, we believe the following elements of the project lie within the Connecticut River watershed and are of interest to us:
Massachusetts part of Connecticut River watershed:
- Wright to Dracut Pipeline Segments, some of G and all of H
- Two compressor stations: Market Path Mid Stations 2 (Windsor, MA) and 3 (Northfield, MA)
- Two meter stations: West Greenfield (Deerfield, MA) and Longmeadow, MA
- Mainline valves and blowoffs, access roads, and contractor yards associated with segments G and H of the pipeline
New Hampshire part of Connecticut River watershed:
- Wright to Dracut Pipeline Segment I and a small part of J
- Mainline valves and blowoffs, access roads, and contractor yards associated with segments I and J of the pipeline
Connecticut part of Connecticut River watershed:
- 300 Line Connecticut Loop, Segment S
- Mainline valves and blowoffs, access roads, and contractor yards associated with segment S
As FERC noted in their comments on the July 24, 2015 Draft Resource Reports dated October 8, 2015, there are many details that are still listed as “TBD” in the resource reports. CRC is unable to formulate scoping comments on missing information. We request that FERC require the applicant to complete those sections and that they be published and noticed by FERC with a public comment period.
There are a large number of alternatives that should be evaluated as part of the EIR, including the following:
- No build alternative. FERC should fully consider whether there is truly a public need for this project. Many doubts have been raised about the need. Given the extremely large impact this project will have on resources in the project area, the bar to determine a public need should be set very high.
- Routing alternatives. Should the need for a pipeline be established, we request that routing alternatives, both large and small-scale, be fully explored. The EIS must include a detailed alternative routing analysis to avoid sensitive areas. For example, access roads and contractor yards should only be built in areas where wetland and stream impacts are avoided.
- Construction alternatives: There are many construction alternatives that can be considered in certain areas of the project. Overall, we recommend that the draft EIS contain an analysis of smaller rights-of-ways such as a 50-foot right of way.
Impacts to Wetlands and Waterways
Resource Report 2 describes generally the proposed methods that will be used for stream crossings. Our interest is in the construction-related and long-term impacts to the Connecticut River and the many tributaries and wetlands impacted by this project.
According to Table 2.2-6, we believe there are 45 stream crossings (and more than 50 wetland crossings) proposed in the Massachusetts part of the Connecticut River watershed, 24 stream crossings in Connecticut, and 46 in the New Hampshire part of the watershed. The majority of river crossings are in coldwater fisheries or high quality waters in Massachusetts and New Hampshire. In Connecticut, most of the waterbody crossings affect Class A and AA waters. Stream crossing methods are listed for each crossing, but the rationale for each crossing is not given.
We are not sure why the proposed crossing method for the Westfield and Millers Rivers are type II (Dry crossing Method including Flume and Dam and Pump). The Westfield River is part of the National Wild & Scenic River system. Any impact to this river and its tributaries should be avoided or minimized. In New Hampshire, the 800-foot crossing of Scott Pond in Fitzwilliam, is proposed to have a type II crossing as well. CRC recommends that any crossing of a lake not be subject to dry crossing.
Multiple crossings to the same river should be either avoided or minimized. For example, Table 2.2-6 indicates that the Bear River, a coldwater tributary to the Deerfield River in Massachusetts, will be crossed in four separate locations by the pipeline. Moreover, the Bear River will be crossed once for an access road. Five crossings of the same small tributary will have a high impact on this stream. The Deerfield River will be crossed twice, with a total of crossing length of 565 feet.
The proposed pipeline will cross many headwater streams. For example, in New Hampshire, the pipeline will cross several tributaries of the Ashuelot River including Snow Brook, Mirey Brook, Roaring Brook, Rice Brook and the headwaters of the South Branch. The applicant should clarify how they will approach these important headwater streams. Seasonally, streams such as those mentioned in the Ashuelot watershed, provide spawning habitat for native species. In addition, the timing of the disturbance will affect the success or failure of the spawn during the construction year. FERC has requested information on timing and we concur that his is an important detail to review.
CRC recommends that FERC require the Applicant to document how pre-construction conditions will be restored at each stream crossing location and how pre- and post-construction conditions will be monitored. Stream restoration activities should ensure that the Applicant is taking appropriate measures to avoid and/or reduce short-term and long-term impacts to stream morphology and hydrology.
Protection of Drinking Watershed Lands in Connecticut
A portion of the 300 Line Connecticut Loop will impact over 250 acres of public drinking water supply land owned by the Metropolitan District Commission. This land is classified as Class I and Class II water company land and is protected and preserved by Connecticut state statute to protect the state’s water resources. There was neither an alternative proposed to this route nor was the permit required according to CGS 25-32 listed in Table 1.6-1.
Impacts to endangered species
The U.S. Fish and Wildlife Service has identified the Ashuelot River as one of the four most important refuges for the federally-endangered dwarf wedgemussel (Alasmidonta heterodon). Although the dwarf wedgemussel is listed in Table 3.4-1, it was not listed in Table 3.4-6, which lists species in the vicinity of the project in NH. If dwarf wedgemussel are not in the vicinity of the planned pipeline, impacts to this species during and after construction of the pipeline because of disturbance to upstream tributaries should still be evaluated.
Tributaries to the Connecticut River support coldwater fisheries. This habitat is maintained in part by shading provided by tree cover. The proposed construction and maintenance of the pipeline right of way will require that the pipeline route be kept clear of tree cover. The cumulative impact of construction and permanent right of way maintenance on cold water habitat must be fully evaluated and mitigated.
The proposed route will create a permanently cleared swath through forest habitats, and this will have a detrimental effect on interior forest species. Pipeline corridors can act as gateways for the spread of invasive species which will have a negative impact on native flora and fauna, and biodiversity. The EIS must evaluate the cumulative impact on interior-dependent species as well as the impact on the spread of invasive species. The proposed route should attempt to avoid interior forest habitats.
This is a very large project that covers a wide swath of our watershed. Under typical conditions, each stream crossing for a project would get detailed scrutiny by state and local resource agencies and boards. Due to the magnitude of the project, there is no way each impact is going to be carefully considered and mitigated. We believe there is no way to properly mitigate the impacts of this project. Certainly, any mitigations options offered by the proponent should be on a large enough scale that real benefits can happen.
The Ashuelot River is an enrolled river in the NH Rivers Management and Protection Program (RMPP). As such, it has special status under New Hampshire law and is specifically empowered to review proposals to NH DES that impact the river and its orderly development. Under the NH program, a Local River Advisory Committee (LRAC) comprised of citizens appointed by the selectboards of all the towns through which the Ashuelot River watershed flows is established. Appendix A of the resource reports indicates that the proponent has contacted the Rivers Coordinator for NH Department of Environmental Services. If the applicant has not also contacted the Ashuelot River Local River Advisory Committee, CRC recommends that they do so. No group of people in the Ashuelot watershed knows the intimate details of the river like the members of the Advisory Group.
We appreciate the opportunity to provide scoping comments. We can be reached by email at email@example.com (Massachusetts), firstname.lastname@example.org (New Hampshire), and email@example.com (Connecticut).
Andrea F. Donlon
MA River Steward
David L. Deen
Upper Valley River Steward
CT River Steward
 CRC notes that we found the organization of the resource reports and especially the resource maps very cumbersome to sort through. It would be helpful to know the contents of each electronic file so that we don’t have to open and close and scan through large files so many times. Hot-links should be embedded in the .pdf files.