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UTAH STATE UNIVERSITY

- COLLEGE OF SCIENCE

When students and faculty learn together ... discovery follows.

SUMMER

2007

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Biology Chemistryand Biochemistry ComputerScience Geology Mathematicsand Statistics Physics

FROM

THE

DEAN'S OFFICE Parents and prospective students often ask whether USU, as a PhD-granting research institution, acknowledges and values undergraduate education. In reply, we.point out that our faculty are dedicated teachers as well as researchers and that three of our six departments in the College of Science have, to date, been recognized with the university's Dean Don Fiesinger Departmental Teaching Excellence awards. In addition, the College of Science has placed considerable emphasis on involving undergraduates in our research endeavors. This is reflected in our college motto: "When studentsand faculty learn together... ,

Inside

Insights

From the Dean's Office .................. ..................................... 2 Undergrad Research Near-Sighted Tarzan Algorithm ........................................ 3 Lessons from Icarus .................................................... ..... 4 Understanding

Obesity ............. ....................................... 5

Goldwater Scholars ............................................... ............. 6 Tracking Space Invaders ....................................... ............. 7 Shortness of Breath ................................ ............................ 8

discoveryfollows."

Toward Fewer Bad Air Days ........................ ....................... 9

Note that the motto does not differentiate who these students are. We are committed to engaging students at all levels because we feel strongly that this is an essential part of their education and training as Science majors.

Evolution of Mississippi River ......................................... 11

Discovery in the Dark ........................... ....................... ..... 10

Within this current issue of Insights,we are highlighting the research efforts of our students and faculty and you will note that many of the students featured are undergraduates. From the Dean's office alone, we disperse nearly $100,000 each year in support of undergraduate research. For example, we offer College of Science Mini-grants of $1,000 for small, semester-long projects, and Willard L. Eccles Undergraduate Research Fellowships of $7,500 for year-long projects under the supervision of a faculty mentor. As many as 18 mini-grants and ten Eccles fellowships are awarded each year, with three mini-grants and at least one fellowship committed to majors in each of our six departments in the College. You will find mention of this support in various articles within this issue. This will be my last contribution to Insightsas Dean. Later this summer I will return to the Geology Department and resume teaching in the fall. I would like to take this opportunity to thank you, our alumni and other friends of the College of Science, for your continued support of our students, faculty, and academic programs. Our success is a reflection of your commitment to Utah State University. I anticipate even greater accomplishments among our students and faculty as we proceed under the strong leadership of our new dean, Dr. Mary Hubbard.Dr. Hubbard will leave her position as head of the Geology Department at Kansas State University and begin her duties as dean of the College of Science in July. Please give her a warm Aggie welcome.

"The Premed Advisor Will See You Now" ....................... 12 First Undergrad Research Fellows Graduate ................. 13 Join USU's 2007 Summer Literature Experience ........... 13 Inaugural Professors ................. ............................ ........... 14 College of Science Scholars 2006-07 .............................. 18 Chemical Reaction ....................................... ..................... 21 USU Embarks on NASA Study of Mesosphere .............. 22 The 'Green Beam' Gets an Upgrade ............................... 23 Student Space Research Team has New Name, New Challenges .............................. ................................ 24 Christmas in July ...................................... ................... ..... 24 Alumni Highlights ..................... ............ ............................ 25 USU Names New College of Science Dean .................... 26 Faculty Awards and Recognition ...................... ............... 27 USU Administers

Hach Scientific Foundation

Scholarships ....................................... ..................... ........ 27 Giving Back ......................................... ....................... ....... 28 Transitions .......... .................... ........................................... 30 Keeping in Touch .................. ......... ..................... ............... 31 Alumnet .................. ........................................................... 32 On the cover: Undergraduate Research Fellow Arthur Mahoney poses in front of a rack of computers. Just midway through his undergraduate career, Mahoney has been named a Goldwater Scholar, a Governor's Scholar and has presented his research at a professional meeting . He is the recipient of a 2007-08 Willard L. Eccles Undergraduate Fellowship.

Sincerely,

Cover photo b y Donna Barry. Cover design by Megan Hemm ert.

COLLEGE OF SCIENCE

INSIGHTS

UNDERGRAD

RESEARCH

......................................................................................... USU

MENTORS

GENERATION

OF SCIENTISTS

Among the path planning algorithms proposed for use in ANS is a relatively new sampling-based method called Rapidlyexploring Random Leafy Tree. "RRLT has some advantages over older methods but it still has constraints, " says Watson, associate professor in USU's Computer Science Department. "There are characteristics of the RRLT approach that don't lend themselves well to a distributed approach - that is, having many agents working together to solve a problem ." A possible solution?

Near-Sighted

Tarzan Algorithm

Student Computer Scientist and Mentor Seek Streamlined Network Communication

f ~ou can't see_th~ jungle for the vines, take a lesson from Tarzan - JUStstart swmgmg.

ls it the most thorough approach to path planning? Maybe not. But if you know the general direction you're heading, grabbing the nearest vine might get you in touch with Jane, Boy and Cheetah more quickly than stopping to ask for directions. That's the gist of an algorithm Computer Science undergraduate Arthur Mahoney is developing with faculty mentor Dan Watson. The two computer scientists are seeking a method to improve communications among agents - such as robots or a collection of processors - operating in a large network.

"Art (Mahoney) has taken the idea of RRLT and tried to come up with a way to randomly sample points in the domain - that is, randomly sample different vines in the jungle and add new vines until agents are found, " he says. "He calls this method 'The Nearsighted Tarzan Algorithm."' With just one year of college behind him, Mahoney, an Undergraduate Research Fellow in computer science, presented his and Watson's findings last summer at the 2006 International Conference on Parallel and Distributed Processing, Techniques and Applications in Las Vegas. "We got really good feedback," says Mahoney. "It was a great experience." "Conferences are a wonderful way to have your results reviewed by peers and get new ideas," says Watson. "One of the nice things is that our work will be read by other researchers in this field of study." Working on your own research project is much more meaningful than learning facts in the classroom, says Mahoney. "With my research

"Our focus is on communications in Altruistically Negotiating Systems or 'ANS,"' says Mahoney, who graduated from Utah's Logan High School in 2005. ANS, he says, feature a collection of agents with diverse responsibilities that behave in a manner in the best interest of the entire team. Sounds like a coach or military commander 's dream team, right? Well, yes, says Mahoney, but imagine that each visually challenged team member is working in a vast, fast-changing environment filled with hostile obstacles and doesn't even know if the other members exist. How do team members communicate with each other? One of the most common forms of ANS is Unmanned Autonomous Vehicle systems, which extend the reach of humans into dangerous environments and are increasingly used in industrial and military applications. "With UAVs, you have a group of robots equipped only with line-of-sight radio communications," says Mahoney. "Those communications are frequently interrupted by physical obstacles."

Computer science Undergraduate Research Fellow Art Mahoney , right , with faculty mentor, Dan Watson.

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I've been forced to solve or work around problems that I would have never dealt with in class- and that's real computer science." Mahoney, who was recently named a 2007 Goldwater Scholar, is a 2006-07 Governor's Scholar, and a 2007-08 recipient of a Willard L. Eccles Undergraduate Fellowship, also thinks research makes learning more enjoyable. "Programming for a professor's homework assignments during the wee hours of the morning is tedious, stressful and bothersome - but programming for research during the wee hours is fun," he says. "Arr quickly learned the protocol for tapping into the university's undergraduate research opportunities and hit the ground running with this project," says Watson. "For students with initiative, there's a path for exciting hands-on learning at USU. There's definitely a path."

Lessons from Icarus Undergrad physicist tests limits of spacebound materials

will be exposed to temperatures in excess of 1,400 K (1,700 degrees C or 3,400 degrees F), along with large fluxes of light and charged particles from solar wind. "NASA is trying to determine what materials could survive such a mission," says Albretsen, an Undergraduate Research Fellow who is completing her second year at Utah State. She was recently named a 2007 Goldwater Scholar and a 2006-07 Governor's Scholar. Working with mentors J.R. Dennison, Physics Department professor, and graduate student Ryan Hoffmann in USU's Materials Physics group, Albretsen subjects insulating ceramic materials, including aluminum oxide, barium zirconium phosphate and polyboron nitrate, to specific frequencies of light and measures the resultant current from electrons emitted by each material. "We place samples in a vacuum chamber," she says, indicating a large, round device that looks like a deep sea diving bell. "When light interacts with a surface, its energy is transmitted to embedded electrons. Often this forces the electrons out of the material, causing it to become charged. "

hen Daedalus constructed wings for himself and son Icarus to make their daring escape, his choice of materials was limited. And he knew the inherent risks of flying an apparatus crafted with wax too close to the sun.

In addition to the Solar Probe, which Hoffmann says resembles "a giant flying ice cream cone," the research trio and colleagues are investigating materials to construct NASA's James Webb Telescope, planned successor to the Hubble.

Physics undergraduate Jennifer Albretsen has a much broader and sophisticated range of materials to choose from for NASA's planned Solar Probe satellite, bur her concern still centers on the impact of solar radiation. And whereas Daedalus was preparing for low altitude flight and a comparatively short hop from Crete to Sicily, the Solar Probe is expected to travel within three solar radii (3 RS) of the sun's surface. In the course of its journey, the satellite

A Wisconsin native, Albretsen , a National Merit Scholar, USU Presidential Scholar and Honors Fellow, chose Utah State because "I felt welcome, not like a number." "USU was small enough that I felt like I would receive personalized attention, yet large enough to provide interesting research opportunities, " she says. Albrersen is enthusiastic about rhe projects that have come her way. "First of all, research is fun - it's a different experience from sitting in a classroom," she says. "You get a deeper understanding than from reading a textbook or doing homework. " Dennison concurs. "Undergraduate research is incredibly valuable because it gives students a chance to see what they can accomplish with what they learn from books, " he says. "C lasses are essential, but what makes science science is the thought process that goes with testing a hypothe sis. You have to figure our what you don 't know. There's no substirure for getting in the lab and making a lot of mistakes. "

As a graduate mentor , Hoffmann Physics Undergraduate Research Fellow Jennifer Albretsen , le~, with graduate student mentor Ryan Hoffmann , center, and faculty mentor J.R. Dennison , right, beside a vacuum chamber used to test spacebound materials.

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also sees the value of undergraduate research. "Unlike many colleges, USU

offers many hands-on learning opportunities ," he says. "Not being involved in research is like going to a lecture about flying a plane without ever getting to pilot it. " He adds that as undergrads are added to the research group , he benefits from the teaching experiences. "For me, bringing new scientists up to speed makes the whole process much clearer in my mind, " he says. "Going back and explaining the basics keeps me focused on the big picture and helps me avoid getting caught up in details." Dennison says pairing undergrads with graduate students, as well as faculty mentors, provides the former with a valuable orientation for graduate school. "From the start of their college years, students are introduced to the opportunities offered beyond undergraduate study."

Understanding Obesity USU Undergrad Partners with USTAR Researcher to Explore Molecular Processes Biology undergrad researcher Andrew Burgan , right , with mentors USTAR professor David York, left , Biology undergraduate Andrew Burgon tells and research associate professor MieJung Park. family and friends his faculty mentor David Yorkis to obesity research what director Steven Spielberg is to The team's study shows that enterostatin regulates dietary filmmaking. fat intake by inhibiting the release of a protein that slows an organism's appetite for fat. 'Tm incredibly fortunate to be working with someone of his stature ," says Burgan, a native of Utah's Cache Valley. "Not only "This is cutting-edge research," says Burgan. "We're literally is he a great thinker, but he takes the time to involve me in every discovering molecular processes. We're part of discoveries that aspect of the experimental process." have implications for controlling obesity, cardiovascular disease, Alzheimer's disease - discoveries that could be society-changing." Burgan, who hopes to enter medical or dental school, sought research opportunities through his advisor, who directed him to York. At each step of the project, says Burgan, York and Park have taught him various experimental processes and techniques and then "My first task was helping Dr. York unpack boxes and set up his allowed him to run the experiment. lab," says Burgan. "They're so proactive about promoting undergraduate research," Formerly with Louisiana State University's renowned Pennington he says of his mentors . "Ir's really cool to have these hands-on Biomedical Research Center, York joined USU in 2006 as one experiences and be a part of an important project. " of the first researchers recruited through the Utah Science, Technology and Research (USTAR) Initiative. He's director of Over the course of the study, Burgan has been introduced to phase USU's nascent Center for Advanced Nutrition, which is focused contrast and fluorescence microscopy used in conjunction with on exploring the impact of nutrition on such 21st century plagues immunohistochemisrry. as obesity, Type 2 diabetes and cardiovascular disease. "Participating in research gives students a totally different Burgan , York and research assistant professor MieJung Park, perspective on the information they're learning in class," says York. are investigating a powerful peptide called enterostatin that is "In science, we don 't deal with absolute truths. Working in the produced in the brain, pancreas and gastrointestinal tract in lab helps students appreciate the amount of effort, along with the response to the ingestion of fat. sophisticated techniques and methods, needed to reach scientific conclusions. " "The research team is using microarray genomic approaches to identify genes that are regulated and functional pathways affected Park says students involved in research glean important insights by enterostatin ," says Burgan . and learn to work collaboratively. "Students gain greater

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enthu siasm for th eir studi es when they have opportuni ties to work alongside scientists," she says. Along with York and Park, Burgon hop es to publi sh the results of their stud y and present the research at an upcomin g professional meetin g. "T his would be an extraordinar y opportuni ty for me as an und ergrad," says Burgon . 'T m learnin g so mu ch . Plus, it will look really good on my application when I'm ready to apply for professional school." Before selecting Utah State as his college destination, Burgon considered another school that touted teachin g over research. "Because they are a non-r esearch instituti on, they claimed I would receive more attention from professors whose only respon sibility was teachin g," he says. "Bur I can't imagine a settin g where I'd receive more personalized learning than USU. I would have missed so mu ch ifI hadn't ventur ed outside the classroom and into the lab." H ands-on research offers lessons that can't be learn ed from a textbook, says Burgon. "Dr. York and Dr . Park have taught me how to app roach p roblems, design experim ents and the tools to pur sue answers," he says. "It's a privilege, for sure. " â–

TWO AGGIES NAMED GOLDWATER SCHOLARS, THIRD RECEIVES HONORABLE MENTION College of Science students Jennifer Albretsenand Arthur Mahoney were named 2007 Goldwater Scholars by the Barry M. Goldwater Scholarship and Excellence in Education Foundation. Student Jodie Tvedtnes was awarded an honorable mention in the prestigious competition. Albretsen and Mahoney are featured in the "Undergrad Research" article in this issue of /mights. Both were named 2006-07 Governor's Scholars by Gov.Jon Huntsman, Jr. in November 2006. Tvedmes, who earned an associate's degree from Salt Lake Community College, entered USU after receiving a Presidential Transfer Scholarship. She started her academic career in classics but switched her major to physics with minors in math and classics.

Tvedcnes,who

CREATIVE SCIENCE USU undergraduate

STEVE HART is a explor -

ing a quantum-based conductivity"

theory known as "hopping

alongside

his USU physics faculty

mentor J.R. DENNISON. Hopping conductivity is an idea originally

developed

to describe

the electrical behavior of semiconductors

when

subjected to electrical fields. Hart is applying the theory to a polymer

known as Hytrel. A highly

insulating

Hytrel is among the choices

material,

under consideration

for use on NASA 's planned

James Webb Space Telescope , expected succes sor to the Hubble.

Hart says he is grateful for the opportunity pursue what he calls "creative

science ."

"Much of the research in our country is needdriven, deadline -driven and the focus is on applied science and technology "But a lot of important

transfer ;' he says .

discoveries

have resulted

servesas president of USU's Society for PhysicsStudents chapter,presented the researchposter, "Comparison of Satelliteand Ground-Based Data on PolarMesosphericJennifer Albretsen, center, and Art Mahoney, right, were Clouds" at the named 2007 Goldwater Scholars. Jodie Tvedtnes, left, received an Honorable Mention.

society's2006 Four Cornersmeeting. Her futureplans include earninga doctorate in atmosphericphysicsand pursuingfurtherstudy of upper atmosphericphenomena,particularlyin the mesosphericregion. This year,317 GoldwaterScholarswere selected nationwide from a field of 1,110 mathematics,science and engineering students nominated by the facultiesof their institutions. Twenty-eightof this year'sawardrecipientsare math majors, 223 are science majors,54 are majoringin engineeringand 12 are computerscience majors. Past USU Goldwater Scholar honorees include Logan McKenna, electrical engineering; Heidi Wheelwright Johnson, physics and Keith Warnick(Honorable Mention), physics in 2006; StephanieJ. Chambers,biology and David Hatch, physics in 2004; Jamie B. Jorgensen, physics in 2002; Lara B. Anderson, physics in 2001 and Jeff Jacobs, mechanical engineering in 1998.

from tinkering . When you 're allowed the freedom and support to be creative , you sometimes

dis -

cover things that you m ight otherw ise miss: '

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The Goldwater Scholar program was established by Congress in 1986 to foster academic excellence in science and mathematics in United States' universities. â–

TRACKING STATISTICIAN

MEVIN INVASIVE

SPACE HOOTEN

EXPLORES

SPECIES,

uring a virulent outbreak of cholera in mid-19th century London , physician John Snow doggedly went from door to door interviewing families of victims and piecing together evidence of disease transmission through contaminated water systems. With his collected data, Snow made a spot map that revealed the spatial distribution of cholera deaths - most clustered around a water pump in Soho's Broad Street.

INVADERS DYNAMICS

EPIDEMICS

In a study funded by the National Science Foundation and the U.S. Geological Survey, Hooten and co-investigators Christopher Wikle of the University of Missouri-Columbia and USGS scientists Robert Dorazio and Andrew Royle used a hierarchical Bayesian framework to explore the march of the Eurasian Collared-Dove (ECO) westward from Florida , its probable point of entry . The innocuous-looking gray bird, with a black half-collar at its nape , is now at mid-invasion, says Hooten. "ECO is a prolific species and may pose a threat to native ecosystems. We predict the bird will colonize the entire United States witl1in a few decades. " He notes that the dove is even taking up residence in USU 's community. "Based on model predictions, we are on the cusp of a very rapid period of ECO population growth here in Logan. "

Statistician Mevin Hooten

Snow's ideas were largely dismissed by the medical establishment of the time, which was mostly ignorant of microbiology and stubbornly clung to miasma theory. But his work paved the way for modern epidemiology and use of spatial and spatio-temporal statistics to test dispersal theories of natural phenomena . "These fields have burgeoned over the last few decades, " says USU statistician Mevin Hooten, who uses hierarchical models to determine how invasive species and diseases spread and change over time and space. While knowledge of germ theory and the sophistication of tools for statistical analysis have grown markedly , he says, the threat of modern pandemics - bird Bu, SARS - and the unknown consequences of invasive species foster as much fear and uncertainty as plagues of yore.

For Hooten and crew, the dove, disparaged by birders with such unflattering names as "scuzdove" and "Eurotrash," offered a ready opportunity for testing the efficacy of their modeling methods. "Large scale ecological datasets that provide quantitative population information are rare," he says. "Fortunately, the longterm monitoring efforts of the North American Breeding Bird Survey provided us with invasive species data to fuel our research. " The advantage of his team's method over other invasive species models, says Hooten, is its simplicity and flexibility. "It accommodates uncertainty and also provides tangible graphical and numerical output ," he says. "Ecologists and resource managers can use the results to understand ecological processes and make decisions. " â–

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A forest ecologist by education and experience , Hooten, along with colleagues, recently applied emerging modeling methods to an invasive bird species gaining a foothold in North America. The team's research was highlighted in "HierarchicalSpatiotemporal Matrix Modelsfor CharacterizingInvasions," in the June 2007 issue of Biometrics. "The survival, interaction and spread of species are key elements of ecology," says Hooten , who joined USU 's Department of Mathematics and Statistics as an assistant professor in 2006 . "The statistics community has developed models to determine the abundance of species but we need better tools for understanding the actual population size of different species - particularly, invasive species."

1985

1990

1995

2DOO

2005

2010

2015

2020

The first , red wave indicates the growth of ECO population in Florida . The second , black wave predicts ECO population growth in Logan, Utah.

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SHORTNESS STUDENT

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BREATH BETWEEN

AIR

QUALITY,

ASTHMA

his past spring semester, USU premedical, predental and prepharmacy students returned to grade school, with their sights se-ton getting into grad school. Forty Aggies assisted the Bear River Health Department and the University of Utah with a study aimed at determining whether short-term exposure to air pollution has a negative effect on the lung capacity of children, especially those with asthma. The study, which began January 8 and concluded March 8, was conducted with youngsters at North Logan's Greenville Elementary School. A Greenville Elementary student exhales into a spirometer. Photo by Eli Lucero, courtesy ofThe Herald Journal .

Clayton Cook, a sophomore predental student majoring in biology, said the study fulfills the requirement for students going into medical fields to participate in hypothesis-based research, bur it is more fun than some of the other options.

"Instead of going and working with some inanimate object, you're working with kids, you're working with people and that's what I enjoy," Cook said. Using a device called a spirometer, which measures the air volume a person exhales, the USU student researchers examined whether short-term exposure to Cache Valley's notoriously dirty winter air had an impact on the lung capacity of 100 third-, fourth- and fifth-graders. The children were required to blow hard and fast for six seconds into the tube-like instrument on test days before and after recess. The spirometer measured their lungs' forced vital capacity, and results were transferred to a computer and charred into graphs. Cook said the purpose of the study is to determine whether the kids are being harmed by the air. "We're not hoping there are bad effects. We just want to see what the effects are. If we're just sending chem out every day and it's affecting them adversely then we're at fault," he said. Cook, who said even he has trouble blowing into the device for a full six seconds, said though the results aren't complete, there is a noticeable difference in some of the children. "You can definitely tell the difference between those kids that do

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have asthma and those kids that don't," Cook said. "Bur whether chat's because of the air quality, we don't know yet." Joseph Whitehead, a junior predental student majoring in biochemistry, said even though the study isn't directly related to dentistry, he believes his participation in it will help him get into dental school and later help him work with patients.

"This internship for me has been a good opportunity," said Whitehead. "It's the first time I've had any sort of patient exposure. We're always cracking jokes with the kids, ceasing them. I chink that exposure will help." Lane Severe, a junior predental student majoring in finance, said he also thinks the interaction with kids will help him lacer in his career. He said at first the children were timid but warmed up to the USU students once they began to get used to them and understand the study. Severe said, in dentistry, it's especially important to learn how to talk to kids in order to make them calm and comfortable .

"I've watched a few dentists and, you know kids get squirming around all over, and then you have to put a sharp thing in their mouth," he said. Severe said the research doesn't have to be related to dentistry to help him. He and his classmates have been able to interact with each other and with the children. He said because they're dealing with children, the students had to undergo fingerprinting and a background check in order to participate in the study.

TOWARD FEWER BAD AIR DAYS INVESTIGATINGTHECHEMISTRYOF POLLUTION USU analytical chemist Phil Silva is investigating the chemistry behind Cache Valley's problem air. The main source of the pollution, he says, comes out of the tailpipes of cars and cows. "Ammonium nitrate accounts for about 50 to 70 percent of northern Utah's air pollution," says Silva, an assistant professor in the Department of Chemistry and Biochemistry. "Ammonia is a byproduct of livestock waste. During inversions, our snow-covered valley allows ammonia to accumulate, which reacts with vehicle exhaust to form tiny ammonium nitrate particles."

Chemist Phil Silva

The unique landscape of Cache Valley, home of Utah State, makes it an enchanting place to live, study, work and play. Yet the encircling majestic peaks, the pastoral scenes of grazing cattle and the snowy winters are the very factors that contribute to one of the area's not-so-attractive qualities: hazy winter air pollution. During cold months, Logan and surrounding communities experience periods of air pollution caused by "inversions" or altitudinal increases in temperature. Stagnant high pressure systems trap cold air beneath warm air in bowl-shaped Cache Valley, which prevents pollutants from escaping.

"Most graduate schools are looking for anything that will set you apart from the next student, " he said. Physician Ed Redd, BRHD medical director, who is overseeing the study, praised the USU students, calling them "fantastic" and "dedicated." He said he believes their assistance in the study will help many of them get into graduate school. Overall, he said he has confidence in the USU students' understanding of the study and use of the spirometer, even though it's a "complicated piece of equipment ."

A rapidly expanding metropolitan region, Cache Valley has more than 85,000 registered vehicles and provides a busy travel corridor for freight and tourist traffic berween the southwestern U.S. and Rocky Mountain recreational areas. The area's robust dairy and meat industries boast upwards of75,000 head of cattle, 13,000 hogs and 4,000 sheep. In recent winters, Cache Valley has racked up unhealthy readings for PM2.5; that is, particles less than 1/40 the diameter of a human hair. Such readings are worrisome because the minute particles settle deep in the lungs and can cause health problems, says Silva, who serves as an advisor to the Bear River Health Department and the State of Utah's Division of Air Quality. Understanding the source of pollution, he says, is the first step toward formulating solutions. "Once we understand the causes, we can implement policies and provide information to the public so that everyone can do their part to lower pollution." â–

"He's teaching us a lot of the chemistry behind the inversion that happens in Cache Valley," Whitehead said. "The knowledge of that has been really cool, taking the things we learn about in class and applying them in real life." â–

-by Jen Beasley, USUjunior print journalism major This articleappearedin the February28, 2007 issueofThe Utah Statesmanand is reprintedwith permission.

"They 're bright kids, and they know what they're doing," said Redd. "I've trained them. I've watched them do ic." Whitehead said one of the rewarding aspects of the internship has been working with Redd and learning about particulate matter in Cache Valley air.

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DISCOVERY GEOLOGY BROWNING

DEPARTMENT FOUNDATION

IN OPENS FUNDS

n his writings and speeches, the late Kermit Hall, USU president from 2001-04, often referred to the distinct benchmark left by ancient Lake Bonneville char edges Utah State University's Logan campus. He used the landmark as a metaphor to describe-the university's strong foundation, crafted by efforrs of pioneering visionaries, and the institution's aspirations for continually higher standards of excellence. With the opening of the new USU Luminescence Laboratory on North Logan's Innovation Campus (formerly known as the USU Research Park), Aggies and local residents had the opportunity to learn more about the mysterious geological formations char lay beneath Utah's land-grant university. Managed by the Geology Department, the new lab features curring-edge capabilities in optically stimulated luminescence or "OSL" geochronology char enable geologists, archaeologists and ocher scientists to accurately determine the age of sediment samples. The lab's first assignment? How about determining the age of the USU campus? No, nor the date the university was established - which was 1888 - bur the actual age of the ground upon which Aggies walk.

Lab director Joel Pederson stands at the labs entrance. A revolving dark room door protects tiny samples from light contamination prior to processing in the

luminescence reader .

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"One of the primary challenges in earth science has always been understanding the dimension of rime - how old a canyon is, how long it takes to build a mountain range, how often earthquakes happen," says Joel Pederson, associate professor of geology and director of the new lab. "I chink it's fitting chat the very first age determination performed in the new lab was on the geologic material

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DARK

UTAH'S INNOVATIVE

FIRST

OSL

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LAB; TOOL

chat forms Utah State University's foundation." In September 2005, a landslide overlooking Logan's Island neighborhood just south of the university quad exposed an inner USU research associate Gary O'Brien collects a sediment section of the sample from the site of the September 2005 landslide at the edge of Utah States campus . Lake Bonneville benchmark. While citizens and local authorities fretted about the mishap's implications for life, limb and property, USU geologists scrambled to collect precious samples.

Attendees of the lab's open house chis past January were invited to estimate the age of the lab's campus sediment samples and participants posed excellent guesses, says Pederson. "Ancient Lake Bonneville was around for a long time, so as we examine the deposits we have to ask, 'To what lake level stand do they belong?"' says Pederson. "And when did they occur during chat stand?" The lab's core instrument, which was funded by a grant from the Val A. Browning Foundation, is a luminescence reader developed by Denmark's renowned Ris0 National Laboratory. About the size of a personal computer, the reader uses controlled doses of radiation and light to incite and measure the responding light, or luminescent glow, of sand grains and thus determine their age. Pederson says recent technical advances in luminescence dating make it one of the most powerful, accurate and cost-effective methods for solving geological problems . It offers a number of advantages over conventional methods such as radiocarbon and cosmogenic dating of young geologic samples. Boch of these older methods are difficult and costly, he says, which means neither is conducive to student research.

''I'm always looking for ways to involve students in research," Pederson says. "T he new lab offers great opportunities for undergraduates and grad students to learn about luminescence dating and conduct projects on their own." Pederson says only a handful of similar labs are located in the United States. "T he U.S. is somewhat behind in this technology," he says. "More labs are currently found in Europe and India." Prior to the Utah State lab's opening, Pederson was sending samples from USU to out-of-state facilities. "I thought, 'Why use our precious research funding to send samples and students somewhere else when we could be doing the work here?'" He envisions the USU lab having a regional focus and primarily serving Intermountain students and scientists, though it already has clients in Thailand and Alaska. "We already have a six-month backlog in projects," he says. "The time and effort we devote to measurement of external samples will help fund the ongoing operations of the lab." Dean Don Fiesinger says the university is grateful to the Browning Foundation for funding a facility that enhances handson learning.

In the darkened USU Luminescence Laboratory , Geology undergraduate researcher Melissa Jackson prepares a sample from Alaska. Photo by Mitch Mascaro , courtesy of The Herald Journal.

"T he lab encourages innovative research opportunitirs for students at all levels of their academic careers." So, what did OSL dating performed in USU's lab reveal about the age of the university's campus? "T he samples are 19,300 years old - give or take 1,200 years," he says. â–

USU GEOLOGIST RECONSTRUCTS EVOLUTION OF MISSISSIPPI RIVER

OSL Lab Manager Tammy Rittenour Publishes Findings in GSA Bulletin Revered in song, literature and lore, the mighty Mississippi River pulses through the heart of North America on a long, winding amble. At first glance, Old Man River, aptly classified by scientists as a meandering river, reveals little of its distant past as a vast glacial stream. Yet recent findings by USU geologist Tammy Rittenour, bolstered with optically stimulated luminescence or "OSL" dating technology, support earlier speculation that glacial melt , not sea-level change, is largely responsible for the waterway's evolution during the past 100,000 years. Satellite image of the Mississippi River, right, at the town of Cairo, Illinois . Vertical lines in the center of the image reveal the path of ancient braided st ream deposits .

Geologist Tammy Rittenour

"Our dating of geological

deposits indicates that changes in the river coincided very closely with glacial advances," says Rittenour , assistant research professor and manager of the USU Luminescence Laboratory.

Rittenour conducted the study, funded by the National Science Foundation and other sources, as part of her doctoral dissertation project at the University of Nebraska with co-investigators MISSISSIPPI

RIVER ...

Continues on page 20

INSIGHTS COLLEGE

OF SCIENCE

BIOLOGY

THE

PREMED

DEPARTMENT'S

WILL

ADVISOR ADVISING

CENTER

TO PROFESSIONAL

SETS

SEE

NOW"

YOU

STUDENTS

STEADY

TRACK

SCHOOL

Other preparation includes involvement in extracurricular activities and undergraduate research, in which USU provides a wealth of opportunities. (Heffernan and colleagues were instrumental in recruiting prehealth majors to participate in rhe Bear River Health Department's study - see accompanying article in this issue.) USU grads also report that Biology lecturer Andy Anderson 's courses in human anatomy, physiology and dissection, as well as bioethics, put them well ahead of the pack in preparation for rough medical school courses. As students approach their junior year, rhe pressure's on. Aggies prepare for and complete the DAT or MCAT - professional school entrance exams - and begin the formal application process. The cost is steep. Students shell out roughly $3500 just ro apply and pay their own way to school interviews. The formal interview process begins during their senior year.

Prehealth professions advisor Liz Heffernan

or an aspiring physician, dentist or other health care professional, preparations for post-undergraduate education begin long before commencement. Admittance to medical schools, dental schools and other health profession programs is highly competitive, yet USU graduates are consistently accepted at rates above the national average. Why? Much of the reason is due to the efforts of dedicated faculry and staff members who ensure that Aggies are well prepared for the application process.

"Ir's insane - the amount of work involved in preparing for and applying to (professional schools) is incredible, " says Liz Heffernan , prehealth advisor in USU's Biology Department. "That's why it's important to start early and begin with an organized plan." A common misconception people have about USU's premed program is that there's one set premed major or biology major, says Heffernan. "Wh ile it's true that certain courses are required for medical or dental school admittance, a prehealth student can choose to declare virtually any major."

Before heading to an interview, students benefit from a rigorous practice process, which includes mock interviews with three members from USU's Prehealth Professions Evaluation Committee. The 37-member, all volunteer committee consists of faculry and staff members from varied departments, along with local physicians and dentists. "We're very grateful to the generous people who volunteer their time to help our students pursue their goals," says Heffernan. "Our members try to simulate what a student will encounter in a real interview," she says. "Students get a lot of feedback on how ro make themselves more competitive." As students work toward their goal, Biology's Advising Center polishes applicants' letters of recommendation. "We prepare thorough, 3-page letters chat explain what makes chat person unique and why they're a strong applicant," Heffernan says. Throughout their undergraduate years, Heffernan encourages prehealth students to meet early and on a regular basis with both their prehealth and major advisors and to become involved in prehealth student groups. Her office also supports a peer advisor program, which offers extra support to students. Heffernan also urges students to attend prehealth orientation gatherings and to rake advantage of campus visits by representatives from professional schools. "We offer a lot of resources to those with initiative," she says.

In the Class of '07, 28 percent of the applicants to health profession schools were biology majors, but others pursued study in economics, English, nutrition , physics, Asian studies and a variery of other fields.

Heffernan says she's pleased that USU's Connections program's 2007 Summer Literature Experience, conducted by rhe Retention and First Year Experience office, will feature physician Atul Gawande's book, Complications: A Surgeon's Notes on an Imperfect Science.

"Today's professional schools are seeking students who are versed in a broad range of areas," says Heffernan.

"I think the book will be of great interest to our students," she says. â–

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OF SCIENCE

INSIGHTS

FIRST NATHAN

ONE OF GRAD SCIENCE RESEARCH UNDERGRAD

CARRUTH

TO PURSUE

HUMANITARIAN

USU'S FELLOWS SERVICE,

GRAD

STUDIES

rior to entering USU's freshman class in fall 2004, math and physics student Nathan Carruthwas selected for the inaugural class of University Undergraduate Research Fellows. At this spring's commencement ceremony, Carruth and English major Amanda Marinello received degrees - both with honors - after just three years of study.

"Nathan is one of the best students I have seen in my 23 years at Utah State," Littlejohn says. "He is, for certain, going to one of the best graduate programs in the country."

The fellowship program was formally initiated by USU's Vice President for Research Office to identify ambitious students early in their college careers, guide them to faculty research mentors and provide them with a $1,000 stipend for research.

The Logan native plans to pursue studies at Princeton University following a two-year leave for humanitarian service.

Carruth graduated summa cum laude with a bachelor of science in mathematics and physics. Home schooled prior to college, he brought to USU 24 credits from Stanford University's continuing studies program in math. Carruth was mentored by Mathematics Professor Lance Littlejohn, who accompanied the undergrad to Europe to present a professional paper.

In addition to his undergraduate Nathan Carruth courses, Carruth undertook graduate study in physics. He was awarded an honorable mention in the National Science Foundation Graduate Fellowship competition. "Nathan advanced further and faster in his studies in physics than I could have imagined," says Physics Professor David Peak.

JOIN

usu·s2007

SUMMER LITERATURE EXPERIENCE

Alumni and friendsareinvited to join with USU's enteringfreshmanclassin readingAtul Gawande'sbook,

Joyce Kinkead, associate vice president in the Office of Research, coordinates the program. "We interview Presidential Scholars prior to the start of their freshman year," she says. "These are students who want to engage in research, scholarship or creative activity from day one of their undergraduate careers. Undergraduates can enter a research track at any point in their studies, but there are some students for whom immediate immersion is very important."

Complkatio,u: A Surgeon's Notes on an lmpnfoct Science,

as partof the Retentionand FirstYearExperienceoffice's Connectionsprogram'sSummerLiteratureExperience. GawandevisitscampusSaturday,August 25, to discusshis book. His talk beginsat 9:30 a.m. in the Kent Concert Hall and is freeand open to all. "TheSummerLiteratureExperienceis designedto quicklydrawnew students into USU's academicenvironment," saysNoelle Call,programdirector."We invite the communityto join us in this enrichingexperience."

Thisis the fifthyearUSU has offered the SummerLiteratureExperience. Communityparticipationin the activityhas growneachyear.■

Kinkead reports that some students have turned down Ivy League admission to come to Utah State because they know they can be in a lab immediately. Associate Dean Richard Mueller coordinates orientation seminars for the College of Science fellows to acquaint them with the variety of research opportunities offered in each department. "We gather for an opening social where new students can meet each other, as well as each department 's undergraduate research coordinator and past fellows," he says. "From there, we meet weekly with the different undergraduate research coordinators in each coordinator 's department and tour that department's lab facilities. This introduces students to che broad scope of research caking place throughout the college and fosters interdisciplinary opportunities." Twenty-eight students who are entering USU this coming fall have been invited to join the fourth group of University Undergraduate Research Fellows - 11 of these are science majors. They join more than 70 current fellows, of whom 19 are College of Science students. ■

For more information,visit www.usu.edu/conneccions/literatureexperience.

- Patrick Williams

INSIGHTS COLLEGE

OF SCIENCE

INAUGURAL COLLEGE

OF SCIENCE

PROFESSORS FACULTY

IN HONORARY

ach year, Utah Scace University invites faculty members, who have been promoted ro full professor during the previous year, co participate in the Inaugural Professor Lecture series. Each participant presents a lecture about his or her academic and professional jtmrney at university president Stan Albrecht's home during a reception attended by family, friends and colleagues. We congratulate the 2006-07 honorees -Adele Cutler, Mathematics and Statistics (who was featured in the Winter 2006 issue of Insights);Daryll DeWald, Biology; and Tim Gilbertson, Biology - who contribute immeasurably co our college.

It's About People Cell biologist Daryll DeWald loves to chase the big discoveries as much as the next scientist. Bue he concedes chat the human side of science is che most fascinating of all. "To loosely borrow Bill Clinton's 1996 campaign phrase, 'it'sabout people,Stupid,"' concludes De Wald. Head of the Biology Department, De Wald says he wanted his lecture "co celebrate the people I've interacted with" in an academic and professional journey chat's taken him throughout the United States. Noc chat De Wald has ever been a stranger co relocacion. A self-described Air Force brae, his family moved about every two years during his childhood. Each new home - in Texas, Louisiana, Colorado, Ohio, Okinawa, California - afforded varied environments for the budding scientist co explore . De Wald clearly remembers his fascination with ant lions in the Mojave Desert. The youngster scouted out the insects ' inverted cone-shaped homes and watched hapless ants cry co escape the traps of fine, slippery sand. "I called chem 'doodlebugs,"' he says. "I wondered how big of an ant they could eat ."

As he entered his teens, athletics vied with science for De Wald's

MEMBERS

LECTURE

PARTICIPATE

SERIES

college. Alas, the scholarship didn't come, but De Wald headed co the University of Wyoming where his interest in scientific pursuits was reignited. Ac UW, De Wald met molecular biologist Randy Lewis, who became a significant mentor and friend. "We studie d endorphins and enkephalins - painkillers naturally produced by the bod y - and I had my first opportunity co publish my research," says De Wald. His own academic experience may explain why De Wald is a strong advocate for undergraduate research . "I have a real heart for undergrads, " he says. "Pai ring students with faculty mentors and involving chem in meaningful research is critical co a positive, produccive experience." Following graduation from UW, De Wald worked as an industrial scientist for pharmaceutical giant Upjohn. His areas of research included cancer biology and biopolymer chemistry. And coworkers approached him about being an alpha-tester for a promising new hair loss treatment. De Wald declined but recounts the memory with ironic amusement poincing to his own hirsutechallenged head. The resulting product was none ocher than bestseller Rogaine. De Wald headed back co academia and earned his doctorate in plant biochemistry from Texas A&M University. Postdoctoral studies followed at the prestigious Howard Hughes Medical Institute at the University of California, San Diego School of Medicine. He joined USU's faculty in 1995 and, prior co his appointment as Biology Department head in 2006, he served as associate director for research for USU's Center for Integrated BioSystems. De Wald's research interests span yeast, plant and mammalian cell signaling. "We're exploring what happens inside cells, how new proteins are made - protein trafficking, if you will."

attention and he dreamed of earning a baseball scholarship co In each organism, De Wald is examining the role of phosphoinositides - a form of lipids that regulate key cellular processes. With plants, he's exploring how varied species respond co drought , sale and heat stress. In mammals, he and colleagues are studying the role of phosphoinosicides in breast cancer metastasis . The latter research has become a personal mission, as two ofDeWald's extended family members are currently battling breast cancer.

COLLEGE

OF SCIENCE

INSIGHTS

"I don't see my role as just meddling about in a lab," he says. "I want to be doing things that help humankind."

In his pursuits, De Wald draws upon lessons learned from mentors, colleagues and students who have demonstrated strong moral positions. One of those mentors was his late father. "He invested in others, treated people with respect and valued them," says De Wald. "That 's the kind ofleadership model I try to emulate."

two choices: UC Davis and UC Irvine. "Honest to gosh, the truth is I couldn 't decide," he says. "It came down to a coin flip - UC Davis." Once ensconced in graduate study, Gilbertson made a very easy decision - to marry his newfound ultimate Frisbee partner, Donna. "She had only one condition and that was I had to promise never to live in a big ciry," he says.

Never Say Never Perhaps 'never say never' should be one of Tim Gilbertson's personal mantras . The Los Angeles native, who joined USU 's Biology Department faculty in 2000, was once "sure I'd be a lifelong Californian." After completing his undergraduate studies in biology and psychology at the University of California, San Diego, he also swore he'd never return to academia. "I was worn out from the tough, competitive grind, " Gilbertson says. He took a job as a research technician at The Scripps Research Institute by day and ran his own graphic arts business by night. What free time was left was devoted to surfing. Life was good, bur after a few years ofless-rhan-challenging assignments, Gilbertson decided it was time to head to graduate school. This rime, however, his interest, fueled by his sideline pursuits in graphic design, focused on a new area of study. Accepted into UC Berkeley's graduate program in architecture, Gilbertson started making moving plans. His boss at Scripps had very different plans. "Once he caught wind of my intent to leave biology, he convinced me to stay at least one more year - and upped my salary considerably." Gilbertson put Berkeley on hold and embarked on what would become his first foray into "actual research." Four years in college and several more at Scripps and no research experience? Nor really, says Gilbertson. "At that time, undergrads at UC San Diego basically washed dishes in the lab, and as a technician at Scripps I was helping other investigators," he says. "These are highly competitive environments." During his final year and a half at Scripps, Gilbertson says his supervisor "really took the time and effort to involve me in research and , during that rime, I ended up with eight publications. "

Another pivotal decision followed, when Gilbertson chose to change his research focus from highly studied visual systems - the eyes - to the relatively untouched study of taste systems. "I thought it would be a good move for a new investigator trying to find his niche," he says. The decision propelled Gilbertson and his new bride out of California , first to Colorado, then to Louisiana State Universiry's Pennington Biomedical Research Center. But in each instance, Gilbertson kept his promise of rural residences, affording the couple homes in the majestic beauty of Estes Park and the mossladen swamps of St. Amant. Now happily settled in Utah - Donna is an assistant professor in USU 's Psychology Department - Gilbertson continues his quest for answers to a question that dates back to his undergrad years, "How do cells work together to affect changes in behavior?"

In USU 's emergent Center for Advanced Nutrition, in which he works with his former LSU collaborator, USTAR professor David York, Gilbertson is exploring how our taste systems regulate our food choices. "With David (York) on board, I feel like my career has come full circle," he says. "The center is really getting its feet under it and we're starring to meet our objectives." â–

Gilbertson was now ready to enter grad school - in neurobiology, not architecture - and, still determined to stay in California, faced

INSIGHTS COLLEGE

OF SCIENCE

ALUMNI

EVENTS

FALL

2006

HONORS

Gathering for a February '07 alumni event in Boise were , back row , from

left, Greg Warren, Development Director Chris Tallaclcsonand Dean Don Fiesinger . Front row , from left, Kim Warren, Kelly Reister, Phil Nyborg , Bob Geddes and Suzanne Budge-Schaefer .

A- Pin recipients , from left, Jake Jo nes, Will iam Israelsen and Ryan Campbell were honored at a December 7 lu ncheon hos ted by Dean Fiesinger . Other recipie nts included Melody Ande rson, Jeremy Brodis , Robert Call, Chris Healey and Cody Pehrson . Students Heidi Wheelwright Johnson , Carli Potter and Aim ee Hunt were

Alumni who also gathered in Boise included , from left, Mark Salisbury , Computer Science Department Head Don Cooley, Joel Gyllenskog and Peg Gyllenskog.

inducted into Phi Kappa Phi in a November 15 ceremony .

POSTERS THE HILL

Eastern Utah alumni gath ered in Price. From left, Don Hamilton , Albert

Spensko , Shirley Spensko , Professor Pete Kolesar, Dean Don Fiesinger, Mike Leschin and Connie Leschin .

ON 2007

Physics and chemistry major Brittany Webb was among 42 Aggies presenting at Undergrad uate Research Day on Capitol Hill J anuary 16 in Salt Lake City. Webb served as College of Science Student Senator for 2006 -07 and

FALL 2006 COMMENCEMENT

returns for a second term in

2007-08.

I •

I • •-

Dean Fiesinger, Fall '06 Valedictorian Carli Potter and faculty escort Jim Cangelosi

From left, Jeremy Pack, Chris Meadows, Chris Hall, Rob Hall, Carl Ellsworth , Karl Koh/brand , Aaron Andersen and Josh Dawson .

COLLEGE

OF SCIENCE

INSIGHTS

From left , Biology und ergrad researchers Uyen Lam and Janett e Starks presented their research to Utah Rep. Fred Hunsaker and Utah Sen. Lyle Hillyard at Posters on the Hill .

SPRING

2007

COLLEGE

OF SCIENCE

College of Science Scholarships for 2007-08 were awarded to, from left, Braden Parker, McLain Knutson, Ryan Allen, Calvin Burton, Amanda Evans, Cade Perkins, Dustin Larsen, Ammon Larsen and Sherry Baker. Not pictured is Benjamin Toney.

Scholarship honorees included, from

left, Chris Bowen (Seely-Hinckley/; Brandon Wright (Seely-Hinckley); Mike Keller (Questar); Amanda Evans (Theodore M. Burton); Brad Hintze (Seely-Hinckley/; Scott Johnson (Oscar Wood Cooley/;Trey Banbury (SeelyHinckley) and Garrett Bentley (Charles J. Sorenson).

Biology undergrad William Israelsen, left, was presented with the Campbell Scientific Science Scholarship from Campbell Scientific president and CEO Paul Campbell.

AWARDS

CEREMONY

Dean Fiesinger congratulates recipients of 2007-08 Willard Eccles Undergraduate Research Fellowships, from left, Jodie Tvedtnes, Shelley Taylor, Tamara Jeppson, Cade Perkins, Art Mahoney, Nathaly Carranza, Jennifer Fisch, Brad Hintze and Jake Jones. Not pictured is Sunghun Park.

From left, Undergraduate Research Mentor of the Year Joseph Li, Faculty Advisor of the Year Scott Ensign and Faculty Teacher of the Year Lance Seefeldt. Not pictured is Faculty Researcher of the Year Piotr Kokoszka, who is on sabbatical.

SPRING 2007 COMMENCEMENT

Spring '06 Valedictorian Melody Anderson, right, with faculty escort Andy Anderson.

Graduates gather to celebrate their accomplishments.

Dean Don Fiesinger; right, was presented with a special appreciation

plaque by Associate Deans Lisa Berreau and Richard Mueller.

INSIGHTS COLLEGE

OF SCIENCE

COLLEGE

SCIENCE

Melody Rose Anderson Spring '07 Valedictorian

Tackling complicated math and stats problems proved a formidable challenge for Carli Capener Potter, who earned a BS degree in composite mathematics/scaciscics education. But an even greater challenge was boosting the fragile confidence of students at Logan High School who were preparing to cake the state's basic mathematics competency test.

By the time she entered Utah's Copper Hills High School, Melody Anderson knew she wanted to become a high school teacher or a physician. Either profession, she thought, would allow her to "benefit people in a major way." With acceptances to five medical schools in hand, it appears Anderson is well on her way to a career in medicine.

Potter says she appreciated the collegial atmosphere among teachers at Logan High and was excited to be invited to assume teaching duties in early 2007 for a teacher going on maternity leave. "The teachers at Logan collaborate a lot and share materials and ideas," she says. "Even though I was a student teacher, they treated me as an equal and offered good advice." She now heads to a permanent teaching position in Utah's Box Elder School District, following in her grandfather's footsteps. Potter says she "always wanted to be a teacher" and, by middle school, she knew she wanted to be a math teacher. "I really liked math and took every math course I could in middle and high school," says the native of the tiny farming community of Riverside, Utah. She began her undergraduate career at BYU-Idaho in Rexburg, but chose to transfer to USU along with her husband, Justin Potter (BA 2006, English) in 2004. Interestingly, the pair grew up only two and half miles apart but didn't meet each other until about a year before their marriage. "The change to Utah Scacewas good," says Potter. "I got a great education at USU. I couldn't have asked for better. And I've loved going to Aggie basketball games." Potter was accompanied by faculty escort JimCangelosi, professor of mathematics, at Fall '06 Commencement. "Dr. Cangelosi was the first person I met at USU and has taught me so much about teaching," she says. "He's offered new perspectives and he's always been there for me."

,...,

COLLEGE

(2006-07)

Carli Capener Potter Fall '06 Valedictorian

"They already thought they weren't good at math so they needed a lot of encouragement and patience, " says Potter, who conducted her student teaching at the Cache Valley high school. "Managing the classroom was challenging at first but, eventually, I felt like I really connected with the students ."

1'8

SCHOLARS

OF SCIENCE

INSIGHTS

Shortly before graduation, Anderson was awarded a Phi Kappa Phi Graduate Fellowship for 2006-07. She is one of only 57 recipients of the prestigious award nationwide and joins 12 Aggies who have won the fellowship since 1995. An Honors student, Anderson graduated with a 4.0 GPA in her biology major and chemistry minor, along with an impressive resume of research and service projects accomplished during her undergraduate career. A recipient of the Willard L. Eccles Undergraduate Research Fellowship, one of Melody's research ventures was investigating enhanced biological control of the Cereal Leaf beetle with faculty mentor Ted Evans. Anderson also served as an Undergraduate Teaching Fellow for human anatomy with faculty mentor Andy Anderson. The experience allowed her, she says, to "share my enjoyment of the subject with others." Teaching and research, she says, "cemented the information further in my mind and allowed me to apply and understand concepts from different angles." She invited Anderson to be her faculty escort at spring commencement. Beyond campus, Anderson maintained a busy volunteer schedule, serving as a hospital operating room volunteer, a tutor to elementary school students, a hospice volunteer and a volunteer intern in a pediatrics practice. During her USU career, Anderson managed to squeeze in an Aggie basketball game or two and enjoy the occasional mud football game or ultimate Frisbee match with roommates. She leaves USU with fond memories of"terrific academic opportunities on a research-oriented campus with great friends, fun times and beautiful mountains at our doorstep. "

COLLEGE

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SCIENCE

SCHOLARS

(2006-07)

.... .......... ....... ...... ...... .............................

Elizabeth Lund Scholarof the Year A native of Jackson, Missouri, Elizabeth Lund likes to pursue challenges of both mental and physical endurance. During her years at USU , Lund has honed her research skills in the lab, while swimming, running and biking in preparation for triathlons. Lund, who was named Outstanding Graduating Senior in the Department of Chemistry and Biochemistry, plans to begin graduate studies in chemical engineering next fall at Montana State. "Many of the research projects I've been involved with here at USU have been application-based," she says. "I look forward to tackling hands-on studies." Lund chose USU, she says, because of"the fantastic undergraduate research opportunities." Her first foray into research involved investigation of bacteria strain used in the development of cheddar cheese. More recently, Lund and faculty mentor Alvan Hengge have studied phosphatase mechanisms, including a unique enzyme that initiates mulciple reactions.

Rebecca J. Atkins Dean'sScholar Chalk one upfor USU PhysicsDay! Rebecca "Becky"Atkins chose to attend Utah State largely because of the scholarship she earned as a USU Physics Bowl contestant. The Idaho native attended the popular annual gathering at Utah's Lagoon amusement park while a student at Twin Falls High School. She initially chose engineering as her major, but soon switched to math and physics. "I've always liked math and realized chat I wanted to teach," says Atkins, who served as an Undergraduate Teaching Fellow.

into a formula," she says. "It's important to understand how and why things work." "Ifl can help one student get excited about math ," Atkins says. "Then I'll feel like I've achieved success."

Jan Marie Andersen UndergraduateResearcherof the Year Since age 14, Jan Marie Andersen has dreamed of becoming an astrophysicist. "My high school geology teacher showed us Carl Sagan's Cosmosvideos every Friday and I fell in love with the subject," she says. "USU, with its strong space research program , was the logical choice for my college destination. " A physics and math major, Andersen was a member of USU 's Microgravity Research Team and completed a NASA summer internship at California's Ames Research Center. She was awarded a College of Science Undergraduate Research Minigrant and received a Physics Department Undergraduate Research Award. Since the summer of 2005 , she has researched aerosol transport in the atmosphere with faculty mentor Tom Wilkerson at USU's Space Dynamics Laboratory. With commencement behind her, Andersen embarks on a new adventure: She was awarded a Fulbright Scholarship to begin studies this fall at the Niels Bohr Institute of Denmark's University of Copenhagen. "My plan is to focus on stellar evolution and the early universe - one of my favorite subjects," Andersen says.

Chad Dallon of the UndergraduateTeachingFeLLow Year Biology major Chad Dallon is recognized for his outstanding work as an Undergraduate Teaching Fellow in human dissection and anatomy courses taught by Biology faculty member Andy Anderson.

She earned a bachelor's degree in math education with a minor in physics. Prior to commencement Adkins completed student teaching at Utah's Sky View High School. She says teaching math and physics to high schoolers was a challenge, bur she soon found she was learning as much as her students.

While juggling teaching responsibilities and classwork, Dallon pursued research of the Bluetongue virus in Biology Professor Joseph Li's lab. He was a featured speaker at the Spring 2007 Biology Undergraduate Research Symposium.

Atkins looks forward to having her own classroom, where she'll emphasize hands-on learning and active participation from students. "Math and science are not just about plugging numbers

Beyond campus, Dallon is employed as a certified nurse aide with Community Nursing Services Home Health and Hospice. An aspiring physician, he plans to attend medical school.

INSIGHTS COLLEGE

OF SCIENCE

Matthew

Bailey

GraduateStudent Teacherof the Year After earning a bachelor's degree in civil engineering from USU in 1998, Matthew Bailey headed co a job in industry. But his interest in physics courses he rook during his undergrad years led him back co graduate studies at Utah State. "T he academic and research atmosphere at USU is great," says Bailey. "I really like the Physics Department." Bailey has taught three physics courses along with a science course called Sciencein Society. "It's been interesting to tackle controversial subjects ranging from stem cell research co evolution versus creationism co 'Do cell phones cause cancer?"' he says. "It's been interesting to have open discussions and hear different points of view." Bailey's current research, with faculty member Mike Taylor, explores the dynamics of "sprites" - lightning that shoots upward , rather than downward, from clouds. Justin E. Heavilin

GraduateStudent (PhD) Researcher of the Year California native Justin Heavilin says his studies of mathematics have afforded him the opportunity "co work with very bright people in a variety of disciplines from biology, ecology, engineering and statistics." His research at USU included development of models for study of pine beetle infestations in Western forests with faculty member Jim Powell. Heavilin completed his undergraduate studies at California's Humboldt State and Germany's Universitaet Bielefeldt. His future plans call for more international travel: He is currently working with Engineers Without Borders on a solar water heater project in a small community in Peru. In the fall, Heavilin looks forward co teaching mathematics at Palestine's An-Najah National University. â–

MISSISSIPPI

RIVER ...

Continued from page 11

Michael Blum, now of Louisiana State University, and Ronald Goble. In a paper published in the May-June 2007 issue of the GeologicalSocietyof America Bulletin, Rittenour's detailed examination of the river's fluvial evolution, conducted from the southern tip of Illinois co Baron Rouge, La., builds on findings from 20th century studies. The Mississippi River spawned from the waters of ancient Lake Agassiz, which domin ated present-day central Canada. Rittenour says the waterway has alternately changed from a braided river - featuring multiple, intertwined channels indicative of glacial runoff - co a meandering river in response co shifting glacial periods. Throughout much of the river valley, rhe landscape along the Mississippi appears almost flat. Bur satellite images reveal a web of braided belts throughout the river valley- remnants of glacial melt snaking its way south. "Our new chronology and longitudinal profiles of the Mississippi offer insights into rhe response of this continental-scale river system to climatic and sea level changes during the most recent glacial cycle," says Rittenour , who joined USU as a postdoc researcher in 2005. "T his could shed light on the future impact of climate events on the river." Rittenour spent four years collecting core samples from braid belts along the river and hauling them back to her alma mater's luminescence lab for processing. "It was kind of like following Huck Finn's path ," she says. "I encountered a lot of fried catfish and hush puppies on the menus of old cafes along the way." Rittenour was instrumental in the planning and installation of USU's new luminescence geochronology lab. "Lumi nescence dating offers a wealth of new research opportunities," she says. "The technology is powerful, accurate and cost-effective." Since joining USU, Rittenour notes that she now lives outside the massive Mississippi River watershed, which stretches from western Montana to Pennsylvania. Her focus now, she says, is working with colleagues on study of the American West's Colorado River. â–

NEON SIGNS OF ENVIRONMENTAL CHANGE Biology Trustee Professor JIM MACMAHON is among a group of researchers leading efforts to establish a nationwide system capable of continuously

monitoring

thousands of environmen-

tal measurements. The massive project, called the National Ecological Observatory Network or "NEON," will enable scientists to forecast what's happening to the human environment, MacMahon. Visit www.neoninc.org.

'(g,~~

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OF SCIENCE

INSIGHTS

says

CHEMICAL

REACTION

......................................................................................... UNDERGRAD

PEER

MENTORS

SPARK

HIGH

SCHOOLERS'

INTEREST

IN SCIENCE

Tenth graders from InTech, one of Utah's six early college charter high schools, recently visited USU's Chemistry and Biochemistry Department to experience hands-on experimentation in a university lab. In Tech, located on the university's Innovation Campus, first opened its doors to students in 2006. For the high school students, a day in the chem lab offered a glimpse of learning opportunities that await them at the university level. For members of the USU Chemistry Club, undergraduates who conducted the workshop for high schoolers, the gathering offered a valuable lesson in peer mentoring.

Associate Dean Lisa Berreau,, right, and undergraduate peer mentor Sara Huefner, left,

"It's very interesting to see the different reactions from the kids," said James Ewell, a junior biochemistry major who helped with the workshop. "Some don't care; some are fascinated."

guide high school science students through chemistry experiments.

ecked out in safety goggles and gloves, students from North Logan's lnTech Collegiate High School learned what happens when you mix and heat a few ordinary-looking liquids and solids. "O h, that 's disgusting!" exclaimed one participant as students watched a "carbon snake" - a gray mass formed from an organic compound mixed with sulfuric acid - slowly bulge from a beaker. "T he snake is a graphite form of carbon," USU undergrad Sara Huefner explained to the group. "It's one of the known 'allotropes' of carbon. Do you know what an allotrope is?" "Isn't it, like, when you have the same chemicals but in a different form?" ventured one student. "You are so correct!" answered Huefner. "Can anyone give me an example of another allotrope of carbon? I'll give you a hint - what's something really expensive you wear on your hand? "

"It lets the kids see that chemistry can be applied to everyday things," added Matthew Volle,a sophomore biochem major who also helped with the workshop. "Examples of chemistry are all around us." A veteran of four peer mentoring gatherings plus three demonstrations for Aggie Family Day, Volk is an old hand at engaging youngsters in learning activities. Huefner still has some doubts. 'T m a terrible mentor ," she lamented. "I have trouble keeping everyone on task." Maintaining focus and order among active teens, the mentors agreed, is a formidable challenge. But a worthwhile endeavor, Berreau, faculty advisor, assured the undergrads. "Inviting teens to campus is a key step in the recruitment process," she said. "We need to reach these kids early to spark their interest in science and let them know about the many opportunities that are available to chem."

"Diamonds!" the students chimed in unison. At another station, students stretched long, sticky strands of dissolving Styrofoam, in an experiment demonstrating what happens to polystyrene molecules when mixed with a solvent. "It looks like a promo from a Spider-Man movie," quipped USU Chemistry and Biochemistry Department Head Steve Scheiner. At yet another station, teens burst into giggles over white foam spewing from a flask. "You like to blow things up, I see," said Lisa Berreau, associate professor and associate dean of USU's College of Science. "Okay, that doesn't surprise me."

Berreau and other faculty members in the Department of Chemistry and Biochemistry will test the waters this summer with a week-long chemistry workshop for students from In Tech. Innovation funds awarded from the college's budget will cover the cost of this year's inaugural gathering. The goal is to expand the opportunity to students from other Utah high schools in coming years, she said. "Many teens simply don't know about all the learning and scholarship opportunities that USU offers," said Berreau. "Perhaps they haven't even considered that college is an option they can pursue . Our outreach programs, bolstered by our undergrad peer mentors, are an effort to change that. " â–

INSIGHTS COLLEGE

OF SCIENCE

USU

EMBARKS

PHYSICIST

MIKE THE

ON TAYLOR

MESOSPHERE

irrus clouds, stratusclouds, cumulus clouds - since ancient times, people have gazed skyward and pondered fluffywisps of white and angry gray thunderheads.

USU physics professor Mike Taylor looks beyond the Earth's visual atmosphere to the mesosphere, where the highest clouds, called noctilucent Mike Taylor or "night-shining" clouds - invisible during daylight - form at the edge of space. "The mesosphere is the coldest region in our solar system up to the orbit of Saturn," Taylor says. "Very little is known about the icy clouds that develop in this region." Taylor is a member ofNASA'.s science team for the Aeronomy of Ice in the Mesosphere or "AIM" mission, which successfully launched a spacecraft into orbit April 25. USU's Space Dynamics Laboratory designed and built one of the instruments that will fly on the spacecraft and collect information about how and why noccilucent clouds, also called polar mesospheric clouds or "PMCs," form. PMCs occur some 50 miles above the Earth's surface and are only visible at twilight, as the sun sinks below the horizon and illuminates the elusive formations. Historically seen only at higher latitudes, Taylor spotted the clouds from his ease bench Logan home back in the summer of 1999.

NASA

CLOUD

ON AERONOMY SCIENCE

STUDY OF ICE IN

TEAM

"I was sitting on the deck with my brother-in-law when I saw them and jumped up to grab a camera," says Taylor. "We ended up running about the neighborhood photographing the clouds with both scill and video cameras." Taylor's chance glimpse remains che lowest documented sighting of PMCs from the United Scares. Bue the frosty clouds are being seen more frequently at lower latitudes - farther from their polar homes - and they seem to be growing brighter and more numerous. Could they be yet another harbinger of global climate change? "We can't say for sure. We don't have enough information," says Taylor. "T har's one of the things AIM will help us study - we'll be examining links between lower and upper atmospheric phenomena." SDI.:s SOFIE, or Solar Occulcacion for Ice Experiment, instrument will measure a variety of atmospheric components, including temperature and water vapor, to probe the chemistry involved in forming the clouds, says Taylor. "We still don't know what makes up the clouds," says Taylor. "We know the ingredients, bur we don't yet have the recipe." He looks forward to traveling to Alaska this summer with a ream of USU undergrad researchers to sec up field data collection stations at two sites about 30 miles apart. "With the AIM spacecraft in orbit, we'll be able to collect data from both above and below the mesosphere," says Taylor. "T his will be a golden opportunity to learn more about these mysterious clouds ." The AIM mission is a poignant venture for Utah Scace.NASA granted SDL permission to include an engraving on the SOFIE instrument in memory of engineer Brandon Paulsen '97, '98MS. A USU graduate who began working at SDL while still a student, Paulsen, 32, managed the design of SOFIE prior to his death from cancer in 2005.

USU physicist Mike Taylor captured this unusual sighting of polar mesospheric clouds from Logan in 1999. The PMCs appear as wavy formations in the lower right of the photo . Note the green beam from USU 's lidar on the far left .

22 --j

COLLEGE

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INSIGHTS

THE 'GREEN BEAM' GETS AN UPGRADE MEASURES ATMOSPHERIC WIND. TEMPERATURE

usu·sLIDAR INSTRUMENT

Physics Professor Vmcent Wickwar recalls a summer evening some years ago when two elderly gentlemen knocked on the door of USU 's Atmospheric Lidar Observatory to inquire about the mysterious green light chat emanates from campus .

As Wickwar explained the LIDAR (Light Detection and Ranging) instrument 's function and ics mesospheric measurements, the two visirors, both participants in Utah State's Summer Citizens program, exclaimed, "Oh , yes, we thought chat's what it was." Turns our the pair were retired scientists from Washington , D.C.'s Carnegie Institution. They had attempted similar observations, beginning in the late 1930s, using searchlights. Their studies were cue short by the funding and manpower demands of World War II.

Physics research assistant Josh Herron demonstrates USU 's 'Green Beam .'

Photo by Meegan M. Reid, courtesy ofThe Herald Journal.

Wickwar was intrigued; the earliest such experiments he was aware of were performed in the 1950s. He was also sympathetic. Wickwar, coo, is impacted by tight federal funding chat has left the observatory with insufficient operating dollars for nearly two years.

an area of the atmosphere roughly 22 miles wider than the previous machine and will allow more sensitive measurements. " The new system also permits che beam co rile 45 degrees and rotate in a full circle.

Yet his optimism is bolstered by recent upgrades co the observatory, first opened in 1993, that will increase the lab's capabilities and make it the largest laser of its kind in the world.

With only 11 years of data, Wickwar says it's difficult co identify trends. With some 5,000 hours of observation on more than 900 nights , USU has made a small dent , but Wickwar looks forward to resuming data collection. "We need a longer baseline of measurements to sort our what 's happening, " he says.

"We've added a second laser, more receivers and increased the size of our celecope," says Wickwar. "This will enable us co examine

Learn more about the observatory at www.usu.edu/alo/ about!idar.htm. ■

Principal investigator for the AIM mission is James Russell III of Virginia's Hampton University. Principal investigator for the SOFIE instrument and a co-investigator for the AIM mission is Larry Gordley, president and CEO ofVirginia-based aerospace company, GATS, Inc.

To follow the progress of the mission, visit www.nasa.gov/mission_ pages/aim . ■

Ocher instruments aboard the spacecraft include the Cloud Imaging and Particle Size Experiment and che Cosmic Duse Experiment built by the Laborato ry for Atmospher ic and Space Physics at the University of Colorado-Boulder.

ADVANCING THE WORKPLACE

The AIM spacecraft departed California's Vandenberg Air Force Base aboard a Pegasus XL rocket launched over the Pacific Ocean from a modified Lockheed L-1011 aircraft. AIM will follow a polar orbit more than 300 miles above Earth during its two-year mission.

faculty in the colleges of Science, Eng ineer ing ,

USU's ADVANCE program is a project funded by the National Science Foundation that aims to improve the recruitment Agriculture

and retention of women

and Natural Resources. The program

seeks to foster a workplace environment increases both faculty effectiveness

that

and g ende r

equity. Visit websites.usu .edu/advan ce.

INSIGHTS COLLEGE

OF SCIENCE

STUDENT NEW

SPACE NAME, 'GAS'

RESEARCH TEAM NEW CHALLENGES

TEAM

NOW

well-known student research team at USU-which is responsible for one of the university's well known bragging points - has taken on a new name , along with new challenges. Efforrs by the Get Away Special or "GAS" team have led to USU sending more student-built experiments into space than any other university in the world. The interdisciplinary MRT member Steve Berkley displays his papier-mache program, which model of the original Sputnik satellite. fuses students ' diverse interests and talents into exciting team-building ventures , is now called the Microgravity Research Team or "MRT." As NASA's mission evolves and private space endeavors increase, so too is MRT exploring new opportunities in space and atmospheric research, says student team member Steve Berkley. On MRT's agenda is the design and construction of "Little Nik" - USU's Sputnik CubeSat to commemorate the 50th anniversary of the first Sputnik space missions in 2007. Many alumni will recall chat Sputnik 1, the first artificial satellite, was successfully launched into orbit by the former Soviet Union on October 4, 1957. Sputnik 2, carrying Laika the dog, was launched on November 3, 1957.

CALLED

HAS

'MRT'

In addition, the team continues working on microgravity research projects to be launched on NASA's K-Bird aircraft. The K-Bird is a specially outfitted C-9 military transport jet that dives from 30,000 to 20,000 feet in a controlled 25-second free fall to simulate weightlessness without leaving the earth's atmosphere. The plane has earned the moniker "Vomit Comet, " due to its potential impact on hapless passengers experiencing repeated shifts from minus-g to plus-g. STUDENT SPACE RESEARCH ... Continues on page 30

CHRISTMAS IN JULY Aggies Share 'Out of this World' Holiday Cheer Last December, it was beginning to look a lot like you-knowwhat with the usual lights, tinsel and ubiquitous candy canes adorning trees, storefronts and street corners. Bah, humbug! USU's Microgravity Research Team added some extraterrestrial pizza.zzto a Salt Lake tannenbaum to share Aggie-infused holiday cheer with a statewide audience. The team created an ornament for KSL-TV's Studio 5 Community Christmas Tree with a hint of space wonder. The decoration was constructed with parts from student-built experiments flown on past space shuttle missions. The Aggie-blue globe, which sported the university's wordmark and an orbiting satellite, was featured on the Studio 5 television program and remained on the program's community Christmas tree, a focal point for Studio 5 viewers, during the holiday season. ■

While Sputnik 1 was roughly the size of a basketball, Little Nik will fit into a box about the size of a softball. "Our plan is for Little Nik to broadcast Sputnik 's original signal, plus something about Utah State," says Berkley. MRT is also contributing to efforts to provide future lunar astronauts-NASA plans a four-astronaut moon landing in 2020-with the means to freely move about the moon's surface. Undergraduate Vicki Ragsdale says the team is investigating the use of magnetic energy to power future moon buggies. She adds that the lunar terrain poses significant challenges. "You've got to deal with dust on the moon, " she says.

J~ □ coo □□□

□□ l=i;I □

COLLEGE

OF SCIENCE

INSIGHTS

MRT members, from left Jeff Brady, Vicki Ragsdale and Steve Berkley borrow parts from an experiment flown on the space shuttle for their holiday ornament .

ALUMNI

HIGHLIGHTS Colson's first paper, which he authored with USU emeritus professor William Moore, was published in 1963. Colson ruefully recounted a day during his undergraduate career when he "blew up" Moore's lab in the old Widtsoe building. "I hope he has forgiven me," said Colson of Moore, who attended the April 17 lecture.

Seismologist Robert "Bob" Smith Discusses Yellowstone Supervolcano "Visit Yellowstone before it visits you," advises USU alum Robert B. "Bob" Smith, a professor of geology and geophysics at the University of Utah.

â€˘

"Yellowstone National Park sits atop an immense active volcano - one of the largest and most active on earth," says Smith. "We don't know how close we are to the next super eruption." A world renowned expert on the Yellowstone volcanic region, Smith returned to campus March 23 to present the talk, "Shaking and Baking of the YellowstoneHotspot."

USU alum Steven Colson, right, with former mentor, William Moore , emeritus professor.

Steven D. Colson Receives Chem's Alumni Achievement Award Pondering a distinguished career of more than four decades, USU alum Steven D. Colson 's advice to fledgling scientists expresses simple wisdom: Get up early, work hard, believe in yourself, study what you enjoy, try not to do anything stupid and expect divine intervention. Colson is the recipient of the Department of Chemistry and Biochemistry's 2007 Alumni Achievement Award. He returned to campus April 17 to present the talk, "InteractionsBetween Molecules,Photonsand People," to students, faculty, staff, family and friends.

Smith, who earned bachelor's and master's degrees from Utah State in 1960 and 1965, respectively, has conducted research in the Yellowstone-Teton region for more than 40 years. He's the coordinating scientist of the Yellowstone Volcanic Observatory, where he directs the Yellowstone seismic and GPS network. Smith serves as chair of the EarthScope Science and Education Committee and chair of the Advisory Committee of the Southern California Earthquake Center. He is senior author of the popular science book, Windows into the Earth: The Geologic Story of Yellowstone and Grand Teton National Parks, published in 2000 by Oxford University Press. â–

"USU had a tremendous impact on my life," says Colson, who, along with his wife, Donna, is currently serving a mission for the Church of}esus Christ of Latter-day Saints in Atlanta. "Wha t I've realized is that it was the impact of various individuals that made a difference. Without people, what I've accomplished would never have been possible." Colson graduated from USU in 1963 with a bachelor's degree in chemistry. After earning a doctorate from Cal Tech and conducting postdoctoral research at the National Research Center in Ottawa, Canada, the Idaho native served on the faculty of Yale University for 21 years. He subsequently joined the Pacific Northwest Lab's WR. Wiley Environmental Molecular Science Laboratory as associate director. The recipient of numerous research awards, Colson has published more than 130 articles in peer-reviewed journals. USU alum Bob Smith, center, with USU assistant professor Tony Lowry , a former student of Smith, left; and Geology Department Head John Shervais.

INSIGHTS COLLEGE

OF SCIENCE

USU

NAMES MARY

NEW

COLLEGE

HUBBARD

ASSUMES

OF NEW

SCIENCE POST

JULY

DEAN 1

ary S. Hubbard has been named the new dean of USU 's College of Science. Her appointment was announced by USU Executive Vice President and Provost Raymond Coward February 21.

Hubbard , .who is the second woman to lead the college - Karen Morse, now president of Western Washington University was first - assumes her new pose July 1. "We are very pleased to have Dr. Hubbard joining the administrative team of the university," says Coward. "She will bring a broad range of experiences in teaching , research, outreach and administration, along with a vibrant vision of excellence for the College of Science. Hubbard said she looks forward to her new post and to becoming better acquainted with Cache Valley. "My family and I are excited about the opportunity to come co Logan and co join the Utah State University community, " she says. "The faculty members of the College of Science have an impressive record of research and teaching accomplishments. I will be proud co work with chis group as the College moves co even greater heights in research development and in the training of the next generation Mary S. Hubbard of young scientists. The enthusiasm and integrity of the in geology from the University of Colorado and completed her leadership at USU provide the framework for a bright future. I am doctorate at the Massachusetts Institute ofTechnology. honored co be joining chis wonderful team. " Hubbard 's appointment is the culmination of an exhaustive, Hubbard previously served as professor and head of the nationwide search chat began in August 2006. Coward enlisted Department of Geology at Kansas State University. a nine-member search and screening committee representing the college's students , faculty and staff to oversee and conduct the During her tenure at K-State, Hubbard contributed co rwo target search process. Chaired by USU College of Natural Resources programs of excellence at the university - the Center for the Dean Nat B. Frazer, the committee explored the applications of Understanding of Origins and the African Studies Center. Her approximately 125 individuals nominated for the position. expertise lies in the field of structural geology and tectonics, and she has completed field research in Senegal, New Zealand, France, "This has been a very thorough and comprehensive selection Pakistan, Nepal, Norway and throughout the American West. process," said Coward. "The university is very grateful to Dean Frazer and the committee members for their conscientious A native of the Chicago area, Hubbard earned a bachelor's degree and dedicated efforts. Our final success in identifying chis extraordinary scientist and academic leader is a direct result of the hard work of the search and screening committee." Hubbard succeeds Don Fiesinger, who has served as dean of the college for nearly seven years. He announced his decision to step down from the post last summer.

Hubbard gets acquainted with Physics Professor J.R. Dennison , right , and other faculty and staff at the College 's spring brunch .

~ \

~~~

COLLEGE

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INSIGHTS

Fiesinger was named interim dean in 2000, following the appointment of former dean Jim MacMahon as vice president for university advancement. Fiesinger was appointed dean in 2003. He returns to full-time teaching and research as a faculty member of the college's Department of Geology, which he joined in 1976 and for which he served as head for 18 years. â–

FACULTY

AWARDS

AND

RECOGNITION

Biology Diane Alston received the Award for Excellence in Integrated Pest Management at the 91st Entomological Society of America's Pacific Branch Meeting in Portland, Oregon, 25-28 March 2007.

USU ADMINISTERS HACH SCIENTIFIC FOUNDATION SCHOLARSHIPS

Mary Barkworth, director ofUSU 's Intermounta in Herbarium, completed the second of two volumes of North American grasses. Volumes 24 and 25 of the Floraof North America series were publ ished by Oxford University Press. The herbarium 's Web site, "FunFactsAbout Funt}," at http:/ /herbarium.usu.edu/fungi/ FunFacts/ factindx.htm received the ClickSchooling Award. The Web site was designed by Bob Fogel.

Educating future generations of scientists includes educating future teachers who can foster youngsters' interest in science. This past year, the Colorado-based Hach Scientific Foundation provided funding to USU's Department of Chemistry and Biochemistry to administer two scholarships of $6,000 per year, for up to six years, to students committed to becoming high school chemistry teachers.

Joseph Li was named College of Science Undergraduate Research Mentor of the Year.

USU's first Hach Scholarship recipient is Nicole Brinck, who transfers to campus this fall after completing studies at Utah's two-year Snow College.

USU's Utah Plant Pest Diagno stic Laboratory received the Extension Vice President's Award for Excellence - Team 2007. Lab team members include Diane Alston, Kent Evans, Erin Hodgson , Julia Jenkin s, Alan Roe and Marion Murray.

The second scholarship will be awarded in 2008; the deadline for applications is March 17, 2008. For application information, contact Geri Child in USU's Chemistry and Biochemistry Department at 435-797-0544 or gchild@cc.usu. edu, or visit the application Web site at www.chem.usu.edu/ pages/Hach%20Scholarship.html. The foundation stipulates that USU can support two students at a time; additional scholarships will be awarded as the first recipients graduate. The foundation also offers second career scholarships to professionals who wish to return to college to become high school chemistry teachers. For information, visit www. hachscientificfoundation.org. â–

From le~, lntermountain Herbarium's Kathleen Capels, Sandy Long, Mary Barkworth , Laurel Anderton and Michael Piep proudly display published volumes cataloging North American grasses.

Chemistry and Biochemistry Lisa Berreau was named to the editorial advisory board of InorganicChemistry(2007-2010).

ROSE BY ANY OTHER NAME USELESS Taxonomic research requires development

Scott Ensign was named College of Science Faculty Advisor of the Year.

tools that enable all researchers to identi f y pl ants

Lance Seefeldt was named College of Science Faculty Teacher of the Year.

names, says USU biologist MARY BARKWORTH .

using mutually

understood

Collected data must be published under un iform names -- otherwise,

Mathematics and Statistics Piotr Kokoszka was named College of Science Faculty Researcher of the Year.

and recogni zed

or misleading, university's

the information

is useless

says Barkworth, who heads t he

lntermountain

Her bar ium.

INSIGHTS COLLEGE

OF SCIENCE

GIVING

Wow! Thanks for Your Support We are thrilled by the growing support we are receiving from our alumni and friends. Your support is a huge inspiration to our faculty who are heartened by the opportunities for students they could not otherwise offer. Thank you for your confidence in and support of the work being done here.

BACK

achievements chat at times seemed out of reach. Earning a degree imbues a student with pride, knowledge and the opportunity for realizing their potential in the world of work and as citizens. A successful fundraising campaign results in the same outcomes for a university. Thank you for your willingness to respond as Utah State and the College of Science set out to secure our future and achieve excellence.

University campaigns are like earning a degree. Several years of concentrated effort, sacrifice, and a lot of inspiration result in

Annual Fund 3 Year Cash FYTD Comparison By College As of June 9, 2007 $140,000 .00

..I

$120,000 .00

$100,000 .00

The College of Science Leads the Way in Annual Fund Giving

$80 ,000 .00

1tg

$60,000 .00

1it

$40,000 .00

$20.000 .00

$0.00 Agrfcul1ura

Education& Human Services

Eng;-,ing

Ht.manities, Ms . Social Sdenc:es

Natural Rescuces

Scienc8

Cologo/U nM

■ FY05 □ FY06 ■ FY07

Society

Tom K.* and Esther Archuleta Howard L. Blood *

:Planned giftsarc those made through

your estate or a

clwitabletrust. In addition to supporting educational opportwutics,plannedgiftsmay offer tax and income

bcnditsto the donor. If you would like to discuss including lJ~ tate in your estate or have questions about life income , pleasecontact Chris Tallackson at 435-797-3510.We •

your inquiries about planned giving options.

rageSociety recogni7.es donors who have included State in their estate or have arranged a charitable trust the College of Science as a beneficiary. We are very forthegesture thesedonors have made.

Dr. Melvin C. Cannon * J. Peter and Jane t Chase Ralph P. Christen son * Dr. John W. and No rda F.Emmett Keith W. and Beverly Fullme r Dr. Marguerite Greaves * C.T. and Jo Ann K. Griffiths Ronney Dean and LuAnn Harris Wall ace P. and Pauline Murdo ch Robert Q ., Jr . and Luella Oaks Dr. Grant M Reeder* Justus F Seely * Arthur VanVl iet* Dr. Jay R. and Lorrain e M. West

*Deceased

- zs l

COLLEGE

OF SC IE NCE

INSIGHTS

UTAH

STATE

ANNOUNCES

$200

MILLION

CAMPAIGN

"When students and faculty learn together. .. discovery follows" You may also view information about the campaign on the web at www.usu.edu/ campaign/ colleges/college_of_science.cfm

The Collegeof Sciencewelcomesyour questionsabout giving to enhanceourprograms.Pleasedon't hesitateto give me a call at 435797-3510 or drop me a line at chris.tallackson@usu.edu. Best regards,

In an historic step for Utah State University, President Stan Albrecht recently announced the public phase of a $200 million fundraising campaign. The university has already secured more than $109 million during the campaign's quiet phase, with the remainder to be raised by December 31, 2010.

Chris Tallackson DevelopmentDirector

"We are not asking people to help us launch a campaign, we are asking them to help us build a greater university," said President Albrecht. "We are taking a bold and important step on the path toward building a university of excellence and distinction." The College of Science is committed to raising $10 million during the campaign to secure our tradition of excellence at the most critical levels: learning and teaching. These resources will enable us to attract and retain the talented students and faculty, the heart and soul of a university. Our vision is to distinguish Utah State University on the basis of our academic strengths, making USU the university of choice for students and faculty seeking a top quality academic community.

As builders of our tradition, we hope you value the academic training and inspiration you received at Utah State and urge you to support our campaign effort. All contributions large and small are meaningful to this effort. Your partnership is the key to our success and brighter futures for our students.

Did You Know? What's the largest the College

source of private

support

of Science 7

Foundations

Corporations

Alumni

contributions

The answer is c. More than 50 percent of private funding for the college comes from alumni and other individuals.

Please let us know if you plan to be in Logan or if you plan to attend any of these university events. We welcome opportunities to visit with you. National Campaign Roll-Out Events with PresidentStan Albrecht

Logan Campus Events Homecoming - September 22

Portland, OR - July 24 Seattle, WA- July 25 Denver, CO - August 7 Chicago, IL - August 8 Washington, DC - September 18 New York, NY - September 19

Aggie Parent and Family Weekend - October 12-14 Aggie Family Day - October 13 Old Main Weekend - October 19-20

For more information about these events or supporting our campaign effort, please contact Chris Tallackson, Development Director, at 435-797-3510, or via email at chris.tallackson@usu.edu.

INSIGHTS COLLEGE

OF SCIENCE

STUDENT SPACE RESEARCH ... Cont inu ed from p age 24

TRANSITIONS

The GAS team was first organized at Utah State in October 1976. Former USU professor R. Gilbert Moore , then a Moi:ton executive, attended conference where NASA administrators announced the Computer science undergrad Joshua Jones /len} describes development of a a paper model of MR T's proposed Sputnik CubeSat picosatellite as team member Colin Whi te looks on . new opportuniry for space research aboard the newly designed space shuttle. Moore stood up in the middle of the presenter's speech and wrote a check from his own money for the first Get Away Special (GAS) payload reservation. He donated it to USU, initiating the GAS program . T he USU team laun ched the first GAS experiment in the world in 1982 . G-00 1, as the experiment was named, flew on the Space Shuttl e Columb ia. Aggies have sent 11 payloads into space and their popular "space popcorn" experiment has helped thousands of K- 12 stud ents get involved in space research. Utah State's renowned expert ise in space research, along with the universiry's Space Dynamics Laboratory, has earned USU the nickname, "Utah Space Universiry." According to the most recent National Science Found ation rankings, USU leads the nation in un iversiry space research fundin g, besting such prestigious research institutions as the Johns Hop kins Universiry and the Massachusetts Institute of Techn ology. â–

HIGH TECH DECISION-MAKING The best laid plans can go awry when

RETIRINGFACULTY PeterT. Kolesar, Geology

When Professor Pete Kolesar, right , threatened to skip his own retirement party, resourceful colleagues created a life-size cardboard cutout in his likeness . Ko/esar 's wife , Mary V., /en, received her own copy .

45 YEARSOF SERVICE Lawrence 0. Cannon, Mathematics & Statistics 35 YEARSOF SERVICE E. Robert Heal, Mathematics & Statistics James A. MacMahon, Biology 30 YEARSOF SERVICE Donald W. Fiesinger, Dean's Office and Geology RobertW. Schunk, Physics 25 YEARSOF SERVICE Leroy B. Beasley, Mathematics & Statistics W. David Liddell, Geology PROMOTION Piotr S. Kokoszka, Professor, Mathematics & Statistics Tsung-Cheng Shen, Professor, Physics TENUREAND PROMOTION Michael E. Pfrender, Associate Professor, Biology

catastrophe strikes. USU computer scientist

SUPRATIKMUKHOPADHYAYis leveraging the power of adaptive, situation-aware

and secure

service-based, or "AS3" systems, to improve public safety response to varied disasters . Automated decision-making

can ensure

EVOLUTION NOT ALWAYSADVANCEMENT Many wrongly assume that evolution implies

accurate, timely response and thus save lives.

progression toward something better, says

Mukhopadhyay,

USU biologist PAULWOLF. Evolution by natural

assistan t professor in the

Computer Science Department , is collaborating

selection is a mechanical process, he says ,

with researchers at Arizona State University on

that simply favors organisms better suited to

development

a particular environment

of AS3 systems for emergency

response.

1-/~ COLLEGE

at a particular ti me.

Evolution does not predict the future , Wolf says .

OF SCIENCE

INSIGHTS

1950s De Lamar Gibbons, MD (BS 1956, Chemistry), Blanding, Utah, earned an MD degree from The George Washington School of Medicine in 1959 and practiced medicine in Blanding for most of hisprofessional career. Prior to his retirement, he as director of clinical research for The SaturdayEveningPost.Dr. Gibbons is the author of a number of books, including TW Why NavahoIndians Never Get Cancerand The Self Help "Wayto TreatColitisand OtherJBS Conditions. 1960s Ronald Fayer (MS 1964, PhD 1968, Zoology), Ellicott City, Maryland, was presented with the Presidential Rank Award for Distinguished Senior Professional by President George W. Bush. Fayer, who earned hisgraduatedegrees under the direction of the late Dacus Hammond, has been conducting research on parasitic diseasesfor the USDA Agricultural Research Service for the past 39 years. Ronald'...... ""......

FOLD

Joseph C. Maheras, MD (MS 1965, Chemistry), Billings, Montana, is an internist with St. Vmcent HealthCare.His cunem specialty is sleep medicine.

FOLD

Gordon D. Waller (MS 1967; PhD 1973, Entomology) , Augusta, Wisconsin, is employed as a research entomologistwith theU Department of Agriculture. In 2002, he traveled as an agribusiness volunteerto Ukrainewith the Citi7cnsNetworkfor Foragn

John H. Woffinden, PG (BS 1969, Geology), American Fork, Utah, retiredfromthe U.S. Air Forcewith the rankof Master Sergeant in January 2005. He retired from the Department of Defense at DugwayProvingGround,Utah, in April2006. }{e:JS currently employed as soils lab supervisor for Horrocks Engineering.

1970s Susan G. Kelley, MD (BS 1970, MS 1972, Bacteriology), Ogden, Utah, closed her private medical practice in fall 2006 to reaching. She is a professor of clinical medicine at the Medical University of the Americas in Nevis, West Indies. Kdleyearned from Texas Woman 's University and an MD from Saba University School of Medicine in the Netherlands Antilles. Sheco-au two books, BasicMicrobiologyTechniquesand MicrobiologyTechniqueswith the late Frederick.}.Poat, former USU professor. 1980s Colonel Sven T. Berg (BS 1983, Chemistry), Spring, Texas, serves as Chief of the Medical Staff with the U.S. Air Medical Operations Group. Sven earned an M.D. from Cornell University Medical College in 1987 and a master's degreein. health-health services administration from the Uniformed Services University of the Health Sciences in 2003.

2000s Joe Jacobs (MS 2005, Geology), Houston, Texas, is a petroleum geologist with AnadarkoPetroleumCorporation. FOLD

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ALUMNHT Dear Coilegeof ScienceAlumni and Frimds, Wealike to hearfrom you! ~ hopeyou'll take a mommt to drop us a line. No postageis "quimi. Yousimplyfold this sheeton the dottedline, tapeit shut, and drop it in the mail Youcan alsoe-mail informationto 1N1rya1111.mlljfoletto@usu.d# orfax us at (435) 797-3378.

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Insights is the alumni newsletter a/Utah State University's College a/Science. Our mission is to inform alumni and friends ofcurrem events , research and news within the college. The newsletter also provides a forum for alumni to follow the careers and professional development of their colleagues. This issue of Insights was written and edited by Mary-Ann Muffoletto, college writer; with lpecial thanks to Dean Don Fiesinger, Associate Dean Richard Mueller and Associate Dean Lisa Berreau. Photography by Donna Barry, Mary-Ann Muffoletto and Richard Mueller. Design by Megan Hemmert . Primed at USU Publication Design and Production. Â© 2007

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