The scientific journal Nature, in today's news@nature section, features an interview with UMR's David Rogers on his work to uncover what caused New Orleans' levy system to fail during Hurricane Katrina. (Rogers, pictured at right, has been back to New Orleans 11 times since Katrina.) Some excerpts from the Q&A:
What was it like working in New Orleans?It was like pictures you see of Hiroshima and Nagasaki after the Second World War. Just complete devastation for mile after mile. No people, no bathrooms, no water. Choking dust; very fine dust on everything.
What went wrong with the levees?
We don't think that everything was due to overtopping. We feel a lot more of it was seepage related. When the storm hit, water was forced under the structures, eroding their bases and knocking them down.





When you're speaking in another language, it's easy to make mistakes. It's natural to make mistakes. I've been studying at
Slow research day, I guess, but 
She's just like the
The excess energy created by the UMR Solar House on Tenth Street in the summer is bought back from the power company in the winter, according to 
In sculling, you've got your Harvards, your Yales, your Princetons... Well, in these parts of the Midwest, you've got concrete canoe racing. And UMR has at least two rowers who can paddle with the best of them. In this heat last Saturday at Twin Lakes Recreation Area in Columbia, Mo., the UMR duo of Noah Husman and Jesse Scott dominated canoe teams from Kansas State and Arkansas. UMR finished first in the men's endurance part of the regional competition, which is sponsored annually by the American Society of Civil Engineers. As soon as we figure out the overall standings, we'll let you know where the 

With all of the rain across the state this past weekend, members of UMR's Concrete Canoe Team must have been thinking about what it would have taken to build an arc. Right, team members haul their canoe from the cold waters at Twin Lakes Recreation Area in Columbia, Mo. Normal concrete used in a construction project would weigh about 150 pounds per cubic foot. The necessary weight of the concrete mix used for this canoe was less than 62.4 pounds per cubic foot, which is the unit weight of water. More pics and stuff from this past weekend's concrete canoe competition in Columbia to follow...