UConn Extension offers Bedding Plant Program for Greenhouse Growers
Get the latest information on insect and disease management, proper watering techniques and mixing pesticide formulations and network with fellow growers. This educational program will feature the following topics of interest to those who produce spring ornamental crops in the greenhouse:
Watering: Air and Water Balance in the Root-Zone
Rosa Raudales, Greenhouse Extension Specialist, University of Connecticut, Storrs, CT
Root Rots, Mildews, and Blights
Dr. Yonghao Li, CT Agricultural Experiment Station, New Haven, CT
There are a number of steps that a homeowner can take to help protect their private well.
Water should be diverted away from the wellhead to prevent the pooling and potential introduction of contaminated water into the well.
Keep the well in good repair. A faulty well can allow surface water to reach groundwater without filtering through the soil.
Use care when applying pesticides and fertilizers to lawns and gardens near the well (better yet, avoid use entirely if possible). These products contain chemicals and/or nutrients that can contaminate well water.
Abandoned wells should be sealed. They are a prime entryway for contaminants.
Article by Karen Filchak, Retired Extension Educator
In Connecticut, approximately 15% of residents receive their drinking water from private wells. In rural areas of the state, that percentage increases to greater than 90%.
An owner of a private well is also a manager of the well. As manager of the well, the homeowner is responsible for making sure that the water is safe to drink and the well is not damaged or compromised. Public water systems are required to regularly test water and meet federally set water quality standards. Private wells are not required to test and meet standards except following installation and at time of sale of the property.
Many homeowners are unaware of the recommendation to routinely test their private well. A basic series of tests is recommended annually. Other tests should be conducted based on potential sources of contaminants that may affect the well. This would be based on the potential presence of naturally occurring contaminants or those introduced by human activities/land uses.
It is recommended that homeowners use a testing laboratory that is EPA certified to test. The EPA has certified laboratories to assure that the labs have the proper equipment to test for the contaminants that they advertise. Not all environmental laboratories test for everything. It is a good consumer practice to compare two or three labs to determine which best suits the consumer’s needs.
If the water tests indicate that there is a problem, information is available to help the homeowner understand what the problem is and what options are available to address the problem if needed.
Connecticut residents are invited to join the 40 Gallon Challenge and take on new practices to increase water conservation. The 40 Gallon Challenge is a national call for residents and businesses to reduce water use on average by 40 gallons per person, per day.
As a participant in the challenge, one commits to taking on additionalindoor and outdoor water savings activities. Impactful actions to choose from include: installing a “smart irrigation controller” that adjusts for temperature and precipitation (40 gallons daily savings), replacing an old, non-efficient showerhead with low flow showerhead (20 gallons daily savings), and fixing a leaky toilet and faucet (45 gallons daily savings).
“New York City is surrounded by water,” Angie Harris says, “I realized it was a great source of beauty, transportation, and recreation. But it was also contaminated and deeply problematic.” Angie grew up in Queens, New York. She realized water was a crucial resource of concern while an undergraduate at New York University studying environmental sciences.
The interdependent relationship of farming, water and land was also intriguing to Angie. Precipitation and ecology are critical to success in farming. She earned her masters’ degree in environmental science at the University of Rhode Island and worked as a research fellow at the Environmental Protection Agency in the Global Change Research Program. Angie joined UConn Extension two years ago as the Program Coordinator for the Agriculture Water Security Project.
The Agriculture Water Security Project is part of the Natural Resources Conservation Service (NRCS)’s Regional Conservation Partnerships Program and promotes conservation assistance to agricultural producers. The program facilitates Extension’s work in ensuring farmers are thinking about and preparing for drought.
“I serve as a resource for farmers, gardeners, and homeowners to guide and advise them on water conservation and drought preparedness and management. I also serve as a network builder and connect them to other existing resources and organizations,” Angie says. She uses a combination of her education, and personal experience as a full-time farmer for three years in her role on the project. “My mission is to increase the adoption of conservation practices and activities throughout the state.”
Extension is assessing how much water farmers use, and completed a statewide water use survey on irrigation practices and water availability concerns. Next, a pilot metering project at 12 farms tracked their weekly water use for two years. The farms included vegetable, dairy, and nursery and greenhouse operations.
“The farmers kept diligent records and it was inspiring to see how they became scientists and water managers. A curiosity emerged around water use and they demonstrated that they really wanted to know how much water they were using and when,” Angie says.
A key turning point in the water project came at the end of 2016, a serious drought year for Connecticut. UConn Extension hosted a drought listening session for farmers at the Capitol and documented their concerns and ideas in a clear way that was communicated with the state Department of Agriculture and NRCS.
Connecticut developed a state water plan over the last few years. Mike O’Neill, associate dean for outreach and associate director of UConn Extension, served on the planning committee and represented agriculture in the plan’s development.
The next step for the Agriculture Water Security Project was helping farmers prepare drought plans and connecting them to financial assistance from NRCS. A total of 10 projects were provided financial assistance related to developing more robust and secure irrigation infrastructure. Projects included new wells and buried irrigation pipeline.
“We helped a couple of farms access funding to install wells, and it continues to be rewarding to see how pleased the farmers are to have the new resources,” Angie mentions. The Extension project continues to offer irrigation and drought planning resources for farmers.
“I’m excited to see farmers living out their values around land stewardship and food production in thoughtful and creative ways. There is always something that people can do, or a small action they can take to be a mindful citizen,” Angie says. “There is always more to learn, for farmers and residents. For instance, knowing how much water it took to make your jeans or plastic food packaging – it’s important for all of us to continue our learning around the impacts of our actions and consumption.”
Angie led UConn Extension’s initiative around the 40-Gallon Challenge, a national call for residents and businesses to reduce water use on average by 40 gallons per person, per day. It quantifies impacts on the linkage between small actions and water use.
Citizens nationwide are encouraged to participate in the 40-Gallon Challenge by enrolling at http://www.40gallonchallenge.org/. Materials were developed and promoted by Angie and Casey Lambert, a student intern, that quantified water saved by various actions residents can take in their home and yard.
Connecticut is no longer in a drought. But the work of stewardship continues. Angie’s goal is to prepare farmers and residents before water resources become a crisis. By encouraging everyone to simplify, we hone in on the essential needs and ensure successful growing seasons in the years to come.
This project is sponsored by USDA, Natural Resources Conservation Service, Award identification 68-1106-15-05.
The CT MS4 Guide website (http://nemo.uconn.edu/ms4) was established to provide a repository for NEMO trainings, materials, tools, and templates that towns can use and modify to meet local needs. Every year, NEMO will also be providing webinars and workshops to help towns and institutions address the more complex portions of the permit.
In the first year of this program, NEMO educated towns on the new requirements through a series of webinar presentations reaching nearly 500 viewers, travelled to 20 town halls to help staff understand and plan for the new requirements, and held a statewide workshop on detecting and eliminating pollution from the stormwater system. NEMO’s Connecticut MS4 Guide (http://nemo.uconn.edu/ms4) is an online repository for guidance, templates, data, and other tools to help communities comply with new statewide stormwater regulations. NEMO also developed templates that towns could use to create a Stormwater Management Plan, an annual report with town progress for DEEP and citizens, and model local ordinance language to respond to requirements in the permit.
Article by Amanda Ryan, Dave Dickson and Chet Arnold
UConn Extension’s Nonpoint Education for Municipal Officials (NEMO) program is a national leader in developing innovative approaches to help communities address water quality issues. NEMO has been working directly with Connecticut municipalities for 26 years, won multiple national awards, and inspired a national network of sister programs in 33 states. Over the past year, the program has undertaken an innovative new role, as NEMO has become an advisor, helper and cheerleader for the 121 municipalities in the state charged with meeting stringent new stormwater regulations.
In 2017 a new statewide regulation under the Clean Water Act went into effect that significantly changed the way municipalities and state and federal institutions must manage stormwater runoff. The long-awaited update to the State’s Municipal Separate Storm Sewer System (MS4) General Permit is more targeted, specific and extensive than the previous permit, placing a great deal more responsibility on municipalities to reduce the amount of pollution entering waterways via local storm drain systems. Many municipalities were overwhelmed by the challenge of learning, planning, and budgeting for the new stormwater control measures, particularly in the midst of increasingly strained local funds.
In an effort to lessen that burden on towns, the Connecticut Department of Energy and Environmental Protection (DEEP) entered into a unique partnership with the NEMO program, part of the Center for Land Use Education and Research, or CLEAR – a university center based out of Extension and the Department of Natural Resources and the Environment. DEEP is providing support to NEMO through a grant to create and implement a multifaceted assistance program for MS4 towns and institutions throughout the five-year term of the new regulation. The NEMO program hired a new Municipal Stormwater Educator, Amanda Ryan, as a “circuit rider” available to work with any towns or institutions to explain the new requirements and how they can go about complying with them.
This nationally unique approach of providing outreach in partnership with Extension to lessen the burden of complex new regulations appears to be paying off. Last year all of the 121 regulated municipalities submitted their permit registration within the first 6 months of the effective date of the regulation, that was much quicker than under the previous permit without NEMO support for communities. As DEEP staff put it, “When we originally issued the MS4 permit in 2004 it took over 2 years to get all the towns registered. We also issued over two dozen Notices of Violation in 2006 and three Consent Orders in 2008 for towns that either hadn’t completed the registration process (it was a two-step process back then) or hadn’t submitted any annual reports or both. Needless to say, this time around has shown much better success. Frankly, our success in getting such good compliance this time around has to do with you folks (NEMO).” This program has also saved DEEP staff time answering individual questions from towns and enabled the development and dissemination of guidance on some of the murkier permit requirements, two roles that NEMO has taken on in this first year.
From the towns’ perspective, the templates and tools NEMO developed saved them the time and expense of developing those on their own and/or hiring consultants to develop them. NEMO also developed a new MS4 map viewer (http://s.uconn.edu/ctms4map) that will help the towns prioritize where to focus their efforts to most effectively impact water quality. The map viewer identifies water bodies considered impaired by stormwater runoff and areas of high impervious cover. In addition, the towns now have an alternate source to consult for advice on complying with the permit, rather than ask those who are also responsible for judging their compliance with the MS4 permit.
As one town put it, “I would like to thank the Center for Land Use Education And Research (CLEAR) for the assistance it has provided to the Town of East Hartford and other communities in the State with the MS4 program. The information and assistance provided by CLEAR has enabled our Town to save precious resources while complying with the requirements of the MS4 Permit.” – Warren Disbrow, Assistant Town Engineer, East Hartford, CT
The effort is also showing ancillary benefits to the state. One of the data layers in the MS4 map viewer is a new statewide high resolution impervious cover data layer acquired by NEMO to help communities identify high impervious cover areas. A geospatial expert at Esri, the primary GIS software company, found the new layer and combined it with parcel and address data to create a new statewide building address layer. The state Office of Policy and Management (OPM) reports that the new layer saved the state more than $500,000 to acquire on their own.
While just over a year in to this 5-year partnership, the initial results suggest a potentially efficient and cost effective new model for states to launch and manage new environmental regulations. For a small investment, this approach makes it easier for MS4 communities to meet more stormwater requirements and results in a higher level of compliance – not to mention the additional environmental benefits of improving stormwater management practices across the state.
Article by Amanda Ryan, Dave Dickson, and Chet Arnold
Connecticut’s updated MS4 permit begins its second year on July 1st. Now that a year has passed, MS4 towns and institutions may be getting the hang of things but with a new year comes at least a few new tasks. This webinar will cover the permit tasks that recur each year, highlight the new tasks due over the next year and provide an update on upcoming workshops and new tools.
Amanda Ryan, Municipal Stormwater Educator & Dave Dickson, NEMO Co-Director
Another winter has finally ended, and messy roads and salty cars are quickly becoming a distant memory. Where did all that salt go? The millions of tons of deicing salts that get applied to our roads either wash off into local streams, or move into the local groundwater. Yet another research study has recently come out documenting the harmful effects this salt is having in the environment (see UConn Today article). Salt impacts aquatic life in streams, vegetation, and drinking water wells, creating a human health concern. Unfortunately there is no good cost-effective alternative available at this point.
Faced with this situation, New Hampshire decided to attack this problem at the source: reduce how much salt is being applied to the landscape. The Green SnowPro certification program provides municipal public works staff and private contractors with training on how to more efficiently apply deicing salts while still keeping the roads safe for travel. Information is provided on how salt actually works, what the impacts are on the environment, how to calibrate equipment, how much salt to apply given the weather conditions, and how to use anti-icing strategies. Another benefit of the program is that businesses who hire certified applicators receive reduced liability from damages arising from snow and ice conditions, creating an incentive for businesses to hire trained contractors. The New Hampshire Department of Environmental Services has reported that the program is helping to reduce salt application across the state.
Given the recent success of the program in New Hampshire, the program is being adapted here in Connecticut. UConn’s Tech Transfer Center has partnered with CT DOT, DEEP, and UConn CLEAR to pilot the program for municipal public works staff. The pilot session will be later this summer- check the T2 website for details. The goal is to expand the program to private contractors, just as New Hampshire has done.
Although our salt problem will not be fixed overnight, programs like this offer the best hope to tackle this very serious problem.
Michael Dietz from UConn Extension/CLEAR worked with the Tech Transfer Center at UConn to provide a winter operations training for UConn facilities staff. As a result of the training, salt applications were reduced by 3,600,000 pounds, improving water quality, and saving UConn roughly $200,000. Thanks to the UConn winter operations staff and the Tech Transfer Center for helping to make this happen.