A Brief History of Mulberry Bend

At the intersection of history and the immigrant experience

Written for Kenneth Jackson’s Columbia University undergraduate course “History of the City of New York”

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Mulberry Bend c.1896. Buildings on left side of street are now demolished.[1]

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Mulberry Bend, nestled between the New York County Criminal Court and the tenements of Chinatown, is at the geographic crossroads of New York City history. At 500 feet long and 50 feet wide, Mulberry Bend is between Bayard Street to the north and Worth Street to the south. Named after the slight turn the street makes midblock, the Bend has a rich, over 350 year history: marsh, city slum, site of urban renewal, and now heart of the Western Hemisphere’s largest Chinese enclave.[2] Through its rich history, the Bend’s brick and wood-frame tenements hosted waves of immigrant groups: Irish, Italians, freed blacks, and now the Chinese, one of New York’s most resilient immigrant groups whose presence in Chinatown reaches as far back as the 1830s. Consistent to these immigrant groups is their struggle to survive and prosper in America. Many of these immigrants, such as the Irish and Italians, have long left the Five Points neighborhood where the Bend is located, leaving few traces of their presence. But the neighborhood was vital as their first point of contact in the New World, a way station between their country of origin and future prosperity in the Promised Land. As such, the Bend exemplifies some of the trademarks of the immigrant experience: a working-class community populated by an immigrant diaspora that emulates the language and tradition of their country of birth. Though their homeland may be distant, in Italy, Spain, Germany, Ireland, or China, they recreated a familiar world beneath the skyscrapers of Lower Manhattan. Neither fully American nor fully foreign, neither a quiet residential street nor busy commercial thoroughfare, the Bend existed and exists as a community of transient identity.
When the Dutch first settled New York, the area of Mulberry Bend and Chinatown was wooded and marshy land. The Bowery, one block east of what would become Mulberry Bend, was a Lenape Indian trail traveling from the tip of Manhattan to the heights of Harlem, about ten miles distant. The New York County Criminal Courts, one block west of the Bend, was the site of colonial New York’s main source of drinking water, the Collect Pond.[3] Change came when the city’s tanning industry developed at the adjoining Collect Pond because it could carry away their industrial waste. The Ratzer Map of Manhattan, dated 1776, even plots the Bend, which bends to avoid the marshy topography of the Collect Pond. Despite this moderate industrial development and gradual filling in of the pond with soil, the area remained marshy and unfit for living.[4]

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Excerpt from the 1776 Ratzer Map of Lower Manhattan. The area labeled as “Common” is now City Hall Park, the “Fresh Water” body was known as Collect Pond, and the “Tanners Yards” was the center of the future Five Points Slum. Mulberry Bend is the line in bright red. The dotted land pattern indicated low-lying marshes and woods that have yet to be developed. The grid of streets had been laid out, but had yet to be populated with tenements and businesses.[5]

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The Geography of Art History

According to the Metropolitan Museum of Art

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Related: Data analysis and visualization of 120,000 works in the Museum of Modern Art

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In this film, each colored dot indicates one location represented by art in the Met’s online database. Dot location indicates artwork provenance. Dot size indicates the number of objects from this place. The time each dot appears corresponds to the year this work was created. This data is assumed to be an accurate sample size.

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Over the past few years, the Metropolitan Museum has catalogued over 25% of its holdings online. This represents ~590,000 objects, covering over 5,000 years of human history from 17 curatorial departments. The diversity of objects in a museum’s collection (and the amount of contextual information known about these objects) may reflect the kinds of narratives a museum can curate about artistic and global history. This visualization charts the provenance and year of production of every single object that is catalogued on the Metropolitan Museum website, whenever this information is known.
The geography of art history is uneven. Certain regions, particularly cities, are home to diverse and famous artistic output. Thomas Friedman similarly describes globalization as being spiky and concentrated in big cities. Other regions are comparatively less productive and less studied. Either this reflects museum curators’ historic bias against Africa, Latin America, and the “Global South” in favor of Europe. Or this might reflect a more fundamental historical reality: If geography guides artistic production and privileges regions with good geography, like areas surrounding the Mediterranean, then landlocked and inaccessible regions with poor geography will have less artistic output.

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Art objects from ancient cultures like China, Egypt, and Sumeria frequently have known provenance but unknown year of production. Unfortunately, they are therefore excluded from this visualization. There are many objects in the collections with known provenance but unknown production date. Figure one illustrates objects with known provenance and known year. Figure two shows objects with known provenance only.

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The original data was downloaded here from the Met Museum’s website.
This visualization and interactive map are free to view and download here.

The University of Oxford in a Box

 

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Music: Minuet in G Minor by Bach

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This paper model of Oxford folds out of a leather suitcase. This is a souvenir of my Oxford experience.
Half the model features university’s main buildings: The Radcliffe Camera, Bodleian Library, Sheldonian Theatre, University Church, and the Clarendon Building. The other half is the campus of Saint Catherine’s College in Oxford.
Attaining precision in a small model is difficult and took about two weeks to build. It is made from paper cutouts, which were folded into various shapes. Below are two of the cutouts before assembly. Dimensions: 7 by 14 inches and 1.5 inches deep.
Below is the image of one of these cutouts before assembly, and the ground plan of the campus before the paper buildings were mounted on cardboard.

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Computer models of world heritage sites

Through digital models, architecture’s audience can expand beyond in-person visitors. Here are a few of my creations that can be explored in virtual reality. The need for models to load in the web browser imposes a creative limit on file size and numbers of polygons and textures model can contain. Too many textures or too much geometry and a model will not load. This process therefore requires me to be economical and to get the most amount of detail with the least amount of file size. All models featured below are about the size of a word document or email attachment.

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Models reveal aspects of construction and design that are otherwise invisible. Amiens Cathedral and the Kaaba in Mecca are illustrated from below as if the ground were invisible. The view of the Kaaba from above is only possible through computer models, due to religious restrictions on flying above the Kaaba. When viewed below, the cathedral appears to float in the air as if it were an image of heaven, as its medieval masons in fact intended when they built vaults and towers that reached so high.
I can also strip away later changes or decay to restore a building to its original, imagined, or ideal appearance. Jerusalem’s Dome of the Rock and Al-Aqsa Mosque (which are surrounded by trees and Roman-era walls) or Amiens Cathedral (surrounded by the modern city) appear more complete in my models than they are in reality. To quote from Viollet-le-Duc, the restorer of French cathedrals like Notre-Dame of Paris:
“To restore a building is not to preserve it, to repair, or rebuild it; it is to reinstate it in a condition of completeness which could never have existed at any given time.”

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The Kaaba

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Plan of Al-Aqsa Mosque

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Plan of Amiens Cathedral

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Section of Amiens Cathedral, based on a drawing by Eugène Viollet-le-Duc.

Interactive surface parking map of central Newark

Explore an interactive map of the 300+ acres of parking in Downtown Newark. This map is part of PLANewark’s ongoing fight against the expansion of surface parking in Newark. Click the rectangle icon on upper right hand corner of map to view full screen. Click on individual, color-coded lots to view information on the property owner and acreage.

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Interactive map of Newark’s blight of parking

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Destruction of the James Street Commons: 1975-2020

This map (accurate as of April 2021) illustrates buildings demolished in one Newark neighborhood, the James Street Commons. When historians first considered this neighborhood for landmark status in 1975, there were 425 historic buildings. Even after earning landmark status in 1978, demolitions and urban decay continued. Rutgers, Edison Parking, St. Michael’s Hospital, and the New Jersey Institute of Technology have demolished dozens of old buildings, mostly to construct surface parking lots as an “interim” land use. It is time that the local and state governments be more proactive in preserving the city’s history.

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Columbia University Artwork

Featured in:
The Columbia Daily Spectator in September 2016
The Columbia student newspaper in October 2016
The 2018-19 edition of the Asia Pacific Affairs Council journal
– And the Columbia College alumni magazine in spring 2020

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A map of campus

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This ink and watercolor drawing shows every building, window, and architectural detail on campus. The number of windows on each façade are faithful to reality. There are at least 2,000 windows. The perspective was formed from Google Earth satellite and street view images. The image measures 26 by 40 inches and is framed in my dorm room. I wanted to create a souvenir of my four years at Columbia. Years from now, I will look at this image and remember.
The scan below is suitable for viewing but not for large-format printing. Please request access to the full-size scan at ~300dpi
View more artwork like this about my experiences walking in New York City.

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Columbia Campus

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Ink sketches of campus

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Columbia in a Box

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Before my first year at Columbia University, I assembled this tiny model of the campus out of painted and folded paper. Each building was measured out on a flat sheet of paper, decorated, painted, cut out, and then folded. Each building is made with no more than one sheet of paper. This creation folds out of a vintage cigar-box. Dimensions: 5 inches wide, 9 inches long, and 3 inches deep.

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Music: Columbia University Fight Song

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Timelapses of Morningside

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This project features six time-lapse sequences of Columbia University’s campus. I mounted a camera above my desk as I drew and painted each watercolor.

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Music: Columbia University Fight Song performed by Justin Zhao

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Evolution of the English Country House

Developed with Paul Barnwell, historian at the University of Oxford

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Music: Piano Trio in E Flat, Op. 100 by Franz Schubert

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This animation traces changes to English country house design between 1660 and 1715. In 1660, the typical Elizabethan style country house was compact, fortified, and square. By 1715, the emerging Baroque and Palladian country house was spread out, less compact, and better integrated into the rural landscape. The gardens became an extension of the house. This animation illustrates the aesthetic and architectural changes during this era.

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Amiens Cathedral Construction Sequence

Supervised by Stephen Murray, historian at Columbia University
Presentation delivered March 2018 at St. Catherine’s College at the University of Oxford

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My goal is to recreate Amiens Cathedral digitally. My method is to build an interactive and open-source computer model of the entire cathedral that is accurate to the foot and photo-realistic. This project would be impossible without the guidance of medievalist Stephen Murray, who introduced me to Amiens in his fall 2016 seminar at Columbia University.

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Related Projects

This project is published to Columbia’s website. I expanded on Amiens Cathedral for my senior thesis about the medieval church of St. Denis, and I continued building computer models as a research assistant at Columbia University’s Media Center for Art History.
I also researched the construction sequences of:
The Eiffel Tower
Burford Church near Oxford, England
St. Paul’s Cathedral dome in London
Jeremy Bentham’s panopticon
– Notre-Dame in Paris (forthcoming)

Eiffel Tower Construction Sequence

As featured by Open Culture

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Music: Carnival of the Animals by Camille Saint-Saëns, 1886

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The Eiffel Tower was built over 18 months – from August 1887 to March 1889. This film shows the construction sequence, starting with the foundations and ending with the cupola.

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Sources

Model created in SketchUp and shared here for free download.
Or view the Eiffel Tower in virtual reality from Sketchfab

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Further Reading

Gustave Eiffel’s original plans and drawings for the tower were first published in 1900 and re-published in 2008 by Taschen.

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