(9780394519135 / 9780394519135) - Dimensions: 108.2 x 200 x 33.27mm | 588g - Chanticleer Press ed - New York, United States - Random House USA Inc - Format: 894 pages - ISBN: 9780394519135 - Languages: English | North American
KLO80 (9781628737806) - Dimensions: 254 x 254 x 28mm | 1,751g - Format: Hardback | 272 pages - Publication date: 24 Jun 2014 - ISBN: 9781628737806 - Languages: English - Publication place: New York, NY, United States | Sea glass
Wallace J Nichols (9780316252119) - Dimensions: 137 x 208 x 25mm | 363g - Reprint - BACK BAY BOOKS - United States - Little, Brown & Company - Format: Paperback | 368 pages - Publication date: 21 Jul 2015 | Near water & Blue MIND
Scientific American (9780374535346) - Dimensions: 140 x 208 x 23mm | 272g - Reprint - New York - Scientific American - Format: Paperback | 352 pages - ISBN: 9780374535346 - Languages: English - Publication date: 12 May 2015
(9780375714061 / 9780375714061) - Height: 203 mm - Spine width: 17 mm - Width: 132 mm - Vintage Books - Knopf Doubleday Publishing Group - ISBN: 9780375714061 - Number of pages: 324 - Languages: English
Explore how waves, tides and sediment shape shorelines in this concise guide that blends theory with real‑world examples, offering clear diagrams and practical insights for students and professionals alike.
(9781602863385) - Height: 168 mm - Spine width: 24 mm - Width: 228 mm - Hachette Books - Little, Brown - ISBN: 9781602863385 - Number of pages: 320 - Languages: English - Publication date: 14 Jun 2018
(9780571347933) - Clarence Ellis - Animals & nature in art - Main - Faber & Faber - London, United Kingdom - In Print - Country of publication: UNITED KINGDOM - Dimensions: 196 x 133 x 18 mm - Format: Paperback | 240 pages
(9780393345414 / 9780393079883) - Dimensions: 140 x 211 x 20mm | 250g - Reprint - New York, United States - WW Norton & Co - Format: Paperback | 320 pages - Publication date: 03 Jun 2013 - ISBN: 9780393345414
Explore the dynamic forces shaping our planet in this comprehensive guide to volcanoes, featuring up-to-date research, vivid illustrations, and practical insights for students, scientists, and adventure seekers alike.
Explore advanced theories of atmospheric and oceanic circulation, including turbulence, wave dynamics, and coupled climate processes, with rigorous mathematical models and contemporary case studies for researchers.