Click here to view the latest VT Digger article about Lake Carmi
On Friday July 22nd, NBC 5's Liz Strzepa and her team visited Lake Carmi to cover the recent cyanobacteria blooms that we had been experiencing. They were taken on a boat ride by John Costa around the lake with FWC President and Vice President, Rob Evans and Pete Benevento.
You can view the full story on their website here:
Lake Carmi Aeration Project - North American Lake Management Society (LakeLine Vol. 38 No. 4 Winter 2018)
Lake Carmi Campers' Association President, Rob Evens was interviewed on Waterbury's WDEV "Open Mic". He did a wonderful job explaining the situation at Lake Carmi. Hear the interview here. https://www.dropbox.com/s/1k565f1fp8w1gca/Lake%20Carmi.mp3?dl=0
Our North Beach Planting project on April 29th made the front page of the St. Albans Messenger!
Left to right, Caleb Garala, Rob Cormier and Sheryl Garala preparing Lake Carmi’s shoreline, near the northern boat access, for planting. Photo courtesy of the Franklin Watershed Committee.
Planting for Lake Carmi Watershed group takes steps to reduce runoff
By Tom Benton
FRANKLIN — Volunteers helped the Franklin Watershed Committee complete its first physical project of 2017 on Saturday.
The nearly dozen laborers planted multiple varieties of native vegetation on Lake Carmi’s shoreline, near the northern boat access, in an effort to reduce erosion and runoff and to beautify the area.
That included the use of nearly 1,000 pounds of topsoil.
Planted vegetation includes 16 red osier dogwoods, six button bush, six winterberry shrubs, four cedar trees and four speckled alder trees.
The planting took a total of four hours, cut between a morning and an afternoon shift.
“This will help stabilize the bank, which is now eroding in three or four places,” Franklin Watershed Committee president John Barrows said.
He said the planting will also help control Lake Road’s erosion and “help take out some of the regular fluids” flowing from the pavement into the lake. The vegetation absorbs fluids and slows their rate of travel.