Today I want to illustrate three ways of getting up-close with a photo when you’re too far away where you are.
This shot of Media City at Salford Quays, Manchester was taken from exactly the same spot as today’s featured photo, but I used my lens to zoom in by changing the focal length from 24 mm to 43 mm.
Using my lens meant that I didn’t discard any megapixels from the image – I got the full benefit of my sensor’s resolution
This image has been cropped and resized in post processing from the original. The featured image is a panorama, stitched from three shots each of 42 Megabyte RAW format originals. This cropped and resized, jpeg format, image from one of the original three has less than 1 megabyte, and therefore, less detail information for further editing.
This photograph of Ynys Bach at Trefor, Gwynedd: one of two sets of sea stacks, is a shot taken from a distance along the cliffs
This is also a photo of Yns Bach, but I took this from the clifftop directly above it, by walking, sometimes known as ‘sneaker zoom’. No megapixels lost when getting closer this way.
I hope that seeing these three ways of coming closer helps you to choose the best method for you. ‘Sneaker Zoom’ is not always practical, but you get the highest resolution quality. Lens zoom – by changing the focal length of your lens – or by swapping lenses – is often more practical. Using a wide angle lens provides the big picture, but sometimes you get a nicer image by choosing some feature to zoom in on, and ‘getting right in camera’. Cropping in post processing is an option if, when you get home, and load your day’s image batch into software, you realise that there is a section of an image that you want to pick out. Just remember that, when you do that you are also throwing away megapixels. The cropped image will not enlarge as usefully as a close up obtained by one of the other methods.
I took today’s featured photo using my tripod mounted, Pentax K-1 camera plus a 24-70 mm f/2.8 lens at 24 mm and f/16. The ISO was 100 and the shutter speed 1/25 seconds.
Tomorrow, we move on to composition.