Caption

Regional train at a station event with crowds and rain of confetti in a city environment, opening of the Hermann Hesse Railway, Calw, Germany

Date

Jan 30, 2026

Credit line

Photo12/imageBROKER/Manuel Kamuf

Reference

BRK26C33_487

Model release

No

Property release

No

License type

Rights managed

Available size

33.4Mb (3.6Mb) / 9.9in x 13.2in / 2957 x 3948 (300dpi)

Keywords

deserted opening building city urban celebration railway track rail traffic passenger traffic transport traffic tree German Europe public transport full decorative crowded means of transportation long distance traffic event crowd decoration festive Southern Germany infrastructure local traffic regional train celebrate Black Forest european regional confetti person Baden-Württemberg party railway section Germany many people passenger transport overcrowded railroad line travel photography Calw train station train Central Europe Local train Confetti rain Hermann Hesse railway no one structure town urban environment festivity railroad track transportation short-range transit decorative item South Germany local transport local train Schwarzwald Human being Baden-Wurttemberg Means of transport train line German Federal Republic transporting people overfilled railway line railway station railway Middle Europe commuter train Hermann Hesse Bahn No People construction municipal train track short-range public transportation People Republic of Germany overflowing railroad nobody public transportation FRG uninhabited empty openings buildings cities celebrations railway tracks transports trees decoratively events decorations festively infrastructures regional trains celebrating confettis persons parties railway sections passenger transports railroad lines train stations trains Local trains railroad tracks decorative items local trains human railway lines railway stations railways constructions railroads BRD rail rails track tracks Europe's many folks crowd of people crowds of people decor celebrates individual individuals Local transport system humans