Water Index: Design Strategies for Drought, Flooding and Contamination (Paperback) (ISBN-13: 9781940291406)

In the wake of an escalating global crisis with water, Water Index is the first critical inventory and analysis of innovative architecture, landscape architecture and design solutions to address the rising, disappearing, and contamination of water. As an ecological disaster complex ferments in contemporary architectural discourse, design competition briefs, conference topics and journal themes optimistically call for designers to reconcile or reimagine the relationship between water, architecture and city. Anxiety is elevated by the onslaught of extreme weather in the form of super-storms, hurricanes, tsunamis, landslides, floods, and droughts whose frequencies and intensities continue to increase. Couple the ever-present exposure to disaster with scientific data that suggests a future characterized by climate change and population growth, and then we have the ingredients for a full-fledged paranoia: the perfect motivation for absurd, expansive and radical building projects. Water Index, examines three hydrological tragedies (flood, contamination, and drought) through strategies that offer methods for controlling, escaping, or adapting to the vital natural resource.

Water Index is a collective vision of the future that provides solutions for every continent and spans the disciplines of urban design, landscape architecture and architecture. The book works to create an enduring manual and manifesto for water development and design in the twenty-first century and to acknowledge crisis-initiated design as an important trajectory for architectural discourse. Water Index highlights a moment when designers have linked formal concerns with social, ecological and political agendas offering solutions for expanding global problems.

Author: Seth McDowell
ISBN-10: 1940291402
ISBN-13: 9781940291406
Publisher: Actar
Language: English
Published: 10/01/2017
Pages: 280
Format: Paperback
Weight: 2.40lbs
Size: 11.60h x 8.30w x 0.80d