Have you ever wondered where surf­ing waves come from, what makes every wave dif­fer­ent, why some peel per­fectly and oth­ers just close out; why, some days, the waves come in sets and other days they don’t, and how the tides, the wind and the shape of the sea floor affect the waves for surf­ing? If you have, this book is for you. Now in its third edi­tion, Surf Sci­ence is the first book to talk in depth about the sci­ence of waves from a surfer’s point of view. It fills the gap between surf­ing books and waves text­books, and will help you learn how to pre­dict surf. Surf Sci­ence is also a use­ful intro­duc­tion to ocean­o­graphy and the sci­ence of waves. You don’t need a sci­entific back­ground to read it – just curi­os­ity and a fas­cin­a­tion for waves.

Surfing.

After spending two years in bed with Lyme disease, Steven Kotler had lost everything: his health, his job, his girl, and, he was beginning to suspect, his mind. Kotler, not a religious man, suddenly found himself drawn to the sport of surfing as if it were the cornerstone of a new faith. Why, he wondered, when there was nothing left to believe in, could he begin to believe in something as unlikely as surfing? What was belief anyway? How did it work in the body, the brain, our culture, and human history? With the help of everyone from rebel surfers to rocket scientists, Kotler undertakes a three-year globetrotting quest. The results are a startling mix of big waves and bigger ideas: a surfer's journey into the biological underpinnings of belief itself.

How do waves break, and what makes good surf? What are dangerous rip currents, and how do you spot one? What should you do if you get caught in one? Australia’s best-known surf scientist, Rob “Dr. Rip” Brander, takes readers on a fascinating and entertaining journey to uncover how beaches form and behave, the science of waves and currents, and how beaches respond to storms and climate change. He explains where the sand we lay our towels on came from, how the tides that wash up new treasures each day work, why no two beaches are exactly the same, and why some of them are disappearing. He also explores some of the hazards to watch out for, from rip currents to tsunamis to the (unlikely) event you find yourself swimming with a shark. Whether you’re a surfer looking for the perfect wave or you just enjoy hitting the beach with friends and family, this book is a must-read for all ocean lovers.

Three expert physicians/surfers trained in emergency medicine, sports medicine, and family medicine explain everything you need to know to stay safe in the water. Whether you’re a novice or an expert, an SUPer or a bodyboarder, Surf Survival is the only book that every surfer must have in his or her backpack, car, and beach house. This practical handbook explains everything from how to reduce a shoulder dislocation to understanding waves and currents, from how to treat jellyfish stings to how to apply a tourniquet. Whether you are surfing a crowded beach in California or a remote island in Indonesia, be prepared to handle surfing-related emergencies from hypothermia and drowning to wound care and infections. Topics include: • Fitness for surfers • Prevention and rehabilitation of common overuse injuries • Wilderness first aid • Surviving the sun • Surf-travel medicine • Surviving big surf • SUP • Surfer's ear • And much, much more! Written by three expert physician surfers, packed with color photos and illustrations, this is the authoritative medical guide for surfers and watermen.

The ocean is packed with plants, animals, water… and science! Ride the waves of knowledge with Sam and Jade as they explain all about the amazing wonders of the sea, and have a blast doing it. Have you ever wondered why the ocean has waves? Why the tide goes in and out? And how can coral be alive when it looks like a rock? From the pages of the beloved graphic novel series, join the Surfside Girls, Sam and Jade, for a great investigation into everything that makes the ocean so cool: from moon cycles and king tides, to why a wave breaks, to otters in kelp forests… with plenty of fun and jokes along the way. Plus, there’s a whole step-by-step chapter on how to surf! The Science of Surfing is the coolest way to take a beach vacation and learn at the same time.

Through fifty years of epic stories, art, and personal ephemera, The Fletcher Family spans surfing's golden era to the present day, when bathing-suit model Dibi and competitive surfer Herbie met, to raising talented Christian and Nathan on boards and waves, to passing the torch to their skating-phenom grandson, Greyson. Herbie Fletcher is a surfing legend. Fletcher and his sons, Christian and Nathan, made a habit of doing things exceptionally well and in their own way before they became the norm. But the Fletchers are not merely trailblazing surf and skate legends; they also are counterculture and subculture icons. T Magazine referred to them as having "punk family values." Their sincere love for art and surfing and their collective DGAF attitude has earned them legions of devoted fans and friends from so many different worlds: music, fashion, streetwear, and art. The epitome of both surfer cool and punk counterculture, the Fletcher family for the first time has put together a window into their immensely colorful life. A visual memoir of this near-mythological surf family, The Fletcher Family is sure to appeal to their massive surfing fan base, young skaters, and those who are interested in the Fletcher family and their place in Southern California as a subcultural force of nature.

Although there has been steady progress in understanding aspects of epitaxial growth throughout the last 30 years of modern surface science, work in this area has intensified greatly in the last 5 years. A number of factors have contributed to this expansion. One has been the general trend in surface science to tackle problems of increasing complexity as confidence is gained in the methodology, so for example, the role of oxide/metal interfaces in determining the properties of many practical supported catalysts is now being explored in greater detail. A second factor is the recognition of the potential importance of artificial multilayer materials not only in semiconductor devices but also in metal/metal systems because of their novel magnetic properties. Perhaps even more important than either of these application areas, however, is the newly-discovered power of scanning probe microscopies, and most notably scanning tunneling microscopy (STM), to provide the means to study epitaxial growth phenomena on an atomic scale under a wide range of conditions. These techniques have also contributed to revitalised interest in methods of fabricating and exploiting artificial structures (lateral as well as in layers) on a nanometre scale.This volume, on Growth and Properties of Ultrathin Epitaxial Layers, includes a collection of articles which reflects the present state of activity in this field. The emphasis is on metals and oxides rather than semiconductors.

A riveting and rollicking tour-de-force about the terrifying power of nature's most deadly phenomena — colossal waves — and the scientists and super surfers who are obsessed with them. The New York Times bestselling author of The Devil's Teeth probes the dramatic convergence of baffling gargantuan waves that pummel oil rigs and sink massive ships, the extreme surfers willing to stare down death in order to ride them, and the marine scientists trying to unlock the physics of these waves, the climate changes that are provoking them, and what chaos they might wreak. Susan Casey explores the phenomenon of monster waves and how they have become an obsession for extreme surfers like Laird Hamilton — who serves as the author's guide as she takes the reader into the intense, white-knuckle world of 100-foot waves.

This volume contains the lectures presented at the NATO Advanced study Institute "Fundamental Processes of Atomic Dynamics" held in Maratea. Italy from September 20th to October 2nd 1987. The institute and this volume were conceived as a natural complement to previous institutes held in Maratea (1982) and in Santa Flavia (1984. ) whose proceedings are to be found in NATO ASI Series B vol. 103 and 134 respectively. The subject matter of these institutes was the study of the funda mental processes occurring in the interactions of atoms with photons. electrons and heavy-ions. The aim has been to unify these processes in a coherent experimen tal and theoretical approach. The present volume brings this approach up to date and contains in addition. for contrast and variety. a description of similar dynamical processes in the study of clusters and surfaces. The institute was opened with a lecture by Joe Macek in which he summarised the current status of atomic collision research. propounded the philosophy of a unified approach to structure, fragmentation and collision and posed the outstanding questions in the field. This lecture forms the introduction to this volume. The subject matter was divided into experiment and theory with the lectures inter-linked so that the one could re-inforce the other. The whole of the theoretical part of the institute was organised by Ugo Fano as an on-going symposium.