Part 6

The dinner was given Oct. 9, 1856. The Chairman was Mr. Fothergill Cooke, who, in presenting the guest of the evening, used the following language:--

“Gentlemen, I was consulted only a few months ago on the subject of a telegraph for a country in which no telegraph at present exists.

“I recommended the system of Professor Morse. I believe that system to be one of the simplest in the world, and in that lies its permanence and certainty. (Cheers.) It is a great thing to say, and I do so after twenty years’ experience, that Professor Morse’s system is one of the simplest that has ever been, and I think ever will be, conceived. (Cheers.) He stands alone in America as the original and carrier-out of a grand conception.

“We know that America is an enormous country, but I think we have a right to quarrel with Mr. Morse for not being content with giving the benefit of it to his country, but that he extended it to Canada and Newfoundland, and even beyond there. His system has been adopted over all Europe.

“The nuisance is that we in England are obliged to communicate by means of his system, and he threatens to go further still, and promises, if we do not, he will carry out a communication between England and Newfoundland across the Atlantic.

“I almost envy Professor Morse for having forced from an unwilling rival a willing acknowledgment of his services.

“May he long live to enjoy the high reputation he has attained throughout the world.” (Long continued cheers.)

Other speeches equally complimentary followed.

It was on the day of this banquet Mr. Morse received from Paris the announcement that the Emperor Napoleon III. had made him a Chevalier of the Legion of Honor.

Martin Farquhar Tupper sent him a few days afterwards the following lines referring to the banquet:

“A good and generous spirit ruled the hour, Old jealousies were drowned in brotherhood, Philanthropy rejoiced that skill and power, Servants to science, compass all men’s good.

“And over all religions banner stood Upheld by thee, true patriarch of the plans Which in two hemispheres was chimed, to shower Mercies from God on universal man.

“Yes, the electric chain from East to West, More than mere metal, more than mammon, can Binds us together, kinsmen in the best As most affectionate and frankest bond, Brothers as one, and looking far beyond, The world in an electric union blest.”

Although the Morse telegraph had been generally adopted in continental Europe, no compensation had hitherto been paid to the inventor.

Professor Morse, therefore, was much gratified in receiving the following letter while in Paris:

“MINISTRY OF FOREIGN AFFAIRS. “PARIS, September 1, 1858.

“Sir,--It is with a lively satisfaction that I have the honor to announce to you that a sum of 400,000 francs will be remitted to you in four annuities in the name of France, of Austria, of Belgium, of the Netherlands, of Piedmont, of Russia, of the Holy See, of Sweden, of Tuscany and of Turkey, as an honorary gratuity, and as a reward altogether personal of your useful labors.

“Nothing can better mark, than this collective act of reward, the sentiment of public gratitude which your invention has justly excited.

“The Emperor has already given you a testimonial of his high esteem, when he conferred on you, more than a year ago, the decoration of a Chevalier of the Legion of Honor.

“You will find a new mark of it in the initiative, which His Majesty wished that his Government should take in conjunction, and the decision that I charge myself to bring to your knowledge, is a brilliant proof of the eager and sympathetic adhesion that his proposition has met with from the States I have just enumerated.

“I pray you to accept on this occasion, sir, my personal congratulations as well as the assurance of my sentiments of the most distinguished consideration.

S. WALEWSKI.”

Professor Morse, in addition to this handsome gratuity, received tokens of honor from each of the contributing nationalities:--

From France, the Legion of Honor; Prussia, the Gold Medal of Scientific Merit; Austria, a gold medal; Spain, Knight Commander de Numero of the Order of Isabella the Catholic; Portugal, Knight of the Tower and Sword; Italy, Saints Lazaro and Mauritis; Denmark, Knight of the Danneborg; Turkey, decoration in diamonds of the “Nisham Iftichar,” or Order of Glory.

He was also the recipient of many other marks of honor of a more private character.

As early as 1835 Mr. Morse was elected a corresponding member of the Historical Institute of France.

In 1837 he was made a member of the Royal Academy of Fine Arts of Belgium.

July 15, 1839, the Silver Medal of the Academy of Industry was voted to him for the invention of the telegraph.

The National Institute for the promotion of science, established at Washington, made him a corresponding member in 1841, and in 1842 the Gold Medal of the American Institute was awarded him for successful experiments in subaqueous telegraphy.

In 1845 he was made a corresponding member of the Archeological Society in Belgium, and in 1848 he became a member of the American Philosophical Society of Philadelphia. The following year he was elected a Fellow of the American Academy of Arts and Sciences, Boston.

Many other tokens of honor was accorded him from time to time.

While in Paris in 1867, the year of the International Exposition, Professor Morse served on the Committee of Telegraphic Appliances, and wrote an exhaustive report on the merits of telegraphic contrivances.

He also prepared with great minuteness a complete narrative of his own inventions.

Covered with honors, and having long overstepped the three score years and ten, Professor Morse returned to America and arrived at his rural home in Poughkeepsie, N.Y., where he was affectionately welcomed by friends and neighbors.

Shortly after his return a number of influential and representative gentlemen of New York felt that something should be done by his fellow countrymen to honor the distinguished inventor and welcome him home.

He was tendered a banquet, which was held at Delmonico’s on Dec. 30, 1868.

The banqueting room was beautifully decorated the chair being occupied by the Hon. Salmon P. Chase. After the dinner the toasts to the Queen of Great Britain and the Army and Navy had been responded to by Mr. Thornton, the British Minister, and General McDowell, the Chairman, said:

“Gentlemen, you will now allow me to invite your attention to the next regular toast. God has given understanding to man to be employed for His glory in promoting the happiness of His creatures and in nothing that belongs to earth can the human understanding be more worthily employed than in the researches of science and in the works of invention.

“Science and invention may be called, perhaps not unfitly, the creators and servants of civilization. Sometimes invention by a sort of intuition of principles has grasped results and seemed to anticipate science.

“More usually science by the patient investigation of truth and the discovery of principles has prepared the way for the triumph of invention. All invention is realized science, and this is especially true of the telegraph.

“I will not fatigue your attention with ancient and modern devices for communicating intelligence at a distance, but it seems proper to notice here how many men of science, and of what various nationalities have contributed to that wonderful art and instrument by which the world is now bound in electric chains.

“Many shining names will occur to any one familiar with the history of the telegraph. Among them I can pause to mention only those of Volta, the Italian, to whose discoveries the battery is due; Oersted, the Dane, who first discovered the magnetic properties of the electric current; Ampère and Arago, the Frenchmen who prosecuted still further and most successfully similar researches.

“Then Sturgeon, the Englishman, who may be said to have made the first electric magnet, next, and not least, illustrious. Among these illustrious men, our countryman, Henry, who first showed the practicability of producing electro-magnetic effects by means of the galvanic current at distances indefinitely great, and finally Steinheil, the German, who, after the invention of the telegraph in all material parts was complete, taught, in 1837, the use of the ground as part of the circuit.

“These are some of those searchers for truth whose names will be long held in grateful memory, and not among the least of their titles to gratitude and remembrance will be the discoveries which contributed to the possibility of the modern telegraph. But these discoveries only made the telegraph possible, they offered the brilliant opportunity. There was needed a man to bring into being the new art and the new interest to which they pointed. And it is the providential distinction and splendid honor of the eminent American who is our guest to-night, that happily prepared by previous acquirements and pursuits. He was quick to seize the opportunity and give to the world the first recording telegraph; fortunate man, thus to link his name forever with the greatest wonder and the greatest benefit of the age.

“But his work was not done when in 1832 he conceived the idea and devised the plan of the first telegraph.

“Long years of patient labor and constant perseverance were needed to bring the telegraph into use. Its first message was not transmitted until 1844. Even then, and indeed before that year with something like prophetic inspiration, he grasped the future and predicted that telegraphic connection between Europe and America, which it was reserved for another distinguished American, kindred in spirit and kindred in renown and illustrious, to accomplish. Here I must pause, not, however, without uniting all your aspirations in the fervent wish that our honored guest may live long and happily to enjoy the applause, the gratitude and the reverence of mankind, which he has so honorably won.

“Gentlemen, I now give you ‘Our Guest,’ Prof. S. F. B. Morse, the man of science who explored the laws of nature, wrested electricity from her embrace and made it a missionary in the cause of human progress.”

The venerable Professor then arose amid tumultuous applause. He was laboring under deep feeling, too strong to be concealed.

As he did so the whole company made cheer follow cheer in testimony of their admiration and respect. At last in a clear voice he addressed the company at considerable length, reciting the history of the telegraph, and concluding as follows:

“In casting my eyes around I am most agreeably greeted by faces that carry me back in memory to the days of my art struggles in this city, the early days of the National Academy of Design.

“Brothers (for you are yet brothers if I have left your ranks), you well know it cost me many a pang. I did not leave you until I saw you well established and entering on that career of prosperity due to your own just appreciation of the important duties belonging to your profession.

“You have an institution which now holds, and (if true to yourselves) will continue to hold, a high position in the estimation of this appreciative community.

“If I have stepped aside from art to tread what seems another path, there is a good precedent for it in the lives of artists. Science and art are not opposed.

“Leonardo da Vinci could find congenial relaxation in scientific researches and invention, and our own Fulton was a painter, whose scientific studies resulted in steam navigation.

“It may not be generally known that the important invention of the percussion cap is due to the scientific recreations of the English painter, Shaw; but I must not further detain you from more instructive speech. One word only in closing.

“I have claimed for America the origination of the modern telegraph system of the world; impartial history, I think, will support that claim.

“‘Not unto us, not unto us, But to God be the glory What hath God wrought.’”

Mr. Morse’s address was listened to with deep attention, and greeted at the close with great and continued applause.

Among the last, but not the least, of the honors paid Professor Morse, was the erection of his statue in Central Park, New York, by the telegraph operators of the United States and the British provinces. The ceremony of unveiling the monument took place on June 10, 1871.

Many delegates were present from all parts of the country to witness the function.

In the evening a reception was held in the Academy of Music, at which the aged inventor was present, when he bade farewell to “his children of the telegraph.”

He did not long survive this event. He passed away full of years and honors on April 2, 1872.

_The Telegraph in Canada_

Although the electric telegraph system of Cooke and Wheatstone had been established as early as 1837 in England, yet no move was made to adopt it in Canada.

After the Morse experimental line between Baltimore and Washington had proved a success and was thrown open for public business and wires were being carried to the leading business centres in the United States and a line of telegraph was projected connecting New York City with Buffalo, public interest was aroused in Canada, more especially in the Western section.

Mr. Morse had failed, or probably thought Canada at that time not important enough, to take out a patent for his invention, hence it was open to any or all who chose to use it.

In 1846 the first Canadian Telegraph Company was formed with a capital of $16,000; its object was to connect Toronto and Hamilton with the American lines at Buffalo. The corporate name of the Company was the “Toronto, Hamilton, Niagara & St. Catharines Electro-Magnetic Company.”

A line was speedily erected and the desired connection made.

At the end of this year action was taken at Montreal to organize a telegraph company.

_The Origin of the Montreal Telegraph Company_

At a meeting of the Council of the Montreal Board of Trade, held on Dec. 26, 1846, a Committee was appointed to enquire into the best means of extending the use of the electric telegraph system into Canada. The Committee reported favorably of the project.

After giving the subject full and earnest consideration, on December 29, three days afterwards, a general meeting was convened for the purpose of forming a company to connect Montreal and Toronto by a line of electro-magnetic telegraph, the capital to be £12,500 in 1,250 shares of £10 each.

Among those present were L. H. Holton, D. L. Macpherson, Fred A. Wilson, John Glass, T. W. Middleton, Thos. Tait, Henry Starnes, John Young, Henry Joseph, I. Taylor, William Murray, Andrew Shaw, George Elder, jun., and Henry Chapman.

On motion of L. H. Holton, seconded by D. L. Macpherson, Mr. Young took the chair.

The Chairman stated the object of the meeting to be the organization of a company by parties in favor of connecting Montreal and Toronto by electro-magnetic telegraph, and who had proposed to take stock in the company to be formed for that purpose in accordance with the recommendation of the Board of Trade.

It was moved by Mr. Elder and seconded by Mr. Starnes, that the meeting do organize itself into a company to be entitled the Montreal & Toronto Magnetic Telegraph Company. This was carried.

It was then moved by Mr. Chapman, seconded by Mr. Tait, that Messrs. Shaw, Glass, Elder and Young be a Provisional Committee to conduct the affairs of the Company.

Moved by Mr. Holton, seconded by Mr. Macpherson, that the Provisional Committee be empowered to enter into all necessary arrangements for the early construction of the proposed line of telegraph, the whole of the shares having been taken up.

At a meeting held on January 22, 1847, it was moved by Mr. Lindsay that Andrew Shaw, John Young, John Glass, George Elder, jun., and Henry Chapman be directors for the ensuing year--Carried.

On the 6th of March, 1847, Mr. O. S. Wood was appointed Superintendent of the Company, and immediately took charge of the Company’s operations.

The charter was obtained on July 28, 1847, under the amended title of the Montreal Telegraph Company.

Andrew Shaw was elected its first President, Mr. James Dakers, Secretary.

In securing the services of Mr. Wood the new Company was exceedingly fortunate. He had been associated with Professor Morse, was his first pupil, and undoubtedly the most experienced telegraph man of that day in America, a man of great ability and of the highest personal character.

Proceedings were immediately begun in construction work.

The construction of the line between Montreal and Toronto and Montreal and Quebec was awarded to Livingston & Wells, the well-known express forwarders, and by them pushed on with the utmost vigor under Mr. Wood’s supervision and direction. When the work was completed it was found to be satisfactory in every particular, both in material and workmanship, and became a model for future work of the kind.

At the close of 1847, 540 miles of line had been erected, 9 offices opened and 33,000 messages transmitted.

In 1851 Sir Hugh Allan, who had early interested himself in the fortunes of the Montreal Telegraph Company, became its President. This office he held uninterruptedly until his death in 1882.

Immediately on assuming office, Sir Hugh Allan, in concert with Mr. Wood, projected important extensions of the lines of the Company, and in a short time the most remote towns and villages were placed in telegraphic connection with the chief business centres of the country.

The Montreal Telegraph Company became one of the leading institutions in Canada. Many companies were started to compete in the same line of business, but in no long time were doomed to failure, as they neither had the skill, the men nor the money to enable them to succeed in opposing their more formidable rival. After placing the Company on a high pedestal of efficiency, and after 18 years of strenuous exertions on its behalf, Mr. O. S. Wood retired from the management in 1865, carrying with him the esteem and respect of the Company and the business community generally.

Mr. James Dakers was then placed in charge of the eastern, and Mr. Dwight of the western section of the Company’s territory.

The advance and prosperity of the Company continued, as the foundation had been well and truly laid by a capable workman.

In 1875 it had in operation 20,000 miles of wire, 1,400 offices and 2,000 employees.

During the preceding year some 2,000,000 messages were transmitted in addition to millions of words in press despatches, and the capital increased to $2,000,000, at which figure it still remains.

In 1881 this splendid old Company was forced by circumstances which confronted them to lease their business to another company.

The names of Sir Hugh Allan, O. S. Wood and James Dakers will always be inseparably associated with the history of the Montreal Telegraph Company.

The first company to compete against the Montreal Telegraph Company was the Grand Trunk Telegraph Company in 1852-3, lines were erected from Buffalo to Quebec, following the lines of the older Company.

After some years of an unprofitable business they sold out lock, stock and barrel to the Montreal Telegraph Company for $11,000.

The next venture was by the Provincial Telegraph Company, the Canadian ally of the United States Telegraph Company, which was then spreading its lines over the United States; but was in 1866 absorbed by the Western Union; this ended the career of the Provincial, and its plant was purchased and transferred to the Montreal Company for a nominal sum.

Some two years later the Dominion Telegraph Company took form with a capital of $700,000. This Company proved the most serious opponent of the Montreal Telegraph Company, but was never a financial success. In 1878 it was leased by the American Union Telegraph Company, an opponent of the Western Union. Both Companies were acquired by the latter Company, which was busily occupied in securing a monopoly of the telegraph business, and succeeded, in a great measure, in accomplishing its object.

The Dominion Telegraph Company was transferred to the Great North Western Telegraph Company of Canada, a subsidiary concern of the American Company in 1881.

In the lower provinces a move for telegraphic facilities were made almost concurrent with those of Western Canada.

During 1847-48 the Press Association ran a steamer between Digby, N.S., and Portland, Me., to carry news received by the steamships touching at Halifax, and from thence sent overland by express riders to Digby, 149 miles, and was sometimes accomplished in less than eight hours and a half, or at the rate of 17½ miles an hour, to be despatched from thence by steamer to Portland and telegraphed to New York from there in advance of the Cunard steamers at Boston.

This service was managed with great vigor. The express rider was the great event of the day as he flew past Annapolis, his horse white with foam and the whole population lining the road. A gun was fired to announce his arrival to the captain of the steamer immediately anchors were weighed. Steam raised, the pilot took his place at the wheel and the small boat manned by athletic seamen was sent ashore to receive the bag of the express rider, as at full speed he arrived at the dock.

This process, though full of éclat and splendidly performed, was expensive, and the Associated Express agents, offered to guarantee the payment of a liberal subsidy to any company who would construct a line of telegraph between Calais, Me., and Halifax, which could be available for press matter.

The Nova Scotia Government came to the rescue and erected a line of 125 miles in length from Halifax to Amherst to meet the American and New Brunswick lines. This line was completed on Nov. 9, 1849, and Halifax was for the first time connected telegraphically with New York.

On Oct. 4, 1847, a telegraph company was formed in New Brunswick with $40,000 capital. Lines connecting St. John and intervening points with Calais and Portland were completed Jan. 1, 1849, and connection with the Nova Scotian Government line at Amherst was made.

The lines in New Brunswick and Nova Scotia were acquired by the American Telegraph Company and later by the Western Union Telegraph Company, by whom they are now operated.

In 1847 the British North American Telegraph Company was organized for the purpose of connecting Quebec and the lower provinces by wire, but the wire got no further than River du Loup, where it terminated for a time.

A second company, bearing a similar name, erected a line between Montreal and Quebec; both properties were afterwards transferred to the Montreal Telegraph Company.

In 1849 the Montreal & Troy Company built a line from Montreal to the Canadian frontier, and thence to Whitehall, and Troy, after working independently for a couple years, were purchased by the Montreal Company.

In 1850 a line from Bytown (now Ottawa) by a company organized by Joseph Aumond; it also after a few years became the property of the Montreal Company.

In the West about the same period the Hon. Malcolm Cameron interested himself in a telegraph line to connect Hamilton and London, but, after some 18 months of unprofitable labor, was abandoned.

Coming down to a later date the People’s Telegraph Company was organized and a line erected between Montreal and Quebec, which proved a financial failure to the promoters, and served as a warning to others to avoid going into isolated telegraph ventures.

In 1881 the Canada Mutual and the Union Mutual Telegraph Companies worked in conjunction for a short period in the States and Canada; both were eventually absorbed by the Western Union.

_The Great North-Western Telegraph Company_