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You may have never heard of this little cutie, but the Tessellated Darter (Etheostoma olmstedi) is a pretty neat fish. It’s found in many river systems that drain to the Atlantic Ocean, from the St. Lawrence all the way to Florida. This includes our beloved upper Connecticut River watershed, where it is a native fish that spends its whole life in the river and tributaries. Tessellated Darters are in the same family as perch, but only get about three inches long at their largest. Snack-sized for larger fish like bass and eel, birds, and even turtles. Like their name implies, Tessellated Darters have a repeating pattern of spots which if you squint just right some say look like the letters W or M. Another distinguishing physical feature is a vertical black line running through the eye to the corner of the mouth, paired with another bar running from the eye forward to the tip of the nose. This coloration pattern likely helps them to be better camouflaged on the substrate, as they are benthic (bottom-dwelling) fish that prefer slower moving areas of water with muddy to sandy substrates with some small cobble. They eat benthic invertebrates and dietary studies have reported a preference for midge larvae, with caddisfly larvae becoming a more important food component in the fall. They move in rapid short spurts (ahem… darting!) when they are not sitting on the substrate. Some of these characteristics change temporarily during the spring breeding season. The male darter darkens in color and they seek out rockier areas. Eggs are laid on the underside of smooth rocks or submerged wood that has been cleaned by a male fish. The females may lay eggs in many nests and the males hang around to guard the nest full of fertilized eggs, one fish per nest, defending the eggs and keeping them clean until they hatch. Interestingly, Tessellated Darters have been reported to exhibit alloparental behavior, where the males tend to nests that are full of eggs fertilized by another male. And if I haven’t convinced you yet that these fish are pretty cool, remember back to when I wrote about mussels? And how interesting their life cycle is? Well… the Tessellated Darter is one of the host species for the endangered Dwarf Wedge Mussel, transporting the glochidia around in their gills. Which is why even though larger game fish and the (rightfully) celebrated migratory species get a lot of the spotlight, CRC also pays attention to what’s happening with these smaller species that have an equally important role to play in supporting a healthy ecosystem. They get considered when we are planning restoration projects, advocating for water quality improvements and habitat protection, or commenting on the effects of hydro operations or wetlands permits. So next time you see what looks like a “boring” minnow on the bottom of the river, just think… it might be a Tessellated Darter, guarding a nest or dispersing a mussel glochidia, and show it some appreciation.

At this LiveStream we celebrated Earth Day and the current Acts of Congress that may assist in protecting our great river and watershed. We heard from Kathy Urffer, Director of Policy and Advocacy at Connecticut River Conservancy; Markelle Smith from Connecticut River Watershed Partnership (formerly Friends of Conte); Jeremy Bratt, consultant; and Chris Curtis from the Deerfield River Watershed Association. Recorded 4/17/2024 _____________________ About LiveStream: CRC brings your rivers to you! Join CRC staff and partners for a series of live lunchtime presentations, on select Wednesdays from Noon-1pm. You get to learn more about the rivers you love, ask questions, and interact with a river-loving community all from the comfort and safety of your home (or wherever you may be). LiveStream will be hosted via Zoom. Please register for each presentation to receive meeting information. Check out CRC's Events Calendar to learn about other upcoming events.

The Farmington River originates in southwestern Massachusetts and flows 81 miles until it reaches the Connecticut River in Windsor, CT. It is the longest tributary of the Connecticut River, and was designated a Wild and Scenic River in 1994. The Farmington River now faces a significant threat from the harmful and outdated Rainbow Dam. Today, American Rivers announced the inclusion of the Farmington River in its annual list of America’s Most Endangered Rivers®. “The Farmington River supports diverse fish and wildlife, is a vital source of clean drinking water for the region, and provides boating and other recreation opportunities, but this dam is an ongoing threat. This is an important moment for the river and an opportunity for Commissioner Dykes to continue her leadership in river restoration and environmental stewardship. We need Stanley Black & Decker to fix the problems it has created,” said Katie Schmidt with American Rivers. Eight miles upstream from where the Farmington River joins the Connecticut River is the Rainbow Dam, owned by Stanley Black & Decker. This small, poorly maintained hydropower dam has been in operation since the early 20th century, but due to a quirk of law, it has no federal oversight which has allowed it to damage the river for decades. “While hydropower contributes to our energy needs, this small and poorly maintained and unreliable dam is not necessary to New England’s energy needs. The insignificant energy it generates causes really big environmental problems,” noted Katie Schmidt. “Protecting the Farmington River is an important investment in our environment, our economy, and our quality of life. I fought for the river’s ‘Wild and Scenic’ designation, which unlocked thousands of federal dollars for conservation efforts, but there’s more we can do to protect and restore the watershed. I will continue to fight to keep our waters clean and healthy for generations to come,” said Senator Chris Murphy. The dam creates conditions in the upstream reservoir that repeatedly cause toxic algae blooms that can be a health hazard to people, and lethal to pets and wildlife, and degrades the water quality. In addition, the lack of federal oversight and limited state jurisdiction has allowed this small and poorly maintained hydropower project, whose inadequate and outdated fishway often led to fish mortality before it was shut down in 2023, to effectively render more than 95% of the watershed’s habitat inaccessible to river herring, shad, eel, and sea lamprey.“The time is now to act for the Farmington River,” urged Aimee Petras, Executive Director of Farmington River Watershed Association who nominated the river for Most Endangered Rivers. “Stanley Black and Decker has ignored Connecticut’s environmental laws and held the Farmington River hostage. The company has had well over a century of largely unrestricted use of the Farmington River’s resources–it is time for them to demonstrate respect for the river they benefited from and ensure future generations can enjoy it too.” American Rivers and partners called on the Connecticut Department of Energy and Environmental Protection (CT DEEP) and Stanley Black & Decker, to fix these problems for the health of the river as well as public health and safety. The power company has an unprecedented opportunity to tap into federal infrastructure funding to fix Clean Water Act violations, eliminate toxic algae blooms, and allow migratory fish populations to flourish again. "The Farmington River is vital to the environmental landscape of Connecticut and the 5th District in particular,” said Congresswoman Jahana Hayes. “I recognize the need to protect it, which is why I helped to secure a Wild and Scenic designation along the Farmington River for the Lower Farmington River and Salmon Brook during my first term in Congress. Protecting and restoring this fishery and recreation destination is of the utmost importance. I remain committed to working to protect this vital part of the region's environmental ecosystem." The Farmington River watershed covers over 600 square miles in Massachusetts and Connecticut. It holds two national Partnership Wild & Scenic River designations due to its remarkable values, and is a major tributary to the Connecticut River which spans across four states. The Farmington and its tributaries support cold-water resident fish species and habitat for various important migratory fish species. The watershed is a public drinking water supply for hundreds of thousands of people in the Hartford region. The West Branch of the Farmington is a highly regarded trout fishery. The river provides stretches of whitewater, used by individuals including world-class paddlers and outfitters, further adding to its cultural value as a coveted recreation destination. “Children and families rely on the Farmington River watershed for clean drinking water and a healthy, thriving regional ecosystem,” said Senator Elizabeth Warren. “Dam operators — like the Farmington River Power Company — must do better to protect aquatic life, combat toxic algae outbreaks, and ensure clean water for communities across the Commonwealth.” The annual America’s Most Endangered Rivers® report is a list of rivers at a crossroads, where key decisions in the coming months will determine the rivers’ fates. Over the years, the report has helped spur many successes including the removal of outdated dams, the protection of rivers with Wild and Scenic designations, and the prevention of harmful development and pollution. Other rivers in the region listed as Most Endangered in past years include the Ipswich River (2021), Hudson River (2019) and the Susquehanna River (2016). Within Connecticut, a river hasn’t made the list since 2004, when the Housatonic River was at risk with pollution. American Rivers reviews nominations for America’s Most Endangered Rivers® from local groups and individuals across the country, and selects rivers based on three criteria: 1) The river’s significance to people and wildlife 2) The magnitude of the threat to the river and communities, especially in light of climate change and environmental injustice 3) A decision in the next 12 months that the public can influence Learn more about the Farmington River and why it's Endangered. Take action here: Remove the Rainbow Dam | American Rivers. Local press coverage here. This article was adapted from a press release by American Rivers. American Rivers is championing a national effort to protect and restore all rivers, from remote mountain streams to urban waterways.

Project update from Connecticut River Conservancy’s Restoration Director, Ron Rhodes, in Wilmington, Vermont. Also on site is Phillip Herzig, Fish Biologist and Maintenance Action Team Coordinator with U.S. Fish and Wildlife Service. Connecticut River Conservancy (CRC) is working with a private dam owner, the Town of Wilmington, the State of Vermont, and the U.S. Fish & Wildlife Service to remove an old mill dam and upgrade a town owned culvert to a new bridge. This project aims to restore water quality, reconnect native brook trout habitat, and improve flood resiliency in Beaver Brook (a tributary to the Deerfield River in the town of Wilmington). This dam and culvert are at an intersection of well-traveled roads, which were heavily impacted during Tropical Storm Irene. Ecological and community benefits include the following: Increased water flow, water quality, and oxygen levels for aquatic organism health. Increased aquatic organism passage (AOP), including native brook trout which require access to cold water habitats for reproductive spawning. Lower 100-yr flood elevation level by 7 feet. Eliminate the disruption of emergency services during future storm events. With special thanks to our funding partners: Watersheds United Vermont – VT Clean Water Block GrantUS Fish and Wildlife Service Flood Resilient Communities Fund – VT Vermont Watershed Grant Program Deerfield River Enhancement Fund State grant to town for dry hydrant work Video created and edited with sincere thanks to Jill DeVito and Charles Wright, of the Over the River and Through the Woods Youtube Channel. Additional photos showing some of CRC’s staff, the newly constructed bridge, and Beaver Brook downstream of project activity.

With all the flooding this past year, it has been heart-wrenching to see the damage caused to our towns and communities. These floods have also illustrated the importance of our restoration projects in protecting against and reducing the damage caused by these floods. One example of this is the riverbank stabilization and floodplain forest restoration project that we completed in partnership with the Ammonoosuc Conservation Trust on their Ammonoosuc River Wildlife Management Area in Lisbon, New Hampshire during 2021-2022. In this project, we installed root wads (the roots and bottom 20' of large trees) along the river’s edge and lowered and terraced the riverbank behind the root wads. The root wads and terraces served to slow and divert the river’s flow and to give the river more room to spread out during floods. In addition, we also planted this old hay field with native trees and shrubs (2,182 plants on 6.8 acres). Although still small, these trees and shrubs are already working to hold the soil in place and to trap the sediment, debris (including large trees!), and ice carried by the river during last year’s floods. Although this is only one small project, implementing these types of restoration projects in critical locations not only protect these specific sites but also prevent sediment, debris, and ice from clogging culverts and bridges and damaging roads, houses, and businesses farther downstream. Find out more about Connecticut River Conservancy's restoration projects here.

Streamed 3/27/24 Where does your water come from and where does it go? From wells and reservoirs to wastewater treatment plants and stormwater solutions, discover the journey water takes from source to discharge. Nina Gordon-Kirsch, River Steward in MA, and Rhea Drozdenko, River Steward in CT spoke about the impacts of climate change on the Connecticut River Valley’s local water sources and the occurrences of sewage overflows into the River. Nina and Rhea help uncover what municipalities are doing to cope with these issues and invite the public to be part of the solution via individual actions. _____________________ About LiveStream: CRC brings your rivers to you! Join CRC staff and partners for a series of live lunchtime presentations, on select Wednesdays from Noon-1pm. You get to learn more about the rivers you love, ask questions, and interact with a river-loving community all from the comfort and safety of your home (or wherever you may be). LiveStream will be hosted via Zoom. Please register for each presentation to receive meeting information. See past, present and future events in our LiveStream series. Check out CRC's Events Calendar to learn about other upcoming events.

January 13, 2020 Ian Clark New Hampshire Renewable Resources 65 Ellen Ave. Mahopac, NY 10541 Re: CRC comments on the Sugar River Dam II (P-15003/ Previously P-10934) Preliminary Application Document and Study Plan Requests Dear Mr. Clark, The Connecticut River Watershed Council, Inc. (CRWC), now doing business as the Connecticut River Conservancy (CRC), is a nonprofit citizen group established in 1952 to advocate for the protection, restoration, and sustainable use of the Connecticut River and its four-state watershed.  The interests and goals represented by CRC include, but are not limited to, improving water quality; enhancing habitat for fish and other aquatic biota; safeguarding and improving wildlife habitat; protecting threatened and endangered species; protecting wetlands; preserving undeveloped shore lands; enhancing public recreation and promoting recreational safety; protecting aesthetic values; protecting archeological, cultural, and historical resources; fostering sustainable economic development; and maintaining the potential energy benefits of hydroelectric projects in the Connecticut River watershed. CRC attended the Joint Agency and Public meeting on November 14, 2019 and has reviewed the Sugar River Dam II hydro-electric facility Pre-Application Document dated August 6, 2019. Please consider our comments on the PAD and requested studies below. 3.3 PROJECT FACILITIES During the site visit it was clear that there was a bypass reach.  There is no description of the bypass reach in the project facilities section. 3.3.4 INTAKE STRUCTURES What is the correct spacing of the grates on the trash rack?  The Eagle Times Notice dated August 6, 2019 indicates that, “The project includes a downstream fish passage facilities consisting of a by-pass flume and 1-inch clear spaced trash-racks at the power intake,“[1] but the PAD indicates, “The intake has a steel trash rack to prevent debris and large fish from entering the penstock. The grates are spaced ¾ in apart.”[2] 3.5.1 CURRENT LICENSE REQUIREMENTS The applicant describes many of the articles in the current license, but does not provide a copy of the license in the PAD.  Additionally, there is no indication in the PAD if the applicant has complied with license requirements and no documentation of that compliance.  For instance: “Article 401, as amended, approves a filed erosion and sediment control plan that is made a part of the license.”[3] This erosion and sediment control plan should be included in the PAD and actions pertaining to it should be described. “Article 402 requires the licensee to operate in an instantaneous run‐of‐river mode for the protection of fish and wildlife resources and act at all times to minimize the fluctuation of the reservoir surface elevation.”[4] The PAD does not provide for any evidence of surface water elevation monitoring at the facility. “Article 404 requires the licensee, after consultation with Federal and State resource agencies, to develop a final plan to install streamflow monitoring equipment to monitor compliance with Articles 402 and 403… requires the licensee to develop a final plan to install streamflow monitoring equipment to monitor compliance with Articles 402 and 403 to include at least two flow gages at the project, one at the location upstream of the project and one gage downstream of the tailrace.”[5] There is no indication in the PAD of whether this was done or how streamflow is monitored.  If gages have been installed, please include gage information for the project since installation.  Flow duration curve information is provided, but it is not clear where this information was derived from. “Article 405, as amended, requires the licensee to install, operate and maintain the angled trash rack and downstream fish passage and install a 3‐foot‐deep plunge pool to ensure safe passage of downstream fish migrants.”[6] During the site visit, Mr. Nolan indicated that the angled trash rack was installed, but was the plunge pool installed?  Is there documentation of this? “Article 408, as amended, requires the licensee to file a plan to improve recreational access to the impoundment and bypass reach by maintaining the existing parking area on the north bank of the impoundment and by obtaining agreements and/or easements from abutting landowners for access points on the north and south shores of the bypass reach.”[7] Was a plan filed or were any agreements or easements obtained from abutting landowners? “Article 410 requires the licensee to file a dissolved oxygen (DO) and water temperature (water quality) monitoring program plan.”[8] Has a program been put in place and are there any water quality monitoring results?  The only water quality monitoring referred to in the PAD is that done by the VRAP program possibly in 2009 (based on the reference on page 47)[9]. 3.5.4 PROJECT COMPLIANCE HISTORY The applicant indicates that, “The Form 80 was filed on July 1, 2016 with a waiver requested for not filing future reports”[10] but a search of the FERC record indicates that FERC requested additional information in October of 2017[11] to evaluate the waiver request.  Was this additional information filed with FERC? The PAD indicates a draft Operations and Compliance Monitoring Plan (OCMP) would be circulated for agency comment in 2016.[12]  Was this ever done and put in place? 4.1.4 RESOURCE PROTECTION The PAD states, “The Project operates in a run‐of‐river mode with a minimum flow of 15 cfs, and 20 cfs, per license Article 403, from Sugar River II Dam. By operating in a run‐of‐river mode, the Project minimizes large fluctuations of flow in downstream reaches. (Note: Sugar River I Project has a 37 cfs minimum flow condition.)”[13] Since the licensee is the owner of both facilities, how are the minimum flows coordinated between the two dams? 4.5.2 WILDLIFE The PAD states, “downstream exist records of wood turtles and brook floater mussels.”[14]  Wood turtles are a species of special concern in NH and the Brook Floater is a state endangered species.  We support the agencies’ study requests for a mussel survey. CRC would also encourage FERC and the natural resource agencies to consider a wood turtle survey to support the protection of this species and evaluate the presence or absence of wood turtle or appropriate habitat below the tailrace and along the bypass channel. 4.8.2 RECREATION OPPORTUNITIES IN THE PROJECT VICINITY The PAD states, “The project boundary is often used for fishing by local residents.”[15] Form 80 submitted for the 2015 year indicate that there were at least 50 people annually who used the site for recreation, and approximately a peak weekend average of about 5 persons.  For a small community, this is a significant amount of use of the area.  Additionally, this use is occurred without the presence of inviting public amenities. For instance, there are no picnic tables, or clearly marked parking spots indicating to the public that they can use the area for fishing, bird-watching, or walking, etc.  The property around the hydro facility encompasses two large fields owned by the licensee which might be accessed for ball playing, picnicking, or fishing with access to the river. FERC issued a letter on October 4, 2017 requesting that the licensee, “provide documentation of how recreation use data was gathered, including the dates, hours, and locations sampling occurred and the methods used to gather count data (e.g. electronic counters, staff observation, surveys) to support the report of less than 50 recreation days at the project for the year.”[16] Based on the FERC docket it seems that no follow-up was done regarding this request. Given this, ideally, the applicant would do a recreation study to understand the full extent of recreational use in the project area. The FERC guidance for recreation at hydropower projects states, “Licensees must also keep in mind that the demand for recreation is not static; it is an evolving process. Periodic review of a project’s consistency with recreation demands is required to ensure that the public need for recreational opportunity is being met by existing and proposed facilities.”[17] Additionally, the PAD indicates that, “The town (of Newport) has an interest in promoting outdoor recreation and protecting the Sugar River corridor.”[18] While we understand that there may be limited recreational opportunity at the facility itself, the presence of the dam (and the Sugar River I dam) nevertheless impedes access by anglers, boaters and other recreation users to freely access or paddle through on the river. Given this, CRC encourages NHHR to make a commitment to develop a recreation study to fully understand the extent of use of the project area and a Recreation Plan with a commitment to update this every 10 years over the course of the license in case additional opportunities for recreational improvements arise.  See Requested Study 1 in Attachment A. In addition to the comments provided above, please note that CRC supports comments submitted by the natural resource agencies, including but not limited to the New Hampshire Fish and Game Department (NHFGD), NH Department of Environmental Services, and the U.S. Fish and Wildlife Service (USFWS).  Specifically, in addition to our formal Recreation Survey Study request enclosed herein, we also request and support the studies on Water Quality, Mussel survey, Instream Habitat Mapping and Bypass Flow Assessment as outlined by the natural resource agencies. We appreciate the opportunity to provide comments.  I can be reached at kurffer@ctriver.org or (802) 258-0413. Sincerely, Kathy Urffer River Steward Encl: Attachment A: Study Requests CC: FERC, e-file Paul Nolan, NHRR LLC (pvnpvndiver@gmail.com) Ian Clark, NHRR (ianc@dichotomycapital.com) Gregg Comstock, NHDES Melissa Grader, US FWS NHDES, Carol Henderson NHDES, Matt Carpenter ATTACHMENT A: STUDY REQUESTS Requested Study 1:  Recreation Survey Conduct a study of the recreational fishing and birding opportunities at the dam, as well as upstream and downstream of the dam including the bypass, to determine if changes or improvements can be made to enhance recreational opportunities.  Methodology should include using on-site visitor questionnaires and a mailed and/ or emailed questionnaire to residents of Newport adjacent to the project to assess recreation use and needs at the project.  The study should also include an assessment of ADA compliant fishing access from the parking lot and walking paths available in the project area. Goals and Objectives To determine if project operations impact recreational opportunities; To determine current use of project area for recreation; Assess if there are operational, structural or other modifications to the project which could improve fishing, birding, or other recreational opportunities. Resource Management Goals Enhancement of recreational opportunities associated with the presence and operation of the project, including the dam, reservoir and tailwater areas. Noted that requester is not an agency or Indian tribe. Public Interest Sections 4(e) and 10(a) of the Federal Power Act require the Commission to give equal consideration to all uses of the waterway on which a project is located, and what conditions should be placed on any license that may be issued.  As indicated in the FERC guidance for Recreation Development at Licensed Hydropower Projects, “On December 27, 1965, FERC issued Order No. 313, which amended the General Policy and Interpretations section of the Commission’s regulations (18 CFR Part 2) to ensure that the ultimate development of recreation resources at all projects is consistent with area recreational needs.  Specifically, 18 CFR Part 2 was amended to include § 2.7, which requires licensees to: (1) acquire lands to assure optimum development of the recreational resources afforded by the project; (2) develop suitable public recreational facilities with adequate public access, considering the needs of physically handicapped persons in the design of facilities and access; (3) coordinate efforts with other agencies in the development of recreation areas and facilities; (4) provide for planning, operation, and maintenance of these facilities; and (5) inform the public of opportunities for recreation at licensed projects.”[19] Existing Information Other than the 2015 Form 80 report filing, little information exists as to current use of the project area. Based on the lack of response to FERC’s request regarding the waiver request in this filing, the information provided may be marginal in validity. Current lack of signage and physical status of the project area may limit recreational opportunities by discouraging access. This needs to be assessed. Nexus to Project Operations and Effects Boaters, anglers, and other recreational users are impeded from access to their public trust waters by hydro-electric dams.  Changes in hydraulic conditions and habitat in the river impacts their ability to use the resources, affects catch rates and species for fish, and creates safety concerns.  Current project lands in a heavily populated area might be made available for public use at little cost. Methodology Consistent with Accepted Practice The proposed study would be conducted by using on-site visitor questionnaires and a mailed and/ or emailed questionnaire to residents of Newport to collect feedback on perceptions of access to the area, use patterns and local needs.  This is an accepted methodology for this type of study. Level of Effort/Cost, and Why Alternative Studies will not suffice Cost for this study is estimated to be low.  This study would provide the current baseline regarding recreational use and would provide insight into the need for and type of potential enhancements. ~~~~~~~~ [1] Nolan, Paul V. ‘Public Notice of NOI and PAD.’ The Eagle Times, Claremont, NH. Tuesday, August 6, 2019. B9. [2] Pre-Application Document. Sugar River II Hydroelectric Project. FERC Project No. 10934. Prepared for New Hampshire Renewable Resources, LLC. August 6, 2019. Page 9. [3] Pre-Application Document. Sugar River II Hydroelectric Project. FERC Project No. 10934. Prepared for New Hampshire Renewable Resources, LLC. August 6, 2019. Page 12. [4] Ibid. Page 12. [5] Ibid. Page 13. [6] Ibid. Page 13. [7] Ibid. Page 13. [8] Ibid. Page 13. [9] Ibid. Page 47. [10] Ibid. Page 14. [11] Ivy, Mark I on behalf of FERC “Requirement to File FERC Form No. 80.” Received by Ronald K. DeCola. Dated October 4, 2017. [12] Pre-Application Document. Sugar River II Hydroelectric Project. FERC Project No. 10934. Prepared for New Hampshire Renewable Resources, LLC. August 6, 2019. Page 15. [13] Ibid. Page 16. [14] Ibid. Page 26. [15] Ibid. Page 34. [16] Ivy, Mark I on behalf of FERC “Requirement to File FERC Form No. 80.” Received by Ronald K. DeCola. Dated October 4, 2017. [17] Recreation Development at Licensed Hydropower Projects: Division of Project Compliance and Administration, Office of Hydropower Licensing, Federal Energy Regulatory Commission, Washington DC. March 1996. Page 14. [18] Pre-Application Document. Sugar River II Hydroelectric Project. FERC Project No. 10934. Prepared for New Hampshire Renewable Resources, LLC. August 6, 2019. Page 35. [19] Recreation Development at Licensed Hydropower Projects: Division of Project Compliance and Administration, Office of Hydropower Licensing, Federal Energy Regulatory Commission, Washington DC. March 1996. Page 1.

The Connecticut River Conservancy (CRC) has been engaged in advocating for the health of the Connecticut River and the communities in the watershed since 1952. As part of our mission, CRC has been a consistent participant in the relicensing of the Wilder, Bellows Falls, Vernon, and Turners Falls hydroelectric dams, and the Northfield Mountain Pump Storage facility for almost twelve years, working for a better deal for our river and its communities. These facilities use a public trust resource – your river – to produce power. In exchange for this privilege and to mitigate for impacts of the dams on recreation, fish and wildlife habitat, migratory and endangered species, water quality, and other resources, FERC (the Federal Energy Regulatory Commission) requires that hydropower operators provide direct benefits to the public and be protective of the ecological health of the river. These requirements are laid forth in an operating license and the license serves as a public contract that we revisit periodically to examine the facility’s impact on our public trust resource. That time is NOW! On February 22nd, FERC issued a notice indicating that the final license applications have been accepted as complete and ready for environmental analysis. This notice simultaneously initiated a 60-day period to submit comments and interventions for the projects. The comment period will close on April 22nd, 2024. A comment communicates to FERC local concerns, recommendations, and desires. This provides additional information that FERC must consider as they are making decisions for what will be included in the license conditions for the next 40 years. The public is encouraged to submit a comment to FERC if you have concerns about how these dams impact the river, the surrounding communities, or your ability to interact with the river. Public comments can be submitted by anyone or any entity that has an interest.  This includes individual community members, Town committees or commissions, Regional Planning Commission, recreation clubs, etc. CRC staff have been meeting with local town committees to update them on the relicensing and encourage commenting. In addition to supporting the public’s opportunity to comment, and submitting our own comments, Connecticut River Conservancy will be filing a motion to intervene. This allows the intervenor to become a legal party to the proceedings, which grants the ability to request hearings of FERC orders and appeal agency actions. Kathy Urffer, CRC’s River Steward in Vermont, who has been working on this relicensing for almost seven years says, “These three facilities control the water in approximately 126 miles of river in VT and NH, and the license term is expected to be 40 years long. This relicensing is literally a once in a lifetime opportunity to shape how the hydroelectric facilities mitigate for their impact on the river for future generations.  Don’t miss this opportunity to have your concerns heard by the FERC.” Hydropower relicensing information, as well as a FERC Comment Guide, can be found here. The Connecticut River Conservancy will also hold a series of virtual office hours about how to comment on the hydropower relicensing process for the five facilities in VT, NH, and MA that are all simultaneously going through this Federal process. During these office hours, CRC’s Director of Policy and Advocacy/Vermont River Steward (Kathy Urffer), and River Stewards in Massachusetts (Nina Gordon-Kirsch) and New Hampshire (Kate Buckman) will be available to answer any questions and help with your comments. The following will be covered: Issues at stake for fish passage, recreation, erosion, and accountability Instruction on how to submit comments or get involved Questions addressed in Q&A The office hours can be customized based on who attends and what you most want to address. You can also submit a question to the speakers upon registration. The office hours will occur on: Tuesday 3/5 – 1pm Thursday 3/14 – 5:30pm Monday 3/18 – 11am Wednesday 3/27 – 8:30am Wednesday 4/3 – 7pm Thursday 4/11 – 12pm Tuesday 4/16 – 12pm Click here to register for the office hours or contact Kathy, Kate, and Nina with any additional questions you may have. The 60-day period to submit interventions and comments is OPEN NOW through April 22nd. This will be the last opportunity to comment to the Federal Energy Regulatory Commission for these facilities and influence a license that will last for 40 years. Contact: Kathy Urffer – Director of Policy and Advocacy/River Steward, VT kurffer@ctriver.org 802-258-0413 Kate Buckman – River Steward, NH kbuckman@ctriver.org 603-931-2448 Nina Gordon-Kirsch – River Steward, MA Ngordonkirsch@ctriver.org 413-834-9777

Windham County Natural Resources Conservation District and project partners are currently surveying farmers throughout the Connecticut River Watershed in New Hampshire and Vermont to learn more about how they manage to prevent Nitrogen loss on their farms and what new management practices they would be willing to implement. Surveys are 100% confidential and will not be used for reporting or regulatory purposes. Help us secure more funding and technical assistance for the most effective practices and earn a $50 gift card for your time – take the survey HERE. For more information about this project, please visit: Watershed Planning Project This program was made possible by the National Fish and Wildlife Foundation through the Long Island Sound Futures Fund.

Filamentous algae and duckweed at Great Pond in Hatfield, MA. Connecticut River Conservancy began a cyanobacteria monitoring program in the summer of 2022, and has continued this work throughout the 2023 field season. While cyanobacteria do not yet pose a serious threat to the Connecticut River watershed, there have been cases of cyanobacteria blooms which have the potential to become a bigger challenge in the future as climate extremes increase and agricultural nutrients affect water quality. Our 2023 Cyanobacteria Monitoring Report is now available to provide the data gathered so far from 8 lakes and ponds tested in Massachusetts. In short, 2 of the 8 waterbodies were found to have active cyanobacteria blooms in 2023. What is Cyanobacteria? Cyanobacteria are photosynthetic bacteria that grow in water with high amounts of nutrients such as nitrogen and phosphorous. Some cyanobacteria produce harmful toxins. Under the right conditions, toxic cyanobacteria can multiply quickly to form dense populations known as Harmful Algae Blooms (HABs). HABs are toxic to animals (including fish, birds, livestock, humans, and dogs) and are disruptive to healthy ecosystems, which is why we are beginning to apply more resources to monitoring cyanobacteria over time. Next Steps and Collaboration Looking forward, our monitoring efforts will continue in 2024, hopefully with more capacity added to increase the frequency of tests and communications to affected communities. This project would not be possible without the partnerships of several organizations and individuals. In particular, we want to thank retired neurologist Dr. Allison Ryan, and Deputy Refuge Manager Dean Rhine. Dr. Ryan has spearheaded the monitoring and mitigation efforts for cyanobacteria by taking action in gathering a group of concerned stakeholders after witnessing the challenges HABs cause for recreational users and the environment, and the lack of resources offered by local governments. Dean Rhine with the Refuge has provided this effort with invaluable support and assets. Thanks to Dr. Ryan and Mr. Rhine, we head into the third year of this mitigation and monitoring program! See the full 2023 Cyanobacteria Monitoring report HERE. For more questions about monitoring and sample locations, please contact Aliki Fornier at afornier@ctriver.org.

Connecticut River Conservancy Testimony in OPPOSITION to SB 300 An Act Concerning Natural Gas Capacity and the Renewable Portfolio Standard March 6, 2024 To: Honored Co-Chairs, Sen. Needleman and Rep. Steinberg, and distinguished Members of the Energy & Technology Committee I am writing on behalf of the Connecticut River Conservancy; we are an environmental nonprofit dedicated to protecting the entire Connecticut River valley through initiatives that support clean waters, healthy habitats and thriving communities. We are strongly opposed to SB 300, especially as it erodes environmental guardrails for hydropower. Hydropower can have substantial impacts on river health by blocking fish passage, dewatering areas where fish and other wildlife raise their young, and eroding habitat along riverbanks causing water levels to fluctuate up and down unnaturally. Our organization routinely advocates for the river in proceedings with hydroelectric facilities in other states in the watershed to push for strong environmental protection. Upstream we deal with facilities that impact access to recreation, dewater rivers, decimate fish and other aquatic species, and erode streambanks all while profiting off of a public trust. While hydropower is less carbon intensive than “non-renewable” sources of energy, it still has measurable and long-lasting negative impacts on rivers and their associated ecosystems. Therefore, the environmental attributes required for hydropower to be included in any Class of the Renewable Portfolio Standards is essential and necessary. We understand the need to make energy more affordable. But we must not do so by removing ecological standards and giving preference to hydropower generation projects that are not environmentally sound. We appreciate that Connecticut currently has basic environmental protection for our waterways in our statutes – we should not remove those and move backwards. We urge you to not pass this bill. Connecticut River Conservancy Testimony in SUPPORT of SB 292 An Act Concerning the Use of PFAS in Certain Products March 8, 2024 To: Honored Co-Chairs, Sen. Lopes and Rep. Gresko, and distinguished Members of the Environment Committee I am writing on behalf of the Connecticut River Conservancy (CRC); we are an environmental nonprofit dedicated to protecting the entire Connecticut River valley through initiatives that support clean waters, healthy habitats and thriving communities. I am writing to support SB 292, as it will help address the problem of PFAS contamination in our state, safeguard our ecosystems, and protect public health. The manufacturers of PFAS have known for decades that these “forever chemicals” are harmful to human health and that they persist in our environment. Despite this, PFAS are being increasingly used in consumer products, often without the consumer’s knowledge. PFAS are found everywhere scientists have gone looking for them – groundwater, surface water, fish, animals, humans, etc. We need strong regulations to limit the use of PFAS and prevent them from entering our environment. In conclusion, I urge you to support SB 292 and take decisive action to regulate the use of PFAS in consumer products. By enacting stringent regulations and investing in monitoring and remediation efforts, we can protect our rivers, ecosystems, and communities from the harmful effects of PFAS contamination. Connecticut River Conservancy Testimony in SUPPORT of HB 5004 An Act Concerning the Implementation of Certain Climate Change Measures March 8, 2024 To: Honored Co-Chairs, Sen. Lopes and Rep. Gresko, and distinguished Members of the Environment Committee I am writing on behalf of the Connecticut River Conservancy (CRC); we are an environmental nonprofit dedicated to protecting the entire Connecticut River valley through initiatives that support clean waters, healthy habitats and thriving communities. I am writing in strong support of HB 5004 as it is a crucial step in the right direction towards addressing and mitigating climate change in our state. I particularly want to highlight and celebrate Section 22, which focuses on nature-based solutions. Riparian buffers play a vital role in maintaining the health and resilience of river ecosystems. These areas serve as critical wildlife habitats and provide numerous ecosystem services such as filtering polluted runoff, erosion control, and flood mitigation. However, riparian areas across our state are facing increasing pressures from development, pollution, and climate change, threatening their integrity and functionality. The proposed nature-based solutions program outlined in the bill offers a comprehensive approach to addressing these challenges and safeguarding our riparian areas and river ecosystems. By prioritizing the acquisition of land and conservation easements in riparian areas adjacent to cold water streams, the bill recognizes the importance of protecting these sensitive habitats and the species they support. Additionally, the bill proposes a collaborative approach. Connecticut will work with other northeast states and federal agencies to develop a coordinated regional adaptation and conservation approach, which will lead to effective and strong strategies for protecting river ecosystems and human communities on a broader scale. I urge you to support HB 5004 for a more resilient Connecticut. We need to work with nature not against it, if we want to adapt in a changing climate, and nature-based solutions will help us do that. Thank you for your consideration. I may be reached at rdrozdenko@ctriver.org or 860-929-8021. Rhea Drozdenko (she/her/hers) River Steward

Photo Credit: Ayla Skorupa USGS The shifting of the seasons triggers remarkable changes in our local habitats. We can see changes happening on the land around us, from trees dropping their leaves, to birds migrating south, to various animals settling in for their long winter hibernation. Us humans are also often settling in to a new routine, focused on staying warm and maybe looking forward to spring (though we’ve got a long ways to go…). As the river cools down our underwater neighbors are similarly adjusting their routines; in ways that are still rather mysterious and hidden from our eyes. In acknowledgement of our hidden river heroes, this blog post is all about… mussels! Freshwater mussels are pretty remarkable little creatures; they may look a bit like rocks, but they certainly don’t behave like them. This time of year they are on the move… downwards. When the water cools off freshwater mussels move slightly deeper and wiggle their way into the sediment with their foot, burying themselves (hopefully) in an area that won’t freeze solid over the winter. Mature females are full of fertilized eggs if spawning was successful during the summer and fall. Have you ever wondered how mussels reproduce? Come spring, the gravid females release larval mussels, called glochidia, which begin their own epic migration to find suitable habitat by hitching a ride in the gills of fish. Woah! There are 12 species of freshwater mussels in the Connecticut River watershed and multiple species are threatened or endangered. New Hampshire is host to the three largest remaining known populations of dwarf wedge mussel, a federally endangered species. Each of the 12 species is dependent upon host fish to complete their life cycle. Some, like the eastern pearlshell are very particular as to which fish they attach to (brook trout and other salmonids in this case) while others will utilize many different species (the eastern elliptio for example will seemingly just glom on to whoever is closest). Glochidia ride along on their host fish for a couple of weeks to months before dropping off and burrowing into the sediment where they will stay within a short distance of where they landed while growing, becoming sexually mature in five to six years, and living out the rest of their surprisingly long lives on the bottom of the rivers and streams. Why should we care? For one, those little bivalves help keep our rivers clean. They filter water… a lot of it… and while they feed on the algae and detritus they filter out of the water, these actions can help to reduce turbidity and convert small particles unavailable to many consumers into larger particles (mussel poop) that other organisms will consume. Not only is it critical to maintain suitable habitat for adult mussels, but freshwater mussels will not survive without healthy water, food, and habitat for the host fish species. The mussels themselves are an important part of the food chain, providing a tasty snack for many predators. Mussel beds can increase biodiversity of benthic invertebrates by providing hard surfaces and habitat structure through empty shells as well as mixing the sediment with their movements, thereby facilitating the exchange of oxygen and nutrients between the benthos and the water column. So we say, “Go on Connecticut River, flex your mussels!”