Book

A Dangerous Place

📖 Overview

A Dangerous Place examines California's seismic vulnerabilities and development patterns through geological, historical, and social perspectives. The book focuses on the San Francisco Bay Area and its century-long relationship with earthquakes. Reisner traces the history of California's population growth and infrastructure development, highlighting how political and economic forces drove construction in hazardous locations. The narrative combines scientific analysis of fault systems with accounts of past earthquakes, while exploring the state's water management decisions and their implications for seismic risk. The work presents economic data, engineering assessments, and policy decisions that have shaped California's current state of earthquake preparedness. Through interviews with scientists, engineers, and government officials, Reisner documents both the known risks and institutional responses to seismic threats. The book serves as both a warning and a critique of human settlement patterns in naturally unstable regions. Its analysis raises questions about the sustainability of major urban centers in seismically active zones and society's ability to acknowledge long-term environmental risks.

👀 Reviews

Readers find the book offers detailed research on California's earthquake risks and infrastructure vulnerabilities. Many appreciate Reisner's clear explanations of complex geological concepts and his ability to make technical information accessible. Likes: - Documentation of historical earthquakes and their impacts - Analysis of California's water systems and dams - Clear writing style for technical topics - Connection between natural hazards and policy decisions Dislikes: - First third of book feels slow to some readers - Some sections get overly technical - Focus shifts between geology, history, and policy - A few readers note outdated statistics (book published 2004) Ratings: Goodreads: 4.0/5 (312 ratings) Amazon: 4.3/5 (54 ratings) One reader noted: "Makes you think twice about living near California dams." Another wrote: "Important but dense reading - took me longer than expected to get through the geological background."

📚 Similar books

Cadillac Desert by Marc Reisner The definitive work on water politics and infrastructure in the American West tracks the complex history of dams, agriculture, and environmental consequences.

The Big Burn by Timothy Egan This account of the 1910 wildfire that shaped American forestry policy reveals the intersection of natural disasters, conservation, and government response.

The Control of Nature by John McPhee Through case studies in Mississippi, Iceland, and Los Angeles, this work examines human attempts to engineer and control natural forces.

Rising Tide by John M. Barry The story of the 1927 Mississippi flood demonstrates how natural disasters reshape society and expose the limitations of human engineering.

Quake by Philip L. Fradkin This examination of the 1906 San Francisco earthquake documents the social, political, and physical vulnerabilities of cities built in seismic zones.

🤔 Interesting facts

🌎 Author Marc Reisner spent nearly 20 years researching California's geological history and seismic vulnerabilities before writing this book, his final work before passing away in 2000. 🏗️ The book accurately predicted the vulnerability of San Francisco's old elevated Embarcadero Freeway, which was later damaged in the 1989 Loma Prieta earthquake and subsequently demolished. 🌊 Though primarily about earthquakes, Reisner is best known for his landmark environmental book "Cadillac Desert" about water issues in the American West, which was a finalist for the National Book Critics Circle Award. ⚠️ The "dangerous place" in the title refers specifically to the San Francisco Bay Area, which sits at the intersection of multiple major fault lines, including the San Andreas and Hayward faults. 🏢 The book details how many of the Bay Area's most densely populated neighborhoods are built on artificial landfill and unstable soils, which amplify earthquake damage through a process called liquefaction.