SOLAR ERUPTION THREAT:

The Sun is exhibiting major anomalies as we write this! There at least SEVEN sigmoid plasma filaments connecting hot sunspots across the Sun's equator and FIVE of these filaments are on the approach to an Earth-impacting release point. This means that Earth could receive a major solar wind impact caused by one or more CMEs between four and 12 days from now. The sunspot number is over 310 at present! This scenario could very well collapse several satellite comm systems and a lot more....

NEW Global Weather Threat: We have been watching the sea surface temperature variations for over three years. In the three months a pattern of considerable size and significant temperature above the norm for the region has developed around japan and has formed an arm pointing into the west coast of America. The area of this heating pattern is already equally as large as the one which prompted me to warn Americans over the Art Bell Radio Show of a severe weather pattern (an el nino) back in April of 1996 - a full two months before the official warning was made public. I have constructed a comparison of the Jan 30 patterns from 1996-1999. These show you the changes of patterns. Because of the severity of the droughts, floods, storms and hurricanes which it will cause, this year's pattern might later be remembered as, "El Diablo!"

I am particularly concerned over the size and location of this "El Diablo" heating anomaly. It is appearing in both the North and the South Pacific sectors and an extension of it appears to be forming off the upper coastline of Eastern America where it joins Canada. Compare the OTIS Anomaly Maps for 26 June 1999 and 11 May 1996.

The INCREASES in global heating anomalies in the sea surfaces show disastrous weather until after the end of this year... to this century... to this millennium...

Using the accompanying Comparative Graphic Map of the current (26 June 1999) OTIS Anomaly map and that of the beginning of El Nino (11 May 1996), you will see that there are three zones of comparison.

Zone 3 (yellow border) is the entire sea surface of the planet; and it shows that the anomalous heating of the region has increased by 10% in the range of 3.5-6 degrees C -- when compared to the anomalies of May 1996.

Zone 2 (red border) is the entire sea surface of just the north Pacific ocean; and it shows that the anomalous heating of the region has increased by 45% in the range of 3.5-6 degrees C -- when compared to the anomalies of May 1996.

Zone 1 (green border) is the entire sea surface of just the northern hemisphere;and it shows that the anomalous heating of the region has increased by 85% in the range of 3.5-6 degrees C -- when compared to the anomalies of May 1996.

All this data indicates the following conditions for the next 12 months in varying degrees:

1) Drought or unusually dry conditions: Japan, Alaska, most of the USA (some wet weather may occur in Nevada and south of there; and also, some summer storms may hit Florida coast and slightly north of there), most of Canada, Iceland, Europe, western Russia, Scandinavia, Central and southern Australia, New Zealand, New Guinea, Fiji, 85% of Africa, southern Greenland

2) Ice melting with some flooding: Due to the increases in the thermal anomaly in the northerly latitudes, I suspect we will see increased polar ice melting in Siberia, Greenland and in northern Canada and Alaska.

3) Super rain-bearing storms in northern Australia (especially from Darwin to Gulf of Carpentaria), Southern California, Washington and Oregon, western Canada, India and Bangladesh. I suspect the NW USA, India and western Canada will get the worst storms.

NOTE: These are my unofficial estimates based on the images I have shown you here today. I reserve the right to be wrong.... I have made these estimates by determining where warm, moist air masses would collide with cooler air masses; and would, hence, dump precipitation. Also, I have looked at the thermal heat engine values to see where the most violent winds might be created. -Stan Deyo 27 June 1999

Quake "Windows" are periods during any given year when seismic events of a significant magnitude are more likely to occur than during adjacent periods of the year. To this end, I have compiled a stacked plot of 15 years' worth of seismic events so that we could see the peaks and troughs of seismic activity. The peaks are not necessarily the most likely 'windows'. The most likely windows are those days whose numbers are high and whose colour bands are fairly consistently taller than the neigboring days.... As you can see, one superquake which produces several hundred aftershocks can distort an entire coulumn of data making it appear to be a high probability window.

The latest forecast of terrestrial magnetic storms (Ap Index Forecast) caused by all solar particle emissions including coronal mass ejection (CME) events predicts a seven-year period of intensifying magnetic storms starting now.

To clarify the function of the Ap Index, K variations are all irregular disturbances of the geomagnetic field caused by solar particle radiation within the 3-h interval concerned. All other regular and irregular disturbances are non K variations. Geomagnetic activity is the occurence of K variations. Kp and its related indices (ap, Ap, Cp) have been widely used in ionospheric and magnetospheric studies and are generally recognized as indices measuring worldwide geomagnetic activity.

- Stan and Holly Deyo