Editing 2917: Types of Eclipse Photo

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'''The Reaction Shot:''' During an eclipse, people tend to gather outside in crowds to witness the event in person. Images of people gathering and looking up at the sky capture the human side of this event, and is likely to be more personal to the person taking the photo (particularly since the people may be their friends and family). This [https://globalnews.ca/news/10410279/eclipse-photos-2024-north-america/ article] by Global news shows several reaction pictures such as [https://globalnews.ca/wp-content/uploads/2024/04/CP170420992.jpg?quality=85&strip=all&w=1200 this] and [https://globalnews.ca/wp-content/uploads/2024/04/CP170420242.jpg?quality=85&strip=all&w=1200 this].
 
'''The Reaction Shot:''' During an eclipse, people tend to gather outside in crowds to witness the event in person. Images of people gathering and looking up at the sky capture the human side of this event, and is likely to be more personal to the person taking the photo (particularly since the people may be their friends and family). This [https://globalnews.ca/news/10410279/eclipse-photos-2024-north-america/ article] by Global news shows several reaction pictures such as [https://globalnews.ca/wp-content/uploads/2024/04/CP170420992.jpg?quality=85&strip=all&w=1200 this] and [https://globalnews.ca/wp-content/uploads/2024/04/CP170420242.jpg?quality=85&strip=all&w=1200 this].
  
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'''The Fancy Lens:''' A photo of this type (examples shown [https://cdn.mos.cms.futurecdn.net/x7btBqQ4yaUGUFUCT6F95F-1600-80.png here] and [https://ichef.bbci.co.uk/images/ic/1024xn/p0hq71zc.jpg.webp here]), that features conspicuous {{w|solar prominence}}s, will almost certainly require a lot more preparation and equipment (the 'fancy lens', a tripod or other mounting, etc). The prominences are dim, compared to the Sun, and usually are visible only when the Sun is completely covered because of contrast issues. Due to the lack of significant atmosphere on the Moon, the hard edge of the similarly-sized Moon can reveal these details whilst obscuring the usually dominant sunlight.
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'''The Fancy Lens:''' A photo of this type (examples shown [https://cdn.mos.cms.futurecdn.net/x7btBqQ4yaUGUFUCT6F95F.png here] and [https://ichef.bbci.co.uk/images/ic/1376xn/p0hq71pb.jpg.webp here]), that features conspicuous {{w|solar prominence}}s, will almost certainly require a lot more preparation and equipment (the 'fancy lens', a tripod or other mounting, etc). The prominences are dim, compared to the Sun, and usually are visible only when the Sun is completely covered because of contrast issues. Due to the lack of significant atmosphere on the Moon, the hard edge of the similarly-sized Moon can reveal these details whilst obscuring the usually dominant sunlight.
 
:The eclipsing body can't extend much beyond the Sun without also hiding the prominences, but that is the fortunate situation with Earth-Moon-Sun eclipses having the Moon, often ''just'' large enough to cut out the solar disc. It varies, but the {{w|Solar eclipse#Types|usual exception}} is the Moon being slightly too far away in its orbit (combined with the Earth being marginally closer to the Sun, in its own orbit) to obscure the whole body of the Sun, leaving a bright ring of solar surface visible. Such an annular eclipse gives similar lighting problems as with a high-percentage partial one; or during the phases leading up to/away from actual totality.  
 
:The eclipsing body can't extend much beyond the Sun without also hiding the prominences, but that is the fortunate situation with Earth-Moon-Sun eclipses having the Moon, often ''just'' large enough to cut out the solar disc. It varies, but the {{w|Solar eclipse#Types|usual exception}} is the Moon being slightly too far away in its orbit (combined with the Earth being marginally closer to the Sun, in its own orbit) to obscure the whole body of the Sun, leaving a bright ring of solar surface visible. Such an annular eclipse gives similar lighting problems as with a high-percentage partial one; or during the phases leading up to/away from actual totality.  
  

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