click photo to enlarge
Today's photograph shows what was once the longest single span suspension bridge in the world, the Humber Bridge. It crosses the River Humber linking Lincolnshire on the south bank with East Yorkshire on the north. A few decades ago I lived in East Yorkshire not many miles from where the bridge would be built. I was familiar with the politics behind the decision to construct it, the enormous cost, and the way that the toll charges were insufficient to prevent the price of the bridge (including interest charges) from constantly rising. And yet, I welcomed the bridge as a structure that would link two areas that were otherwise only connected by a ferry (the "Lincoln Castle" paddle steamer) or a sixty or so miles journey by road or rail.
At the time (the 1980s) I had an interest in the bridge's construction and in the technological solutions that were deployed by this wonderful feat of engineering. I took part in the agitation for a free footpath and cycle route to be incorporated which, I'm glad to say, was conceded. Today, I still get a thrill when I see the tall towers, the slender-looking (though actually quite large) cables, and the arc of the deck as it gracefully spans the water. It has always looked a relatively insubstantial structure to perform the task that it does. And yet, it continues to function as intended, regular maintenance ensuring that it is rarely closed.
It makes a good photographic subject and I've taken quite a few shots as we've paused after one of our fairly regular crossings. Different light, different weather, changing seasons and a number of possible viewpoints, as well as the ability to walk across it, all make that job easier than it is with many such structures. Today's shot was taken in the afternoon in December light that has that yellow tinge from the sun being low in the sky.
photograph and text © Tony Boughen
Camera: Sony RX100
Mode: Aperture Priority
Focal Length: 11.8mm (32mm - 35mm equiv.)
F No: f5
Shutter Speed: 1/250
Exposure Compensation: -0.3 EV
Image Stabilisation: On