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Divine Stone

The Cornerstone – Part 1 -Laying the Cornerstone

(This is a continuing series of articles by Tom Fedorek, Senior Guide at the Cathedral. They explore significant historic and unusual stones in the Cathedral. – RM)

The sky was crystalline and the air frigid on the Feast of St. John, December 27, 1892, the day appointed for the laying of the Cathedral’s cornerstone. But inside the vast cruciform tent on the northeast quadrant of the Cathedral’s site, warmth, illumination, and music were provided by steam radiators, Edison light bulbs, and an organ supplemented by a brass choir and harp. Above the tent, a blue silk banner bearing the arms of the Diocese of New York wafted in the breeze. The hundreds of invited guests filled the seats well before the start of the service.

The Cornerstone
The Cornerstone Ceremony. Drawing by Thure de Thulstrup. Credit: Harper’s Weekly

All eyes were on the platform in the center of the tent. There sat the cornerstone of Quincy granite, four feet and four inches square, incised with a cross and inscribed: I.H.S. St. John’s Day, December XXVII, A.D. 1892. Alongside the stone sat a wooden mallet and beside the mallet, a trowel of gold-streaked ebony with silver mountings, crafted by Tiffany & Co. and inscribed: Behold, I lay in Zion for a foundation stone, a tried stone, a precious cornerstone, a sure foundation (Is. 28:16). 

The cables that would lower the stone into place were hanging from the derrick above. Beneath the platform, the foundation’s massive granite blocks lay atop the bedrock in anticipation of the setting of the cornerstone.

At three o’clock, the procession of three hundred clergy and dignitaries entered the tent, having donned their vestments in the old Leake & Watts orphanage building. For the next two hours, hymns were sung, psalms chanted, scripture proclaimed. Melville Fuller, Chief Justice of the U.S. Supreme Court, read the epistle. The Bishop of Albany, William Doane, preached the sermon. A seventy-voice choir sang an anthem composed especially for the occasion.

The only glitch occurred when four trustees came forward to collect the offering only to find only three alms basins at hand. The fourth trustee, undaunted, passed his silk top hat to gather the greenbacks that were then cascaded upon a golden platter atop the cornerstone. The collection totaled $20,000, an amount insufficient to cover the cost of the elaborate ceremony – a portent of the funding shortfalls that lay ahead.

The Cornerstone
The laying of the cornerstone. Bishop Potter with trowel accompanied by architect George Heins and J.P. Morgan (in top hat). Credit: Cathedral Archives

The late December daylight was fading as Bishop Potter mounted the platform accompanied by J.P. Morgan, a Cathedral trustee and its most generous benefactor, David H. King, the building contractor, and architect George L. Heins (whose partner, Grant La Farge, was conspicuous by his absence).

Cement was spread on the stone. With the point of the trowel, the bishop traced a cross in the cement at each corner. The derrick then lowered the stone into place. Standing before the stone, the bishop exclaimed: “In the name of the Father, the Son, and of the Holy Ghost, Amen” – striking the stone with the wooden mallet as he named each person of the Trinity – and continuing: 

I lay the cornerstone of a church to be here builded under the name of the Cathedral Church of Saint John the Divine: and to be devoted in the service of Almighty God as a house of prayer for all people in accordance with the doctrine, discipline, and worship of the Protestant Episcopal Church in the United States of America. Other foundation can no man lay than that is laid, which is Jesus Christ.

The Harper’s Weekly account of the ceremony expressed an optimism that was doubtless shared by those who attended the ceremony:
This cathedral will not linger in completion as long as the Old World churches did … The last work on the lofty spire will probably be done before the young architects who have designed the cathedral will have advanced to middle age.

Those who went home that day confident that they would be greeting the twentieth century with a brand-new cathedral would be disappointed when it arrived eight years later, as shown by the photo below, taken a month before the turn of the century. 

Cathedral building November 1899
Eastern end of cathedral under construction, November 24, 1899. Credit: Cathedral Archives.

The summer after the cornerstone ceremony, the excavation commenced and quickly hit springs and soft stone instead of bedrock schist. There was talk of starting over elsewhere on the site, though some feared it would be “unpropitious” now that the cornerstone was in place. The cost of the excavation absorbed the entire building fund. J.P. Morgan donated $500,000 to “get the cathedral out of the hole,” as he famously put it. Once the above-ground construction was underway, monolithic columns fractured into duoliths, funding ran dry, and workers went on strike.

Notwithstanding Harper’s prognostication, architect George Heins was already well into middle age when he died unexpectedly in 1907. His death left La Farge to struggle alone as the project, plagued by multiple setbacks, ran catastrophically over budget and behind schedule. Bishop Potter died in 1908. His funeral had to be held in the crypt because the choir was still unfinished, the crossing roofless, and the nave and transepts not even begun. His successor, David Greer, would preside over the consecration in 1911.

La Farge did not attend the consecration. Shortly afterward, he was dismissed and the original design abandoned. Today, only the kaleidoscopic marble and ceramic floors in the choir and sanctuary suggest what might have been had Heins & La Farge been able to realize their vision of a dazzling Byzantinesque interior, while passages of unfaced masonry betray the corner-cutting occasioned by evaporating funds.

Ralph Adams Cram took over from La Farge. One of his first assignments was to complete the seven chapels, of which only two were standing. He designed the Chapel of St. Martin himself and farmed out the remaining four to other architects: St. Ambrose to Carrère & Hastings; St. James, St. Boniface, and St. Ansgar to his fellow neo-Gothicist, Henry Vaughn.

The erection of the northern chapels swallowed the section of the wall with the cornerstone. Today, it sits high above the floor of the crypt of the Chapel of St. Ansgar. The stone and its inscription are only partially visible.

The Cornerstone
The cornerstone. Crypt, St. Ansgar’s Chapel, Photo: Douglas Hunt

The crypt of St. Ansgar’s Chapel is now the organ curator’s workroom. Hardly anyone ever gets to see the cornerstone. And nobody has ever seen the very special stone hidden inside the cornerstone – the subject of the next installment in this series on the cathedral’s historic stones. 


Special thanks to diocesan archivist Wayne Kempton for his kind assistance and to organ curator Douglass Hunt for the photo of the cornerstone.

Sources
Dolkart, Andrew S. Morningside Heights: A History of its Architecture & Development (New York: Columbia University Press, 1998). ● “The Cathedral Corner-Stone,” Harper’s Weekly (January 7, 1893). ● “Cathedral of St. John the Divine: Laying of the Corner-Stone,” The Living Church (January 7, 1893). ● “From the First Church,” New York Times (December 23, 1892). ● “The Cathedral of St. John: Its Cornerstone to be Laid Tuesday,” (December 25, 1892). ● “The Story of the Ceremony,” New York Times (December 28, 1892). ● “Laid With Costly Stones,” New York Times (December 28, 1892). ● “Great Work Well Begun,” New York Times (December 28, 1892). ● “The Cornerstone Laid: Ceremonies at the Cathedral Site,” New York Tribune (December 28, 1892). “Its Foundations Rising,” New York Times (August 13, 1895).

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Divine Stone

Foundations of the Cathedral

Foundations of the Cathedral
Drawing of the principal foundations on which the granite piers will be built. Foundations marked A will hold the weight of the great arches from which the crossing tower will rise. Engineering Record, Vol. 32, August 10, 1895 page 189

A stone on stone cathedral, designed to have a 445 ft. stone tower, needs an awesome foundation. Considering the difficulties encountered as excavation began, the solution turned out to create artificial bedrock. Unlike the site of St. Luke’s Hospital across the street where solid rock lay a few feet below the surface, there were swales and striations of rock between pockets of soft shale and decomposed rock. The foundations of the Cathedral would need an engineering solution.

The Foundations of the Cathedral
Bedrock remaining after excavation. NYPL Image ID 71600F C/R 0678-D2

Irregular masses of stone, like waves interspersed with pockets of shale and clay lead to solid bedrock at depths of 20 to 45 feet below grade. They decided to concentrate excavation to the areas of the primary piers (shown in the shaded areas of the first image of this post) down to solid rock which varied between 15 and 45 ft below grade. A uniform mass of concrete filled the void.

These pits and their surrounding areas rose to elevation 100 feet above sea level, the floor level of the crypt. The setting of the granite piers would begin at that elevation. One of the pits, meant for the four large piers that would hold up the arches and subsequently the tower, reached a depth of 40 feet without hitting bedrock. Work stopped for several months contemplating a solution which included moving the Cathedral. Eventually, they excavated five more feet and bedrock showed up. Heins and Lafarge ordered core samples of 20 ft. below that level and the core showed solid rock.

The Concrete Process

The solid rock was leveled where needed and the faces roughly dressed, thoroughly cleaned with wire brushes, and washed with hoses and brooms. The rock was allowed to dry and small drippings were removed with sponges. The concrete consists of one part Portland cement, two parts sharp sand and three parts gravel (quartz gravel 1.5 to 2 in). This was mixed quite dry and was rammed by 20 lb. rammers from 10 in. layers down to 8 in. layers. When work resumed the next day the top surface received a plastered mortar of one part cement and two parts sand. The next course commenced in the same fashion. The process continued up to the desired elevation.

Concrete Mixing
Concrete mixing and preparing bins for distribution, July 1895. Image – NYPL Collections Image ID 716011F C/R 0678 D7

The magnitude of this job beginning in April 1895 was staggering with over 200 men working on it. Six steam-operated derricks and a central narrow gauge rail track centered in the area delivered the concrete bins from the two mixing locations. By August 1895 11,000 cubic yards of concrete had been laid with another 2,000 cubic yards to go.

concrete work on Cathedral foundations
Concrete Laying NYPL Image ID 716010F, C/R 0678-D6
Concrete build-up for foundations
Concrete laying, August 1895 -Image NYPL Collection Image ID 716011F, C/R 0678 D8

The Cut Granite Piers Begin

Once the concrete foundations for the Cathedral reach the correct elevation, the cut granite blocks for the piers begin to arrive.

The Foundations of the Cathedral
Cut granite stone arriving onto the concrete foundation at the crypt floor level, elevation 100. Image – NYPL Collection Image ID 716006F C/R 0678-C6
The Foudations of the Cathedral
Cut Granite in the process of setting for the major piers of the Cathedral. The largest piers to support the tower are solid, no rubble core and are 38 square feet at their base. Image NYPL ID 716023, C/R 0679-A3

J.D. Crimmins and J.J. Hopper. were the earth and rock excavation contractors. John Peirce was the dimensional granite contractor. General William Sooy Smith of Chicago acted as the consulting engineer of the Cathedral. Sooysmith & Co., contracting engineers of New York performed the concrete work described here. Below, all the granite piers have risen to their complete height.

Foundation Piers
Granite foundation Piers completed. The four tall structures are what the great arches will spring from.
  • Its Foundations Rising, The New York Times, August 13, 1895
  • Construction of the Foundations of the Cathedral of St. John the Divine, The Engineering Record, C. 1, v. 32, August, 10, 1895
  • Cathedral Builders Puzzled, The New York Times, September 10, 1893