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You are welcome to explore a completely new approach to long-term weather forecasting.
The so-called weather scores – resembling musical scores – make it possible to observe and estimate approaching weather patterns over substantially longer periods of time than is usually considered possible: weeks, months, or even years in advance.
This method of weather forecasting is based on the dynamics of the entire solar system.
It is not astrology.
Despite continuous efforts, conventional science has not found clear evidence of a direct connection between planetary movements and weather patterns. Extended natural science, however, offers conceptual tools for bridging this apparent separation.
This approach to interpreting global and local weather development draws in particular on the life's work of Dr. Rudolf Steiner and Dr. Guenther Wachsmuth, whose research laid the foundations for understanding the organized rhythms of space and their influence on natural processes.
Further practical experience comes from decades of biodynamic research carried out by Dr. h.c. Maria Thun and Georg Wilhelm Schmidt. Their work has focused on the influence of cosmic rhythms on weather development, atmospheric processes, and plant life, demonstrating how these phenomena are interconnected within a larger, organized system of nature.
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Based on long-term observation and research within extended natural science, it has been possible to develop this method of long-term weather forecasting. While the system is not claimed to be complete, it has reached a stage where its effects can already be explored, observed, and verified in practice.
In recent decades, special attention has been drawn to the surprisingly strong influence of newly discovered dwarf planets. These distant celestial bodies, identified mainly in the 21st century, have revealed consistent correlations with atmospheric processes and long-lasting weather patterns. Their role has become a key element in understanding slow, large-scale changes in weather development.
The method presented here is not intended to replace conventional meteorology, but rather to complement it. The two approaches are interdependent, and by combining them it becomes possible to take a substantial step forward in understanding weather development.
I wish you an inspiring exploration of this new field.
Quintile72.net / JaanaJohanna Koverola
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