The Wheel of The Year

The Wheel Turns Moon Phases

 The Wheel of The Year

 

    Everything in nature has a cycle ‑ the sun rises each morning, climbs the skies to reach its highest point in the middle of the day, then descends back towards the horizon where it sets, and night begins. The natural cycle of nature is birth, growth, maturity, decay, death, rest, and then re‑birth. Each of the cycles of nature gives us a wheel within a wheel as we operate on our differing timescales – to a tree that has been around for hundreds of years we human beings must seem to come and go and scurry around the way mayflies come and go for us. 

   

    When, thousands of years ago, our planet was bombarded by showers of meteors and asteroids, part of the debris formed our moon and the Earth tilted. Its large size and close proximity means that our moon has a gravitational pull on our oceans, and a stabilizing effect on the atmosphere that surrounds our planet. Our planet is at just the right distance from the sun- any further away would be too cold, any nearer would mean that our life-giving oceans would turn to steam and evaporate. The spin of the Earth on its axis is what gives us our seasons, as different parts of our mother planet are nearest to the warmth of the sun at different times. Marking this changing pattern of the seasons in some meaningful manner is what makes up the traditional celebrations of the "Wheel of the Year".

   

    The old British and Celtic way was to begin each day at dusk ‑ which is why so many of our traditional celebrations take place on the night before the significant day ; for example May eve, and Halloween. Their attitude was that there is always darkness before light, and this is why the calendar of the Old Ways began with Samhain (the old name for Halloween) which celebrated the start of the lengthening nights of winter.

 

    The traditional names given to the eight points on the Wheel of the Year are a mix of Old-English and Celtic. The Wheel is made up of two four armed crosses overlaid -

 

The fire festivals -

 

          SAMHAIN

          1st November

          IMBOLC

          1st February

          BELTANE

          1st May

          LUGHNASADH

          1st August

Plus the solstices and equinoxes -

          YULE

Winter Solstice, around 22nd December

          OSTERA

Spring/Vernal Equinox, around 20th March

          COAMHAIN

Summer Solstice, around 22nd June

          HERFEST

Autumn Equinox, around 22nd September



 The Wheel Turns

 


 

 Moon Phases 2010 (Great Britain)

new moon

first quarter

full moon

last quarter

January 15th January 23rd January 30th February 5th
February 14th February 22nd February 28th March 7th
March 15th March 23rd March 30th April 6th
April 14th April 21st April 28th May 6th
May 14th May 20th May 27th June 4th
June 12th June 19th June 26th July 4th
July 11th July 18th July 26th August 3rd
August 10th August 16th August 24th September 1st
September 8th September 15th September 23rd October 1st
October 7th October 14th October 23rd October 30th
November 6th November 13th November 21st November 28th
December 5th December 13th December 21st December 28th
December 16th December 24th December 31st  

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 ☺LUNAR ECLIPSE☺
At a total eclipse the moon, as it travels through the shadow of the earth (umbra) caused by the moon being on the opposite side of the earth to the sun, appears to go rapidly through each of its waxing phases until it reaches totality, then through the waning phases. This process can last for several hours. Even at totality the moon usually remains visible, with a reddish glow caused by light reflected off the earth- 'earthshine'.
A partial eclipse on June 26th is visible from western parts of the Americas, the Pacific Ocean, Antarctica, Eastern Asia and Australasia. It starts at 10.17 and ends at 13.00GMT
A total lunar eclipse on December 21st is visible from Europe, including the British Isles, western Africa, the Americas, the Pacific Ocean, eastern Australia, the Philippines and parts of Asia. Totality lasts from 07.40 to 08.54 GMT

☼◙ SOLAR ECLIPSE ☼◙
When the moon moves between the earth and the sun, into a position of perfect alignment the sun's rays are blocked, and day is turned to night - a sight which has fascinated humankind through the ages. A solar eclipse occurs approximately two weeks before or after a lunar eclipse.
On Sunday July 11th a total eclipse will begin at 17.10 and end at 21.57 GMT, The path will begin at the Cook Islands, then cross French Polynesia and the Pacific Ocean before reaching the southernmost parts of Peru and Argentina.

☼◙ANNULAR ECLIPSE☼◙
An annular eclipse occurs when the moon and the sun are exactly in line, but the smaller moon does not completely cover the larger sun, and a proportion of the sun shows around the moon in a circle of light.
On Friday January 15th there will be an annular solar eclipse of the full moon, beginning at 04.05, ending at 10.08 GMT. The path begins over the southern tip of Chad and includes parts of Africa, India, Bangladesh and China.

 

 

  

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