There have been earthquakes! A client and friend of mine (who is an executive in an insurance company) called me to say that the chart I gave him predicted the time of the San Francisco earthquake within hours. The chart of which he speaks is included on page 3, and it is no accident that a quake occurred in San Francisco on that day. As I have been demonstrating for years, geological and other events can be projected by paying attention to two key determinants of our weather: sunspots and tidal forces.
    Overall, global weather is becoming colder, less predictable, and more volatile. For example, the snowstorm which dumped 8 inches of snow in Indianapolis in the middle of October this year was the earliest storm of that size in 100 years. 1990 is going to be a pivotal period as all the major components which act together to determine global weather become more variable. Sunspots and tidal forces, two primary determinants, will intensify during 1990-92, with maximal gravitational impact north of the equator. These changes will greatly affect the majority of the world's population. Sunspot activity will reach a peak in early 1990. High tidal forces will maximize on December 3, 1990 and again in January 1992. This will create conditions which will produce some of the stormiest weather in our history.
    As sunspot activity reaches a maximum, the tropical air mass will be warmed to its maximum. Tidal force maximums will trigger volcanoes which in turn produce conditions that create clouds. As clouds reflect light away from the earth, the air inside the polar vortex will become cooler. Where the edge of the polar vortex converges with tropical air, a storm track called the jet stream is generated. The greater the temperature differential between polar and tropical air, the faster and more convoluted the jet stream becomes. During the next few years, the jet stream will push severe storms west to east from the Mexican border up into Canada, and down again to the Gulf of Mexico.
    Another result of high tidal force maximum will be an increase in earthquake and volcano activity. In November 1985 and December 1986, there were high tidal peaks with maximal gravitational impact south of the equator. In September 1985 there was a Richter 8 earthquake in Mexico City and in November another earthquake in Colombia which killed several thousand people. There were also volcanoes in Hawaii and Papua New Guinea between September and December 1985. On May 13, 1980, I projected that Mt. St. Helens would go in about a week, based on the tidal maximum. Mt. St. Helens erupted 5 days later on May 18, 1980. Some people don't seem to think much of the theory that high tidal forces trigger earthquakes and volcanoes, but the earthquakes and volcanoes seem to comply, so I don't ask for approbation.