Democratic US Senate candidate Ned Lamont appearance tonight, Feb 22 (CT)

[rpgamerd00d]

Democratic US Senate candidate Ned Lamont to appear at the Lower Connecticut River Forum

February 22, 2006
First Congregational Church of Old Lyme
Ned Lamont @ the Lower CT River Forum
Corner of Lyme Street and Ferry Road, Old Lyme, CT - 7 PM to 9 PM

Meet Ned Lamont, Democratic candidate for US Senate

Ned Lamont is mounting a Democratic primary for US Senate. He is outraged by the actions and policies of the Bush administration, and can tolerate Joe Lieberman's approval of Bush administration policies no longer.

Connecticut deserves a US Senator who listens and acts on their behalf, not his own personal agenda. Ned Lamont is coming to the Lower Connecticut River Forum in Old Lyme to hear your concerns and get Connecticut back on the right track!
Check out Ned Lamont's website!

Ned Lamont for Senate
PO Box 536
Riverside, CT 06878-0536
203.622.7091
[e-mail]
http://nedlamont.com

Greetings!

The Lower Connecticut River Forum has been a great catalyst for political change in our state, bringing together people who share a passion and a vision to make Connecticut a better place. I am honored that the Lower Connecticut River Forum has invited me to participate, as I am challenging Joe Lieberman for the Democratic nomination for US Senate. It is way past time for our US Senator to stand up and fight the misguided policies of the Bush administration. I will listen to your concerns, speak about getting Connecticut back on the right track and urge you to get involved in Connecticut's most exciting grassroots campaign of 2006! Please attend the Lower Connecticut River Forum -- I look forward to meeting you.

Sincerely,
Ned Lamont

[9119495]

1. Does this guy have a chance to be Lieberman? Can he get Ned-mentum?

Help an Iowan know the situation.

[rpgamerd00d]

2. It all boils down to $, of course. But he is independently rich.

Remember, only DEMS vote in primaries. Repugs can't save Lieberman directly, all they can do is give him $.