This article discusses two models of environmental simulation that emerged in landscape architecture with the rise of the environmental movement in the United States: Ian McHarg’s (1969) ecological method and Carl Steinitz and Peter Rogers’s (1968) systems analysis model of urbanization and change.
While each city has a very different set of reasons for its water woes, ranging from pollution to poor infrastructure to poor planning to desertification and drought, they all share a common challenge: Climate change will likely make the task of providing water harder, the populations thirstier, and the people angrier, even as many of the cities grow.
Puerto Rico has not recovered. In fact, it’s arguably as close to collapse as it has ever been. The power is on and the roads are open, but if you look closely, the entire island is held together with duct tape and baling wire. Tens of thousands of people are still living under the blue tarps that were installed by the Federal Emergency Management Agency on houses that had their roofs blown off during the storm. Engineers are still discovering bridges that are in danger of collapsing, and every time it rains, new leaks are found in concrete foundations.
Something, anything, to keep your reader from the truth: that your subject is an abstraction-spouting workaholic with a huge team of people who have drawn, rendered, detailed, supervised, constructed the work in question. The profile lives to serve the simplest possible narrative of architecture: one man, glorious inspiration, a building.
Extreme weather due to climate change displaced more than a million people from their homes last year. It could soon reshape the nation
If cities keep growing as they do now, nearly 400 of them will sprawl into the habitats of endangered species by 2030.
This frank, first-person account of developing plans for the city of Austin and the University of Texas campus offers a practical primer on community and regional planning by one of the leading experts in the field.