Shaping The Shoreline

The Monterey coast, home to an acclaimed aquarium and the setting for John Steinbeck's classic novel Cannery Row, was also the stage for a historical junction of industry and tourism. Shaping the Shoreline looks at the ways in which Monterey has formed, and been formed by, the tension between labor and leisure. Connie Y. Chiang examines Monterey's development from a seaside resort into a working-class fishing town and, finally, into a tourist attraction again. Through the subjects of work, recreation, and environment -- the intersections of which are applicable to communities across the United States and abroad -- she documents the struggles and contests over this magnificent coastal region. By tracing Monterey's shift from what was once the literal Cannery Row to an iconic hub that now houses an aquarium in which nature is replicated to attract tourists, the interactions of people with nature continues to change. Drawing on histories of immigration, unionization, and the impact of national and international events, Chiang explores the reciprocal relationship between social and environmental change. By integrating topics such as race, ethnicity, and class into environmental history, Chiang illustrates the idea that work and play are not mutually exclusive endeavors.

"Provides an integrated approach to coastal dynamics and shoreline protection, aided by the use of specific case studies" -- Back cover.

Shoreline superelevation, the difference between still-water lake elevation and shoreline expressions, reported in this publication shows that shoreline expressions of shallow closed-basin lakes define a surface that is neither essentially horizontal nor a still-water lake elevation.

Headland-bay beaches (HBBs) are ubiquitous in coastal environment. They exist around the world naturally or artificially as byproduct of engineering project. Though in various shapes, sizes and stability, a HBB in static equilibrium not only is a delight for visitors, but also offers hope for better beach protection, restoration, recreation, and shoreline management. With an empirical parabolic model now available, the stability of an existing HBB can be verified, the future bay shape downdrift of a harbor can be predefined, and a stable HBB can be designed.Although a plethora of books are available for coastal and ocean engineering and geomorphology, only a countable few have covered engineering applications of HBBs. On the contrary, this book with focus on the HBBs in static equilibrium aims to offer a comprehensive volume with knowledge and applications for coastal scientists, engineers, managers, students, and the general public interested in HBBs. Useful software tools for HBBs (MEPBAY, MeePaSoL, and SMC) are introduced in the book to aid in applications.The authors have set out to make this book the first unique publication on HBBs, by bringing together the old coastal geomorphic knowledge and new concepts for static bay beaches. This book also provides numerous examples using the static bay beach concept to assist coastal scientists and engineers on planning and pre-design of a stable HBB, and for experimentalists, consultants, and numerical modelers to alleviate the burden of comparing planning options and conducting laborious physical experiments on coastal sedimentation problems.