4748 x 3163 px | 40,2 x 26,8 cm | 15,8 x 10,5 inches | 300dpi
Date de la prise de vue:
9 juin 2009
Lieu:
M6 j21, Birchwood, Warrington, Cheshire, England UK WA3 6DR
Informations supplémentaires:
. M6 Junction 21 at dusk, night shot slow exposure, Thelwall viaduct bridge, Warrington, Cheshire, England, UK, WA3 6DR. Photographed on 9 June 2009. The recorded location is M6 j21, Birchwood, Warrington, Cheshire, England UK WA3 6DR. As background, landscape images record more than scenery: buildings, vegetation, weather, transport and land use combine to show how a place appeared at a particular moment; Repeated views can later become valuable evidence of development, environmental change and shifting patterns of use. From a heritage perspective, britain's road landscape has accumulated layers of transport history: old milestones and cast signs coexist with speed limits, parking controls, motorway infrastructure and electronic traffic management; Such details reveal how movement and road safety have been regulated over time. Against the 2026 backdrop, current interest in climate and place-making gives atmospheric landscape images added documentary value, particularly where weather, coastlines or urban development are prominent. As of 2026, road policy continues to focus on safety, congestion, emissions and the balance between private cars, buses, cycling and walking; Images of older traffic controls, signs and busy roads provide useful comparison with current debates about sustainable transport and street design. From a heritage perspective, panoramic and atmospheric views place individual landmarks within their wider setting; Light, season and weather affect how architecture and landscape are perceived, while distant development can provide clues to the evolving form of a town or coastline. Looking at the subject's development, seasonal and low-light photography can emphasise the relationship between natural conditions and the built environment; Dusk, snow, mist or dramatic cloud often reveal lighting, silhouettes and reflective surfaces that are less apparent in ordinary daylight.
