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a, was being made or experimented with and machinery installed for that purpose. And so closed the history and usefulness of this old mill privilege, first established on the grant to Rev. Zechariah Symmes by his son William as a fulling mill. During that last winter the writer worked in the old mill with his father, who was present and witnessed the destruction of the dam by explosion of powder. Perhaps, at the present writing, the only living witness of the somewhat dramatic scene is Mr. Griffin, the old retired gate-tender at West Medford, better known as Faithful Mike. (This digression may, as a matter of history, be added to page 395 of Brooks' History of Medford.) Today, extending from the parkway, there may be seen in excellent preservation the embankments of the canal, and at their end, beneath the water, the lower courses of the aqueduct masonry, a reminder of the canal's prosperous days. These mark the channel of the Aberjona as it was prior to the raising of the lak
Albert Whiting (search for this): chapter 10
canal, discontinued ten years before, was laid under tribute, as the puddle of its old embankments near by, made up fifty years earlier, consisting of one-eighth clay mixed with sand and gravel, was used in this work. The granite for the overfall had been quarried at Chelmsford, as had been the stone for the canal's aqueducts. At this stage of the work labor troubles were evident, as one hundred and thirty men struck for twenty-five cents addition to the daily wage. On June 2, 1863, Albert Whiting took charge of the masonry construction. His experience on the dry docks at Norfolk and Charlestown, and at Fort Independence, qualified him for this important work. On the tenth of June the northeast corner-stone of the dam was laid, but we find no record of any formal ceremony, other than the placing of a small vial containing the names of Charlestown's mayor, water commission, engineers and contractor in the lewis hole of the lower stone. In sealing the vial, a new cent of that yea
Thomas Broughton (search for this): chapter 10
en in excellent preservation the embankments of the canal, and at their end, beneath the water, the lower courses of the aqueduct masonry, a reminder of the canal's prosperous days. These mark the channel of the Aberjona as it was prior to the raising of the lake, but elsewhere the course is now a matter of conjecture, unless, indeed, old maps or plans may be in evidence. More or less litigation resulted from the flowage, but this was nothing new, as witness case of Symmes vs. Dunster, Broughton and Collins in 1656 [Register, Vol. XIII, p. 12], when the Mystic was first dammed. While this work was in progress some information relative to the lower lake was obtained, which we quote:— An experiment was made by Engineer Buchanan to ascertain the depth at which the water in the lower pond becomes salt. A copper wire coated with silver was suspended from a float anchored in 54 feet of water. The wire was allowed to remain in the water 24 hours, and was found to be very slightl
Roberdeau Buchanan (search for this): chapter 10
was first dammed. While this work was in progress some information relative to the lower lake was obtained, which we quote:— An experiment was made by Engineer Buchanan to ascertain the depth at which the water in the lower pond becomes salt. A copper wire coated with silver was suspended from a float anchored in 54 feet ofeer, six ex-Mayors, and others were introduced and spoke, each placing a sod in the wheelbarrow at conclusion of remarks. Nothing is said in this record of Mr. Buchanan's about the wheeling away of these numerous sods, but in another column is the testimony of an eye-witness. Mr. Lawrence invited those present to his home, lation was served, thus ending the formal beginning of the work. Mr. McDonald sublet the construction of the embankment and reservoir to Charles Linehan. Engineer Buchanan made an interesting record of the manner of its construction and of the difficulties encountered. Springs were encountered near the westerly corner and for
A. E. Whitney (search for this): chapter 10
a mile up the valley of Sucker brook, is a pumping station that supplies the water tower at the heights for the high service. The Mystic dam remains intact; indeed, if it were removed it is questionable if such would be a wise procedure. It has been suggested that an additional elevation be made, and thus the improvement of the Aberjona. Mystic dam is16.25 Flow of dam6 —— Original level of Aberjona river10.25 Feet above river2 —— Symmes' meadow12.25 Communication of A. E. Whitney. The elevation proposed would raise the upper lake to 17.50 feet above Boston base, or fifteen inches higher than the tailrace of the next then existing water power on the Aberjona. The highest level the water commission could maintain is 16.25 feet, and is marked by a copper bolt in the Aberjona bridge. During more recent years that stream has been dredged and much improved by the town of Winchester, adding much to the attractiveness of the parkway. This was accomplished by the pur
may be seen in excellent preservation the embankments of the canal, and at their end, beneath the water, the lower courses of the aqueduct masonry, a reminder of the canal's prosperous days. These mark the channel of the Aberjona as it was prior to the raising of the lake, but elsewhere the course is now a matter of conjecture, unless, indeed, old maps or plans may be in evidence. More or less litigation resulted from the flowage, but this was nothing new, as witness case of Symmes vs. Dunster, Broughton and Collins in 1656 [Register, Vol. XIII, p. 12], when the Mystic was first dammed. While this work was in progress some information relative to the lower lake was obtained, which we quote:— An experiment was made by Engineer Buchanan to ascertain the depth at which the water in the lower pond becomes salt. A copper wire coated with silver was suspended from a float anchored in 54 feet of water. The wire was allowed to remain in the water 24 hours, and was found to be ve
s was purely informal, but Mr. Grant, the division engineer, by the desire of the few present, guided the plough. Afterwards the site of the reservoir was ploughed around three times that day. The ground for the water-works was formally broken on Saturday, September 27, at the site of the reservoir. At 3 P. M. the members of the City Government and invited guests came upon the grounds. Mr. Edward Lawrence, chairman of the Water Commissioners, prefaced his remarks by asking a prayer of Rev. Mr. Miles and after a few words introduced the Mayor of the City, who after a short speech, received a spade and placed a sod in a wheelbarrow. Mr. Lawrence then made a speech and placed another sod in the wheelbarrow, after which Mr. James McDonald the contractor wheeled the sods away and placed them on the site of the embankment. The President of Aldermen, Chairman of Common Council, Chief engineer, six ex-Mayors, and others were introduced and spoke, each placing a sod in the wheelbarrow at c
n the fountain, and subsequently by a grand dinner at the City Hall. The writer well remembers his first visit to the pumping station in June, 1870, and the walk over the decaying aqueduct of the canal, that still spanned the river. It was the show place of the vicinity, and a record book was kept for the visitors to sign. The two duplex pumping engines, resplendent in their polished steel and brass, were encased in equally polished walnut, and one was steadily at work day and night. Mr. Born and Mr. Hines arrived from Brooklyn on July 18, 1864, to erect them, and the former remained as engineer during the entire use of the works. He showed us about the station and explained the working of the plant, which a few years later was enlarged to double its earlier capacity and size. Still later it was again enlarged by building an extension of the engine room and the installation of a rotary engine and pump, also an electric lighting plant. This latter was something unknown but a f
Moses W. Mann (search for this): chapter 10
t raising the Mystic dam or upper lake. A lock built at this dam would give access to motor boats as far as Converse bridge in the heart of Winchester. But it is doubtful if the Mystic supply is ever used again, certainly not until the picric acid and other deleterious matter from the chemical works, miles up stream, is eliminated. Mr. Brooks wrote of Medford pond:— This beautiful sheet of water, though cousin-german to the sea, is as quiet and retired as if it never received a visit from the Atlantic waters. . . . Every twelve hours it is raised from two to six inches by the inflowing tide. This variation is, of course, now eliminated, and the lower pond or lake remains at its normal level, regulated by the tide-gates in the Cradock dam. There is yet room on both sides for the erection of the desirable dwellings that in the growth of Arlington and West Medford are coming, and to the occupants of which, years hence, the foregoing account may be of interest. Moses W. Mann
Zechariah Symmes (search for this): chapter 10
extent of the upper lake, and as the water backed into the tributary Aberjona, the mouth of that stream (sometimes called Symmes' river) became fixed at the bridge below the Bacon mills. There was a water privilege that was rendered useless by the c purpose. And so closed the history and usefulness of this old mill privilege, first established on the grant to Rev. Zechariah Symmes by his son William as a fulling mill. During that last winter the writer worked in the old mill with his father,ns may be in evidence. More or less litigation resulted from the flowage, but this was nothing new, as witness case of Symmes vs. Dunster, Broughton and Collins in 1656 [Register, Vol. XIII, p. 12], when the Mystic was first dammed. While this the Aberjona. Mystic dam is16.25 Flow of dam6 —— Original level of Aberjona river10.25 Feet above river2 —— Symmes' meadow12.25 Communication of A. E. Whitney. The elevation proposed would raise the upper lake to 17.50 feet above B
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