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Macro Photography - Everything You Need to Know - NFI
- https://www.nfi.edu/macro-photography/
- Macro lenses offer a very shallow depth of field, particularly at the closest focusing distances. This can make it very difficult to get all of your macro photography subjects in sharp focus. Lowering your aperture settings to f/16 increases the available depth of field, easily focusing your subject.
Macro Photography: Working Distances by Robert O'Toole
- https://blog.sigmaphoto.com/2013/macro-photography-working-distances-by-robert-otoole/
- With the hood removed the working distance jumps to 178mm or 7 in, a 37% gain! Photographing without a hood on a Sigma 105mm F2.8 EX DG OS HSM Macro figures will give you a gain of 50mm or 1.9 inches or a 38% gain in working distance. The Sigma 180 gain would be 90mm or 3.54 in, a full 42%.
working distance in macro photography - Photography …
- https://photo.stackexchange.com/questions/44006/working-distance-in-macro-photography
- There aren't any ways to increase the working distance of a macro lens but both 105mm and 150mm offer decent working distance. Also, as a macro photographer you will need to work around this problem and compensate for the short working distance. If you want to shoot birds, you don't need a macro lens and the 70-300 will be good for it.
Macro Photography: Finding the Minimum Focus …
- https://photofocus.com/photography/macro-photography-finding-the-minimum-focus-distance-for-a-lens/
- Over the years, Mike said photographers started to describe close-up photography as macro photography. They would use a zoom lens to create a similar effect as a macro lens. The key to using a zoom lens is to find the minimum focus distance of the lens. Lucky, Mike was willing to share his tip on how to find that distance.
The Ultimate Guide to Macro Photography (137 Best Tips)
- https://expertphotography.com/macro-photography-tips/
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Is my distance/size math for macro photography correct?
- https://photo.stackexchange.com/questions/90228/is-my-distance-size-math-for-macro-photography-correct
- Size = 2 ⋅ tan (FOV/2) ⋅ distance from camera to see how I came to this formula, see the image below. When plugging in the numbers from some lenses I came to these results: LUMIX G Macro Lens, 30mm, F2.8 ASPH., Micro Four Thirds, MEGA Optical I.S. Size = 2 ⋅ tan (40°/2) ⋅ 0.105m = 0.076 m
The Ultimate Macro Photography Tutorial for Beginners
- https://www.exposureguide.com/macro-photography-tutorial/
- In standard photography, a 50mm lens focuses the light from far away, making the image smaller so it can be captured by a digital sensor. When you reverse the lens, the opposite happens, and the image is magnified to near life-size. This technique works with prime lenses of any size, but the 50mm is thought by many to create the best results.
A Guide to Working with Different Focal Lengths for …
- https://digital-photography-school.com/working-different-focal-lengths-macro-photography/
- A rough proposed working classification of focal lengths in macro photography could be as follows: Focal lengths up to 60mm – Useful in product photography (e.g. jewelry) and small objects that can be approached and lit in a controlled environment. 60-150mm – Usable with caution for insects, flowers, and small objects from a greater distance.
Macro photography: Understanding magnification
- https://www.dpreview.com/articles/6519974919/macro-photography-understanding-magnification
- I photographed the ruler from a measured subject to sensor distance of approximately 65cm. Forty-four 1mm notches fill the entire width of the frame, thus the subject's projected size is 44mm. The width of my camera's sensor is 22mm. It follows then that for this lens, the magnification ratio achieved at this focal distance is 22mm/44mm, or 1:2.
Tips for Depth of Field Control in Macro Photography
- https://digital-photography-school.com/tips-for-depth-of-field-control-in-macro-photography/
- This image was done with a 100mm macro lens with a life-size converter attached, at a distance of 4 inches to the object to achieve this type of magnification. The Depth of Field you see here is impossible to achieve, as there is no way to have the whole ring in focus with this focal length and this distance to the object.
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