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Page 1: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

                      

Page 2: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

                      

Page 3: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat

crop diseases, like powdery mildew, by studying the model organism Arabidopsis thaliana.

Page 4: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Michael Hardin and a team of UA students are partnering with SAS, a leading software supplier, in

research to reduce money laundering.

Page 5: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Drs. Mark and Laura Klinger (depicted in front of a colorized image of a brain scan) use fMRI technology and

computer learning games to better understand brain activity patterns in people with autism spectrum disorder.

Page 6: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Using colorful satellite imagery, Dr. Luoheng Han monitors water quality hundreds of miles away from his

UA office.

Page 7: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Biology student Ryan St. John observes Dr. Eric Roden, a UA biology professor as he demonstrates and experiment. Dr. Roden researches how rock-eating bacteria could hold

the key to life on mars.

Page 8: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

UA is the second university in the country operating a Sky Arrow airplane investigating global climate change causes

and impacts. Pictured are (left-right, bottom-top) Alex Maestre, Scott Kirby, Jason Lange, Stan Allen, Dr. Derek

Williamson, Ed Dumas, Donald Jarman, and Steven Brooks.

Page 9: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Michelle Hilgeman (far right), a first-year graduate student in psychology at UA works with Dr. Rebecca Allen (far left) on the Legacy Project that helps families with

life-limiting illnesses develop keepsakes such as a scrapbook, journal or photo album.

Page 10: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Sally Edwards heads UA's Child Development Resources (CDR)—offering multi-dimensional assistance to parents and child care providers in west-central Alabama on the

issues of availability, affordability and quality of child care.

Page 11: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. John Higginbotham, Dr. Alfonza Atkinson and Dr. John Stone meet at Tuskegee University to discuss Project

EXPORT research.

Page 12: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Margaret "Peg" Lyons conducted a telephone survey of

breast cancer patients living in rural areas.

Page 13: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Michael Triche, associate professor of civil and environmental engineering, researches ways to improve buildings' abilities to survive storms.

Page 14: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Drs. Ion Stancu, Andreas Piepke and Jerome Busenitz, professors in the College of Arts and

Sciences’ department of physics and astronomy, are involved in world-wide efforts to learn more about

sub-atomic particles called neutrinos.

Page 15: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Ashley Dumas, a UA graduate student, directs an archaeological dig at the site of the original Tabasco

factory on Avery Island in Louisiana. She’s shown holding a photo of the 19th-century building.

Page 16: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Ian Brown, a professor of anthropology, with artifacts unearthed from Avery Island, La., where Tabasco brand

pepper sauce was first produced in the mid- to- late 1860s.

Page 17: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Drs. Guy Caldwell and Tonya Klein each received a National Science Foundation CAREER Award—part of the NSF's program to help top

performers early in their careers develop as both educators and researchers.

Page 18: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Keith Jacobi, assistant professor of anthropology,and students Ben Shields and Stacy McGrath look at

X-rays.

Page 19: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Viola Acoff, associate professor of metallurgical andmaterials engineering, front, Nagy El-Kaddah, professor of metallurgical and materials engineering, back right,

and Mario Arenas work to improve welding results for the National Science Foundation

Page 20: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Stephen Secor studies the Burmese python.

Page 21: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

The University of Alabama is partnering with NASA and five other universities in the National Space Science and Technology Center, a $22 million research facility that

opened recently in Huntsville.

Page 22: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Rodney Bowersox, middle, and students Daina Lee, left, and Zakaria Mahmud conduct research in a new

aerophysics lab.

Page 23: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Museum summer expeditions attract young researchers such as 15-year-

old Jacob Fields of Raleigh, N.C.

Page 24: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

This image captured by the Hubble Space Telescope, during observation time awarded to Dr. William Keel, a

professor of astronomy at UA, shows two galaxies colliding.

Page 25: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Kathleen Williams (left), a nurse practitioner and instructor in UA’s Capstone College of Nursing, and Dr. Jeri Dunkin, a professor of nursing and holder of UA’s Martha Saxon Memorial Endowed Presidential Chair

position, in front of the campus operated Parrish health center.

Page 26: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Philip Johnson (left photo) and Dr. Andrew Graettinger (right photo, far left) have devised a waterjet drilling system making it easier to

install reinforcing bars into walls to stabilize buildings.

Page 27: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Dick Bradt, a professor of metallurgical and materials engineering, was chosen as the first American recipient of the Academic Achievement Award of the Ceramic Society

of Japan. He is pictured here with Flavia Cunha, a graduate student in metallurgical and materials

engineeering

Page 28: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Campus sculpture program

Page 29: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Theatre department in action

Page 30: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Allen Parrish has worked on a new computer search system to

aid law enforcement.

Page 31: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

(Left-Right) Dr. Linda Olivet, UA professor emeritus, and Dr. Raymond L. Guffin Jr., Stillman College professor, were recently recognized for teaching excellence by Dr. Carolyn

C. Dahl, dean of the UA College of Continuing Studies.

                                         

Page 32: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Drs. Lucinda Roff and Lou Burgio are among the leaders in studies on aging.

Page 33: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

C&BA computer facilities provide students with access to state-of-the-art technology in Bruno

Business Library classrooms.

                                             

Page 34: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

ALVIN (left), the U.S.'s most famous submersible, and its support ship ATLANTIS (right) have been frequent hosts to UA's Dr. Paul Aharon.

Aharon has traveled as deep as 7,000 feet during research dives.

Page 35: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Rebecca Allen, assistant professor of psychology, has worked with some 30 terminally ill patients and their

families as part of her research at UA.

                      

           

Page 36: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Tony Freyer, UA research professor of history and law, recently edited and published a collection of essays

written by famed civil rights federal district judge Frank M. Johnson.

                  

          

Page 37: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Steve Nagy, professor of health science in CHES, has been doing research on Alabama adolescent tobacco use

and sexual activity for 14 years.

Page 38: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Walter Enders used economic variables to predict a major terrorist activity a year before 9-11.

Page 39: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

NIH-sponsored research by UA psychology professors uses computer games in studying the thinking processes of

children with autism. One goal of the research is to develop the first performance-based test to diagnose this

neurological disability.

Page 40: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. David Oppenheimer hopes to unlock the secrets of the acorus

plant.

Page 41: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Drs. J.W. Harrell (left) and Dave Nikles research ways to

store more data in less space.

Page 42: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Stanley Jones conducts research that could assist with

the redesign of bullet-proof glass.

Page 43: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Drs. Anthony Arduengo (left), Joseph Thrasher (middle), and Alan Lane work to make fuel cell energy a reliable alternative to

gasoline.

Page 44: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Viola Acoff (left) and Cherqueta Claiborn focus on alloys significant in the aerospace industry.

Page 45: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Rex Culp is helping design improved methods of providing health insurance for children.

Page 46: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. John Higginbotham directs UA's Institute for Rural Health Research.

Page 47: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Tarsh Freeman (left) and Drs. Ron Buta (center) and Gene Byrd believe an oddity surrounding a galaxy may be a result of it

having earlier consumed a smaller galaxy.

Page 48: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Among the players in the "SummerTide" production of Pump Boys and Dinettes are back row (L to R): Michael Freeman, undergraduate

theatre major; Mark Hughes Cobb, UA alumnus, frequent participant in theatre department productions; Paul Oliver, UA student; front row (L to R): Stacy Alley, theatre alumna (MFA 2003); Will Cleckler, theatre alumnus (MFA 2004), Lauren Hauser, undergraduate theatre major.

(photo: Andy Fitch)

Page 49: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Walter Enders (left), professor of economics and Bidgood Chair of Economics and Finance, and Dr. Gary Hoover, assistant professor of economics, wrote a research paper reporting instances of plagiarism in academic economics journals. Their paper was inspired by having

been plagiarized themselves.

Page 50: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Greg Dorr (center), assistant professor of history and TAHP project director, and two local history teachers Becky Brown of Brookwood

High School (L), and Elliott Harris of Northridge High School, stand in front of UA's Foster Auditorium, site of one of the Civil Rights Movement's watershed moments, which will be included in the

program's institute this summer.

Page 51: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. John Lochman and Dr. Nicole Palardy, senior research coordinator in the UA professor's lab, talk with Toni Ford,

counselor at Helena Intermediate School, and Jonathan Rabon, a UA research assistant.

Page 52: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Pictured with Dr. Bob Wells (right) is Rick Swatloski, a doctoral student in chemistry who will become CEO of a start-up company based on UA

technology that will be incubated in the AIME facility. He is demonstrating an example of the environmentally benign technology

that will be found in AIME.

Page 53: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Visiting researchers are given a demonstration of physics research involving thin-film processing in the "clean room"

laboratory.

Page 54: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Louis Burgio helps caregivers of dementia patients. He's currently recruiting caregivers from the Tuscaloosa and

Birmingham areas.

Page 55: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Heather White, UA English professor, has won the Andrew J. Kappel Prize in Literary Criticism for her essay "Elizabeth

Bishop's Calling.

Page 56: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Dr. Jennings Bryant, holder of the Reagan Chair of Broadcasting and director of the Institute for Communication Research, is

widely published in the area of children's television and on the effects of television on the American family.

Page 57: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Robin Behn, acclaimed poet and English professor in the College of Arts

and Sciences, was selected as the 2003 recipient of the Burnum Distinguished Faculty Award.

Page 58: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

Cornelius Carter, associate professor of theatre and dance in the College of Arts & Sciences, was named the 2001 U.S. Professor of the Year by the Council for Advancement and Support of Education (CASE) and

the Carnegie Foundation for the Advancement of Teaching.

Page 59: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

A book authored by Dr. George C. Rable, the Charles G. Summersell Professor of Southern History in the College of Arts and Sciences, won the nation's most generous annual

American history award.

Page 60: Dr. Katrina Ramonell uses microarray technology to learn more about plants. She hopes to learn ways to combat crop diseases, like powdery mildew, by

The National Academy of Sciences named Dr. Walter Enders, the Lee Bidgood Chair of Economics and Finance in UA's Culverhouse

College of Commerce and Business Administration, a co-recipient of its 2003 Award for Behavioral Research Relevant to the Prevention of

Nuclear War.