One of my obsessions is collecting old postcards from my hometown. My collection is slowly growing (it’s already in the hundreds), but it’s becoming increasingly difficult to find new ones that I don’t already have. I’ve often wondered how postcards were captioned 100-110 years ago. Based on the variety of postcards I own, I’ve come to the following conclusions:
- The text is always white;
- Many postcards have duplicated captions - one in Bulgarian (Cyrillic) and one in French or German (Latin);
- On most postcards, the Cyrillic text looks like it was typed on a typewriter, while the Latin text is, in almost all cases, handwritten, but very well imitating printed lettering;
- On a small portion of the postcards, there are areas around the text where a faint background can be noticed - this supports the idea that transparent film was used;
- The original plates were not captioned. There is solid evidence that, at least up to a certain period, the source for these postcards was 9x13 cameras using glass-plate holders. From the original plate, intermediate positives were most likely made, possibly again on glass, and then from that positive a master negative was produced, on which the text manipulation was carried out.
This process, familiar from cinema, is the most likely one, since many postcards were issued in several different print runs, each time with some differences. For example, the same photograph can be found on postcards as:
- a plain image with a solid black band at the bottom containing the text;
- an image without a frame, with the text placed somewhere on the image (sometimes with more than one variant of text placement);
- a white border on all sides, with the text on the image.
Personally, I prefer postcards without a frame, because they include content that was cropped out in the framed versions (after all, this is contact printing).
However, another "problem" arises - the text written on a 9x13 postcard is quite small. Too small for both handwriting and a typewriter! I’m sure that, somehow, the size was reduced. The question is how, and at which step. So the mystery continues...