PallasAthene wrote:Is this the right forum to ask about a weather forecast for a certain weekend in the UK?

I wouldn't know where to start with judging the chart, starting with which chart to cast! Any pointers appreciated and if I should post somewhere else, please let me know. Thanks!

PallasAthene wrote:Hello Johannes, I haven't had a chance to put my thinking head on. I need a certain mind set when I'm learning new material.
I do know that the weekend I was enquiring about was very pleasant with no rain. So at some point, I'll be able to look retrospectively and will share when I do.

Thank you for remembering my enquiry. And sorry to have wasted your time by not following through straight away.

Susannah

A unique methodology for forecasting weather based on geocentric planetary alignments originated in ancient Mesopotamia. The method, called astrometeorology, was further developed by Greek, Arab, and Renaissance scientists including Ptolemy, Al-Kindi, Tycho Brahe and Joannes Kepler. A major 17th century effort to test the method in a Baconian fashion was made by John Goad. Building on the ideas of Kepler and Goad, I test an isolated component of the method, specifically a correlation between geocentric Sun-Saturn alignments and cold temperatures, using modern daily temperature data from New England, Central England, Prague and other locations. My hypothesis states there is a correlation, shown in daily temperature records, between cooling trends in specific regions and the geocentric alignments of the Sun and the planet Saturn. The hypothesis is supported by a number of tests that show lower temperatures on days when Sun-Saturn alignments occur, especially when near the equinoxes. The astronomy of this positioning suggests that tidal forces on the atmosphere may be part of a mechanism that would explain this effect. The abandonment of planetary weather forecasting by the intellectual elite in 16th and 17th century Europe is next organized as a history and discussion. In the final section, applications of the methodology to climate cycles is explored, particularly in regard to a 1536-year recurring cycle of outer planets and a cycle of similar length found in climate records. In addition, an account of biological processes that are structured around astronomical cycles is presented.