The College of
Atmospheric and Geographic Sciences
http://www.ou.edu http://ags.ou.edu http://weather.ou.edu http://geography.ou.edu
Inside this Issue:
Dear College of A&GS Family,
Greetings from the College of Atmospheric and
Geographic Sciences at the University of Oklahoma! This
fall marks our second full academic year as a college, and
we continue to grow in stature not only on campus, but
across the state and the nation. Our colleges academic and
research units are now located in world-class, state-of-the-
art facilities throughout the OU campus – geography
programs in the Sarkeys Energy Center and weather
programs in the National Weather Center. We also now
have one unit – the Center for Spatial Analysis – in the brand-new Two Partners
Place building just down Boren Boulevard from the National Weather Center.
We also continue to grow our faculty, adding Laurel Smith to the Geography
faculty and Kevin Kloesel to the Meteorology faculty this past year. Students
who attend our classes continue to demonstrate that they are the best prepared
in the world to meet the challenges we will face in geography and meteorology.
We are pleased to report that the college’s faculty, staff and students continue to
be award-winning and currently lead the campus in several key research areas.
These areas include traditional strengths in weather radar and surface observing
systems as well as new initiatives in water resources and sustainability. We
continue to implement a unique vision and a strategic plan for the college that
will help us take advantage of the academic, government, and private
partnerships we have forged.
This newsletter is an opportunity for us to share with each of you a small
sample of the many events that occurred in our family in 2007. The individuals
highlighted here represent thousands of college family members, including
faculty, staff, students, and alumni. This newsletter also is an open invitation to
all members of the college family to visit us the next time your travels bring
you to Norman. You will be pleased not only with what you see but also with
the strides we have made in securing our leadership status in both geography
All of us in the College of Atmospheric and Geographic Sciences wish you a
joyous holiday season and a New Year of peace, good health and prosperity!
John T. Snow
Dean, College of Atmospheric and Geographic Sciences
Event Highlights 3
Faculty Spotlights 6
Staff Spotlights 7
Student Spotlights 8
Alumni Spotlights 9
Development Corner 11
The University of Oklahoma is an equal opportunity institution.
This publication, printed by Printing Services, is issued by the University of Oklahoma.
2,000 copies have been prepared and distributed at a cost of $1,800 to the taxpayers of the State of Oklahoma.
Event Highlights 3
The National Council for Geographic Education held its annual
meeting Oct.18 through 21 at the Cox Convention Center and
Renaissance Hotel in downtown Oklahoma City. In conjunction with
Oklahoma’s statehood centennial, this was the first time the nation’s
largest geography educational conference came to Oklahoma.
Headquartered in Washington, D.C., NCGE is the premier association
in the United States for teaching geography at the K-12 and university
levels. Approximately 700 attendees from throughout the United
States and around the world attended.
The Oklahoma Alliance for Geographic Education, an organization for
geography educators headquartered at the University of Oklahoma,
helped host the conference. The OU Department of Geography, which
has a long association with OKAGE, assisted with the conference,
supplying student volunteers and other participants.
Conference goals included promoting high-quality research in the teaching and learning of geography at the elementary, secondary
and post-secondary levels.
“Today’s complex and interdependent society has increased recognition of the vital importance of geographic literacy, which makes
research on geography education especially timely and valuable,” said Fred Shelley, chair of the Department of Geography. “We are
pleased that NCGE brought international recognition to Oklahoma for geography education.”
Ed Pugh, OU geography alumnus, spearheaded a fund-raising drive that provided conference scholarships to K-12 teachers in
Oklahoma. He helped raise nearly $50,000 for teachers to register for professional-development workshops, participate in field trips
and network with other geography educators.
A unique meteorological event, the first U.S.-China Symposium on
Meteorology—Mesoscale Meteorology and Data Assimilation will be held
Feb. 26 through 28 at the National Weather Center on the University of
Oklahoma Research Campus.
The goal of the meeting is to define the state of knowledge of the United
States and China in mesoscale meteorology and data assimilation and to
identify the upcoming challenges for the next decade. “Because of the rapid
development of China and the need for the United States to partner with
other nations, the symposium is a first step in bringing the two countries
closer together in the important area of mesoscale meteorology,” said Peter
Lamb, George Lynn Cross Research Professor of Meteorology and director of the NOAA Cooperative Institute for Mesoscale
Meteorological Studies at the OU.
Themes of the conference cover observations, theory, forecasting and simulation of mesoscale phenomena; data assimilation
techniques and mesoscale applications; and connections between mesoscale phenomena, regional climate and larger-scale
OU President David Boren originated the idea for the symposium from his interest in building cooperation and collaboration with
The next U.S.-China symposium, focusing on regional climate variability, will be held in Beijing in 2010 or 2011.
For additional information, please visit the Web site: http://www.cimms.ou.edu.
U.S-China Meteorology Symposium
National Council for Geographic Education Conference
A conference participants from the meeting pause for a photograph on the top of Mount Scott at
Wichita Mountains Wildlife Refuge in southwest Oklahoma. Photo by Glenda Sullivan.
Top: (From left to right) Yihui Ding, Peter Webster, Johnny Chan, Chris Snyder,
Rongsheng Wu, Richard Rotunno Bottom: (From left to right) Lance Bosart, Qin-Cun
Zeng, Shuyi Chen, Jiang Zhu, Robert Houze, Huizhi Liu
Observing the Sites in Oklahoma
In this and upcoming decades, global climate change is a topic that will
continue to affect the international population. Having a consistent, accurate
global thermometer is key to understanding and decision-making.
Currently, one primary means of monitoring temperature is administered
through the National Oceanic and Atmospheric Administration. Through the
work of volunteer observers, NOAA operates sites monitoring temperature
maximums and minimums, snowfall and precipitation. Sites with long
records of observations are referred to as the “historical climate network,”
better known as the HCN. Currently, observers may leave the job, resulting
in missing data for that site. They do not necessarily take measurements at the same time each day for each site, creating less
To better hone the system, NOAA has joined forces with the Center for Spatial Analysis. Both are housed on the University of
Oklahoma Research Campus, which makes collaboration feasible. CSA is using Geographic Information Systems technology to
analyze specific criteria for areas surrounding the current sites to determine the appropriateness of installing an automated site to
monitor rainfall and temperature, thereby preserving the HCN. William McPherson a CSA research associate who currently is
working on his doctorate in geography. “The automation of the HCN demonstrates what GIS can do for the atmospheric sciences,”
David John Gagne II
Double Rainbow and Roll Clouds in Lawton
Exploring Oklahoma’s Roots
Who are you, and where do you come from? While this question normally yields a
simple answer, this is the first and most important question Robert Rundstrom answers
when collecting data for his research project. Rundstrom, a professor of geography at
the University of Oklahoma, and doctoral student Joseph Swain are collecting a
mountainous database to study the people who shaped Oklahoma’s modern history and
Today, the most widely-believed historical facts about Oklahoma’s history and culture
come from the famous land rushes and lotteries beginning in April 1889; however,
many people came to Oklahoma during that time period for additional reasons.
To analyze these reasons, Rundstrom and Swain have gathered approximately 11,000 biographical records of people who migrated
to Oklahoma between the years 1890 and 1907. In this time period, racial discrimination between African Americans, American
Indians and whites was prevalent, leading to a defined difference in culture within Oklahoma. At the end of this project, Rundstrom
and Swain will have documented not only who came to each county in Oklahoma, but also the specific counties from which people
migrated. “This is the first comprehensive study of the cultural origins of Oklahoma at this scale,” Rundstrom said.
Rundstrom and Swain hope to finish this study within the next two years, thereby providing a more solid foundation and truth for
Oklahoma’s history. There are plans to write a book that will encompass their data and lead to explanations of cultural differences
“The Man of Maps,” Robert Rundstrom
The Global Historical Climate Network mean temperature stations that could be
automated in the future.
Scientists at the University of Oklahoma are again at the forefront of storm research. Three National
Weather Center scientists received a three-year grant from National Aeronautics and Space
Administration Experimental Program to Stimulate Competitive Research totaling $1.44 million to
establish the Center for Lightning Advanced Studies and Safety. The Oklahoma NASA EPSCoR/
Space Grant Program, directed by Victoria Duca-Snowden, played a pivotal role in securing the
funding for this project.
The proposal, by meteorology professor William Beasley in the School of Meteorology, research
scientist Donald MacGorman of the NOAA National Severe Storms Laboratory, and post-doctoral
research scientist Ted Mansell from the Cooperative Institute for Mesoscale Meteorological Studies,
was one of 43 proposals submitted to the NASA EPSCoR program in July.
The core mission of the CLASS is to obtain improved ground-based observations of lightning in greater numbers for comparison
with NASA satellite observations of lightning. In the near future, NASA plans to launch geo-stationary satellites, which orbit at the
same rate as the earth. These satellites will monitor one area continuously, providing a greater data sample. CLASS’s improvement
of ground-based observations will prepare for lightning observations from the new satellites.
Satellite and ground-based lightning observations are both scientifically interesting and important for improvement of numerical
models used for weather forecasts. “The more things you get right with the storm, the more chance you’ll have a better model,”
Beasley said. Better models ultimately produce better forecasts and improved weather safety.
National Weather Center Scientists' Research Is Striking the Nation
William Beasley, meteorology professor
The Atmospheric Radar Research Center, housed in the National Weather Center on the
University of Oklahoma Research Campus, is a collaborative radar research group. This
interdisciplinary center is the result of a partnership between the School of Meteorology in the
College of Atmospheric and Geographic Sciences and the School of Electrical and Computer
Engineering in the College of Engineering.
The ARRC is an example of next generation radar research. It covers a wide range of topics related to remote sensing of the
atmosphere and currently has more than $5 million in active research funding. The ARRC’s radar hardware efforts are supported by
its Radar Innovations Laboratory, which allows scientists and students to create customized hardware, end-to-end radar design, and
data collection/analysis systems. Students are an integral part of current and future research. “Our enthusiastic students keep the
projects running smoothly and are the foundation of our group,” said Bob Palmer, director of the ARRC.
Research at the ARRC includes radar system design, phased array radar, radar signal processing, observational studies, and
atmospheric quantification/validation. This research ultimately translates to better use of Doppler radar for weather observations and
to improved community safety through advanced detection algorithms for severe weather.
One focus of the ARRC is research and development of tornado detection algorithms. The TDA, currently experimental and funded
by the NOAA National Weather Service, helps improve detection with extended range and lower false alarm rates for tornadoes of
different intensities. “The improved detections can aid forecasters in issuing early tornado warnings with a high level of reliability,”
said Tian-You Yu, engineering professor.
ARRC Is on the Radar At OU
Post-doctorate, doctoral and masters’ students work in
the Radar Innovations Laboratory.
Under the Beaver's Tale 2
Dr. Aondover Tarhule joined the Department of Geography faculty at the University of Oklahoma
in October 1999. A native of Nigeria, Tarhule attended the University of Jos in central Nigeria
where he graduated with a degree in geography and was awarded the university prize as the overall
best graduating student in academic excellence, later receiving a master’s degree in
environmental resources planning. He received his doctoral degree in geography at McMaster
University in Ontario, Canada.
Given his background, it is not surprising that Tarhule’s research interests are broad, including
physical hydrology, water resources, droughts, dendrochronology (tree-ring analysis) and hydroclimatatic variability. But Tarhule
points to commonalities in his research interests. For example, he uses tree-ring analysis to investigate drought patterns. Tarhule is
trying to develop a tree-ring chronology to provide more extended rainfall records in a drought-prone region of West Africa.
Similarly, here in Oklahoma, he has developed a 300-year record of rainfall, streamflow, temperature and the Palmer Drought
Severity Index based on tree-rings for the Arbuckle Simpson aquifer.
An enthusiastic instructor, Tarhule led an initiative with several geography faculty that secured NSF funding to improve both the
laboratory facilities and physical geography educational curriculum. Tarhule was the recipient of the first ever Teaching-Scholar
initiative award for excellence for the College of Geosciences. “I like the University of Oklahoma because of the cordial working
atmosphere I have with my colleagues,” Tarhule said. ”I also appreciate the support I receive from senior colleagues both within the
Department of Geography and the College of Atmospheric and Geographic Sciences.”
Michael Richman, Edith Kinney Gaylord Presidential Professor in the School of Meteorology, came to the OU
in 1991 to work at the Cooperative Institute for Mesoscale Studies. Prior to that, he attended the State
University of New York (Plattsburgh) as an undergraduate geography major and the University of Illinois,
graduate degrees in Geography/Climate (MS) and Atmospheric Sciences (PhD). When a faculty position
opened, he joined the School of Meteorology in 1994. Over the past 13 years, he has taught eleven
undergraduate and graduate courses for the SoM, developing curriculum in meteorological statistics,
resampling methods and data mining. On the national level, Richman is a member of the American
Meteorological Society Committee on Artificial Intelligence.
A key area of Richman’s interest is applying data mining and machine learning methods to severe weather, teaming with Dr.
Theodore Trafalis (School of Industrial Engineering) and scientists from the NOAA National Severe Storms Laboratory attempting
to distinguish mesocyclones from tornadoes using methodologies that can be trained to dynamically update predictions to achieve
accuracy. Identifying interesting signals in data mining is a long-standing interest of Richman’s. He pioneered the meteorological
application of rotated principal components, applying that to document rainfall variability with SoM colleague Dr. Peter Lamb. In
addition to data mining, Richman conducts research on the climate system, satellite data retrieval, studying how students learn
statistics and detection of precursors of tornado outbreaks. Presently, he is working with Cooperative Institute for Mesoscale
Meteorological Studies scientist Dr. Chuck Doswell and a fellow SoM professor, Dr. Lance Leslie, teaming with graduate students to
build models testing the limits of predictability for tornado outbreaks. “In the next five years, I plan to follow my curiosity to invent
new methodologies to address societally important questions,” Richman said
Geese Heading for Shore
7 Staff Spotlights
Catherine Blaha, financial administrator for the Department of Geography, has worked at the
University of Oklahoma since March 1988. She received her undergraduate degree at the University
of Texas and is a member of Phi Beta Kappa. After graduation, Blaha returned to Norman to be near
her parents and grandparents. Her three children have all attended OU.
Blaha has worked in the Department of Geography since 1999 and knew she wanted to work for
geography even before she sought a position there. “I had heard from friends and other people I
worked with about how wonderful it was in geography,” she said. An OU Superior Staff Award winner, Blaha loves to come to
work every day. “Geographers look at the world though a comprehensive, multi-faceted lens,” she said. “I work with smart people
who do interesting things.”
Blaha also noted that the faculty, staff and students in the Department of Geography create a “confluence of ideas designed to
recognize patterns and solve the problems that are presented to both human and physical geographers.” Blaha loves being in the
middle of a group that puts data together in innovative ways to explore new solutions to longstanding global problems.
When asked where she sees herself in five years, she responded, “I will still be learning. I will be helping facilitate the great work we
do, and the geography faculty, staff and students five years from now will still be my family.”
Mark Laufersweiler, coordinator of departmental computing systems for the School of Meteorology, has
worked at the University of Oklahoma since June 1999. He attended the University of Kentucky for his
undergraduate degree in physics and then proceeded to Penn State University for his master’s and doctoral
degrees in meteorology. He first came to Oklahoma for his postdoctoral work, which included a month-long
field study for the Atmospheric Radiation Measurement program.
Laufersweiler decided to work at the OU because he “likes Oklahoma, the people and the landscape,” he
said. After working for the School of Meteorology for a few years, he became an adviser for the Oklahoma
Weather Laboratory, a student-led program that allows both undergraduate and graduate students to experience
and practice forecasting. He has guided OWL to the point where students now have opportunities to forecast
for events in the Norman community and surrounding areas.
Being an adviser has its challenges, Laufersweiler said. He believes it’s important to teach the students how to do the work
themselves so that they can mentor future generations of students. While participating in OWL, students must learn leadership and
teamwork. Laufersweiler spends a lot of time making sure his students excel at both.
When asked where he sees himself in five years, he responded, “I would like to get into a teaching role again. I would like to teach a
computer application course where students can learn important analysis and visualization techniques for meteorological data.”
Matthew Kumjian, a second-year meteorology master’s student at the University of Oklahoma, is into storms. In
fact, he uses dual-polarization radar to analyze the detailed conditions inside tornadic storms.
These detailed conditions, called microphysics, are the physical processes of precipitation, such as snow, rain and
hail. Kimjian is researching the interactions of these processes within storms to learn, ultimately, if they have
influence on the intensity and evolution of the storm.
Kimjian uses the National Severe Storms Laboratory KOUN dual-polarization radar for his research. The KOUN
radar transmits both horizontally and vertically polarized radio wave pulses, which provides a more diverse
selection of data.
The KOUN radar also makes it possible to distinguish clutter from radar data. For example, KOUN can show the difference between
birds, bugs, ground clutter and the actual precipitation scientists want to observe such as rain and hail.
Studying the microphysics of tornadic storms has the potential to assist forecasting operations in the future. For example, there is a
chance to discriminate between storms that produce tornadoes, or supercells, and those that cannot. Another important benefit of
studying microphyiscs is improvement of storm models, represented by computerized mathematical equations used to simulate and
predict real weather events and processes.
Kimjian feels his experience at the School of Meteorology, located on OU’s Research Campus in the National Weather Center, has
been special. “I have the opportunity to work in a facility that houses operational meteorologists, research scientists and faculty who
are an endless source of knowledge,” Kumjian said. “As a student, you can interactions here that you can’t get anywhere else in the
Chie Sakakibara is not your typical student. She’s from Japan, considers Oklahoma her home and
travels to Alaska on a regular basis to live with and research the Iñupiat people. Sakakibara is a
doctoral student in University of Oklahoma Geography Department whose primary focus is
Native American studies. She became fascinated with the topic while watching “Dances With
Wolves,” a movie depicting the friendship of a U.S. lieutenant and a Native American tribe. She
saw a similarity in the appearance of the Native Americans depicted in the film and the Japanese
people. She wondered if they had descended from the same location, found that they both
originally came from northern Asia, and decided to pursue her interest.
The first step Sakakibara took to further her interest was writing to Michael Blake, the screenplay writer of “Dances with Wolves.”
She expressed her interests, and Blake suggested she come to the United States and research Native American cultures. This action
started her on her path to OU.
Sakakibara began her work at OU in 1998 in the Native American Studies Program, where she earned her bachelor’s degree, and she
received her master’s degree in art history in 2002. She chose geography for her doctoral degree to further her research under Robert
Rundstrom. The focus of Sakakibara’s dissertation is how climate change affects the Iñupiat people’s relationships with animals,
especially with bowhead whales in the Arctic. The whale is basis of Iñupiat cultural identity, and climate change has forced the
people to retain their emotional kinship with the whale through new alternate means.
Sakakibara plans to continue her research and put more emphasis on Native Americans in Oklahoma. She will lecture in the Native
American Studies Program in the spring 2008 semester.
9 Alumni Spotlights
James Davis, who received his bachelor’s degree in geography in 1975 and his master’s degree in public
administration in 1979 from the University of Oklahoma, has had many accomplishments with his successful
career, thriving personal life and active involvement at OU.
Davis currently is an information technology life cycle management specialist for the chief information officer of
defense information systems agency computing services directorate. His career in information technology began
in automated data processing at Tinker Air Force Base in 1976. Since that time, he has witnessed information
technology become the “fulcrum for global change that rivals the agricultural revolution that occurred many
millennia ago, and the industrial revolution that occurred in the 19th
century,” he said.
Davis feels that an OU education prepared him for professional advancement as well as a rich life experience. He met his wife,
Connie Smith, while at OU, and has continued to remain active in campus life. It was while he was at OU that he “learned to learn,”
he said. He also learned to understand diversity and that life is more than work. He thanks his wife, Marvin Baker (retired
geography professor), Richard Nostrand (retired geography professor), and John Snow (current dean of the College of Atmospheric
and Geographic Sciences) for their support and generosity in keeping him a part of the university.
Davis credits OU for much of the accomplishments and experiences in his life, but he has truly given back as much or more to the
university. Throughout the years, he has served as a member of the Board of Visitors for Geography, as well as a member and former
chairman for the former College of Geosciences Board of Visitors. He is a President’s Associate, was the alumni representative at
the College of Atmospheric and Geographic Sciences convocation in 2007 and is often involved in projects at the request of Dean
Snow and Fred Shelley, chair of the Department of Geography. You may have seen Davis around Norman or campus and not even
realized it at the time. In addition to a thriving career and involvement at OU, he is a musician in the rock n’ roll band, Midlife
Crysis. His enthusiasm for life and dedication to OU is inspiring to many.
Jenny Sun is a research scientist at the National Center for Atmospheric Research and lives in
Boulder, Colo. Sun received her doctorate in meteorology at the University of Oklahoma in 1992.
Over the past 15 years, she has made significant contributions to the field of meteorology in the area
of data assimilation, especially using radar data to improve the prediction of thunderstorms. Her
doctoral work at OU was funded by NCAR, and she has worked there ever since. “I love working on
thunderstorm prediction because it still is such an emerging science,” Sun said. “There is such great
promise for the future of numerical weather prediction.”
Sun loves the challenge that nature provides an atmospheric scientist, and she loves both the science and art of doing research. “I
became more and more humbled after the years of being a scientist,” she said. “I learned that the nature we are studying has a great
Sun remembers her doctoral adviser Douglas Lilly and her other mentors fondly. “The professors taught me not only the subject
matter in meteorology but also how to be a good scientist. Dr. Lilly's enthusiasm and earnestness in research really affected my
career in a positive way. The professors taught me how to be an independent thinker.”
She keeps close tabs on the exciting developments in the college. “I have visited the School of Meteorology several times since my
graduation. I pay close attention to what is going on in the School of Meteorology and have had collaborative research with a few
professors,” she said. When Sun returns to Boulder, she always remembers how much she misses her colleagues in Norman. “I miss
the friendship among the graduate students in the school. Although we were from different cultural backgrounds, the students always
treated each other with acceptance, friendliness and respect.”
Weather Sphere: a New Brand for the Weather Programs Central to Oklahoma
The University of Oklahoma Weather and Climate Programs, the National Oceanic and
Atmospheric Administration Weather Partners in Norman and various private weather
companies in Oklahoma have launched the Weather Sphere- a new brand for the
collaborative weather partnership centered in Oklahoma.
The brand launch is planned for the annual American Meteorological Annual meeting, held in
New Orleans, at the end of January 2008. A reception with a business focus will take place at
the Harrah’s Hotel to introduce the Weather Sphere message.
The Weather Sphere brand, funded by the Oklahoma Department of Commerce, denotes the
collaborative partnership growing in Oklahoma with the shared goal of becoming the international leader in weather education and
training, research and development, and operations and services. It brings together more than 35 weather-related university, federal,
state and private industry organizations. To achieve leadership in education, research and operations, each organization interacts
formally and/or informally with the others to create and sustain mutually beneficial relationships.
Coordination activities are centered in Norman, Oklahoma where OU, NOAA and various private-industry organizations are located
on the university Research Campus. The Weather Sphere collaborative partnership is expanding to include national and international
Research Computing Services: The Technologically Inclined
RCS provides technology services and support to the College of Atmospheric and Geographic Sciences,
National Weather Center and other organizations on the University of Oklahoma Research Campus. There
currently are two multimedia computer labs available to students, one in Sarkeys Energy Center, the other
in the National Weather Center. Please visit the RCS website for detailed information. http://rcs.ou.edu/
If you need technical support, please visit http://support.rcs.ou.edu/
Sarkeys Room 543
3 Dell PCs, HP DesignJet poster printer, Camcorders and
laptops to check out
Major Renovation planned by Summer 2008
National Weather Center Room 4803
7 Dell PCs, HP DesignJet poster printer,
Scanner, digital video production, camcorders
and laptops to check out
Contributors to the Weather Sphere Project
-Atmospheric Radar Research Center
-Center for Analysis and Prediction of Storms
-Center for Natural Hazards and Disaster
-Center for Spatial Analysis
-College of Atmospheric and Geographic
-College of Engineering – Electrical and
-Cooperative Institute for Mesoscale
-Department of Geography
-NASA Space Grant
-Oklahoma Alliance for Geographic Education
-Oklahoma Climatological Survey
-Oklahoma Supercomputing Center for
Education & Research
- Oklahoma Wind Power Initiative
-School of Meteorology
-NOAA National Severe Storms Laboratory
-NOAA National Weather Service
-NOAA Radar Operations Center
-NOAA Storm Prediction Center
-NOAA Warning Decision Training Branch
-Atmospheric and Environmental Research,
-Atmospheric Information Systems
-Atmospheric Technology Services Company
-Basic Commerce Industries, Inc.
-Weather Decision Technologies
-Oklahoma Climatological Survey
-Oklahoma Department of Commerce
-Norman Economic Development Coalition
11 Development Corner
Give a Targeted Gift and Make a Real Difference!
The College of Atmospheric and Geographic Sciences, formed on Jan. 1, 2006, has had a productive and successful year in 2007.
Both the School of Meteorology and Department of Geography continue to be national leaders, competing well with peer schools
for top students and faculty. The goal of the university, shared by its alumni, is to see our academic continue among the elite pro-
grams in the world. To achieve this goal, we ask you to consider supporting a specific college and school/department need with a
gift of any amount and make a real difference in the lives of current and future students in the OU College of Atmospheric and
Geographic Sciences. Below are examples of the needs at the College and School/Department. Gifts can be targeted to any of the
areas below or to an area of your choice.
College of Atmospheric and Geographic Sciences
-Student travel for professional meetings and field work, research, computing and other laboratories, and awards programs.
-Materials for the National Weather Center Library
-Publications: Brochures, Newsletters, Student Recruitment Materials
-Undergraduate Scholarship and Graduate Fellowship Fund
-Naming opportunities within the National Weather Center, such as courtyards, patios, suites, offices, classrooms and the library
-Endowed Scholarships or Fellowships, Faculty Professorships and Faculty Chairs.
For additional opportunities and more details, please see http://ags.ou.edu/donors_college.php
Department of Geography
-Student travel and events
Geography Club, http://www.geographyclub.org/
Association of Geography Graduate Students
-Student Award Programs
-Student Research Support
-Undergraduate Scholarship and Graduate Fellowship Fund
-Endowed Scholarships or Fellowships, Faculty Professorships and Faculty Chairs
School of Meteorology
-Student travel and awards programs
-Classroom computing, field equipment and laboratory instrumentation.
-Support for mentoring and tutoring programs
OUSCAMS (OU Student Chapter of the American Meteorological Society), http://weather.ou.edu/~ouscams/
Oklahoma Weather Laboratory (OWL), http://weather.ou.edu/owl/
-Mobile Teaching Radar Truck (TUTOR)
-MSPM, M.S. in Professional Meteorology Program Fellowships
-Undergraduate Scholarship and Graduate Fellowship Fund
-Endowed Scholarships or Fellowships, Faculty Professorships and Faculty Chairs.
For additional opportunities and more details, please visit us at http://ags.ou.edu/donors_college.php
For more information on giving to any of these opportunities, contact:
John Snow, Dean, College of Atmospheric and Geographic Sciences, firstname.lastname@example.org, (405) 325-3095
Fred Carr, Director of the School of Meteorology, email@example.com, (405) 325-6561
Fred Shelley, Chair of the Department of Geography, firstname.lastname@example.org, (405) 325-5325
Joanna Robinson, Director of Development, email@example.com, (405) 325-1869
We want to hear from you! Send us your latest activities and accomplishments!
Please clip and return the form below to:
University of Oklahoma
College of Atmospheric and Geographic Sciences
National Weather Center
120 David L. Boren Blvd.
Norman, OK 73072-7303
You can also e-mail your update to firstname.lastname@example.org
Name: Class year:
Home Address: Major:
Home Phone: Business Phone:
Business Name and your title: