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  • Map of the United States with NE, IA, KS, MO, AR, OK, NM, and TX marked. Pawnee, OK is at the epicenter of a circle indicating an earthquake. Caption: A 5.6 magnitude earthquake northeast of Oklahoma City.

    Cornell geophysicist Katie Keranen traveled to Oklahoma to study the increased occurrences of earthquakes. During her research, she discovered the increase in seismic activity is linked to the disposal of wastewater from fracking.

    (Source: DCMP)

  • Tulsa

    • Video
    A well-groomed woman in a hat. Caption: A million couldn't repay me for what I've lost.

    It's Tulsa, Oklahoma at the start of the oil boom and Cherokee Lansing's rancher father is killed in a fight with the Tanner Oil Company. Cherokee sets out to save her father's oil empire and becomes obsessed with wealth and power. Originally released as a theatrical production.

    (Source: DCMP)

  • Tornado

    • Video
    Tornado approaching several buildings. Caption: live in fear of a tornado touchdown.

    Tornadoes, the most violent weather phenomena on earth, can occur anywhere in the world. Most, however, happen in the United States in "tornado alley," the states of Texas, Oklahoma, and Kansas. Briefly relates the weather conditions necessary to produce tornadoes. Ride with storm chasers as they pursue these violent storms. Eyewitness accounts, time-lapse photography, and film footage capture the destructive power of tornadoes.

    (Source: DCMP)

  • Funnel with filter feeding into a receptacle. The fluid in the filter is dark and the filter is dirty. Caption: She's developing fluoride filtering devices

    Access to safe drinking water is a global problem for nearly a billion people. For approximately 200 million people, many in Africa, high levels of naturally occurring fluoride in the water cause disfiguring and debilitating dental and skeletal disease. University of Oklahoma environmental scientist Laura Brunson is back from Ethiopia where, with support from the National Science Foundation, she’s developing fluoride filtering devices that use inexpensive materials readily available right there in the villages.

    (Source: DCMP)

  • Map of the United States of America with state lines. Caption: (male host) We take the shapes of the states for granted.

    As shown on the History Channel. We are so familiar with the map of United States, but do we know why our states look the way they do? Every shape on the map tells a story about our past. Why is California bent? To cling on to gold. Why does Oklahoma have a panhandle? Because of shifting borders for slavery. Why does Missouri have a boot? Because of a massive earthquake. Examines how every state is a puzzle piece revealing the unique geography, political, and social history of America.

    (Source: DCMP)

  • People gathered around two troughs filled with water. One person is reaching into the water and two others are handling a small object. Caption: studies mussels' role in their environment.

    Freshwater mussel species are critical to river ecosystems. But, many species are in trouble. Nearly 70% of freshwater mussel species are considered threatened in some way, according to zoologist Caryn Vaughn at the University of Oklahoma. With support from the National Science Foundation, Vaughn studies the role mussels play in freshwater ecosystems. They work hard filtering impurities from the water. The major problem for freshwater mussels now is habitat fragmentation and channelization by dams.

    (Source: DCMP)

  • Computer screen showing east coast of United States with color gradient showing a band of storms parallel to the coastline. Caption: almost 200 tornadoes had occurred

    Tornadoes claim hundreds of lives and cause billions of dollars in damages in the United States. With support from the National Science Foundation, computer scientist Amy McGovern at the University of Oklahoma is working to find answers to key questions about tornado formation. While video from storm chasers and data from Doppler radar can help meteorologists understand some aspects of tornadoes, McGovern uses supercomputers to find patterns in very large datasets. She also works with weather experts to help her sort out the information in the simulations. McGovern’s ultimate goal is to come up with reliable tornado forecasting system.

    (Source: DCMP)