Cities have been built alongside rivers throughout history. These rivers can shape a city’s success or cause its destruction. At the same time, city-building reshapes rivers and their landscapes. Cities have harnessed, modified, and engineered rivers, altering ecologies and creating new landscapes in the process of urbanization. Rivers are also shaped by the development of cities as urban landscapes, just as the cities are shaped by their relationship to the river.

In the river city, the city river is a dynamic contributor to the urban landscape with its flow of urban economies, geographies, and cultures. Yet we have rarely given these urban landscapes their due. Building on emerging interest in the resilience of cities, this book and the original symposium consider river cities and city rivers to explore how histories have shaped the present and how they might inform our visions of the future.

2022 Art in Service to the Environment Award, Sierra Club Lone Star Chapter

Shortly after Hurricane Harvey dumped a record 61 inches of rain on Houston in 2017, celebrated writer and Bayou City resident Lacy M. Johnson began collecting flood stories. Although these stories attested to the infinite variety of experience in America’s most diverse city, they also pointed to a consistent question: What does catastrophic flooding reveal about this city, and what does it obscure?

More City than Water brings together essays, conversations, and personal narratives from climate scientists, marine ecologists, housing activists, urban planners, artists, poets, and historians as they reflect on the human geography of a region increasingly defined by flooding. Both a literary and a cartographic anthology, More City than Water features striking maps of Houston’s floodplains, waterways, drainage systems, reservoirs, and inundated neighborhoods. Designed by University of Houston seniors from the Graphic Design program, each map, imaginative and precise, shifts our understanding of the flooding, the public’s relationship to it, and the fraught reality of rebuilding. Evocative and unique, this is an atlas that uncovers the changing nature of living where the waters rise.

Facing two oceans and three seas, Alaska's coastline stretches through bays, fjords, and around islands for 45,000 miles. Living with the Coast of Alaska, a new volume in the Living with the Shore series, is a user's guide for both present and future inhabitants of Alaska. Providing individual property owners in all regions of the state with the fundamentals of hazard recognition and mitigation strategy, the authors discuss the geological history of Alaska and its relation to the area's cultural history and present customized hazard risk assessments for coastal communities.

Describing the dynamic nature of natural seismic events and coastal processes in Alaska, the authors emphasize the multiplicity of potential effects that result from a unique combination of geology, climate, and the sea. Earthquakes, volcanic eruptions, tsunami waves, avalanches, glacial advances, storm surges, flash flooding, wind channeling, and shoreline erosion combined with human-induced hazards such as oil spills, fire, and beach and offshore mining accidents make living with danger a way of life in Alaska. The authors provide information on federal and state laws and programs regarding natural disasters and coastal zone management as well as practical suggestions for the design and construction of buildings. For private, commercial, and public developments, this book offers a manual to help Alaskans make informed decisions to minimize, if not avoid, damage and danger.

A continuing, comprehensive and timely survey of the state of knowledge of ocean science, this distinguished series provides an overview of research frontiers as ocean science progresses. Areas covered include physical, biological, and chemical oceanography, marine geology, and geophysics and the interactions of the oceans with the atmosphere, the solid earth, and ice. Because ocean science is evolving so rapidly, straining the boundaries of traditional sub-disciplines, interdisciplinary topics have a special place in this series--including those topics related to the application of ocean science, for example, to ocean technology, marine operations, and the resources of the sea. As a treatise on advances and new developments, each topical volume starts with fundamentals and covers recent progress, so as to provide a balanced account of how oceanography is evolving.

Previous volumes (1-13) in the series are now available from Harvard University Press.

In the manifold, multidisciplinary efforts of science to understand and manage our planet, contemporary ocean science plays an essential role. Volumes 13 and 14 of the series The Sea focus on two of the most important components in the interdisciplinary field of ocean science today--the coastal ocean and its interactions with the deep sea, and coupled physical-biogeochemical and ecosystem dynamics.

Comprehensive, definitive studies, these volumes chart the real progress being made by ocean scientists in achieving lasting scientific understanding; specifically, they address issues surrounding significant applications--for coastal regions and in general--such as: the development of monitoring and prediction systems; functionality and stability of ecosystems; eutrophication; harmful algae blooms; habitat modification; and regime shift.

Intended as companion volumes to Volumes 10 and 11 on physical coastal oceanography, these studies of the global coastal ocean continue the series' overall effort to encourage and facilitate coastal and shelf ocean sciences and technology on a global basis.

Download PDF of corrected version of Chapter 32

A continuing, comprehensive and timely survey of the state of knowledge of ocean science, this distinguished series provides an overview of research frontiers as ocean science progresses. Areas covered include physical, biological, and chemical oceanography, marine geology, and geophysics and the interactions of the oceans with the atmosphere, the solid earth, and ice. Because ocean science is evolving so rapidly, straining the boundaries of traditional sub-disciplines, interdisciplinary topics have a special place in this series--including those topics related to the application of ocean science, for example, to ocean technology, marine operations, and the resources of the sea. As a treatise on advances and new developments, each topical volume starts with fundamentals and covers recent progress, so as to provide a balanced account of how oceanography is evolving.

Previous volumes (1-13) in the series are now available from Harvard University Press.

In the manifold, multidisciplinary efforts of science to understand and manage our planet, contemporary ocean science plays an essential role. Volumes 13 and 14 of the series The Sea focus on two of the most important components in the interdisciplinary field of ocean science today--the coastal ocean and its interactions with the deep sea, and coupled physical-biogeochemical and ecosystem dynamics.

Comprehensive, definitive studies, these volumes chart the real progress being made by ocean scientists in achieving lasting scientific understanding; specifically, they address issues surrounding significant applications--for coastal regions and in general--such as: the development of monitoring and prediction systems; functionality and stability of ecosystems; eutrophication; harmful algae blooms; habitat modification; and regime shift.

Intended as companion volumes to Volumes 10 and 11 on physical coastal oceanography, these studies of the global coastal ocean continue the series' overall effort to encourage and facilitate coastal and shelf ocean sciences and technology on a global basis.

A continuing, comprehensive and timely survey of the state of knowledge of ocean science, this distinguished series provides an overview of research frontiers as ocean science progresses. Areas covered include physical, biological, and chemical oceanography, marine geology, and geophysics and the interactions of the oceans with the atmosphere, the solid earth, and ice. Because ocean science is evolving so rapidly, straining the boundaries of traditional sub-disciplines, interdisciplinary topics have a special place in this series--including those topics related to the application of ocean science, for example, to ocean technology, marine operations, and the resources of the sea. As a treatise on advances and new developments, each topical volume starts with fundamentals and covers recent progress, so as to provide a balanced account of how oceanography is evolving.

Previous volumes (1-12) in the series are now available from Harvard University Press.

In the manifold, multidisciplinary efforts of science to understand and manage our planet, contemporary ocean science plays an essential role. Volumes 13 and 14 of the series The Sea focus on two of the most important components in the interdisciplinary field of ocean science today--the coastal ocean and its interactions with the deep sea, and coupled physical-biogeochemical and ecosystem dynamics.

Comprehensive, definitive studies, these volumes chart the real progress being made by ocean scientists in achieving lasting scientific understanding; specifically, they address issues surrounding significant applications--for coastal regions and in general--such as: the development of monitoring and prediction systems; functionality and stability of ecosystems; eutrophication; harmful algae blooms; habitat modification; and regime shift.

Intended as companion volumes to Volumes 10 and 11 on physical coastal oceanography, these studies of the global coastal ocean continue the series' overall effort to encourage and facilitate coastal and shelf ocean sciences and technology on a global basis.

An eyewitness to profound change affecting marine environments on the Newfoundland coast, Antony Adler argues that the history of our relationship with the ocean lies as much in what we imagine as in what we discover.

We have long been fascinated with the oceans, seeking “to pierce the profundity” of their depths. In studying the history of marine science, we also learn about ourselves. Neptune’s Laboratory explores the ways in which scientists, politicians, and the public have invoked ocean environments in imagining the fate of humanity and of the planet—conjuring ideal-world fantasies alongside fears of our species’ weakness and ultimate demise.

Oceans gained new prominence in the public imagination in the early nineteenth century as scientists plumbed the depths and marine fisheries were industrialized. Concerns that fish stocks could be exhausted soon emerged. In Europe these fears gave rise to internationalist aspirations, as scientists sought to conduct research on an oceanwide scale and nations worked together to protect their fisheries. The internationalist program for marine research waned during World War I, only to be revived in the interwar period and again in the 1960s. During the Cold War, oceans were variously recast as battlefields, post-apocalyptic living spaces, and utopian frontiers.

The ocean today has become a site of continuous observation and experiment, as probes ride the ocean currents and autonomous and remotely operated vehicles peer into the abyss. Embracing our fears, fantasies, and scientific investigations, Antony Adler tells the story of our relationship with the seas.

By the middle of the nineteenth century, as scientists explored the frontiers of polar regions and the atmosphere, the ocean remained silent and inaccessible. The history of how this changed—of how the depths became a scientific passion and a cultural obsession, an engineering challenge and a political attraction—is the story that unfolds in Fathoming the Ocean.

In a history at once scientific and cultural, Helen Rozwadowski shows us how the Western imagination awoke to the ocean's possibilities—in maritime novels, in the popular hobby of marine biology, in the youthful sport of yachting, and in the laying of a trans-Atlantic telegraph cable. The ocean emerged as important new territory, and scientific interests intersected with those of merchant-industrialists and politicians. Rozwadowski documents the popular crazes that coincided with these interests—from children's sailor suits to the home aquarium and the surge in ocean travel. She describes how, beginning in the 1860s, oceanography moved from yachts onto the decks of oceangoing vessels, and landlubber naturalists found themselves navigating the routines of a working ship's physical and social structures.

Fathoming the Ocean offers a rare and engaging look into our fascination with the deep sea and into the origins of oceanography—origins still visible in a science that focuses the efforts of physicists, chemists, geologists, biologists, and engineers on the common enterprise of understanding a vast, three-dimensional, alien space.