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Watershed Management Bureau
Rivers Management and Protection Program (RMPP)
A Report to the General Court
The Connecticut River
A Report to the General Court December 1991
TABLE OF CONTENTS
- Introduction
- The Connecticut River Nomination
- Description
- River Values and Characteristics
- Natural Resources
- Managed Resources
- Cultural Resources
- Recreational Resources
- Local Support
- Summary and Recommendations
Note: This document has been edited from its original form.
I. INTRODUCTION
The Connecticut River begins in the town of Pittsburg, New Hampshire
and flows south for 255 miles before it enters into the state of Massachusetts.
The mainstem of the Connecticut River has been nominated by the Connecticut
River Valley Resources Commission of NH and the Connecticut River Watershed
Advisory Commission of VT for designation into the New Hampshire Rivers
Management and Protection Program. The Connecticut River has been evaluated
by the Department of Environmental Services and the Rivers Management Advisory
Committee and found to qualify for designation.
The Rivers Management and Protection Program Act was passed by the General
Court in 1988. The Act states in part: "It is the policy of the state
to ensure the continued viability of New Hampshire rivers for the benefit
of present and future generations. The state shall encourage and assist
in the development of river corridor management plans and regulate the
quantity and quality of instream flow along certain protected rivers or
segments of rivers to conserve and protect outstanding characteristics
including recreational, fisheries, wildlife, environmental, cultural, historical,
archaeological, scientific, ecological, and community significance so that
these valued characteristics shall endure as part of the river uses to
be enjoyed by New Hampshire people."
The Act directs the Department of Environmental Services (DES) to receive
and evaluate nominations for the designation of rivers or river segments
to protect outstanding values and characteristics under the Rivers Management
and Protection Program. The Commissioner must forward approved nominations
to the General Court for review and approval.
In fulfillment of this statutory directive, the nomination of the Connecticut
River is hereby forwarded to the General Court. The Department of Environmental
Services recommends that the Connecticut River be designated into the Rivers
Management and Protection Program and be classified as enclosed under the
provisions of the protection measures outlined in RSA 483. The outstanding
values and characteristics which qualify the Connecticut River for designation
are described in this report.
II. THE CONNECTICUT RIVERNOMINATION
A. DESCRIPTION
The Connecticut River begins at the outlet of Fourth Connecticut Lake
in the town of Pittsburg, New Hampshire and flows for 255 miles along 26
New Hampshire communities and 27 communities in Vermont. The New Hampshire
communities include Pittsburg, Clarksville, Stewartstown, Colebrook, Columbia,
Stratford, Northumberland, Lancaster, Dalton, Littleton, Monroe, Bath,
Haverhill, Piermont, Orford, Lyme, Hanover, Lebanon, Plainfield, Cornish,
Claremont, Charlestown, Walpole, Westmoreland, Chesterfield, and Hinsdale.
The river flows by rolling hills, forests, fields, communities, and residential
areas. The river drops more than 2,480 feet in elevation as it winds down
to the border of Massachusetts. The Connecticut River is the focal point
of the Connecticut River Watershed, which drains 11,250 square miles, 3,928
square miles in Vermont and 3,046 square miles in New Hampshire.
Land use along the corridor of the Connecticut River is primarily rural
and agricultural, with considerable land forested and undeveloped. A majority
of the land along the river is zoned for limited residential use. There
are infrequent commercial and industrial sites. In general, existing developments
are well-screened from the river. New England Power Company owns 117 miles
of river frontage and manages it for timber, wildlife, and recreation.
In 1987 the New Hampshire legislature created the Connecticut River
Valley Resource Commission to "cooperate with the State of Vermont in
protecting and preserving the visual, ecological, and agricultural integrity
of the Connecticut River Valley while planning for and guiding the development
of recreational, tourist, commercial, and residential uses of the valley.
The Commission shall achieve these goals by identifying, protecting, and
promoting the natural, recreational, cultural, and historic resources of
the Connecticut River Valley. The commission shall seek the cooperation
of the state of Vermont in achieving these goals." The Commission is
made up of 15 members. In the past four years the Commission has produced
a resource inventory of the river, convened a well attended conference
to set an agenda for the valley, began the process to produce a film about
the river valley and stewardship of its resources, gained additional federal
funding for towns to implement projects to protect the river, provided
technical support to communities along the river, conducted a survey of
the 1400 landowners along the river and provided a forum for addressing
the economic betterment and environmental stewardship of the Connecticut
River Valley.
B. RIVER VALUES AND CHARACTERISTICS
The Rivers Management and Protection Program Act (RSA 483) lists nine
resource values and characteristics which may qualify a river for designation
into the program. The Connecticut River supports many of these natural,
managed, cultural, and recreational resource values and characteristics
at a level of either national, statewide or local significance. The resource
values which qualify the Connecticut River for designation include: geologic,
wildlife, plant and fish resources; water quality; scenic values; water
withdrawals; wastewater discharges; hydroelectric resources; historic and
archaeological resources; community resources; and recreational resources.
1. Natural Resources
a. Geologic Resources: The Connecticut River and its valley offer
a rich history in geology and geomorphic features. The valley is internationally
renowned in the research of glacial geology for the deposition of sediments
that occurred in Lake Hitchcock as the ice sheet receded. Bedrock exposures
and cuts are used as field study sites by the academic institutions throughout
the valley. These exposures are the principal source of observation and
collection for scientific research and refinement of the geological history
of the Appalachian Mountains. The river course is important to scientists
in developing quantitative models of erosional dynamics such as meandering.
The sedimentary deposits of Lake Hitchcock provide a record of lake chronology
and a source of information about crustal rebound as the ice receded. The
geologic history of the region has also resulted in the formation of various
aquifers in the Connecticut River Basin which communities use for water
supply.
b. Wildlife Resources: The Connecticut River and its corridor
provides a variety of habitats for wildlife. The river travels through
boreal spruce-fir forests in its headwaters, northern hardwood and mixed
forests in the central sections, and drier oak forests in the southernmost
part of the state. Other important wildlife habitat is located in the rich
agricultural lands along the river. The diverse habitats of the river and
its corridor provide breeding habitat for nearly 300 species of native
vertebrate animals. Because of its great length, north-south course, abundant
wetlands and geographic location in the northeast, the Connecticut River
is an important travel corridor for migratory birds. A complete listing
of wildlife in and along the Connecticut River is included in the Connecticut
Valley Inventory, Volume II. There are also several endangered and
threatened species that are present in the Connecticut River Valley. The
dwarf wedge mussel is one of the federally endangered species found in
the valley. The Connecticut River boasts the largest population of this
species in the world. The remaining endangered and threatened species are
listed in the Connecticut Valley Inventory, Volume I.
c. Plant Resources: The Connecticut River Valley supports a rich
and diverse selection of plant communities. From the spruce-fir coniferous
forests to the hardwood forests of the lower valley the corridor supplies
us with several endangered and threatened species of plants as well. Of
particular mention is the jesup's milk-vetch, a federally listed endangered
species in which the only known occurrences are along the Connecticut River.
A complete listing of endangered and threatened plant species in the valley
is found in the Connecticut Valley Inventory, Volume I. Associated
with the plant communities noted above are specific areas found in the
river corridor that are considered to be significant because of their unique
character and species composition. These habitats provide some of the rarest
and most remarkable ecological communities in all of New England. These
communities include the (1) floodplain forests, seasonally-flooded riverside
forests, which provide nesting sites for unusual warblers and bald eagles
and where ostrich fern and green dragon inhabit the forest floor; (2) riverside
seeps and outcrops, gravelly and sandy bank areas kept moist by seeping
groundwater, which host some of the rarest plants in New England including
the jesup's milk-vetch; and (3) calcareous wetlands, calcium rich wetland
areas, which grow many rare orchids.
d. Fish Resources: Several species of fish reside in the Connecticut
River, ranging from warm water perch, bass, pickerel, walleye and pike
to cold water trout. The river also sustains a population of anadromous
fish such as shad, alewife and salmon. In much of the mainstem of the river
below Lancaster warm water species may be found. Cold water species are
found in the northern stretches of the river as well as in areas below
Lancaster at the mouths of tributaries. In the river north of Lebanon cold
water species were originally found. South of this area both cold and warm
water fish were originally found. This general pattern holds true today,
but is influenced by the major dams, which change the habitat in their
upstream pools. One of the most active Atlantic salmon restoration efforts
is being conducted on the Connecticut River. N.H. Fish and Game stock approximately
150,000 salmon fry each year in tributaries to the Connecticut river. An
aggressive fish ladder program is also being carried out on the river.
To date, fish ladders have been installed as far upstream as Wilder Dam
in Lebanon. Additional ladders are scheduled to be installed further upstream
in the future. In addition to stocking Atlantic salmon, N.H. Fish and Game
stock approximately 33,750 trout into the Connecticut River each year.
e. Water Quality: The Connecticut River has been designated a
Class B water by the New Hampshire General Court. Approximately 147 miles
of the 255 total miles is not meeting this standard. Bacteria has been
cited as the standard that has been violated in all but one section. The
maintenance of water quality meeting the Class B standard and the enhancement
of water quality not presently meeting the standard is critical to the
river's future use for water supply and recreational purposes, as well
as the river's ability to support high quality wildlife and plant habitat.
f. Scenic Values: The Connecticut River and its valley provide
the state with some of its most valuable scenic views. The river provides
views of long stretches of whitewater, surrounding wetlands full of wildlife,
views from the river of distant peaks, town hall steeples, vast agricultural
fields and farmlands, and traditional New England homes such as those in
Orford. The River Road, north of the East Thetford Bridge to the Orford
town line, has been designated a town scenic road. Also of scenic value
to the river is the Cornish-Windsor covered bridge, the longest covered
bridge in the nation, and the St. Gaudens' National Historic Site, with
its commanding view of Mt. Ascutney.
2. Managed Resources
a. Impoundments: There are 13 dams on the mainstem of the Connecticut
River that impound water either for storage or for hydroelectric power
production purposes. They range from a 10 foot dam that impounds 4 acres
to a 106 foot dam that impounds 1,895 acres and a 56 foot dam that impounds
2,800 acres. Four of these dams are used solely for storage and flow augmentation.
The management of these facilities affects the flow of the river in the
northern reaches. The purpose of these dams are primarily for the storage
and release of water to aid in the hydropower operations downstream.
b. Water Withdrawals: Water withdrawals from the Connecticut
River are used for industrial and agricultural purposes. Two of these use
more than 20,000 gallons per day and are recorded with the Department of
Environmental Services. These withdrawals are the Glazier Hollow Nursery
withdrawal in Haverill (46,000 gallons/day), and the Lebanon Crushed Stone
withdrawal in Lebanon (1,782,000 gallons/day). These figures represent
the average daily withdrawal.
c. Wastewater Discharges: There are several discharges to the
Connecticut River, including discharges from wastewater treatment plants,
industrial facilities, research laboratories, and combined sewer overflows.
There are nine facilities that have been granted a wastewater discharge
permit to the Connecticut River from the NHDES, including seven wastewater
treatment facilities, one industrial discharge and one research laboratory
discharge. Additional discharges originate in Vermont.
d. Hydroelectric Resources: The Connecticut River is a highly
managed river, featuring thirteen active dams, including nine hydroelectric
facilities and four storage facilities. Many of the dams operate as a unit
to produce significant amounts of peaking power for the New England power
grid. There are approximately 1,250,000 MW hours of annual production from
the facilities on the Connecticut River. New England Power Company's Moore
Station, capable of generating 200,000 kilowatts, is the largest conventional
hydroelectric plant in New England. From Second Lake to the Massachusetts
border approximately 73% of the head of the river is captured for hydroelectric
production.
3. Cultural Resources
a. Historical/Archeological Resources: There are numerous archeological
sites along the Connecticut River. Large sites tend to occur near confluences
with tributaries. Some of the locations exist in Lancaster near the Israels
River, in Haverhill near Oliverian Brook, in Hanover near Blood Brook,
in Claremont near the Sugar River, in West Chesterfield near Indian Brook
and in Hinsdale near the Ashuelot River. Other large sites occur along
the Connecticut River in Orford, Plainfield, Charlestown, Walpole and North
Walpole. There are many more smaller sites along the river. Two of particular
mention are a rock engraving of a fish at the falls in North Walpole and
a burial site in Lyme.
The earliest permanent European settlement took place in 1743 at Fort
#4 in what is now Charlestown. In the 1790s and early 1800s a system of
canals were built on the Connecticut River that allowed access upstream
to Woodsville. After the canals came the railroads and then the road system
including the many covered bridges spanning the river. There are ten bridges
on the Connecticut River that are registered with the National Register
of Historic Places including the famous Cornish-Windsor Bridge.
There are several communities along the Connecticut River that boast
areas that are registered with the National Register of Historic Places.
They include Haverhill Corner, Orford Street, Lyme Center, Lyme Common,
Colburn Park in Lebanon, three areas in Claremont and Main Street in Charlestown.
There are numerous homes and other single buildings that have also been
included on the National Register but they are too numerous to mention
in this report. For a full listing of the buildings please refer to the
Connecticut Valley Inventory, Volume II.
b. Community Resources: Several communities along the Connecticut
River have established town or state parks in the river corridor. In addition,
thirty-three towns, thirteen in New Hampshire and twenty in Vermont, have
instituted shoreland or floodplain regulations in their community. The
river is viewed as a community resource through activities such as annual
fishing derbys, educational programs along the river and annual river trips.
4. Recreational Resources:
a. Fishing: The Connecticut River is a nationally recognized
trout fishing river, cited in national magazines such as Fly Fisherman.
Hundreds of people from across the country and Canada visit New Hampshire
each year to fish in the Connecticut River. Cold water fisheries are commonly
found in the northern stretches while warm water fisheries are more commonly
found in the southern regions. There are approximately 32 species of fish
that the Connecticut River is home to.
b. Boating: The Connecticut River offers boaters a wide variety
of boating opportunities from the Third Connecticut Lake to Long Island
Sound. In New Hampshire boating begins in Pittsburg with whitewater stretches
for expert kayakers and continues down to Hinsdale where hundreds of people
enjoy flatwater boating and motorized boating. Two of the popular whitewater
sections include the runs through Lyman Falls and Sumner Falls. There are
approximately 50 access sites along the river in New Hampshire and 36 in
Vermont.
c. Other Recreation: There are several recreational activities
that take place in and along the Connecticut River. Snowmobile trails are
very popular in the northern reaches of the river while bike trails are
cited in almost every town from Littleton to Walpole. Other popular activities
include wildlife observation, camping, swimming, equestrian trails, picnicking,
waterskiing, cross-country skiing and hiking. The trails on Mount Pulaski,
Percy Peaks and the Appalachian National Scenic Trail offer scenic views
of the river. New England Power offers several recreational opportunities
on their property. Visitor centers offer viewing windows and their recreation
areas offer swimming, hiking, ball fields and picnic sites.
III. LOCAL SUPPORT
The high degree of public support for this nomination, including support
from businesses and industries along the river is extremely impressive.
Public hearings along the river brought out approximately 216 people to
comment on the nomination. An overwhelming majority of the comments were
in support of the nomination. In addition, the Department has received
written testimony from over 600 people in support of the nomination. The
Connecticut River Valley Resource Commission distributed 1,400 questionnaire's
to riparian landowners along the Connecticut River. Twenty-nine percent
of the landowners responded to the survey. Ninety-eight percent of the
respondents felt that the river contributed to the quality of life in their
community. River values that were recognized as very important were scenic
quality, water quality, wildlife and waterfowl habitat, and recreational
opportunities on the river.
IV. SUMMARY AND RECOMMENDATIONS
The Connecticut River possesses a variety of significant federal, state
and local resources which qualify the river for designation into the Rivers
Management and Protection Program. To better protect and manage these resources,
the Department of Environmental Services recommends the following:
Recommendation 1: The General Court should adopt legislation which
designates the mainstem of the Connecticut River into the Rivers Management
and Protection Program and classifies the river as outlined on the following
page.
Under the provisions of the protection measures in RSA 483, a designation
will provide increased protection for the river against damaging channel
alterations, water quality impairment, the siting of solid and hazardous
waste facilities and, in some instances, against new dam construction.
A designation will also require the establishment of a protected instream
flow to maintain a minimum amount of water in the river in order to safeguard
public trust resources, including fisheries, water quality, recreation,
hydroelectric energy production and scenic values. A Local Rivers Management
Advisory Committee will be established to coordinate local issues related
to the protection and management of the river and will provide local residents
with a direct avenue for formal input to state decisions that affect the
river. Finally, a designation will result in the development of a long-range
management plan for the river that coordinates state planning and management
of fisheries, water quality and quantity , and recreation.
Recommendation 2: The communities along the river should continue
to work toward the protection of the Connecticut River through the adoption
of local river corridor management plans, including comprehensive shoreland
protection ordinances.
While a state designation will improve the protection and management
of the river itself, continuing local efforts will be needed to address
the use and conservation of the river corridor. With the help of the efforts
of the Connecticut River Valley Resource Commission in New Hampshire and
the Connecticut River Watershed Advisory Commission in Vermont local committees
will be able to address these issues in a coordinated and cooperative manner.
Citizen concern should be reflected in the decisions and actions of local
government officials. Upon request, the Department of Environmental Services
will provide technical assistance to the towns along the Connecticut River
on the development of local river corridor management plans and comprehensive
shoreland protection ordinances.
In summary, the establishment of a clear policy and specific instream
protection measures by the General Court and a continuing commitment on
the part of local governments and residents to manage and protect the river
corridor through sound land use decisions will ensure that the outstanding
resources of the Connecticut River will "endure as part of the river uses
to be enjoyed by New Hampshire people."
CLASSIFICATIONS
- RURAL: Outlet of the Fourth Connecticut Lake to a point .0.3
mi. above Second Connecticut Lake Dam. 0.6 mi. Map 6.
- COMMUNITY: From the point above Second Connecticut Lake Dam
to a point 0.3 mi. Below Second Connecticut Lake Dam. 0.6 mi. Map 6.
- RURAL: From the point below Second Connecticut Lake Dam to
a point .3 mi. Above First Connecticut Lake Dam. 6.8 mi. Map 8.
- COMMUNITY: From a point above First Connecticut Lake Dam
to a point 0.3 mi. below First Connecticut Lake Dam. .6 mi. Map 8.
- RURAL: From the point below First Connecticut Lake Dam to
a point 0.3 mi. above Murphy Dam 7.8 mi. Map 10.
- COMMUNITY: From the point above Murphy Dam to a point 2.0
mi. below Murphy Dam 2.3 mi. Map 10.
- RURAL: From the point below Murphy Dam to Bishop Brook in
Stewartson, NH. 5.7 mi. Map 12.
- COMMUNITY: From Bishop Brook to Leach Creek in Canaan, VT.
3.8 mi. Map 13.
- RURAL: From Leach Creek to Wheeler Stream in Brunswick, VT.
24.2 mi. Map 19.
- NATURAL: From Wheeler Stream to the Maidstone Stratford bridge.
7.8 mi. Map 20.
- RURAL: From the Maidstone-Stratford bridge to a point one
mile above the breached Wyoming Valley Dam in Northcumberland, NH. 10.9
mi. Map 22.
RURAL
- COMMUNITY: From one mile above the breached Wyoming Valley
dam to one mile below the Wyoming Valley dam in Northcumberland. 2.0 mi.
Map 22.
- RURAL: From one mile below the breached Wyoming Valley Dam
site to a point 0.3 mi. above the Simpson Paper Co. Dam between Gilman,
VT and Dalton, NH. 18.6 mi. Map 28.
- COMMUNITY: From the point Simpson Paper Co. Dam to 0.3 mi.
below the Simpson Paper Co. Dam 0.6 mi. Map 28.
- RURAL: From the point below the Simpson Paper Co. Dam to
a point 0.4 mi. above Moore Dam 10.2 mi. Map 31.
- COMMUNITY: From the point above Moore Dam to a point 0.6
mi. Below Moore Dam. 1.0 mi. Map 31.
- RURAL: From the point below Moore Dam to a point 0.3 mi.
above Comerford Dam 9.5 mi. Map 34.
- COMMUNITY: From the pont above Comerford Dam to a point 0.2
mi. Below McIndoes Falls dam. 2.3 mi. Map 34.
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- RURAL: From the point bellow McIndoes Falls Dam to a point
0.3 mi. above the Ryegate Dam 3.4 mi. Map 35
- COMMUNITY: From the point above Ryegate Dam to a point 0.2
mi. below Ryegate Dam. 0.5 mi. Map 35.
- RURAL: From the point below the Ryegate Dam to the Ammonoosuc
River in Bath, NH. 3.8 mi. Map 37.
- COMMUNITY: From the Ammonoosuc River to the point where Routes
135 and 10 meet in Haverill, NH. 1.9 mi. Map 37.
- RURAL: From the intersection of Routes 135 and 10 to Storrs
Pond Brook in Hanover, NH. 40.0 mi. Map 46.
- A. RURAL COMMUNITY: From Storrs Pond Brook to Dothar Brook
outlet in Hartford, VT. 4.3 mi. Map 48.
- COMMUNITY: From Dothan Brook to 0.3 mi. Below the Wilder
Dam. 1.3 mi. Map 48.
- RURAL COMMUNITY: From the point below Wilder Dam to the
Lebanon/Plainfield
town line. 4.7 mi. Map 50.
- RURAL : From the Lebanon/Plainfield town line to Blow-Me-Down
Brook in Cornish, NH. 9.1 mi. Map 52.
- RURAL COMMUNITY: From the Blow-Me-Down Brook to the northern
end of Chase Island in Cornish, NH. 1.9 mi. Map 53.
- RURAL: From the N. End of Chase Island to the southern side
of the Williams River in Bellows Falls, VT. 22.7 mi. Map 59.
- COMMUNITY: From the Southern side of the Williams River to
the Saxtons River in Westminster, VT. 3.4 mi. Map 60.
- RURAL COMMUNITY: From the Saxtons River to the bridge between
Westminster Station and Walpole, NH. 3.1 mi. Map 61.
- RURAL: From the bridge at Westminster Station to the
Brattleboro/Dummerston, VT town line. 16.7 mi. Map 66.
- RURAL COMMUNITY: From theBrattleboro/ Dummerston town line
to Sprague Brook in Hinsdale, NH. 8.7 mi. Map 68.
- COMMUNITY: From Sprague Brook to a point 0.3 mi. below the
Vernon Dam. 1.4 mi. Map 68.
- RURAL: From the point below the Vernon Dam to the Massachusetts
border. 5.3 mi. Map 69.
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Prepared byState of New Hampshire
Department of Environmental Services
Office of the Commissioner 29 Hazen Drive
Concord, NH 03302-0095Robert W. Varney Commissioner
John E. Dabuliewicz Assistant Commissioner
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