea. ICES Journal.
  2. Yndested H. (1999). Earth nutation influence on system dynamics of Northeast Arctic cod. ICES Journal.
  3. Yndestad H. (2001). Earth nutation influence on Northeast Arctic cod management. ICES Journal.
  4. Yndestad H, Stene A. (2002). System dynamics of the Barents Sea capelin. ICES Journal.
  5. Yndestad H. (2003). The code of the long-term biomass cycles in the Barents Sea.
  6. Yndestad H. (2004). The cause of Barents Sea biomass dynamics. Journal of Marine Systems.
  7. Yndestad H. (2006). The influence of the lunar nodal cycle on Arctic climate. ICES Journal.
  8. Yndestad Harald; William R. Turrell; Ozhigin Vlatimir. (2008). Lunar nodal tide effects on variability of sea level, temperature, and salinity in the Faroe-Shetland Channel and the Barents Sea. Deep-Sea Research I.
  9. Yndestad H. (2009). The influence of long tides on ecosystem dynamics in the Barents Sea. Deep-Sea Research II.
  10. Yndestad Harald; Solheim Jan-Erik. (2016). The Influence of Solar System Oscillation on the Variability of the Total Solar Irradiance. New Astronomy.

Selected Conference papers

  1. Yndestad, H. 1996. Stationary temperature cycles in the Barents Sea The cause of causes ICES Annual Science Conference. Iceland 1996 Hydrography Committee C M 1996/C: 15
  2. Yndestad, H. 1996. System Modelling of ITEM Reengineering of Education processes ITEM 96 The Second IFIP International Working Conference July 22-26, 1996 Hong Kong.
  3. Yndestad, H 1996. Systems dynamics of North arctic cod ICES Annual Science Conference. Iceland 1996 Hydrography Committee. C M 1996/C:14: Ref. G.
  4. Yndestad H. 1997. Systems Dynamics in the Fisheries of Northeast Arctic Cod 15th International System Dynamics Conference (ISDC ́97) August 19-22, 1997 — Istanbul, Turkey.
  5. Yndestad, H. 2000. The predestined fate. The Earth nutation as a forced oscillator on management of Northeast Arctic cod. The 18th International Conference of The System Dynamics Society August 6-10, 2000. Bergen, Norway.
  6. Yndestad, H. 2001. A General System Theory. The Forty-Fifth Meeting of the International Society for the Systems Sciences. Malibu. USA. July 8-13. 2001 
  7. Yndestad, H. 2001 System dynamics of the Barents Sea capelin. ICES Annual Science Conference. Oslo. CM 2001/J:45 Theme Session on Advances in Knowledge and Methodology.
  8. Yndestad, H. 2002 The Code of Long-term Fluctuations of Norwegian Spring spawning herring. ICES Annual Science Conference. Copenhagen. CM 2002/Q:02 Theme Session Q Ocean-Shelf Interactions: Implications for Biology and Fishes 
  9. Yndestad, H, 2003. System Modeling of Biological time series in Mediterranean CIESM Workshop Mediterranean biological time series 11 – 14 June 2003, Split, Croatia 
  10. Yndestad, H. 2003. MIPROC. A fast 16-bit microprocessor. History of Nordic Computing: IFIP WG9.7 First Working Conference on the History of Nordic Computing (HiNC1) June 16–18, 2003, Trondheim 
  11. 2003 A Lunar nodal spectrum in Arctic time series. ICES Annual Science Conference. Tallinn. ICES CM 2003/T. Theme Session T. On the State Stability of the northern North Atlantic: Patterns and Trends. 
  12. Harald Yndestad, William R Turrell, Vladimir Ozhigin. 2004. Temporal linkages between the Faroe-Shetland time series and the Kola section time series. ICES CM 2004/M. Maastricht. Theme Session M. Regime Shifts in the North Atlantic Ocean: Coherent or Chaotic? 
  13. Yndestad, H: 2006. “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.
  14. Yndestad, H. 2006. Possible Lunar tide effects on climate and the ecosystem variability in the Nordic Seas and the Barents Sea. ICES annual conference. Session ICES CM 2006/C: Climatic variability in the ICES area 2000-2005 in relation to previous decades: physical and biological consequences 19-23 sept 2006. Maastricht, Netherland. 
  15. Yndestad, H. 2007. Long tides influence on the climate dynamics and the ecosystem dynamics in the Barents Sea. Symposium on Ecosystem Dynamics in the Norwegian Sea and the Barents Sea. Theme session: Climatic effects on food webs. Tromsø. Norway March 2007. ECONORTH Symposium; 2007- 03-12 – 2007-03- 15. 
  16. Yndestad, H. 2008. The Barents Sea ecosystem dynamics as a coupled oscillator to long tides. Annual Science conference 22-26 September. 2008. Theme Session Coupled physical and biological models: parameterization, validation and application. ICES CM 2008/L:01. Halifax.
  17. Yndestad, H. 2008. Long tides influence on the climate dynamics and the ecosystem dynamics in the Barents Sea. Symposium on Ecosystem 25-26 August. Tromsø, Norway. 
  18. Yndestad, Harald. 2010. Det Virtuelle Møre: Simulering og visualisering av maritime systemer i 3D landskap. Servomøtet; 2010-10-20 – 2010-10-21 HIALS 
  19. Yndestad, Harald; Bye, Robin Trulssen; Van Albada, Siebe Bruno. 2012. Multi- agents in a virtual regional landscape. I: Proceedings of the Federated Conference on Computer Science and information systems : Wroclaw, Poland, September 9-12, 2012. IEEE Computer Society 2012 ISBN 978-83-60810-51-4. s.1269-1274 
  20. Yndestad, Harald. 2013. Quality modelling using general system theory. I: Det mangfaldige kvalitetsomgrepet. Fjordantologien 2013. Forlag1 2014 ISBN 978- 82-8285- 078-0. s.397-413 
  21. Yndestad, Harald. 2014. Smart Regions. Fjordkonferansen, 18-19 Juni 2014. Loen
  22. Yndestad, H., & Solheim, J. (2017). The influence of solar system oscillation on the variability of the total solar irradiance. New Astronomy51, 135–152