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Category: Moon

Moon Dynamics

Lunar forced CO2 variations (1820-2020)

  • Harald Yndestad
  • 26/12/2022
  • Global sea
Atmospheric CO2 variations from 1820-2020 are controlled by global sea surface temperature variations and the lunar nodal tide. The identified lunar nodal tide spectrum in CO2 variations...
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Havet puster CO2

  • Harald Yndestad
  • 02/12/2022
  • Global sea
“Vitenskapens store tragedie: å drepe en vakker hypotese, med et stygt faktum.”  — Thomas Huxley (1825-1895). Der hadde vært en rådende oppfatning, om en direkte...
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Lunar-drevet klimaendring

  • Harald Yndestad
  • 15/09/2022
  • Global sea
Månen innflytelse på klimaendringer er betydelig undervurdert. Vi finner signaturen til månen over alt i naturen. Fra endringer i jordrotasjonen, til forvalting av havressurser. I...
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Galileo´s teleskop

  • Harald Yndestad
  • 08/07/2022
  • Moon
Galileo rettet sitt teleskop, mot Jupiters måner. Jupiters måner var i bevegelse. De viste at ikke alt i universet, dreier seg rundt jorden. I bakgrunnen...
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The Earth’s Climate Variability

  • Harald Yndestad
  • 28/04/2022
  • Earth
Upcoming climate variations have a computed modern temperature maximum at the year 2025 and a computed deep minimum at the year 2070. Interference between solar-...
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Klima

Klima, i Vær og Uvær

  • Harald Yndestad
  • 03/01/2022
  • Moon
Der var en gang en rådende oppfatning, om at klimaet på jorden, var frikoblet fra solsystemet. Stråling fra solen, hadde vært betraktet som konstant, siden...
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CO2 og Klima – illusjonen

  • Harald Yndestad
  • 20/12/2021
  • Global sea
Er det det mer CO2 i atmosfæren som fører til global oppvarming, eller er det mer global oppvarming som fører til mer CO2?  Denne undersøkelsen...
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Klima, og Skolen i Athen

  • Harald Yndestad
  • 07/09/2021
  • Moon
Hvorfor svikter klimamodellene, er klimaet styrbart og kan politisk motivert sosioøkonomiske betraktninger legges til grunn for styring av klimaet? Jakten på noe forutsigbart Francis Bacon...
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The Weather Clock

  • Harald Yndestad
  • 10/03/2021
  • Global sea
The North Atlantic Oscillation (NAO) index is a weather and climate indicator. The NAO index signature has stationary periods of 37, 74 and 112 years...
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Lunar forced global climate

  • Harald Yndestad
  • 09/03/2021
  • Global sea
The Earth´s global temperature has no mean value. Glaciers in the western part of Norway started to grow 500 B.C. The ice extent had a...
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Arctic Ice Edge Position 1570-2020

  • Harald Yndestad
  • 26/02/2021
  • Arctic
Records from seal hunters, fishermen and Arctic explorers have contributed to Barents Sea ice edge position data series that covers a period of 440 years....
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Lunar-driven Marin Eco systems

  • Harald Yndestad
  • 05/03/2019
  • Arctic
A sustainable management of the Barents Sea ecosystem is dependent on the period- and phase-relation between lunar-driven biomass variability, and biomass management variability. A sustainable...
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About Climate Clock

The Climate Clock is on-line blog.

The Climate Clock presents stationary periods in climate variability.

The Climate Clock presents a chain of events from planets oscillations to eco system oscillations.

The Climate Clock Project

The Climate Clock Research Project started in 1995 to study the lunar tide influence on cod biomass variability in the Barents Sea. The research continued to study solar and climate variability.

The blog is under construction.

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The Solar system
Lunar driven marine eco-system
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Editor: Harald Yndestad

Address: Snopenesvegen 23. 6017. Ålesund. Norway.

Email: haraldyndestad@mac.com

Phone: +47 93239261

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