Sept. 13, 1999

 

 

 

 

 

 

 

 

 

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Archive

Lifestyles

Children shine at UK Early Childhood Lab
Know radon risks

Children shine at UK Early Childhood Lab

In Erikson Hall at the University of Kentucky, finger paintings and macaroni art line the hallways. A great mural takes form on a wall. In the back of one room, a group of students is rehearsing its newly developed play. Students across the hall observe the class pet.

Sound more like a preschool than a university? Actually, it's both.


The Early Childhood Laboratory at UK, or ECL, serves as a preschool program for Fayette County children, while it serves as a teacher training and research facility for UK students and educators. Each year, about 100 eligible children attend the ECL's preschool, infant/toddler and Early Start programs. While other universities across the state offer similar programs, UK has the only full-day infant/toddler lab. During July, a special lab based on the Reggio Approach offers children opportunities for learning and fun.

Submitted
A child and parent from the Lexington community work on motor and sensory skills with a drawing activity at the Early Childhood Laboratory's fair held in May. The ECL offers pre-school education.


Darlene Goring, an assistant professor in the UK College of Law, said she and her husband, Richard Ross of Minority Affairs, placed their son, Trey, in the ECL when he was 4 months old after carefully searching Lexington for a daycare and considering home care.

"He has just blossomed there," said Goring of Trey, who is now 2 years old. "He's very verbal, he's counting and he's sharp as a whip."

Trey, Goring said, is excited about attending the "big kids'" preschool class this year. Keeping him at the ECL is a family priority.

"I don't think we could have found a place that could prepare him for school the way the ECL has," she said. "We're juggling schedules so he can attend the half-day preschool this year."

The goal of the ECL, said director Jaesook L. Gilbert, is to serve as a model program in the early childhood community, an exemplary training site for future early childhood teachers and a site for research in early education and care. The ECL, staffed with master's degree level teachers, seeks to attract a diverse student body, including children with special needs. Fostering creativity, promoting active learning and nurturing cognitive, emotional, physical and social development are key missions of the lab.

The importance of early childhood development recently has been underscored by findings of brain development research, Gilbert noted.

"The research illustrates how quality care is an essential component to the actual wiring of the human brain," she said. "The stimulation, instruction and care children receive during the first three to five years have a great impact on children's current and future development."

Recognizing the fundamental role of early childhood education in creating the bright minds of tomorrow, Gov. Paul Patton established this year the Office of Early Childhood Development and selected UK professor and former ECL director Kim Townley as its director.

Gilbert said the ECL not only provides that essential, high-quality education with low child-to-teacher ratios, but also gives UK students in interdisciplinary early childhood education, sociology, psychology, education and other fields a chance to learn good teaching practices, improve on them and conduct research.

"Our students need an opportunity to connect the area they are studying with the real world. The program's teachers serve as role models and mentors for them," she said.

For more information about the ECL , contact the ECL office at 257-7732 or e-mail addresses found at the ECL Web site at www.uky.edu/~pmedwa0.

Selena Stevens


Know radon risks

Radon is a naturally occurring odorless, colorless gas that comes from the breakdown of uranium and radium, both of which are commonly found in soil and rock.

Radon gas decays into radioactive particles that can be inhaled and trapped in the lungs. Under certain conditions, these radioactive particles may cause lung cancer. Not everyone exposed to elevated radon concentrations will develop lung cancer, and there is still uncertainty about the magnitude of the health risks associated with radon exposure. Significant risk is associated with high exposure levels over a long period of time.

Radon usually enters a building through hollow block walls, cracks in foundation floors and walls, and openings around pipes, sumps or drains. Radon movement into a building is dependent upon several factors, including air pressure, wind, soil conditions and ventilation inside a building. Because of these and other factors, the radon concentration in a building may fluctuate over time.

Testing of University of Kentucky buildings for radon began in 1988. Over 250 UK buildings have been tested, and locations with elevated radon concentrations were prioritized for further investigation or mitigation. Successful mitigation has been performed in office buildings, classroom buildings, residences and residence halls.

If you have any questions about radon risk, testing or reduction methods, contact Environmental Protection at 257-3285.

Staff report