Global Weather Oscillations

H/T to No Tricks Zone for posting (here) on the remarkable forecasting record of Global Weather Oscillations Inc. founded by David Dilley. The ability to predict storm activity demonstrates an understanding of earth’s climate system dynamics. The theory and supporting evidence are available to all in a free ebook Natural Climate Pulse

The heart of the matter seems to be Mr. Dilley’s extracting from very long term Milankovitch Cycles to determine decadal variations in weather activity. From the ebook pp. 16 ff.

Earth’s Natural Rhythm and Global Warming -Cooling Cycles

After researching various elements of the Milankovitch Cycles, Mr. Dilley found that specific sub-cycles which are called the “Lunisolar Precession” are a major factor in determining and maintaining the earth’s natural climate rhythm. It is the Lunisolar Precession that controls almost all of earth’s climate cycles, and it is well known throughout the climatological science community, that specific “Milankovitch Cycles” are the primary mechanism that controls glacial and interglacial periods on earth. If it were not for the gravitational tidal field of the moon, and the electromagnetic and gravitational tidal field of the sun, earth would spin out of control (ref: 23). It is these two bodies that keep earth’s orbit and tilt within certain limits, and provide earth’s climate cycles.

Mr. Dilley researched the Lunisolar Precession cycles for over 20 years, and correlated specific cycles to recurring cycles of climate. GWO incorporated his findings into climate – weather forecast models which provide a unique approach and extremely accurate long range cycle predictions for historical major earthquakes, regional hurricane landfalls many years in advance, historical floods, droughts, natural carbon dioxide cycles, global warming and global cooling cycles.

Figure 16 shows the approximate 9-year Lunisolar gravitational cycle. It is this cycle that is a major contributor to earth’s climate cycles. (Created by Global Weather Oscillations Inc.)

During the 1998 Global Warming Peak, the warm pulse occurred from 1990-93 and again 2004-07,and warmed the Arctic waters below the ice caps up to 1 Degree Celsius above normal. The Arctic Boundary Current from the Atlantic provides the largest input of water, heat, and salt into the Arctic Ocean; the total quantity of heat is substantial, enough to melt the Arctic sea ice cover several times over.
Courtesy…Fate of Early 2000s Arctic Warm Water Pulse Aigor V. Polyakov, Vladmir A. Alexeeve et al, Bulletin of the American Meteorological Society, Vol. 92 Number 5, May 2011

Figure 17 shows the North Atlantic warm water pulse (Ref:41) that enters the Arctic Ocean in coincidence with the 9-year Lunisolar Pulse shown as the red dots in Figure 16.(Created by Global Weather Oscillations Inc.)

Thus it can be seen that it is likely the approximate 9-year Lunisolar gravitational tidal pulse that sets up a rhythm or heartbeat for earth. During the recurring 230-year global warming cycles a very strong gravitation pulse acts like a plunger in the North Atlantic, causing a warm water pulse surge to enter the Arctic Ocean. It takes the warm water 13-years to circulate around the Arctic Ocean (Ref:43), gradually cooling during the period as it mixes with cooler water. It is this pulse that melts the Arctic Ice from the bottom up and eventually causes open waters to appear as melting continues during the lifespan of the pulse.

Figure 18 Shows the United States temperatures (red line) from 1880 on the left to the year 2008. Notice an approximate 9-year temperature rhythm for temperatures in the United States. Note the peaks in temperatures every 8 to 10 years, which are very similar to the 9-year Lunisolar. (Created by Global Weather Oscillations Inc.)

The strongest pulses are separated by 72-years during the 230-year global warming episode. For instance, a very warm water pulse caused 10-years of warm global temperatures in the 1930s, and a second very warm pulse 72-years later caused 10-years of warm global temperatures from 1998 to 2008. This approximate 9-year pulse also corresponds closely with temperature pulses around the world. If we extend the Lunisolar Precession 9-year Pulse out to an approximate 230-year pulse (full moon cycle only shown here), we get a clear picture of the relationship of the Lunisolar pulse to global warming cycles which occur approximately every 230 years.

Summary

Any theory stands or falls on the success of its predictions about the subject system’s behavior. Dilley is earning respect for his understanding of earth’s climate system. We should also note that his analysis anticipates a cooling period in the next decades, something not foreseen by any climate model builder.

Followup post is  https://rclutz.wordpress.com/2017/02/08/amo-atlantic-climate-pulse/