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The CSS Acadia was a hydrographic surveying ship in Canada. She is now a museum ship at the Maritime Museum of the Atlantic.
Photographed using a Nikkor 35mm f/1.4 lens with a 4 sec. exposure. I bracketed exposure time. Even though the night was quite still (note the flag) there was sufficient movement of the ship to blur photos of longer exposure.
A westbound two-car CSS&SB local passenger train climbs the grade to the Ford City Curve, while at the lower right, an N&W eastbound freight heavy with autos departs Chicago. The double-track main line in the center is the C&WI. December 1979.
CSS&SB Pullman built 12 at South Bend, Indiana on August 1, 1965, Kodachrome by Chuck Zeiler. Number 12 was built in early 1926 by the Pullman Car and Manufacturing Company, delivered to the South Shore by June 1926, rebuilt in 1945, flourescent lighting replaced incandescent, and the car was lengthened from a 60 foot car to a 77 foot car. It is seen here at the South Bend coach yard about to return an Illini Railroad Club fan trip to Chicago, once the headlight is installed.
CSS&SB Baldwin-Westinghouse Class E 900 at Michigan City, Indiana on February 16, 1964, Koadchrome by Chuck Zeiler. Number 900 was built by Baldwin-Westinghouse in 1929 for the Illinois Central as number 10000 as a result of the City of Chicago's smoke abatement ordinance in the downtown area (requiring the IC to electrify its suburban service by 1927) and was acquired by the South Shore in 1941 when the IC dieselized its Congress and 31st Street Yards in Chicago. The construction of the four IC Class E's (Class E is a Westinghouse designation) followed the South Shore's intiial order for four Class E's (road #'s 1001-1004) in 1926, specifically designed by Westinghouse to meet the South Shore's specifications. During 1927 the South Shore followed up on it's initial order with an order for two more Class E's in 1927 (#'s 1007-1008), and again during 1928 for two more (#'s 1009-1010). Baldwin designed an outside equalized truck for the South Shore orders, but for the IC order, it used its traditional steam locomotive tender truck design. The following is from Joseph Strapac's book, Interurban Electric Locomotives: One of the reasons that there was a Baldwin-Westinghouse at all was because Baldwin was so successful as an integrated manufacturer. Baldwin had sufficient capacity in its tender shop in downtown Phildelphia that it could easily underbid any proposed assembly by Westinghouse's own forces out in East Pittsburgh. Baldwin built the structure of each locomotive riveting together and empty box with trucks and couplers (and at least rudimentary train air brakes) based on the familiar technology of locomotive tenders. The frame itself was assembled from standard steel shapes, with heavy Baldwin castings at each end to tie everything together. Even the trucks themselves were adapted from tender trucks used beneath thousands of Baldwin-built steam locomotive tenders. Windows and a host of other appurtenances would be installed, then the locomotive-to-be would be shunted out to the interchange track. It would be handed off to a line-haul railroad and waybilled (as if it were a freight car) across Pennsylvania to the East Pittsburgh Works of Westinghouse. Westinghouse installed and tested electrical gear at East Pittsburgh. The locomotives would be finish-painted (they left Baldwin in primer), tested and otherwise prepared for delivery. A short stretch of adjustable-voltage overhead behind the Works allowed road testing (and publicity photographs) when the locomotive was complete. This track was historically 'pantograph country', so locomotives destined for customers who used only trolley poles or third rail were often pictured at this site fitted with pantographs - which would be removed prior to shipment.
CSS&SB 40 trailing at Monroe Street in Chicago, Illinois on an unknown day in August 1979, Ektachrome by Chuck Zeiler. Note the gentleman attending to the overhead. Number 40 was built in 1929 by the Standard Steel Car Company as control trailer 213, was motorized in 1938 and renumbered to 40.
CSS&SB 13 at the Randolph Street station in Chicago, Illinois on an unknown day in March 1980, Ektachrome by Chuck Zeiler.
Chicago South Shore & South Bend Railroad Pullman-built 101 and 17 at the Randolph Street Station in Chicago, Illinois on an unknown day in August 1979, Ektachrome by Chuck Zeiler.
CSS&SB Pullman built 8 on a fantrip at South Bend, Indiana on October 23, 1965, Kodachrome by Chuck Zeiler.
CSS&SB 19 at Michigan City, Indiana on November 16, 1982, Kodachrome by Gib Allbach, Chuck Zeiler collection.
Ana, Carol, Adriano, Lovefoxxx, Luiza
Photos by Roberta Ridolfi [ www.robertaridolfi.com ]
A westbound South Shore passenger train crosses above the NS and Torrence Avenue, on December 20, 2017.
CSS&SB Pullman built 21 inbound at the Randolph Street Station in Chicago, Illinois on May 13, 1983, Ektachrome by Chuck Zeiler. Built as a 61 foot coach with a Pullman style smoking compartment by Pullman Car and Manufacturing Company in 1927, it was rebuilt in 1946 by adding a 17 foot section in the middle.
This is partially in order to explain where the hell I've been (shooting bands, lights and grubby punters), but also it's a portrait of a cool woman with a bit of flare .. so dingdong I'll see you later.
Project for client. CSS: cascading style sheets. I went for a MOD/Punk esthetic. The target was carved on a linoleum block, printed first on the Vandercook press in Fire Engine Red. Then I printed CSS in Sans Serif Wood Block type, all on heavy canvas.
CSS&SB GE 1013 at Michigan City, Indiana on October 23, 1965, Kodachrome by Chuck Zeiler. Previous orders for South Shore freight locomotives had been placed with Baldwin, with electrical gear supplied by Westinghouse (road #'s 1001-1010). By 1929, GE took note of this sudden spike in the competitor's business and entered the bidding on the next batch when the South Shore asked for proposals. Whether any profit was earned is a good question, but nonetheless General Electric was awarded the contract for CSS&SB #'s 1011-1013, and they were erected and equipped by GE at Erie, Pennsylvania. As delivered, these locomotives also had a trolley pole (the reason for the offset pantograph) and third rail collection devices, and were designed to operate on South Shore's 1500 VDC or Samuel Insull's other two Chicago railroads (CNS&M and CA&E) 600 VDC, although there is no evidence that these locomotives ever left CSS&SB rails. Lookalikes (GE engineers drew up their own blueprints, the GE's had four front windows instead of Baldwin's three) for the Baldwin-Westinghouse Class E motors, #'s 1011-1013 were set up to run in multiple with them as well. They were shipped by GE between December 1929 and November 1930, all were retired in January 1967 and scrapped by Precision Engineering.
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Chicago South Shore & South Bend Railroad Pullman built coach 1 built by Pullman Car & Manufacturing Company at Michigan City Shops, Indiana, sometime in April 1975, Ektachrome by Chuck Zeiler. Number 1 headed a Central Electric Railfans Association sponsored fan trip from Chicago to Michigan City. This is a good example of a circuit break in the overhead wire. Notice that the wires crossing in front of the lead car are supplying power to separate parts of the overhead wire, and that wire is spliced by insulated sections. The insulators are visible covering the front truck of the lead car, and the other insulator is above the rear truck of the caboose in this view.
CSS&SB Baldwin Westinghouse 903 at Michigan City, Indiana on February 16, 1964, Kodachrome by Chuck Zeiler. Number 903 was built in September 1929 (c/n 61047) cataloged as a Class E. The body was built by Baldwin in their tender shops and then shipped to Westinghouse for installation of the electrical apparatus. It was delivered to the Illinois Central in February 1930, numbered IC 10001, and used in the Congress Street and 31st Street yards. This was one of four such locomotives (IC 10000-10003) designed to comply with Chicago's smoke abatement laws. The IC changed to diesel locomotives in 1940, and the electric locomotives were sold to a dealer in Hammond, Indiana, who sold all four to the South Shore for $30,000.00 each. The South Shore had previously acquired their own Class E locomotives from the same builder(s) and with the acquisition of the IC's locomotives became the sole owner of all the Class E's ever built.
Chicago South Shore & South Bend #33 sits on the siding at the East Troy electric Railroad. #33 is one of five cars East Troy acquired from the National Park Service in 2010. Notice the relatively intact destination sign-box.
Car 33 is the most recent restoration at the East Troy Railroad Museum, completed in 2016. The sign box has been also restored.
South Shore EMU.Photo taken on 7/31/80 in Michigan City Indiana by Mark Lagomarcino, collection of Mark Vogel.
Christopher L. Barrett, Executive Director, Virginia Bioinformatics Institute/Professor of Computer Science, Virginia Tech. Dr. Barrett’s talk entitled “Massively Interactive Systems: Thinking and Deciding in the Age of Big Data"
Abstract: This talk discusses advanced computationally assisted reasoning about large interaction-dominated systems. Current questions in science, from the biochemical foundations of life to the scale of the world economy, involve details of huge numbers and levels of intricate interactions. Subtle indirect causal connections and vastly extended definitions of system boundaries dominate the immediate future of scientific research. Beyond sheer numbers of details and interactions, the systems are variously layered and structured in ways perhaps best described as networks. Interactions include, and often co-create, these morphological and dynamical features, which can interact in their own right. Such “massively interacting” systems are characterized by, among other things, large amounts of data and branching behaviors. Although the amount of associated data is large, the systems do not even begin to explore their entire phase spaces. Their study is characterized by advanced computational methods. Major methodological revisions seem to be indicated.
Heretofore unavailable and rapidly growing basic source data and increasingly powerful computing resources drive complex system science toward unprecedented detail and scale. There is no obvious reason for this direction in science to change. The cost of acquiring data has historically dominated scientific costs and shaped the research environment in terms of approaches and even questions. In the several years, as the costs of social data, biological data and physical data have plummeted on a per-unit basis and as the volume of data is growing exponentially, the cost drivers for scientific research have clearly shifted from data generation to storage and analytical computation-based methods. The research environment is rapidly being reshaped by this change and, in particular, the social and bio–sciences are revolutionized by it. Moreover, the study of socially– and biologically–coupled systems (e.g., societal infrastructures and infectious disease public health policy analysis) is in flux as computation-based methods begin to greatly expand the scope of traditional problems in revolutionary ways.
How does this situation serve to guide the development of “information portal technology” for complex system science and for decision support? An example of an approach to detailed computational analysis of social and behavioral interaction with physical and infrastructure effects in the immediate aftermath of a devastating disaster will be described in this context.
CSS&SB Standard Steel 28 at about Roosevelt Road in Chicago on an unknown day in August 1978, Ektachrome by Chuck Zeiler.
CSS&SB Alco-GE 702 at Michigan City, Indiana, October 23, 1965, Kodachrome by Chuck Zeiler. Number 702 was built in 1931 by Alco-GE for the NYC as C-C class R-2 314 (c/n's Alco 68242, GE 11165) for the West Side (NYC) freight electrification. When the NYC dieselized that line, the R-2's became surplus, and the South Shore purchased 10 of the units (at a cost of $9,000.00 each), overhauled and rewired eight of them (at a cost of $88,248.00 each). They were converted from NYC's 600 volt DC to the South Shore's 1500 volt DC system and became road #'s 700-707. This unit was put into service in 1955, weighed 140 tons, and developed 3000 horsepower. The pantographs, compressors, motor blowers, and series-parallel switches were from former Cleveland Union Terminal 700 class locomotives, also built by Alco-GE for the NYC. The South Shore's 700 series locomotives were all retired in 1975.
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