Wednesday, August 24, 2011

Barney Library's architecture, A Photo Essay By Dr. Alan Coykendall

Don't miss this great Directors College program on November 22 @ 7:00 pm @ the Barney Library.

Farmington’s Barney Library is a fine example of Greek Doric architecture. It was designed by Stephen B. Lawrence, and completed in 1918. It is not unique, because many examples of classic architecture can be found throughout Connecticut, and the entire U. S., not to mention Farmington’s many examples. However, the library is a public building and stands in an open area, which facilitates viewing its many interesting features both inside and out.

Using photographs of the library taken before, during, and after the recent restoration, plus pictures of buildings in Farmington and elsewhere, the presentation will touch on the origins of this type of building, and compare its Doric style (or “order”) with examples of the Ionic and Corinthian orders, some of which are only a few feet away from the library, or even in the library.

Some American Colonial details (certainly the doors) of the Barney Library reflect, and perhaps acknowledge, features in some of Farmington’s oldest and architecturally nicest houses. The interior has many reiterations of the Doric order, as well as Roman designs which are often seen in classic architecture and throughout Renaissance and baroque architecture.

The object is to show that this small building exemplifies much of what our culture values highly, and can teach us as much as what is on the shelves.

Monday, August 1, 2011

Directors College Presents: DARK SKY.. An Engaging lecture on the affects of artifical light on the planet and people.

November 30th 7:00 PM Barney Library Directors College Presents:

DARK SKY.. An Engaging lecture on the affects of artifical light on the planet and people.
Richard Stevens received a B.S. in Genetics from the University of California, Berkeley, and a Ph.D. in Epidemiology from the University of Washington in Seattle. He has been working for a long time trying to help figure out why people get cancer. A perplexing challenge which Stevens began to engage in the late 1970s is the confounding mystery of why breast cancer risk rises so dramatically as societies industrialize. He proposed in 1987 a radical new theory that use of electric lighting, resulting in lighted nights, might produce ‘circadian disruption’ causing changes in the hormones relevant to breast cancer risk, and thereby play an important role in breast cancer causation worldwide. Accumulating evidence has generally supported the theory. Stevens teaches medical/dental students, graduate students in the PhD program, and MPH students at UConn Health Center.