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March 11, 1999

  • New Garages, Enhanced Shuttle System Hallmarks of New Parking Plan
  • No Mistaking Active Kea Parrots for Passive Chia Pets
  • Student-Designed Concrete House

 


 

Senior Water Sciences major Dave Block tries to keep the snow off while waiting for a campus shuttle at 14th & R Streets March 8. University employees, students and Lincoln residents awoke to snow, rain and sleet making streets and sidewalks sloppy and slick.

 

 

 


New Garages, Enhanced Shuttle System Hallmarks of New Parking Plan

By Kim Hachiya, Public Relations

Campus planners, parking personnel and business and finance officials are working overtime to ready documents to send to the Board of Regents this June authorizing the construction of a 1,200-stall parking garage at 17th and R streets.

The garage is the first of three planned for the city campus to replace current stalls that will be lost in the next four to five years due to construction. Current lots slated to go include faculty/staff lots near the Temple Building, Andrews Hall and Walter Scott and student lots near Harper-Schramm-Smith. In all, nearly 4,000 stalls on city campus could be displaced, representing 40 percent of current stalls available.

James Main, assistant vice chancellor for business and finance, said the new garages are "only a component, but a significant part" of a new transit system affecting both campuses. Among new options are the addition of three new shuttle buses to serve the city campus and an expanded shuttle operation to at least 11 p.m. nightly.

He anticipates building two more garages on the city campus - one near 14th and Avery and other at approximately 19th and Vine streets. The campus master plan also calls for a fourth garage to be built on East Campus, although a timetable for that garage is less concrete.

Tad McDowell, director of University Parking and Transit Services, said several factors influenced the decision to build additional garages. The city's removal of two surface lots in the 10th and Q street area has diminished available parking, particularly for commuting students. Campus construction projects call for new buildings to be sited on the lot by the Temple Building (visitors' center), 17A east of Andrews Hall (Esther Kauffman Center) and 17th and Vine (Additions to Walter Scott Engineering). The Antelope Valley Major Investment Study also has an impact, Main said, because once lands directly east of the city campus are declared in the flood plain, options for building on them are very limited. And the city is committed to widening Holdrege Street and creating an overpass in the 17th and Holdrege street area. These projects will remove several lots mostly used by residence hall and greek house students.

Long-range campus planning efforts began in earnest in the summer of 1997, Main said, as it became critical to address the looming parking crisis. Last spring, many public information sessions were held across campus to gather input and ideas about the campus master plan. Three options were considered related to parking concerns.

The first was to severely reduce the number of people allowed to bring cars to campus by restricting permit access, mostly likely by eliminating parking for freshman and sophomore students. McDowell said this option would not reduce the actual demand for parking, nor would it replace any stalls. It could reduce enrollments and would force residence hall students to park further from their destinations. City streets would probably become more congested with parking, and there probably would be an increase in illegal parking. This option also did not offer any alternatives for campus visitors, such as those using museums, theaters or university services. This plan was rejected.

The second plan, also rejected, was to develop satellite parking by purchasing or leasing large parcels of land, and then busing people to campus. McDowell said this option also did not address the loss of stalls nor serve campus visitors. It required extensive security, increased commuting time, particularly for those coming from an opposite direction, and would be costly to implement while at the same time reducing service.

The garage option offered many pluses, McDowell said. It centralizes parking and minimizes pedestrian-vehicle conflicts by removing vehicles from the campus core. It minimizes construction disruption, increases service for visitors and commuters and offers more security to residence hall students. The city campus garages do not increase the number of spaces being lost to construction; they are only replacing those stalls slated for demise.

In May of 1998, a Parking Plan was developed to build three multi-level garages and the 14th and Avery site was identified as first priority. Plans proceeded with that site until December, when students expressed a desire to build the structure in the 17th and R area. After review, Main said, it was determined that this site was feasible.

He said that because the location was changed, planners had to go back to the starting point in developing program statements and other documents associated with building a garage. This is why the authorization will be going to the regents in June rather than earlier in the year, he said.

Two lots will disappear this year: 17A east of Andrews and the faculty/staff lots south of the Temple Building. 17A permit holders will be temporarily moved to the mall east of Memorial Stadium (which will be paved). This temporary lot eventually will be returned to greenspace. Temple Lot permit holders will be dispersed to several existing lots.

Main anticipates groundbreaking for the new garage to begin sometime next spring, and the first cars to drive through the gates in time for fall semester 2001. The garages will be available to permit-holders only, although a few long-term meters will be available for visitors and other users. The garages will be patrolled by parking cadets; video cameras and lights will be used to provide 24-hour security.

Both McDowell and Main acknowledge the new parking and transit plan has a downside: parking fees will significantly increase beginning this summer, and parking availability will decrease before the supply increases. It will cost about $50 million to build the three garages and support a beefed up shuttle system. Those costs will be borne by users. And while costs will go up, the first garage won't come on line for two years, creating a disconnect between perceived and actual benefit.

The fees for a typical "area 10" permit holder escalate in $5 or $6 monthly increments annually through FY 2004. Fees for reserved parking jump in $9 or $10 monthly increments during the same period. Student fees also increase, although in $4 or $5 increments. Perimeter fees rise in $1 monthly increments.

This is painful, Main admits. However, the fees will be comparable to garage parking in downtown Lincoln. And UNL permit-holders have for years paid the lowest parking fees among its peer institutions. Main believes it's the rate of escalation that will leave some folks breathless.

However, the benefits will come, he believes. Because the new shuttles will travel very short routes, shuttle-wait times should be 5 minutes or less, he predicts. And video monitors in the garages are expected to show patrons where the shuttle is along the route, using a vehicle tracking system, so that patrons can estimate wait times. Retail and office space also will be part of the new structure at 17th and R streets.

 

 PERMIT FEES:

  Year Structure Completed F/S/S Monthly Perimeter Permits Monthly Student Permits Monthly F/S Permits Monthly Student Reserved Monthly F/S Reserved  
  1998   $4  $9  $11  $26  $31  
  1999    $5  $13  $17  $35  $40  
  2000    $6  $17  $23  $45  $50  
  2001 South  $7  $21  $29  $50  $60  
  2002 East  $8  $25  $34  $55  $70  
  2003    $9  $29  $39  $60  $80  
  2004 North-1  $10  $32  $44  $65  $90  

 


No Mistaking Active Kea Parrots for Passive Chia Pets

By Robert Sheldon, Public Relations

The March issue of Natural History, the magazine of the American Museum of Natural History in New York City, contains an excerpt from a new book about a precocious New Zealand parrot by the University of Nebraska's Judy Diamond and Alan Bond.

The excerpt, titled "Demolition Birdy," is from Kea, Bird of Paradox, A Study of the Behavior and Evolution of a New Zealand Parrot.

The book by the husband and wife team is the result of a three-year research project funded by the National Geographic Society. The book was published in January by the University of California Press.

Diamond is professor of museum and the NU State Museum's assistant director for public programs. Her husband is research professor in the School of Biological Sciences.

The excerpt in Natural History deals with "the bold, playful and ingeniously destructive behavior" of the kea, a crow-sized parrot that lives in the rugged mountains of New Zealand.

In the excerpt, Diamond and Bond note that the keas' play "is spectacular," and "observers have likened their behavior to dancing, because the birds face each other and occasionally appear to jump in unison."

As amusing as their play can be to observers, kea behavior has its downside. "There is a fine line between play and destruction," the biologists say in the excerpt. "Unlike most other parrots, young keas display a seemingly endless appetite for destroying large objects.

Fledglings and juveniles spend many of their waking hours in demolition, ripping into old carpeting and discarded furniture, or even attacking parked automobiles.

Although not included in the magazine excerpt, Bond and Diamond in their book discuss the kea's destructiveness as an essential element of their foraging behavior. Keas are generalist feeders consuming everything from nectar and plant buds to insects and carrion. They have long been accused of attacking and killing sheep. While attacks on sheep are rare today, wildlife officials report losses to some herds of several sheep per year.

Overall, the book provides a comprehensive account of the keas' contradictory nature, along with the problem of species survival in human environments everywhere. They present the keas' story from historical and contemporary perspectives and include observations from their years of field work. They note that the keas have a flexible lifestyle that probably evolved in response to the alpine habitat's unreliable food resources that has allowed the bird to survive the extermination of much of its original ecosystem.

 


Who's Afraid of the Big Bad Wolf?

Not Residents of Student-Designed Concrete House

By Deb Derrick, College of Engineering & Technology

To the average homeowner, a concrete house might appear to be a bit, well, cold. But University of Nebraska civil engineering students who designed an award-winning precast concrete house say the house saves on utility costs and saves the hapless homeowner needless grief. No more pesky termites, rodents, dry-rot, squeaky floors or loose shingles. Is the house of the future cast in concrete?

Maybe, if the students and the Precast/Prestressed Concrete Institute have anything to say about it. PCI has just awarded NU students Nick Johnson of Omaha and Rani El-Hajjar of Bahrain first place in student design for "NU Precast Concrete House" in the 1998 National Structural Precast Concrete Competition.

While concrete is occasionally used in multi-dwelling housing, the use of concrete in single-dwelling residential construction is typically limited to basement walls and slabs on the ground. "We believe we have gone with our house design where no one has gone before," Johnson said.

The students' design is a single-story, two-bedroom house with more than 2,100 square feet. Because none of the interior partitions are load-bearing walls, the interior can easily be modified in the future. The design has a precast concrete framing system and a self-supporting concrete spiral staircase winding to a walkout basement.

Unlike most concrete houses with a wood truss roof frame, the house features precast concrete roof panels. Brick facing enhances the aesthetic appearance of the exterior. Inside, gypsum board attached to concrete wall panels allows pictures to be hung on painted or wallpapered walls. The design features 10-foot high ceilings instead of standard 8-foot ceilings dominant in housing.

National associations such as PCI are promoting residential concrete housing, according to NU professors Maher Tadros and Sameh Badie, who supervised the students' design project. Tadros and Badie said precast concrete products can reduce construction time while providing durability, sound insulation, fire protection and resistance to tornadoes, hurricanes, floods and fire. The relatively air-tight design will likely reduce dust and dirt inside, making it easier to clean.

Johnson and El-Hajjar, assisted by a third student, Jenny Lockwood of Omaha, started the project in 1998 as part of an undergraduate engineering course on reinforced concrete design. All three students graduated in May 1998, but their enthusiasm and work didn't stop then. Johnson and El-Hajjar worked on the project throughout the summer. Johnson and Lockwood are now civil engineering graduate students on NU's Omaha campus. El-Hajjar is a graduate student at the University of Texas at Austin.

A fourth student, Nick Meek of Williamsburg, Iowa, developed the drawings of the proposed framing system for the project entry. Meek is a civil engineering undergraduate student on the Omaha campus.

University researchers are working with Kroeger Precast Concrete Inc. of Omaha to develop a prototype house based on the students' design. Researchers are applying for a patent on the framing system.


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