Date: Fri 02-Jul-1999
Date: Fri 02-Jul-1999
Publication: Bee
Author: ANDYG
Quick Words:
wetlands-fiber-optic-cable
Full Text:
Fiber Optic Cable Gets Wetlands Clearance
BY ANDREW GOROSKO
Conservation Commission members have approved an application from a
communications firm to install underground fiber optic cable through the
western section of town.
The cable run will be part of a new nationwide communications network
optimized for Internet technology.
Conservation Commission members unanimously approved the application June 23.
Level 3 Communications, LLC, plans to install five miles of fiber optic cable
along a course which will pass through the buffer zones of 18 wetland areas
along Route 25, Route 6, Route 302, and Taunton Hill Road. Installation will
be done in the roads' rights-of-way, generally beneath road pavement. Two
sections of the project will be installed beneath road shoulders.
The run of cable to be installed in Newtown is part of a cable section to be
installed between Stamford and Hartford.
The cable will enter Newtown from Brookfield on Hawleyville Road, follow Mt
Pleasant Road to Taunton Lane, follow Taunton Lane to Taunton Hill Road,
follow Taunton Hill Road to Route 302, and then follow Route 302 to Bethel.
Along its route in Newtown, the cable will pass through areas protected under
the provisions of the town's wetlands regulations.
According to Earth Tech, a firm which represents Level 3 Communications, the
cable's route is designed to avoid entering wetland areas as much as possible.
Soil scientists for the company delineated the cable route with that
consideration in mind. Although some of the proposed cable installation will
occur in wetland buffer zones, none of the proposed work will have significant
adverse effects on wetlands, according to Earth Tech.
All cable installation work will be done either beneath the pavement of state
and local roads or alongside the roads within those roads' rights-of-way. Such
a cable placement prevents the need to obtain private easements for cable
installation and maintenance. The cable is à of an inch thick. It is enclosed
in a 1¬-inch diameter plastic conduit. Spare conduits will be installed for
possible future cabling.
Subsurface cable access chambers will be installed along the cable's route for
maintenance work. Work crews will restore the land disturbed for cable
installation.
Fiber optic cables transmit large volumes of information with rapid pulses of
light.