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19 April 2004
ANOTHER THEORY OR MYTH ON CAPE HORN
Over the past several years I have had the pleasure of corresponding with many
friends about the history of the Southern Pacific and its many predecessor companies.
In
the course of reading and listening to their varied and interesting comments,
both written
and verbal, several subjects have taken the limelight in my mind as being those
subjects
which, perhaps, need expounding and/or clarification of facts. And certainly
one of the
chief among them has been the story of the construction of the roadbed, or grading,
in
1865 at and around a precipitous point in the Sierra Nevada (Mountains) not many
miles
railroad east of Colfax, California. The story of this grading construction has
been told
again and again both by authors with expert knowledge of the subject and by others
with
lesser degrees of expertise in such line. Some of the telling has been based
on fact or
reasoning and some of it is pure myth or fantasy.
The newspapers of the day, which constituted the greater part of the "media" of
the time, and other writings and publications by both those engaged on the project
and by
well intentioned others are mostly lacking in some essential parts of the story.
This has
opened a wonderful area for writers to let their talents and imaginations run
wild. And as
too many historians are wont to do, they have taken the liberty of quoting previous
writers (both of fact and fiction) without bothering to do serious research on
the subject
themselves. Thus has grown a remarkable collection of truths, fancies and much
that lies
in between that at least one historian has tried to correct. Edson T. Strobridge
of San
Luis Obispo, California has spent a great deal of time researching the subject
and has
produced a pamphlet titled "The Central Pacific Railroad and the Legend
of Cape Horn
1865-1866", certainly one of the best efforts to "get at the true facts" this
writer has read.
However, I strongly disagree with his theory that the maximum steepness of Cape
Horn
was no more then 50 degrees. What led Strobridge and others to question the history
of
the grading construction at this particular spot is the many publications that
recite how
such grading was accomplished by workers, some saying Caucasians, some saying.
Chinese, some not delineating nationality or race, who were lowered in baskets
tied to
ropes from above, down the face of the steep cliff to do the work.
What are the writings that are in existence today that relate to the construction
of
the grading at Cape Horn? The first description of the Cape was by a railroad
construction engineer who called its face "almost perpendicular". The
engineer was
Theodore Dehone Judah, a most accomplished civil engineer with extensive experience
in building railroads in the eastern United States. A copy of his 1862 report
to the Board
of Directors of the Central Pacific Rail Road Company of California, in so far
as it
pertains to Cape Horn and environs, is appended hereto. The next written record
on the
Cape is by Samuel S. Montague, also an accomplished civil engineer, who succeeded
Judah as first Acting, later Chief, Engineer of the CPRR in a report to the Board
in
December 1864. Montague used the words "...Cape Horn; which is a precipitous
rocky
bluff, about 1200 feet in hight (sic) above the American River." He then
goes on to say
" The dip of the ledge is about seventy-five degrees, or nearly perpendicular;
but as our
line at this point crosses the line of stratification nearly at right angles,
the cuttings will
admit of a much steeper slope than can be generally adopted for that class of
material".
His description of the material was "a soft, friable slate". A copy
of this report as
pertains to the Cape Horn area is also appended hereto. Nothing in the report
mentions
how the grading was to have been accomplished except to state". . . the
material... yields
readily to the pick or bar".
That was in the early 1860's and over the next half century or so other
descriptions were used by writers, most if not all, alluding to the steepness
of the Cape.
Then in 1927 a gentleman by the name of Erle Heath, Editor of the Southern Pacific
Bulletin, wrote in conjunction with others, a series of stories about the history
of the
construction of the Southern Pacific and its predecessors in a series of articles
titled
"
From Trail to Rail". When it came time for a description of the work at
Cape Horn
either Heath or an associate described the grading work as done by workers suspended
in
"
bosun's chairs" from above (see page 12 of the June 1926 Bulletin). The
Public
Relations department, in which Heath worked, had in their files accounts of the
experiences of old timers who had been employed on the original construction
from
Sacramento to Promontory. These accounts included work at many locations and
one
such location was at the summit and eastward thereof through a series of tunnels
in a two
mile stretch. This was probably the most difficult construction work of any kind
on the
Central Pacific or any other predecessor company of the Southern Pacific. In
one such
instance the veteran employee mentioned the use of ropes to lower workers down
the
slopes to accomplish what needed to be done, be it setting stakes for the graders
or the
graders themselves. It is sheer speculation on my part but I can see where it
might have
been assumed that similar tactics were employed on the work at Cape Horn. The
use of
the term "bosun's chairs" is entirely the work of the Bulletin's staff
and no mention of
nationality was made.
Then in the 1940's or early 1950's a writer by the name of Cerinda W. Evans
authored a two volume set of books titled "Collis Potter Huntington".
She had them
published through the Mariners' Museum in Newport News, Virginia where she was
the
Librarian emeritus at the time I met her there circa 1967. Ms Evans was a little
doll in her
90's who walked with a cane as she was partially crippled. She had been a schoolteacher
and was well known at the Museum where she had known Archer Huntington, the step
son of CPH, and had access to the voluminous letters there from and to CPH from
his
associates in the Central Pacific and others. She is the one who first used the
story that
the workers who were allegedly lowered in "bosun's chairs" at Cape
Horn were Chinese
(vol. 1, page 156). She cites Heath's article as her source (footnote 2, chapter
XXVIII).
But other writers have taken up her "cause" and unfortunately there
has come to be
almost a racial issue among some writers of Chinese ancestry. They claim the
Chinese
workers on the CP approached their white bosses to relate how their ancestors
in China
had devised the type of work wherein workers were suspended in baskets fastened
to
ropes in building great projects. On one TV program I watched about building
the first
"
transcontinental" railroad, fathered by Ken Bums, guru of the Civil War
and other TV
series, an elderly Chinese woman shown on camera related how her grandfather
himself
told her how he had worked on the project in such a manner. There are Chinese
payrolls
of the CP given by me to the California State Railroad Museum with dates from
1864
forward. However none of them specifies where the work was done, at Cape Horn
per
se, or elsewhere. If my theory is correct the graders at Cape Horn might well
have been
Chinese but that is only conjecture. No graders, whatever their nationality,
were lowered
by ropes over the cliff nor were any engaged in drilling and blasting and being
hauled up
before the blasts occurred. The latter is sheer fantasy. Incidentally, the Bulletin
says
Chinese workers were first used in 1865 but what the source they used was is
not
mentioned, and the earliest Chinese payroll was 1864 as stated above.
Well then, how was the work of grading around Cape Horn accomplished? And
why are there no accounts of such a spectacular method of hacking out a railroad
roadbed
as lowering workers in baskets? My answer to the latter question is that the
work was
done in an entirely different manner. We know from most accounts that the original
face
of Cape Horn was very steep. But this greatest steepness is in a distance of
about 1500
feet along what became the finished track of the CP. Remember, this is in early
1865
when the Union Pacific had just gotten organized in starting to build west from
Omaha.
There was no great rush on the part of the CP to try to out build the UP until
about two
years later.' And why not do things in as efficient a manner as possible? Remember
also,
that the CP was in a poor cash position at the time. The roadbed constructed
around the
Cape was of necessity restricted to the narrowest possible width commensurate
with a
safe area on which to lay a railroad track. By working the grading along the
surveyed
line from both ends starting at Rice's Ravine on the west (Colfax end) and from
Robber's
Ravine on the east the grading gangs could be employed with minimum crews. This
is a
distance of some 7000 feet. The material could be worked by bar or pick according
to
Sam Montague and the excavated material not needed for adjacent fills, or embankments,
was easily cast over the edge of the cliff or wheeled a short distance by wheelbarrows
and
dumped. The narrow roadbed certainly did not lend itself to the use of one horse
carts
which would have been awkward to maneuver at best. There could have been a problem
bringing up materials for the two retaining walls constructed where the gullies
were too
steep to hold fill material from cuts on either side. The angle of repose for
such gullies
(the angle at which material comes to rest after being dumped) would probably
have been
45 degrees or so for the type of material as shown by today's USGS map (copy
in
appendix) of the entire area from Rice's Ravine to Robber's Ravine. The USGS
map
shows contour lines at 50 foot intervals but gives a representation of the steepness
of the
area. In contrast to these maps the original railroad profile (copy in appendix)
is drawn to
a contour interval of 2 feet which allows for much greater detail as to irregularities
in the
surface over which the grading had to be performed. Once the roadbed had been
constructed to the point where the retaining walls were to begin the stones and
mortar
could have been readily transported to the scene by one horse carts.
Getting back to the original profile, it was made by members of the engineer
corps of the Central Pacific between 1865 and 1870 and made from the original
field
notes showing the cross sections of the grading. These original field notes were
burned
along with most of the Charles Crocker Company and Contract and Finance Company
books, etc. by Mark, Hopkins in the early 1870's after it was learned the Credit
Mobilier
of the Union Pacific was to be the subject of a Congressional Committee investigation.
The grading profile was used on a regular basis by the Engineering Department
and so
was not among the items "available" to Hopkins. I drew up some projections
(see
appendix) of what the degree of slope might have been at the time of original
construction based on using assumed widths from the centerline of the track to
the edge
of the cliff. Connecting this point with various elevations of cuts shown on
the original
profile, which represents the original ground line at the centerline of the track,
I measured
the angle of the line with a protractor to get the degree of slope. My projections
and
calculations show the slope to be as high as 70 degrees which correlates closely
with the
Montague statement of the dip of ledge being 75 degrees.
I have enclosed in the appendix a right of way map of the railroad line in the
Cape
Horn area for ease in orienting the 1500 feet of Cape Horn that I refer to as
the Cape
itself. The solid line is the current location of the track while dashed lines
indicate the
location of tracks that have been removed or relocated. Notice particularly the
tunnels
under Cape Horn that were driven for the 1913 line change. They were double track
tunnels but on a heavy 2.3 % grade. The heavy freight trains, which had multiple
steam
locomotives, created so much heat in tunnel 33, the longer one, that in 1929
it was
decided to restore the eastbound main line, now the No. 2 track, to the original
location
on the outside of Cape Horn. When this work was done the roadbed was widened
further
into the bluff and many yards of additional excavation were disposed of over
the side of
the bluff. It is my opinion that the many thousands and thousands of cubic yards
of
material so disposed of in the line changes and double tracking, as well as the
original
construction, are reflected to a considerable degree by the contours shown on
USGS
maps. Because of this additional cutting into the face of the bluff and weathering
of the
face a slide detector fence was installed to actuate the track signal system
if significant
material slides down onto the track.
But what about the engineer corps members who had to set the stakes for the
graders? It is my opinion that they are the ones who would have had to be lowered
by
ropes in order to set up their instruments and make their measurements. I have
engaged
in running survey lines in college, in the army artillery for setting up aiming
stakes and
orientation, both in the US and in Europe, and in private practice before joining
the
railroad. I have been associated with railroad survey parties culminating with
the crew
which did the final survey over the top of tunnel 1/2 east of Bena prior to the
daylighting
of that tunnel after the storms wreaked havoc with Caliente Canyon in 1983. While
I
never learned to readily "throw" a chain and I have only used survey
instruments in
common use circa the WWII era, transit, level, bull chain, aiming circle (artillery),
I can
identify with trying to run a line of stakes around the face of Cape Horn in
the 1860' s. It
was no easy task, believe me. It was far more difficult than surveying on Tightwad
Hill
by Memorial Stadium at Cal Berkeley. And I read in one of the CP veteran's stories
of
surveys made in the Summit tunnel area where on one "expedition" the
survey crew
dangled a member by rope down the face of a cliff to get readings or measurements
and
broke for the day leaving the poor soul dangling. Upon reaching their quarters
I guess
someone recognized they were a man short and went to rescue him. Imagine the
pleasantries that were exchanged upon completion of the mission!
All in all, the easiest way to have graded a railroad roadbed around Cape Horn
in
1865 was as I have outlined above. And that is why there are no newspaper articles
or
sensational stories about graders being lowered in baskets, bosun's chairs, or
even just
ropes to do such grading. There never had to be.
I will let the next generation of historians, and perhaps this generation's,
seek the
true story of Cape Horn. And I hope it will lay to rest what seems like Topsy
to keep
growing not only in books and article, but regrettably in videos and other media
presentations. My most sincere hopes are that these historians will go after
facts, not
fiction.
APPENDIX
A. Judah's report of 1862
B. Montagues' report of 1864
C. Original grading profile of Central Pacific at Cape Horn
D. Section of USGS map at Cape Horn
E. Portion of railroad Right of Way map in the Cape Horn area
F. LDF's projections of the original slopes at Cape Horn prior to any excavations.
The interwoven letters C and L refer to the centerline of the railroad track.
From
the profile selected elevations above the finished grade of the roadbed are shown
in sketch B as 28 feet and in sketch A as 38 feet. The standard width of a finished
roadbed in excavations was 8 to 10 feet from the centerline on both sides or
a
total of 16 to 20 feet.. Sketch A uses 10 feet which produces a slope of 75
degrees. 5 feet further from the CL produces a slope of 70 degrees while 22 feet
from the CL produces 60 degrees. One has only to look at the early photos of
the
construction to see that there was not a great deal of width outside the track
itself
to the brink of the cliff.