It is conventional historical knowledge that, when the American Shad (Alosa sapidissima) made its prodigious late-spring spawning runs up the Kwenitekw, the silver flood of fish was stopped at Kchi Pontekw (the Great Falls), between today’s Bellows Falls,VT and North Walpole, NH. This was said to be the northernmost point on the Connecticut River for the annual migration. The 49-foot drop of the River there (over a short stretch of rapids and falls) was said to be an effective block to the passage of the shad, but not to the accompanying Atlantic Salmon who were also seeking their natal tributaries. This claim can be found in 99.9% of the sources, over a long period of time. Here’s just one recent example, from the NH Fish & Game Department:
Fish passage has been provided at the first three dams on the Merrimack River, although shad have difficulty navigating the fish passage facility at the Pawtucket Dam in Lowell, MA. On the Connecticut River, fish passage for shad is available at the three mainstream dams up to the historic limit of upstream shad migration at Bellows Falls.
There is much that can be related about this particular and significant ancient place, with respect to the seasonal gifts of sustenance and the intersections of spirit there, but those many stories will be explored elsewhere. In this post, I would like to simply document differing statements about the extent of the anadromous shad run, drawing from a local history 40 miles upstream at Lebanon, NH. In the 1908 “History of Lebanon, N.H., 1761-1887 by Charles Algernon Downs“, we find the following statement on page 189:
We can make a few observations in reflection upon this contradiction to the accepted notions about the travels of w8bimakok, the shad…
First of all, Charles Algernon Downs may have been mistaken. But given his long and early presence in Lebanon, and his character, this seems unlikely. Indeed, the Rev. Mr. Downs may well have personally known people who had fished for shad in the Mascoma, as he stipulated. This knowledge would have been well-engrained in the local lore at the time. There may very well be other such obscure references in other historical literature north of the Great Falls.
It would seem that, if his assertion is true, although the great rocky impediment to passage at Kchi Pontekw did indeed block the great majority of shad from traveling further upstream, a small amount found success. The many stories of the sheer number of shad that would congregate at the Great Eddy below the tumult are testimony to its effectiveness as a blockage – and its fame as a favored indigenous fishing place for millennia. Yet if vast numbers of salmon were quite successful in climbing the cataract, perhaps a percentage of shad accompanied them. The number who passed successfully may have paled in comparison to the total and thus been of lesser note to historians.
The complex process of shad migration is informed extrinsically and intrinsically by many factors. Some are environmental and fluctuating, such as flow velocity, temperature, salinity, light levels, and competition, among others. Others are innate: the strong homing instinct of the individual fish to the original river of its birth. The fish migrate to their respective spawning streams using genetic memory informed by chemical and magnetic guidance. Recent studies have demonstrated the incredible accuracy of this instinct. Why would there be so many shad below the falls? The migration is not a race to set an indeterminate record. It might follow that shad seeking to pass Kchi Pontekw would be following the pull of their birthplaces upstream.
It is no accident that Downs documented the appointment of fish inspectors Buck and Bailey in the years 1795-1797. Lebanon, NH (chartered July 4th, 1761) had only begun to be an organized colonial town a few years beforehand. It took awhile to get town business thoroughly refined, but immediately after these appointees were chosen, the dam across the Connecticut River downstream at Turners Falls, MA (now-called) was completed in 1798. It is a universally-acknowledged fact that all anadromous fish migrations dropped off drastically in that year, their journey effectively cut short at that point.
As a curious side note, the name of the Mascoma River, singled out by Rev. Downs as the objective of the spawning shad in his locale, is derived from the Abenaki name for the salmon. No doubt the river was, in actual use, a shared goal by both species. That word in Aln8ba8dwaw8gan is “mskwamakw’ – pronounced muh-SKWAH-mahk-uh, nearly the same as its English variant – and means, literally, “red fish.”
And, in an odd coincidence, the American Shad’s Latin generic name “Alosa” is identical to the Abenaki word for “to go”, which is exactly what the fish prefer to do. The Latin root, however, derives from “alausa” – a fish.
In this production, S8gm8 Roger Longtoe Sheehan speaks about the Abenaki relationship with the land and rivers of Ndakinna, and how these interactions take place within their worldview. The interview took place in June, 2018 at the Abenaki Heritage Weekend annual event at Lake Champlain Maritime Museum. By request of Vera Longtoe Sheehan, a co-producer of the film, I contributed some still photography from Kchi Pontekw/Bellows Falls, VT for the video.
Note: Mark Bushnell is a Vermont journalist and historian. He is the author of “Hidden History of Vermont” and “It Happened in Vermont.” Mark called me for comments as he was putting this VTDigger column together.
When Rev. David McClure of Dartmouth College ventured down the Connecticut River to Bellows Falls in 1789, he was on a scientific mission. As a natural philosopher – what we might today call a scientist – McClure was interested in stone carvings he had heard about from a local man. The carvings, cut into an outcropping on the Vermont side of the river, depicted a series of faces.
“The figures have the appearance of great antiquity,” McClure wrote, noting that the British colonists who first settled the area a half-century earlier had observed them. The faces were life-sized images consisting of a simple oval with markings for eyes, nose, mouth and perhaps ears, McClure wrote. Some had lines sticking out of their heads that various observers have taken to be feathers, horns or rays.
McClure’s was apparently the first written account of the carved rocks, which have been described as the oldest pieces of art in Vermont. How old? Though experts agree the carvings were made by Native Americans, they are unwilling to ascribe a specific date, or even era, to the petroglyphs, which literally means “stone carvings.” They could be anywhere from 300 to 3,000 years old.
The written observations of McClure and subsequent visitors during the 19th and early 20th centuries are invaluable because they offer a snapshot of these artifacts, which have been changing over time. If descriptions of the petroglyphs have varied since McClure’s visit, so too have the interpretations of their meaning.
A historical plaque at Bellows Falls claims “Here first canal in United States was built in 1802”; more accurately, it may hold the title of “the oldest canal in the US still used industrially.” A British-owned company, the Bellows Falls Canal Company, was chartered to make the Connecticut River navigable in 1791. It spent 10 years building nine locks and a dam to bypass the 52 foot high Great Falls; the canal was completed in 1802. The first bridge across the Connecticut River anywhere on its course was constructed by Col. Enoch Hale in 1785, crossing exactly at this narrow, deep chasm, from Bellows Falls, VT to Walpole, NH.
The book quoted above was published in 1807, as a compilation by D. R. Preston of scenic descriptions by a number of well-traveled contributors. It is quite possible the above entries describing the Great Falls were written previous to the opening of the canal in 1802, which would have drastically impacted the water volume and dramatic impact of the cascade in the gorge.
Great River Hydro, LLC (“Great River Hydro”) is the owner and licensee of the Wilder Hydroelectric Project (FERC No. 1892), the Bellows Falls Hydroelectric Project (FERC No. 1855), and the Vernon Hydroelectric Project (FERC No. 1904). The current licenses for these projects each expire on April 30, 2019. On October 31, 2012, TransCanada initiated the Integrated Licensing Process by filing with the Federal Energy Regulatory Commission (“FERC” or “Commission”) its Notice of Intent to seek new licenses for each project, along with a separate Pre-Application Document for each project.
With this filing, Great River Hydro submits its March 8, 2018 Updated Study Results Meeting Summary for the three projects, as required by 18 C.F.R. §5.15(c)(3) and the Commission’s current Process Plan and Schedule (dated February 15, 2018). The meeting for the Updated Study Reports filed between May 1, 2017 and February 9, 2018 was held at Great River Hydro’s Renewable Operations Center in Wilder, Vermont, with teleconference and call-in capability for participants who could not attend in person.
Below is a comment excerpt:
ILP Schedule – Brandon Cherry reviewed the Revised Process Plan and Schedule FERC issued on February 15, 2018, noting that GRH is required to file a progress report on May 15, 2018 and every 90 days thereafter until studies 9 and 24 are completed. The progress report is to include the status of study 33 – Cultural and Historic Resources Study.
Study 33 – Cultural and Historic Resources Study – Rich Holschuh concurred that this study is still open and indicated that while the draft TCP includes timetables for consultation, no consultation has taken place. John Ragonese disagreed that no consultation had occurred, citing several meetings with native American tribal leaders and informational resources but recognized the present open status of the study. He said the Programmatic Agreement (PA) and Historical Properties Management Plan (HPMP) are in development and will be shared for comment and review. The PA is a signed agreement among affected parties that usually includes SHPO’s, licensee and federal tribe(s). GRH suggests that no federal tribe is affected by this PA, but local tribes are and therefore should be included. The PA will reference the HPMP which includes details of how properties will be managed.
Alex Stradling and Mike Smith had an idea to raise community involvement in Bellows Falls.
The two run the local television station, Falls Area Community TV, Stradling as the stations executive director and Smith as the board’s president. FACT TV teaches young and old alike how to work in the broadcast industry. The station also films local town events like Select Board meetings. Lately, however, the station has been branching out into entertainment-based shows. From religion talk shows to news, to shows examining horror, FACT TV is expanding its brand.
In November, the station debuted a fictional series. “Strange Events at the Vilas Bridge,” is a roughly 49-minute show that feels like a small movie. Only the first episode has been produced and aired, but Stradling hopes to film the next episode in spring.
Stradling said the station worked together to pair experienced actors and crews with beginners.
The first episode stars four teenagers who work together to uncover the Vilas Bridge’s supernatural past. The episode has teenagers and adults working all aspects of the production.
Thoughts: This is rather disquieting… a new pilot production at Bellows Falls’ FACT TV brings Abenaki mystical mish-mash into the plot of its local supernatural suspense drama. I have doubts about the helpfulness of this approach… At 35 minutes in, the dialogue is pretty bizarre.
Robert McBride’s Everyday People video series on FACT – Falls Area Community TV – featured a recent episode with personnel from VTrans and the VT Dept. of Historic Preservation, along with guests who had an interest in the proceedings. The crew was in town to document and map the Vilas Bridge and the ancient petroglyph site at Kchi Pontekw on the Kwenitekw, using newly acquired LiDAR equipment. A non-intrusive technology, LiDAR uses a rapid, rotating laser sending and receiving unit to record a highly detailed 3D image of terrain, objects, and surfaces. This record can then be used for reference and analysis. With the possibility of a future repair or removal of the deteriorating Vilas Bridge (owned by the state of New Hampshire, and now closed), it is important to record the current situation so that proper care can be taken as plans may be developed. For indigenous people, respectful protection of the sacred ancestral rock carvings above the falls are of special concern. Several people were in attendance to oversee the work on September 22, 2017; the Brattleboro Reformer covered the story that day as well.
One cannot care about that of which you are ignorant.
Charity begins at home.
Education, awareness, understanding. #respect#indigenous
State officials saw in the Vilas Bridge and nearby petroglyphs an opportunity to try out their latest gadget.
“LiDAR,” Vermont State Archaeologist Jess Robinson said, referring to a terrestrial Light Detection and Ranging unit, “creates very detailed three-dimensional models. This is becoming very popular in archeology as a form of virtual curation; to preserve things in three dimensions and in real space and be able to broadcast them when the actual artifacts or, in this case, the petroglyphs are not available to people.”
Last Thursday, the Vermont Division for Historic Preservation and the Agency of Transportation tested out the equipment specifically purchased for documenting the Vilas Bridge. One of the officials had suggested scanning the petroglyphs to get “a very detailed record of them at this point of time,” said Robinson.
Eva McKend of Burlington’s WCAX Channel 3 News spoke with Vermont State Archaeologist Jess Robinson about the significance of petroglyph sites in Vermont, and specifically the fledgling effort to conserve those at Wantestegok – the West River in Brattleboro. Click on the first link for the video interview.