<blockquote><font class="small">In reply to:</font><hr /><p><br />Hi where are you rfoshaug?<br /><br />I am quite a long way north @ 51 degrees, 8' North, Ashford, Kent, UK.<br /><br />At least here, the entire ecliptic does rise daily, but the area from Libra to Aquarius does<br />stay rather low, not up for long & objects within this part suffer from poor seeing.<br /><br />Jupiter this Summer, being a good example.<br /><br />You must be north of the Arctic Circle???<br /><br />Andrew Brown.<p><hr /></p></p></blockquote><br /><br />Hi Andrew,<br /><br />Yes, I am north of the Arctic Circle, at about 69°N 18°E close to Bardufoss, in the northern part of Norway (mainland Norway stretches from about 58°N up to about 71°N) .<br /><br />There is a part of the ecliptic that we never see here - which is the part where the sun is now around winter solstice. So the years when planets are in that part of the sky or the days each month when the moon is in that part of the sky, they never rise. When they are in the opposite part of the sky, they never set.<br /><br />Just as the sun does over the course of a year.<br /><br />That is why the full moons closest to summer solstice can never be seen from my location because the moon will constantly be below the horizon, while the moon in December is constantly above the horizon for several days around full moon.<br /><br />Around the autumn equinox, it is the waning half-moon that will stay above the horizon for days, while it is the waxing half-moon that can never be seen. The opposite is true for spring equinox. <div class="Discussion_UserSignature"> <p><font color="#ff9900">----------------------------------</font></p><p><font color="#ff9900">My minds have many opinions</font></p> </div>