Tag: jupiter

Potential Hurricane August 24-28, 2016

A series of celestial events taking place between the 24th and 28th of August, 2016 promise the potential for severe weather that may be tropical in nature. Key astronomical charts used in long-range weather forecasting place the planetary alignments involving Mars, Saturn, Neptune, Venus, and Jupiter over hurricane-prone sectors of the US East Coast.

The Mars-Saturn conjunction of August 24th begins the parade of celestial harbingers. As seen from the astro-locality map below, their area of influence, represented by the yellow lines, takes in the North Carolina and Virginia coasts and into the Northeast. More importantly, the crossing of these lines with the black line representing the influence of Neptune focuses their energies about 250 miles off the coast of central Florida.

The Mars-Saturn conjunction of August 24th, 2016

The alignments of Mars, Saturn, and Neptune have been observed to correspond with atmospheric turbulence, destructive, windy storms, and low pressure systems fed by tropical moisture, which can be of greater significance when occurring during hurricane season.

The second astro-locality map shows the positions of the Venus-Jupiter conjunction of August 27th represented by the blue lines over the New England area. These lines also converge with the Mars and Saturn white lines south of New England. Lastly, the Neptune line, shown in yellow, affects the Florida Panhandle northward through the East Central US into the central Great Lakes region.

Venus-Jupiter conjunction of August 27th. 2016

August 24-28, 2016

Taken together, during the forecast period, the US East Central section is likely to experience a bout of strong storms that push through the area towards the East Coast. One likely scenario shows the development of a tropical system off the coast of Florida which would then travel in parallel to the coast with a strong chance of affecting the New England area. A second scenario calls for tropical moisture, that doesn’t develop into an organized tropical system, to be pulled northward over the Carolinas fueling storms that affect the Mid-Atlantic, Northeast, and New England areas.