art book cologne GmbH & Co. KG
Deutzer Freiheit 107
50679 Köln
Germany
Opening hours (office and showroom):
Monday to Friday 8 – 17
info@artbookcologne.de
Phone: +49 221 800 80 80
Fax: +49 221 800 80 82
art book cologne, founded by Bernd Detsch in 1997, is a wholesale company and specializes in buying and selling high quality publications in art, art theory, architecture, design, photography, illustrated cultural history and all related subjects internationally. Our team includes specialists in art, culture, music, book trade and media but in spite of our diversity we have one common ground: the enthusiasm for unique art books.
We purchase remaining stocks from museums, publishers and art institutions. We sell these remainders to bookstores, museum shops, and art dealers all over the world.
Publisher | Simon & Schuster |
Year | 2018 |
Cover | Softcover |
Language | English |
ISBN | 978-1-4711-6927-4 |
Pages | 304 |
Weight | 421 g |
More | |
Author(s) | Edward Pickering |
Article ID | art-61764 |
The Tour of Flanders – known to cycling fans as the Ronde – is the biggest one-day bike race in the world.
It is a potent mix of grit, cobbles, steep climbs, narrow roads, national pride, beer, brutal weather and the maddest, most passionate fans in the sport. It’s the Tour de France boiled down into a single day of non-stop action – the Belgian equivalent of the Grand National, Wimbledon and the FA Cup final. And there’s yet more to it than that.
Edward Pickering tells the story of the Tour of Flanders, its history, culture and meaning, through the prism of the 2011 Ronde, an incredible edition that was one of the most exciting bike races of the past half-century. He weaves the narrative of that day into a broader study of the race, with eyewitness accounts from the key locations of the Ronde and dozens of interviews with the riders.
The Ronde is a textured portrait of a race, but it also explores the deep links between bike races and the landscape and culture in which they take place, and explains how cycling works, with the most detailed analysis of a single event ever seen.