“Houston’s Flood Is a Design Problem” by Ian Bogost, The Atlantic (August 28, 2017)

Given the destruction of Hurricane Harvey – as well as Prof. Cherrier’s research interest in the human impact on aquatic environments – I tweeted a link to the article “Houston’s Flood Is a Design Problem” by Ian Bogost at The Atlantic. about Houston’s stormwater management and continued development (sprawl) offers both a basic introduction to Houston’s topography as a broad overview of factors facing city officials as the city starts to recover and eventually rebuild. I learned the definition of a bayou, a slow-moving river; moreover, the author explains if Houston had been left undeveloped, the natural bayous would have slowly absorbed the excess water from the Harvey’s storm. Houston, the nation’s fourth most-populous city, drained these bayous to develop the land and therefore had to design a system of stormwater management. What Harvey exposed was Houston’s chronic issues with flooding, the lack of historical models for the kind of rainfall sustained by Houston during Harvey, and the flaws in the city’s stormwater management system put into place when the bayous were drained. Bogost writes,

Houston poses both a typical and an unusual situation for stormwater management. The city is enormous, stretching out over 600 square miles. It’s an epitome of the urban sprawl characterized by American exurbanism, where available land made development easy at the edges. Unlike New Orleans, Houston is well above sea level, so flooding risk from storm surge inundation is low. Instead, it’s rainfall that poses the biggest threat.

….

Many planners contend that impervious surface itself is the problem. The more of it there is, the less absorption takes place and the more runoff has to be managed. Reducing development, then, is one of the best ways to manage urban flooding. The problem is, urban development hasn’t slowed in the last half-century. Cities have only become more desirable, spreading outward over the plentiful land available in the United States.

The above excerpt showcases an effective aspect of the article, framing Houston’s flooding as a general conflict between Man and Nature and also specifically rooting that conflict between Texas development of land (often without zoning or land regulations) vs. nature’s stormwater management system, in this case, the bayous.

Hurricane Harvey and Migration Patterns

When I think about Science I am drawn to the interconnectedness events. The study of science encompasses a great many subjects, but I am often concerned with its effect on social life and human patterns. Which is why an interview published by the Atlantic piqued my interest. It studied one the possible repercussions of Hurricane Harvey on future migration patterns. Boustan observes many different types of disasters ranging from “a bad winter storm to Katrina.”

I’m interested in how people respond to events, and Boustan’s analysis bridges the economy, important historical events, and political actions. He brings up how as an economist he would have assessed the risk of living in a coastal area and a hurricane risk area (near the Gulf) before purchasing a home while most 

people tend to react after a devastating disaster. He brings up a past event, Hurricane Katrina, along with how government aid also affects the actions of migration (how people are willing to take higher risks when they are protected from them).

However, Boustan also brings up that no matter how much protection people living in high risk areas, as the repercussions of global warming get more severe the more likely people will move out of those areas.

The interview relays several interesting perspectives on Hurricane, it showed how seemingly singular events can cause catastrophic actions that continually ripple out – for years to come.  

 

 

Works Cited

Zhang, Sarah. “Will People Return to Houston After Hurricane Harvey?” The Atlantic, Atlantic Media Company, 3 Sept. 2017, www.theatlantic.com/science/archive/2017/09/will-people-return-to-houston-after-hurricane-harvey/538719/.