• News
  • Lake Facts
  • About

Lake Scientist

Real-time monitoring added to Connecticut’s Lake Lillinonah

1
  • by Greg Loughnane
  • — June 11, 2010

800px-LillinonahTrail_NorthernLakeFacingNorthWithBoatIn the interest of combating the “impaired” status of Lake Lillinonah in Bridgewater, Conn., a conservancy group has installed a real-time environmental monitoring system that measures water quality and weather conditions. The lake, the first impoundment located along the Housatonic River, has historically collected large amounts of waste from upstream.

Friends of the Lake (FOTL), a non-profit group founded with the sole purpose of improving and protecting the lake, funded installation of the monitoring system. It will monitor water temperature, level, dissolved oxygen, pH, conductivity, and chlorophyll. It also records weather data including temperature, wind speed and direction, solar radiation, rainfall, and relative humidity.

Measured environmental data, both real-time and historical, will be publicly displayed via the FOTL website for anyone to see, from environmental scientists to families planning fishing trips.

Eventually, FOTL intends to deploy all of the equipment on a buoy platform. However, this will require $15,000 in additional funding, which has not yet been secured.

The new monitoring capabilities enable FOTL to join the Global Lakes Ecological Observatory Network (GLEON), a collection of scientists, engineers, and other environmental professionals who acquire and analyze environmental data from lakes and reservoirs across the world. Lake Lillinonah is only the second lake in New England to become a part of the global network.

A free iPhone application is also being developed that will allow users to notify FOTL of issues, such as excess debris, on Lake Lillinonah. Users will be able to upload images to the new Friends of the Lake website. The purpose of the iPhone application is to help identify the sources of debris on the lake and expedite its cleanup, but also to offer some insight into the causes of algal blooms and other harmful lake conditions.

The concerns for Lake Lillinonah stem from the fact it traps a tremendous amount of debris from upstream, according to Greg Bollard, a member of the FOTL Executive Committee. Since the lake is the first impoundment on the river, it usually retains whatever refuse flows into it.

“In essence, it’s a giant catch basin,” Bollard said.

The new lake monitoring initiatives, Bollard added, are part of a larger effort to protect and enhance the beleaguered lake’s water quality.

“The state Department of Environmental Protection now lists the water in Lillinonah as impaired,” he said. “We’d like to change that.”

Tracking Lillinonah’s waters [The Danbury News-Times] New Hi-tech Devices and Programs to Monitor Water Quality [FriendsoftheLake.org] Lake Lillinonah’s Water Quality To Be Monitored With High-Tech Devices [Brookfield Patch] Two regional lakes part of global study [Local News]

Image Credit: Courtesy of H. Morrow Long

Share

You may also like...

  • Heavy rain and sewer overflows worsen Great Lakes beach pollution
  • Figure 1: The Great Lakes in the U.S. and Canada are well-known examples of lakes produced by multiple glaciations and deepened by glacial scouring. Findings released from five-year USGS study on water availability in the Great Lakes Basin
  • Michigan Volunteer program watches over Michigan lakes for over 35 years
  • Flash Freeze Ices Great Lakes

1 Comment

  1. Zebra mussels found in two critical Connecticut lakes | Lake Scientist says:
    October 18, 2010 at 2:18 PM

    […] Lillinonah is already considered an “impaired” lake. It is highly eutrophic due to phosphorus from water treatment plants, lawn fertilizers, and farm […]

    Reply

Leave a Reply Cancel reply

Your email address will not be published. Required fields are marked *

Time limit is exhausted. Please reload CAPTCHA.

BUY AT FONDRIEST.COM
New NexSens XB200 Data Buoy
  • Recent Posts

    • Pushing Lake Science Upstream: Agriculture and Algal Blooms at Lake ErieJuly 14, 2025
    • The waves of Lake Erie in Point Pelee National Park.Research Brief: Evaluating Surface Wave Models in Lake ErieJuly 14, 2025
    • Honghu Lake which was the study site for the endogenous pollution study.Research Brief: Understanding the Negative Impacts of Endogenous Nutrient Releases in a Shallow LakeJuly 7, 2025
    • From Paddles to Phytoplankton: Studying Vermont’s Wildest LakesJuly 7, 2025
    • Monitoring New Hampshire’s Aquatic Ecosystems: Continuous Data Collection in the Lamprey River WatershedJune 30, 2025
  • Popular Tags

    Great Lakes research summary research research brief pollution Lake Erie Algae invasive species Product Spotlight lake research lake science climate change runoff nutrient-loading Lake Michigan dissolved oxygen international temperature Ohio eutrophication EPA toxic waters ice phosphorus blue-green algae

©2025 Fondriest Environmental Inc. | Questions? Call 888.426.2151 or email customercare@fondriest.com