LID

Low Impact Development Tour with NVCOG

Last week, UConn CLEAR and the Naugatuck Valley Council of Governments did a tour of UConn’s low impact development to learn more about stormwater pollution, green stormwater infrastructure implementation and maintenance, and overall best practices for targeting water quality and flooding within municipalities. You can read more about it all here: https://www.facebook.com/share/p/jTvyox13xEh3EmJh/?mibextid=WUal2a 

Low Impact Development in CT: Policies, Drivers, and Barriers

April 5, 2016 Presented By David Dickson & Chet Arnold, UConn CLEAR The concept of low impact development (LID) has been around for quite some time now. So….is Connecticut buying it? If so, how much? If not, why not? New research by CLEAR’s NEMO Program provides some answers to these questions. This webinar will review […]

LID vs Green Infrastructure

If you deal with stormwater issues or land use planning, chances are you have heard the phrase “green infrastructure” mentioned a lot recently. It is rapidly replacing “Low Impact Development” (LID) as the phrase du jour in the stormwater biz. But before we all go willingly adopting this into our lexicon, we must first ask […]

Green Roofs Blossom in America’s Cities

City parks and stock exchanges are not the only place to find large expanses of green these days.  Green roofs are starting to become part of the cityscape in many of the larger cities on both the East and West coasts.  The reason?  Green roofs provide a host of environmental benefits:  they increase energy efficiency, […]

NEMO Monitoring Project Looks at Nitrogen Processing by Bioretention

Last week CLEAR’s NEMO Program broke ground on a new monitoring project focused on the Low Impact Development (LID) practice of bioretention.  Bioretention is the practice of reducing the quantity, and increasing the quality, of runoff by directing it to a depression filled with plants.  This is the same concept as the more widely recognized rain garden, […]

Residential Rain Garden Training

Rain gardens are shallow depressions in the landscape that typically include plants and a mulch layer or ground cover. In addition to providing increased groundwater recharge, they are expected to provide pollutant treatment. Pollutant treatment in rain gardens has been attributed to adsorption, decomposition, ion exchange and volatilization. The CT NEMO Program is teaching a 1.5 […]