Predicting Weather By The Moon - Xavier University Libraries
Predicting Weather By The Moon - Xavier University Libraries
Predicting Weather By The Moon - Xavier University Libraries
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<strong>Weather</strong> <strong>By</strong> <strong>The</strong> <strong>Moon</strong><br />
marked rock, stones and bones have been found that indi-<br />
cate years marked off in groups of nine. A bone-handle tool<br />
found by Jean de Heinzelin at Ishango near Lake Edward in<br />
Africa dates back to 9,000BC. A much older bone from<br />
the Dordogne Valley of western France, dating back to<br />
30,000BC, shows deep slash marks along the top edge,<br />
totalling 18 or 19, whilst what looks like possible <strong>Moon</strong><br />
marks are etched onto the left. We don’t know what is on<br />
the other side in terms of ‘<strong>Moon</strong>s’, but clearly there were<br />
9 in a small group in the center.<br />
Are the circles <strong>Moon</strong>s? Below and overleaf are clearer<br />
views of marks on one of the bones from the same site.<br />
Stones in ancient stone circles indicate the declination<br />
range points. Major declination point is called Major<br />
Standstill, and minimum declination Minor Standstill. Major<br />
and Minor Standstill stones can be seen on most intact<br />
stone circles. At Stonehenge, if one was to stand at the Heel<br />
Stone, with one’s back leaning against it so that the whole<br />
monument was behind one, and look straight ahead across<br />
the vast plain stretching out below, one can see two long<br />
straight banks resembling a railway track (<strong>The</strong> Avenue). <strong>The</strong><br />
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