«THE DEEEP FREEZE”
Kan vi få en ny kald klimaperiode, allerede i dette århundret? Den kaldeste vinter i Europa. Vinteren 1709, er kjent som «The Deep Freeze». Den...
Author: HaraldY
1978: MSc Cybernetics. NTNU Trondheim. Norway
2004: Dr.Philos. Lunar influence on climate and eco systems. NTNU
2007: Professor Simulation and Visualization. NTNU
2018: Professor emeritus. NTNU
The Weather Clock
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...
Lunar forced global climate
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...
Arctic Ice Edge Position 1570-2020
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....
The First Cause of Climate variability
“EVERYTHING that is in motion must be moved by something. For if it has not the source of its motion in itself it is evident...
Grand Solar Minima 1000-2100 A.D
The Solar Activity has deterministic periods controlled by the large planets. The periods have a coincidence to the warn period from 1925 to 2015 and...
The Solar Irradiation Clock
The Solar Irradiation Clock (SIC) is turning, The Winter is Coming. SIC is a Total Solar Irradiation (TSI) indicator based on identified stationary periods in...
Lunar-driven Marin Eco systems
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...
Solar Irradiation Variability
The large planets affects irradiation variability from the sun. My interest in the subject dates back to the defense of my doctor thesis in 2004....
Barents Sea Temp 1900-2100
North Atlantic inflow Figure 1. Inflow of North Atlantic Water to the Barents Sea. Inflow of North Atlantic Water (NAW) passes from the North Atlantic...