Remember Whitby Regatta last year? The near heatwave, the sea fret hugging the coast, hearing, but not seeing the Red Arrows. Solar party events, where we seemed to wait, and wait for the Sun to appear, and evening star parties which promised much, but cloud saw that little was delivered. Remember? Well 2023 was in a curious way way very similar, but not as hot! [Read more about August Events - Regatta - A retrospective view. ]
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August, as always, is shaping up to be a busy month for Star Party events...at least on paper. The Regatta, darker skies, school holidays, Perseids and planetary offerings, ensure a decent recipe for it to be so - weather permitting of course!
Ambitious plans have been draughted for an observatory at the Danby Lodge Visitors Centre designed to capitalise on the Dark Sky Reserve status awarded to the North Yorkshire Moors National Parks in 2020...
Following the 'heat-wave' star party on June 24th, would the star party on July 1st take place under similar conditions? And would the success rate continue for the July 29th event?
In last month’s ‘In Focus’ article we explored how the system of stellar classification evolved over the early part of the 20th Century, to the systems used today. In this article we shall look how stellar classification is employed in the most important diagrammatical tool in Astrophysics, the H-R diagram.
The 'Welcome in Spring' Star Party at the Fox and Hounds - Ainthorpe, on Friday April 7th, unfortunately fell victim to cloud.
Monthly meetings of the WDAS occur on the first Tuesday of each month from October to May, college opening hours and holidays permitting. You can locate us at Caedmon College - Normanby Campus. We have one meeting left - on May 16th - not the 2nd as stated last month.
Stars come in many flavours, temperature, luminosity, mass, size, element composition, all are factors which combine to indicate what sort of a star it is and where it lies on its evolutionary journey. A glance at a stars classification 'ID nameplate' can therefore tell us a great deal about that star. So, how do we go about understanding the spectral classification system?