Undergraduate Research: An Archive - 2021 Program
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Favour Oribhabor ’21<br />
CIVIL AND ENVIRONMENTAL ENGINEERING<br />
Certificate in Environmental Studies<br />
AGRICULTURE AND<br />
FOOD SYSTEMS<br />
THESIS TITLE<br />
Ashes to Ashes, Dust to<br />
Dust Bowl: <strong>An</strong> <strong>An</strong>alysis<br />
of Boise City Historic<br />
Drought Events as<br />
Compared to the 1930s<br />
Dust Bowl<br />
ADVISER<br />
Amilcare Porporato,<br />
Thomas J. Wu '94<br />
Professor of Civil and<br />
Environmental<br />
Engineering, Professor<br />
of Civil and<br />
Environmental<br />
Engineering and the<br />
High Meadows<br />
Environmental Institute<br />
The Great Plains of the United States is an<br />
area essential to the country’s economy and<br />
nutritional survival due to being the source of<br />
a majority of crops. The Plains also are waterlimited,<br />
drought-prone and have a varying<br />
climate wherein sub-freezing and triple-digit<br />
temperatures occur over the course of a year.<br />
Those factors — in combination with poor<br />
agricultural practices — caused the 1930s Dust<br />
Bowl and exacerbated its effects. More major<br />
drought events have happened over time. The<br />
period from 2011-2016 was so extreme as to<br />
inspire Oklahoma farmers to call it a "Second<br />
Dust Bowl." My study compared parameters of<br />
interest for these major drought events in Boise<br />
City, Oklahoma, focusing on crop yields and<br />
frequency of winter wheat and cotton, two of the<br />
most valuable crops for Oklahoma. My research<br />
shows the effects of changing agricultural<br />
techniques on drought resilience.<br />
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