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TRANSACTIONS
OF THE
ALBAN Y, INSTITUTE,
VOLUME X,
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7 ALBANY, 1s Ee Ge.
WEED, PARSONS AND COMPANY, PRINTERS.
1883.
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CONTENTS.
Officers of the Albany Institute, 1883, - - -
. The Utica Slate and Related Formations of the Same Geologi-
cal Horizon, by C. D. Walcott, - - . “
Fossils of the Utica Slate, by C. D. Walcott, - -
Degraded Words, by Gilbert M. Tucker, - 2 :
Descriptions of New Species of Fossils from the Niagara
Formation, by James Hall, LL. D., — - - -
The Origin of Force, by Stephen C. Hutchins, - -
Industrial and Material Progress, Illustrated in the History
of Albany (Annual Address), by David Murray, LL. D.,
’ Whittington and His Cat, by Ernest J. Miller, -
An Account of the Manuscripts of Gen. Dearborn, as Massa-
chusetts Commissioner in 1838 and 1839, for the Sale of the
Seneca Indian Lands, by Henry A. Homes, LL. D., -
Proposed Erection of Local Historical Monuments; Report
of Special Committee on Archeology, - -
Bryozoans of the Upper Helderberg and Hamilton Groups,
by James Hall, LL. D., : : re a
The First Men: Their Epoch, Habitat and Saad by Stephen
C. Hutchins, - - - - -
The Principles of Ventilation, by Richard Prescott, M. E.,
The Physical Sciences the Products and Promoters of Civili-
zation (Annual Address), by Paul A. Chadbourne, LL. D.,
105
128
iv Contents.
Prehistoric Music, by Armand de Potter, — - - - 241
The Correct Arms of the State of New York, by Henry A.
Homes, LI. D., - - - - - 245
The Plea of Insanity, by Horace E. Smith, LL. D., - 290
Linguistic Discussions, by George R, Howell, - - 306
Gravestones Aisthetically and Ethically Considered, by Irving |
Browne, - - - -* - =), S20
American English, by Gilbert M. Tucker, - ~ - 334
Catalogue of Members of the Albany Institute, - 361
Index, - - - - - - | a aeee
Plates, in order as below ;
Fossils of the Utica Slate (two plates).
“Arms of the State — Initial from Commission issued by Gov-
ernor Clinton, 1778.
' Arms of the State -— Regimental Flag, 1778.
‘Arms of the State — Painting in St. Paul’s Chapel, New York,
1785.
‘Arms of the State — As restored for the action of the Legis-
lature.
‘Arms of the State — Official Representation, as re-established
by law taking effect Jan. 1, 1883.
OFFICERS OF THE ALBANY INSTITUTE FOR 1883.
President,
ORLANDO MEADS.
Treasurer,
JOHN TEMPLETON.
Recording Secretary, Corresponding Secretary,
DANIEL J. PRATT, Pu. D. LEONARD KIP.
First Department — Physical Science and the Arts.
President, and ex-officio one of the Vice-Presidents of the Institute,
DAVID MURRAY, LL. D.
Recording Secretary, Corresponding Secretary,
VERPLANCK COLVIN. SAMUEL B. WARD, M. D.
Librarian,
DANIEL J. PRATT, Pu. D.
Second Department — Natural History.
President, and ex-officio one of the Vice-Presidents of the Institute,
J. A. LINTNER.
Vice-President,
WILLIAM HAILES, Jr., M. D.
Recording Secretary, Corresponding Secretary,
CHARLES H. PECK. CHARLES J. BUCHANAN.
Third Department — History and General Literature.
President, and ex-officio one of the Vice-Presidents of the Institute,
_ HENRY A. HOMES, LL. D.
Vice-President,
THOMAS J. VAN ALSTYNE.
Recording Secretary, Corresponding Secretary,
EDWARD M. RANKIN. IRVING BROWNE.
Curators of the Collections in Natural History and the Arts.
MAURICE E. VIELE, GEORGE R. HOWELL,
PHILANDER DEMING, © JOHN W. McNaAMARaA,
CHARLES M. JENKINS. JAMES M., CASSsETY,
ERNEST J. MILLER, GRANGE SARD, JR.
EUGENE BURLINGAME.
Publishing Committee.
GILBERT M. TUCKER, JAMES O. FANNING,
STEPHEN C. HUTCHINS.
TRANSACTIONS.
THE UTICA SLATE AND RELATED FORMATIONS OF
THE SAME GEOLOGICAL HORIZON.
By C. D. Watcort.
[Read before the Albany Institute, March 18, 1879. ]
Tue Utica SLATE.
Mohawk slate, Black slate and shale, Frankfort slate, Graptolitic slate, Lorraine
shales (in part) of the New York Geological Reports.
In part Professor Eaton’s Transition argillite, Wacke slate and Glazed slate.
No. 3 and the Matinal Black slate of the Pennsylvania Survey.
The name Utica slate was adopted by the New York geologists
in their final reports for the black bituminous slates succeeding the
Trenton limestone in the Mohawk and Black River valleys — Prof.
EK. Emmons retaining the term Lorraine shales for the upper
_ . portion beneath the shaly sandstones of the Hudson River group, or
Lorraine sandstones as he termed them. ‘The term Hudson River
group, with the Utica slate for a subdivision embracing the lower
slaty portion, was, however, generally received into geological no-
-~ menclature.
At the typical locality in the tdi of Utica the formation has
a thickness of over 600 feet, the upper part passing into the lighter
colored, more silicious slate, beneath the Oneida conglomerate;
this change of color and addition of silicious material, with the pre-
sence of a few thin sandy layers, alone representing the arenaceous
shales and sandstones of the Hudson River group in its extension
east and west from this point. The Utica slate would otherwise be
a continuous formation from the Trenton limestone to the base of
the conglomerate.
At Rome, fifteen miles west, the shaly sandstones increase in
Trans. &.| 1
2 Utica Slate and
thickness, and contain characteristic fossils of the Hudson River
formation above the Utica slate, namely: Ambonychia radiata,
Modiolopsis modiolaris, Cyrtolites ornatus, etc. 'The extensive de-
velopment of this portion of the group in the valleys of the Black,
Salmon and Hudson rivers, and its almost entire absence near Utica,
is undoubtedly owing to some local cause which affected the distri-
bution of the coarser sediments.
The Utica slate formation was traced by the New York geologists
down the Mohawk valley from Oneida county through Herkimer,
Montgomery, Schenectady and Saratoga counties to the shores of the
Hudson. At Baker’s Falls, Saratoga county, it is seen in contact
with, and resting upon, the Trenton limestone. It here contains
graptolites characteristic of the formation in Central New York and
also the typical fossil of this horizon, Zriarthrus Becki. Trilobitic
remains are very rare in localities where graptolites abound in the
undisturbed slates in Oneida county. This is particularly noticeable
in the graptolitic slates of the Hudson River valley, where the
graptolitic fauna flourished to the almost entire exclusion of other
forms common to the slates elsewhere.
Prof. Wm. W. Mather! gives the following localities in the
Hudson river valley below Baker’s Falls, where the Utica slate is
to be observed with its characteristic graptolites: at Waterford,
Cohoes, Norman’s kill below Albany, at Hudson, and also one and
one-half miles below on the same side of the river; in the black
slate of the Shawangunk mountain, one and one-half miles east of
Ellenville, Orange county; also at Blue Rock in Marlborough on the
bank of the Hudson several miles below Poughkeepsie.2 Owing to
the disturbed condition of the strata the graptolites afford the means
of determining the geological horizon, where, without their being
present, it would be exceedingly difficult if not impossible to do so.
Prof. R. P. Whitfield, in a letter? written to Dr. C. A. White,
gives a very full description of the occurrence of the graptolites at
Norman’s kill and the evidence they afforded of the equivalency of
the graptolitic slates and the Utica slate.
Prof. Mather included a greater range of rocks in the Hudson
River group, on the east side of the Hudson, than is now recognized
as belonging to it. The evidence, however, that he adduced in 1843
1 Geol. of N. Y. Surv. First Geolog. Dist., pp. 393-395. 1843.
? It is interesting to note in this connection that Mr. T. Nelson Dale, Jr., has
recently discovered typical Hudson River group fossils in this same vicinity.
Amer. Journ. Sci. Arts, Xvi, p. 57. 1879.
3 Wheeler EKxpd. West of the 100th Meridian, tv, Pt. I, Pal.,p.19. 1875.
Related Formations. 3
of its presence, with its lower division the Utica slate, in the valley
of the Hudson, was very complete, and, judging from the writings
of his associates on the geological survey and contemporary writers,
accepted as conclusive. Of the controversy which arose at the time
of the making up of the Quebec group, regarding the age of these
rocks along the Hudson and the retaining of the term Hudson River
group in geological nomenclature, a very complete review will be
found in a paper recently published by Prof. James Hall.!
Passing to the south-west along the line of the Appalachians, we
find the Utica slate mentioned by Prof. H. D. Rogers, as occurring in
the long valleys crossing the southern, central half of the state of
Pennsylvania and into Virginia. In the Kittatinny and Kishico-
quillas valleys it has a thickness of from 300 to 400 feet and carries
graptolites, also Triarthrus Becki.
South-westward in Virginia the black slate passes into the drab
colored shales of the Nashville group of Tennessee, reference to
which will be made in reviewing the formations of the Utica slate
horizon. The northern extension of the formation from Baker’s Falls,
Saratoga county, is seen in the numerous outcrops in the Champlain
valley and down to the St. Lawrence river, where it expands and
extends from Montreal to below Quebec. An outlier at Lake St.
John, and the presence of the slate in the channel between the Min-
gan Islands and the Islands of Anticosti, gives the known extension
to the north and north-east.? Of its presence at Anticosti Sir William
Logan says :3 |
“* Loose fragments of black, strongly bituminous graptolitic shales,
in every way resembling those of the Utica formation, and of some
- of the interstratified beds of the Hudson River, are met with on the
beach on the north side of Anticosti.”
Graptolites abound at Lake St. John and TZriarthrus Becki also
occurs. West of Montreal numerous outliers of the Utica slate are
found in the Ottawa basin. Asaphus Canadensis, which occurs so
abundantly at Collingwood on Georgian Bay, is found near the city
of Ottawa associated with Zriarthrus Becki and other characteristic
fossils of the Utica slate formation.
1Proceed. Amer. Assoc. Adv. Sci. 1877.
2 Professor C. H. Hitchcock, in the Science News of March 15, 1879, states that
Professor B. K. Emerson of Amherst College, has in his possession specimens of
Triarthrus Becki Climacograptus bicornis, etc., from the Arctic regionsbr ought
by Captain Hall; thus proving the presence of the Utica slate horizon to the
north of any previous known exposure.
3 Geology of Canada, p. 221.2 1863.
4 Utica Slate and
Having traced the extension of the formation down the Mohawk
valley to the Hudson and thence north, north-east, and south-west,
we return to Utica and follow it to the north-west across Oneida,
Lewis and Jefferson counties to the eastern shore of Lake Ontario.
It outcrops on the shore east of Toronto, on the north side of the
excavation made in the strata by the lake basin, and, crossing the
province of Ontario in a north-westerly direction, presents a fine ex-
posure at Collingwood on Georgian Bay. With a more westerly
trend it is next seen crossing the northern side of Manatoulin Island
in Lake Huron, beyond which, in its characteristic black bituminous
shaly formation, it has not been traced.
On Manatoulin Island the thickness has decreased to fifty feet
(Logan).
Dr. C. A. White! mentions the discovery in black slates in Nevada
of Graptolithus quadrimucronatus, G. pristis, and two species allied -
to forms found in the Utica slate. This discovery will have an im-
portant bearing on the extension of the Utica epoch to the western
side of the continent, should it be substantiated by subsequent inves-
tigation.
The Trenton limestone and the strata of the Hudson River for-
mation are co-extensive with the geographical range given for the
Utica slate. In many instances it is difficult to indicate the line of
demarcation between the latter formation and the strata above or
below, while in other localities the limits of each formation are
clearly defined. In Jefferson county, N. Y., itis only by an arbitrary
line that the Utica slate can be separated from the Hudson River
formation.” In the town of Deerfield, Oneida county, N. Y., the
Trenton and Utica formations are as intimately connected, lithologi-
cally, as the Utica formation is with the succeeding Hudson River
formation, which is also the case to the north-east on the St. Law-
rence? and in other localities.
Prof. H. D. Rogers in the Pennsylvania Survey Report, 1858, says:
“The transition from the formation of this very fossiliferous
limestone (Trenton) to that of the bluish black, carbonaceous, matinal
(Utica) shale, was, throughout most of the basin, now accessible to
study, somewhat abrupt ; though, as we have seen, it was extremely
gradual in one part of their south-east outcrop, or in the northern
section of the great valley of Virginia. There, there is such an in-
termingling of the materials, and even of the fossils of the two
strata, that a division of the blended mass is difficult if not impossible.
"1 Wheeler’s Expd. West of the 100th Meridian, tv, Pt. I, Pal., p.10, 1875.
2 Emmons’s Agriculture of New York,1, p. 128. 1846.
3 Geology of Canada, p, 202. 1863.
Opes
Bs ‘te
Related Formations. 5
But, through Pennsylvania and all the country north and north-west
of it, whenever both formations appear, their line of separation is a
somewhat crisp one. It is evident from this that over most of the
watery floor there occurred almost simultaneously some great physi-
cal change banishing the conditions favorable for the deposition or
secretion of carbonate of lime and permitting the introduction and
tranquil precipitation of dark, carbonaceous sandy clay or fine, gritty
blue marl.”
These varying conditions of the formation along the line of contact
with the inferior and superior strata have led to considering the Utica
slate as an independent formation and, at the same time, as beds of
passage between the Trenton and Hudson River formations. Prof.
J. D. Dana' unites all the rocks between the Chazy limestone
and the Medina sandstone epochs under the term Trenton period,
with the divisions of the Trenton, the Utica, and the Cincinnati
epochs. .
EQUIVALENTS OF THE UTICA SLATE.
Prof. Dana includes the Utica slate alone in the Utica epoch.
The writer would also include strata which are apparently equivalent
in time as well as stratigraphical position in the geological series.
The extensive geographical distribution of the Utica slate, its re-
taining its characteristic black carbonaceous shaly character, a
peculiar association, and comparatively large development of or-
ganic forms, and an average large volume unite to indicate a pro-
longed continuation of conditions favorable to the depositions of the
sediments forming it. During the period this formation was being
deposited in the eastern and northern portions of the Appalachian
basin,” the central, western and north-western areas must have been
receiving a deposit of a character in accordance with the conditions
prevailing without the limits of the deposition of the sediments
forming the Utica slate. }
When investigating this subject, and after the outline of this
paper was sketched, the writer read a passage in the description of
the matinal series of Pennsylvania which indicates that Prof. H.
D. Rogers had considered the question in the same light many
years before, since which time it appears to have been overlooked.
He says:3
“The lead-bearing limestone of Wisconsin and Illinois, superior
1 Manuai of Geology. 1874.
2 Appalachian basin is used in this paper as including the interior continental
basin as was originally defined by Prof. Rogers.
5 Geol. of Penn., 1, p. 784. 1856.
6 Utica Slate and
in position to the matinal (Trenton) limestone and inferior to the
matinal (Hudson River) shales is evidently nearly upon the horizon
of the matinal (Utica) black slate.” 7
The facts to be presented will add materially to the view ad
vanced by Prof. Rogers and, it is believed, will -warrant our
including the Galena limestone in the Utica epoch.
The Galena limestone has been very fully described in the pub-
lications and reports of Professors Whitney, Hall, Chamberlain,
Winchell and other authors who have written on the geology of the
region over which it is developed and exposed to examination. It is
evident that the formation is more closely related to the Trenton
limestone than to the Hudson River formation; and this must
necessarily follow from its being a limestone formation succeeding
a limestone and thus enabling the more persistent forms of the
Trenton fauna to live on in the seas under conditions that varied _
comparatively little, if we contrast the change that took place, from
the Trenton limestone-forming seas to the turbid waters that de-
posited the Utica slate. That there is such a marked change in the
fauna of the Galena is one of the strongest proofs of the great extent
of the physical change which accompanied the introduction of the
Utica epoch.
The most north-easterly exposure of the Galena limestone is men-
tioned by Prof. James Hall as occurring on the Escanaba river
in the upper peninsula of Michigan. He says :!
‘The upper layers of gray limestone having a thickness of fifteen
feet which rest on the Trenton limestone do not, appear to be identical
with any portion ofthe Trenton limestone farther east.”
He then shows that these beds are the probable north-eastern ex-
tension of the Galena limestone.
“That the lead-bearing rock is a peculiar one, holding a certain
place in the series and of limited geographical extent. * * * * * *
The fact of the existence of this rock, as a distinct member of the
series, is interesting in a geological point of view and opens the
question as to the completeness of the series which have been
studied in New York, Canada, Pennsylvania and Virginia.”
In describing the formation in Wisconsin the same author says :°
“Tn some localities there is an abrupt passage from the blue lime-
stone or Trenton limestone below, but not unfrequently some thin
argillaceous and calcareo-magnesian layers constitute beds of pas-
sage from the lower rock. The middle portion is heavy bedded,
very crystalline, and free from any considerable proportion of argil-
1 Foster and Whitney’s Report of the Lake Superior Land District, Pt. 2,
pp. 146, 148. 1801.
2 Geology of Wisconsin, I, Pp. 43,44. 1862.
*
Related Formations. 7
laceous matter. The upper portions are usually thinner bedded and
more argillaceous, and often pass by a gradual accession of argil-
laceous material into the shaly rocks of the group above. * * * * * *
In some localities there are repetitions of the lower calcareous strata
above the base of the Galena limestone or alternations of thin fossil-
iferous beds of the Trenton limestone with the dolomitic limestone of
the Galena period.”
In the second volume of the Geology of Wisconsin, Prof. T.
C. Chamberlain gives a detailed description of the Galena forma-
tion and a list of the species of fossils occurring in it. From this we
learn that towards the north-western portion of the state the forma-
tion begins to undergo a change.
“The modification consists mainly in the introduction of more
clayey material in the form of shaly leaves and partings. This
changes the color from the usual buff to a greenish or bluish-gray.
There is also an increase of fossils. * * * * * * * * * The change
in the Galena limestone is gradual and progressive for forty or fifty
miles, beyond which its nature as modified, becomes constant for
nearly one hundred miles, to the limits of the state.”
The formation has still more the character of beds of passage
between the Trenton and Hudson River formations in its north-
western extension. The following extracts are taken from Prof.
N. H. Winchell’s report,! as giving information of the Galena lime-
stone, and also an account of reference being made to the nomencla-
ture of the period to which it belongs:
“In New York the Trenton limestone is succeeded by a mass of
shales with the local designations, Utica slate, Frankfort slate, shales
and sandstones of Pulaski, and Lorraine shales. These were all em-
braced in the term Hudson River group, which had before been
__ applied to a mass of shales that are now known to be much lower.
On account of this error the term Cincinnati group has been generally
substituted.” ?
“On the other hand in Iowa and southern Wisconsin and Minne-
-sota, the Trenton limestone is found to pass into the Galena by slow
stages and to be followed, at least in Iowa, by a greatly reduced
representative of the Cincinnati group, named by Dr. White the
Maquoketa shales. Leaving lowa and passing into Minnesota the
Trenton increases in thickness, and the Galena diminishes, the latter
1 Siath Ann. Rep. Geol. and Nat. Hist. Survey of Minnesota, pp. 82, 83. 1878.
? The erroneous reference of the shales of the Hudson River group in the
valley of the Hudson to a lower geological horizon is one that, since the correc-
tion of the error by Prof. James Hall and more recently by Prof. J. 8. New-
berry, will undoubtedly be dropped as an argument in favor of retaining the
term Cincinnati group. ‘lhe only grounds upon which it can be retained with
any degree of reason are those advanced by Prof. Newberry in the Geology
of Ohio.
8 Utica Slate and
becoming interstratified with beds of shale. In Olmstead county,
still further north, the Trenton also contains numerous beds of shale;
and the Galena is still further reduced. The beds are traceable by
continuous or frequent out-crops throughout Goodhue and Rice
counties, with an increasing amount of contained shale in the Trenton,
and finally with the complete loss of the Galena.”
The Galena formation, attaining its maximum development in the
area bordering on northern Illinois, south-western Wisconsin and
eastern Iowa diminishes in volume to the north, north-east and north-
west. In the area mentioned it has a thickness of from 200 to 275
feet; it is not to be found near the primary rocks on the old shore
line of the northern border of the basin, having thinned out in that
direction. To the south it passes beneath the superior formations,
with the exception of an area in Missouri, where, although having
considerable volume, it is less than in its central area. In south-
western Illinois the Thebes sandstone rests directly upon the Trenton -
limestone, occupying the same position as the Galena limestone does
in Illinois and Missouri.
Having reviewed the Utica epoch in its stratigraphical character and
geographical distribution, over its eastern, northern and western ex-
tension of the Appalachian basin, there remains the great central
area over which, from its being remote from the eastern and northern
shore lines, the sediments were deposited with less abrupt changes
in their character and with less disturbance of the then living fauna.
In 1842 Prof. James Hall said of the lower beds exposed near
Cincinnati :
“At Newport, Kentucky, opposite to Cincinnati and at one or
two other places in the vicinity, there is a green shale with the
Triarthrus, graptolites and a few encrinal joints, showing the same
assemblage of fossils and in the same position as the Utica slate of
New York.”
The rock below these beds he considered the equivalent of the
Trenton limestone and above the equivalent of the sandstones of
Salmon river and the shales and sandstones of Pulaski.'! Thirty-
seven years of study and investigation of this formation has not
changed the value or correctness of this statement, as is well shown
by. the recent action of the committee on Geological Nomenclature,
of the Cincinnati Society of Natural History.?
* Notes on the Geology of the Western States. Amer. Journ. Sci. Arts, p. 61.
1842.
? « The fossils found in the strata, for twenty feet or more above low water mark
of the Ohio river, in the first ward of the city of Cincinnati, and on Crawfish
creek, in the eastern part of the city, and in Taylor’s creek east of Newport,
Kentucky, at an elevation of more than fifty feet above low water mark in the
=e)
Related Formations. 9
Prof. Edward Orton on page 369 of the first volume of the
Geology of Ohio 1873, says :
“Tt will; however, be shown to be probable that the lowermost
beds of Cincinnati are the proper equivalent of the Utica slate ; in
other words, that these shales and limestones were growing here,
while the black Utica shales were in progress of deposition in Eastern
New York.”
Also on page 398, in referring to the presence of Zriarthrus Becki,
he says :
‘Some interest is connected with the occurrence of this fossil here,
because it is counted quite a characteristic fossil of the Utica shale,
of Eastern New York. It belongs, however, in the Trenton of the
Same region, so that no parallelism of formations is effected by this
trilobite, which other fossils are unable to establish. The most that
can be said in regard to it, is, that it suggests the low water beds of
Cincinnati as the equivalent of the Utica shale.”
The specimens of Zriarthrus Becki found in the Trenton limestone
of New York occur in the upper portion of the formation in what may
Ohio river, indicate the age of the Utica slate group of New York. A fauna is
represented in these rocks, that is not found above or below them. Within this
range, we find the Triarthrus Becki, Leperditia Byrnesi, Leptobolus lepis, Butho-
trephis ramulosa, and several species of graptolites, crinoids, bryozoans, and
brachiopods, that seem to be confined within its limits. Moreover, the brown
slates and greenish blue shales and concretionary nodules give a lithological
character to the strata, which distinguish them from the strata both above and
below. From the evidence thus furnished by the lithological character of the
strata, and the distinct character of the fossil remains, we refer all the strata
containing the 7riarthrus Becki to the age of the Uticaslate group of Ne)
“ Above the range of the Triarthrus Becki, the fossils, as well as the position of
the rocks, indicate the age of the Hudson River group of New York,and we have
no hesitation in so referring them, and entertain no doubt of the correctness of
the reference.
“ The fossils from Paris, Lexington, the High Bridge over the Kentucky river,
and from other places in Kentucky, as well as the lithological character of the
strata, furnish abundant evidence of the existence of the Trenton group over an
extensive tract of country, in that state. In the state of Kentucky, we have the
Trenton, Utica slate and Hudson River groups well represented, and the rocks
have a northerly dip from Paris and Lexington, toward the Ohio river. * * *
_“ The conclusion is, that all the Lower Silurian rocks, which we have under
consideration, are to be referred to the Trenton, Utica slate and Hudson River
groups, and that the name ‘ Cincinnati group’ should be dropped, not only be-
cause it is a synonym, but because its retention can subserve no useful purpose
in the science, and because it will, in the future, asin the past, lead to erroneous
views and fruitless discussion. And we would add that so far as any investiga-
tions of these rocks have been made, they have not led to any further or other
subdivisions than those which we have adopted, and which have been so thor.
oughly and firmly established by the geologists of the state of New York.?”
1 Report of special meeting of the Cin. Soc. Nat. Histy., Jany. 23d, 1879.
Trans. &. 2
10 Utica Slate and
be termed beds of passage to the Utica slate, and have not, to the
writer’s knowledge, been found lower in the formation. During
eight years of work in the Trenton limestone I have never seen a
fragment of this trilobite below the upper shaly passage beds. It
has a distinct geological horizon, and its presence indicates a
parallelism of formations as will be shown by the facts presented in
this paper. The presence of the Utica slate horizon does not rest
solely on the presence of this trilobite as there is both a paleontologi-
cal and lithological break in the series, at this horizon, throughout the
Appalachian basin with the exception it may be at the extreme
north-western and south-eastern outcrops.
In South-western Illinois, the formation resting on the Trenton
limestone is described by Professor A. H. Worthern ( Geol. of Zu., m1,
p. 27, 1868), as a sandstone, which he calls the “‘ Thebes sandstone
and shale.” He says:
“This formation, which underlies the limestone above described
(dark blue compact limestone) is well exposed in the vicinity of
Thebes. * * * * * The lower portion of it only is a true sandstone,
and is about thirty feet in thickness, and passes upward into a sandy
shale of a dark brown color. * * * * * A half mile below Thebes
we found a yellowish brown shale, apparently not above five or six
feet in thickness, that evidently formed the base of this group. It
was filled with fragments of Z7ilobites, apparently belonging to the
Asaphus canalis, which, with a Zingula found in the upper shale
immediately below the limestone, are the only fossils it has afforded.
« * * * * Some of the sandstone layers are from two to three feet
in thickness and well adapted for building purposes.”
In the valleys of Virginia, Eastern Tennessee, and Northern Ala-
bama, the black carbonaceous shales of the Utica slate are replaced
by the lighter colored marls and shales of the same geological
horizon.
Professor James Safford in the Geology of Tennessee, pp. 228 —
278, 1869, describes the Trenton and the Nashville rocks in East
Tennessee as follows:
“They are, first, a stratum of blue limestone, more or less argilla-
ceous, from 200 to 600 feet thick, then, above this, a great body of
sky-blue calcareous and often sandy shales. * * * * In going to the
north-west the shales become more and more calcareous approaching
the condition of the same strata present in Middle Tennessee.
“At the base of the sky-blue calcareous shales in the eastern
border counties there is a fine dark or black shale, becoming in places
100 or 150 feet thick. It abounds, very generally, in graptolites. The
graptolites are not confined to this lower stratum, they run up into
the main body of the shale and are found at numerous localities.
“In the basin of Central Tennessee the rocks are mainly blue
limestones throughout. The entire series is about 1000 feet thick
Related Formations. 11
and is equally divided between the Trenton and Nashville series.
This series is a natural group, and though each member has many
of its own, yet there are a number of forms uniting the two. It is
divided both on lithological and paleontological grounds into two
sub-groups. The Trenton ends with a light colored, heavy-bedded
limestone, and the Nashville begins with a silicious, blue calcareous
rock, weathering often, into thin, earthy, buff, sandy masses, and,
sometimes, into shales. The bed is distinguished by the abundanee
of Orthis testudinaria and Strophonema alternata, while the upper
Trenton beds contain Stromatopora rugosa, Columnaria alveolata,
Petraria profunda, Strophonema filitexta, Rhynchonella recur-
- wtrostra, Pleurotomaria lapicida, Orthoceras Huronense, ete.
“The Orthis bed is frequently a group of smoothly laminated
flags, interstratified with shaly seams, when wet it looks much like
the ‘ Black Shale.’ At almost all points where it comes to the surface
throughout middle Tennessee, it is seen to contain vast numbers of
individuals of Orthis testudinaria.
“In the western valley of Tennessee it is the hydraulic rock and
the most conspicuous of the Nashville strata. Along the Tennessee
river it is seen at the base of several bluffs, its dark band on a
level with the water and in strong contrast with the lighter beds,
and gray limestones of the high bluffs above.
“The upper members of the Nashville group, constitute a group
of rather dark blue, highly fossiliferous, often roughly bedded, im-
pure, limestones of a maximum thickness of 400 feet.”
The preceding descriptions, selected from the various authors
who have published details of the character and sequence of the
strata of the area and geological horizon: over which our examina-
tions have taken us, proving the existence of a widespread change
in the physical condition of the sea of the Appalachian basin at the
close of the Trenton limestone formation, and preceding that of the
coarser and more varied sediments of the Hudson River formation,
are given as a basis for including the Utica shale, Galena limestone,
Triarthrus beds of Cincinnati, and the Orthis bed of the Nashville
series, in one geological epoch; we might also add the Thebes sand-
stone and a portion of the Graptolitic shales of Virginia, Tennessee
and Alabama.
All along the margins of the great Appalachian basin, from Anti-
costi to Lake Huron, to Minnesota, to Alabama and thence north-
east to the St. Lawrence, the change at the close of the Trenton
limestone-forming period, in the lithological characters and the
fauna, is everywhere apparent; in some localities quite maiked and
abrupt; in others the horizon is nearly lost by the blending of both
the strata and organic remains of the lower with the next succeeding
formation. The organic remains of the Utica slate entitle it to rank
as a formation quite as much as its lithological character. one
12 Utica Slate and
hundred species known to the writer as occurring therein, fifty-four
are peculiar to it and not known above or below its horizon. The
graptolites are the most constant forms but over a great area the
Triarthrus Becki is only second to them. The few individuals of
the species of trilobite that have been found in the Trenton lime-
stone were in the upper shaly limestone, which was deposited when
the conditions bringing about the Utica slate deposit were being in-
troduced.
Triarthrus Becki and the various forms of graptolites appear to_
have been, notwithstanding their fragile character, peculiarly adapted
to spread over an extended area in the muddy bed of the sea, while
the clearer limestone-forming seas were not favorable to the develop-
ment of the trilobite and to but few species of the graptolites ;
the trilobite has not been found to the knowledge of the writer to the
north-west, west, or south of the Cincinnati exposure. That this tri-
lobite and the graptolites should have obtained so wide a geographi-
cal distribution is evidence of the comparative slow deposition of the
sediments forming the Utica slate; this view is also strengthened
by the presence of the large and fully developed Asaphus Halli and
Asaphus Canadensis at Collingwood, where the shales are filled with
their remains and those of graptolites, brachiopods and orthoceratites.
The return of conditions favorable to the existence and extension
of the graptolites and Zriarthrus Becki, at the commencement of
the deposition of the Hudson River formation in Illinois, Wisconsin
and Iowa, would have undoubtedly led to their extension to the
west, either by the way of the central basin or the northern coast
line, had they not been replaced by the fauna of the later beds at
Cincinnati. I would regard the deposition of the sediment forming
the Galena limestone as going on during and after the deposition of
the Triarthrus beds at Cincinnati; the calcareous marls and _ sedi-
ments of the Hudson River formation over the central basin, to the
west of the extension of the Utica formation, gradually forcing their
way, towards the close of the epoch, over the Galena limestone-
forming area, and eventually burying it beneath a deposit of shales
and preventing for a time the deposition of the sediments forming
the magnesian limestones, so characteristic of the western side of
the Appalachian basin.
The shales resting on the Galena limestone in Wisconsin and
Iowa, cannot, in the writer’s view, be considered as the possible or
probable equivalent of the Utica slate. There isno similarity in the
fauna and the fact of their being somewhat carbonaceous is not
sufficient to correlate them.
Related Formations. 13
The Galena limestone in its north-eastern extension commences as a
comparatively thin formation and augments in volume to the west and
south-west. In the north and north-western exposures, it is essentially
a connecting link or bed of passage between the Trenton and Hudson
formations. Distinct, lithologically and paleontologically, when
viewed by itself, as is the Utica slate, still, on the same grounds,
it is united to the formations above and below. To the underlying
Trenton it is connected by beds of passage and the presence of fifty-
six species of fossils found in the Trenton, twenty-nine of which do
not pass upward into the Hudson River formation. In the north-
eastern portion it partakes of the character, in its upper beds, of the
succeeding beds, and thirty species continue on into the Hudson
River formation, while nineteen species of fossils are limited to the
Galena.
The following table gives the number of species in each of the
two formations, viz.:. Utica and Galena.
Utica. | Galena.
SMMERNGP OF SPOCICS,*.. <2... ines ee ccc cee ce ect eeeee 100 78
Number of species limited to the formation, Ae) ee ores 54 19
Number of species limited to the formation and Trenton group,. . i 29
Number of species limited to the formation and the Hudson River
a eh Gs clin Sela div = Welt ws eos eqn cee ees 11 5)
Number of species common to the Trenton, Hudson River, and U.
; MEI TINTS 820 sa nLch e-aie alee oe So's onlay by wee oe 24 27
Number of species passing from the Trenton formation to Utica
Rr tote le i SLI ab Ugiactiy'd peeve OR Cee eee eee 30 56
Number of species passing from the Utica or Galena to the Hud-
EMIT MIRLION. Se cect wes ose teak eoeie ee eas 30 30
The table shows that a greater change took place in the fauna of
~ the Utica slate than in that of the Galena limestone; the former
having fifty-four species limited to its boundaries, and thirty-six
derived from the Trenton ; while the latter has nineteen species
peculiar to it, and fifty-six passing up from the Trenton formation
beneath. This diversity is undoubtedly owing to the greater variation
in the character of the sediments of the Utica slate as compared with
the Galena, when the change from the Trenton limestone-forming
deposit occurred. One of the strongest arguments in favor of the
Galena being placed with the Utica slate in a distinct epoch is the
fact that, notwithstanding its being a limestone formation, it has a
fauna of twenty-two species, which do not occur in the Trenton and
but three pass to the Hudson River formations. If the Utica slate
1 This does not include the undefined species from the Galena, mentioned in
the Geology of Wisconsin, 11, 1877.
14 Utica Slate and
can be taken from the Hudson River group and considered a distinct
formation then the Galena is to be ranked in the same way, both on
account of its lithological characters and the peculiarity of its fauna.
To the superior formation the Galena is united by passage beds
and thirty species of fossils, while the Utica slate has but two more
species and a somewhat closer union by its lithological characters.
Both the Thebes sandstone and the Orthis bed of Tennessee give
expression to the epoch following that of the Trenton and, although
inferior in volume and character of imbedded fossils to the Utica and
Galena, they unite with the Triarthrus beds of Cincinnati to estab-
lish the Utica horizon over the central Appalachian basin, at the
close of the Trenton limestone-forming epoch.
In conclusion, it is to be considered, that, although an exact
equivalency in time cannot be asserted for the deposition of the
Utica and Galena formations, the facts presented afford strong evi-
dence of their belonging to the same geological epoch, and consid-
ered with the beds mentioned above in the central basin, they form
a distinct geological horizon in the Trenton period, separating and
distinguishing the two great divisions, the Trenton and Hudson
River.
The Utica horizon will then include :
The Utica slate.
The Galena limestone.
The Triarthrus beds of Cincinnati.
The Orthis bed of Tennessee.
The Thebes sandstone.
Graptolitic shales, in part, of Virginia, Tennessee and Alabama.
We have observed that there isa well defined and distinct horizon
between the Trenton and Hudson River formations along the Hudson
and Mohawk valleys, which extends throughout the Appalachian
basin. With this in view there can be but one series of terms to
express the divisions of Prof. Dana’s Trenton period.
They are :
Hvupson Epocu.
Utica Epocu.
TRENTON Epoca.
The term Cincinnati epoch cannot be substituted for that of
Hudson River, without violence to accepted rules of nomenclature.
The term Nashville group has priority and both are synonymous
with the much older term Hudson River. The Hudson epoch,
as used above, includes the original Hudson River group of the
Are
Related Formations. 15
New York geologists above the Utica slate horizon, and the same
strata in Pennsylvania and Canada and their western extension de-
signated as the Nashville and Cincinnati groups.
SUPLEMENTARY NOTE.
This paper was prepared in January of this year, 1879, and as the
third volume of the Geology of Ohio was not received until late in
February, the following references are added as bearing on the nomen-
clature adopted by the writer in speaking of the Hudson River group.
Prof. J. S. Newberry has a reference in the third volume of
the Geology of Ohio, which mentions the statements made in the
first volume of the same work, relating to the propriety of retaining
the term Cincinnati group, for the strata exposed in southern Ohio
which have received that name.
On page 3 of the third volume the following passage occurs :
“In the state of New York, the differences between the Trenton
and the Hudson groups, are chiefly local and lithological nearly all
the fossils of the Hudson being found in the Trenton. The only
fossils characteristic of the Utica slate, are graptolites which seem to
have grown in great profusion in certain shallow and quiet parts of
the lower Silurian sea.”
The difference between the Trenton and Hudson groups, as estab-
lished in New York are not local or entirely lithological. From
Lake Huron, across the province of Ontario to New York State and
thence by the way of the Black river, Mohawk, Hudson, Lake Champ-
lain and St. Lawrence valleys to Anticosti and south-west from the
valley of the Hudson to Virginia, the differences are essentially the
‘same. The black, bituminous shale forms a distinct horizon between
the Trenton and Hudson groups.
Viewed in its paleontological aspect we find one hundred species
of fossils, fifty-four of which are limited to the formation (Utica), of
these thirty-three are graptolites in nine genera. There are also of
Algee,......-.- + eee Ra as Gates: PIPONETAL |i sestvedice. <2 sses. 4 species.
Bry0Z0a,.--.202+ seeeeee es eeeeeeee one Pe CR State pon evans a= 1 -
BEMMEHIODOOR, ~~. ...-----+ 5.020000. 2 -PONORBS cess jonndarew cose’ 3 =
Lamellibranchiata, ................ 3 ce, 1 7
Cephalopoda, .....-......sseer sees. 1 Metis 0 (oc » 1 -
Pteropoda,. .---...eeeeeeee ceeeeeeres 1 pgeh 2 ari Seen Ban ae 1 <
0 te Dp ENCM A ene o oad cect da 7 ee
1Proc. Amer. Assoc. Advt. Sct., 1877.
16 Utica Slate and
This gives a distinct paleontological horizon of twenty-one species
in fourteen genera without the addition of the graptolites and Zriar-
thrus Becki. Fifty-four species distributed in twenty-three genera,
should sufficiently establish the paleontological record of the Utica
slate as a distinct formation.
In the Science News of March 15th 1877, Prof. C. H. Hitchcock,
in an article under the title “‘ Lorraine Group, ” reviews the nomen-
clature of the strata composing the Trenton series or Trenton period.
“The proposition to substitute Cincinnati period for the term
Trenton period is one that increases the confusion which is con-
nected with the name Cincinnati.”
As Prof. Hitchcock admits the presence of the Utica slate horizon
at Cincinnati, he does away with the last reason for retaining the
term Cincinnati, as applied to any ate epoch or period of Lower
Silurian rocks. On page 1538, he says:
“ The majority of the feed board of New York geologists agr eee
that the name Hudson River should be applied to q@l/ the slaty and
gritty rocks lying in the Hudson valley from the Highlands to Lake
Champlain ; while their jointly published map adds the synonomy
of Lorraine.”
In the Report of the First Geological District, Prof. Wm. H.
Mather says, p. 380:
“We have thus far described some of the characters and phen-
omena of the Hudson River rocks, on the right bank of the Hudson,
and have kept them distinct from those of the left bank, because
they are much more deranged on the east side of the river, by sev-
eral fractures and lines of upheave parallel to the main axis, extend-
ing north and south, and also by transverse fractures and lines of
upheave, that have deranged all the rocks of the Champlain divi-
sion, and packed them together, helter-skelter, in the utmost con-
fusion. They are contorted, broken and wrinkled, in almost every
conceivable manner, in the vicinity of the intersections of these frac-
tures and axes of disturbance; and although the lines of bearin
and dip of the strata are nearly uniform in their direction (* * * * *)
except near the intersections of the fractures and axes of disturb-
ance, yet the repetitions of the same strata so variously, with others
lying higher and lower in the geological series, and with frequent
apparent inversions of the order of superposition, renders it almost
impossible to determine from an examination of the strata on the
east bank of the Hudson, what the real order of superposition is.
* * * * * * Fortunately, nearly all the strata of the Champlain
division are exposed in the valley of the Mohawk, unchanged in
position and in some places along the west side of the main axis
they may be examined in the order of superposition indicated in the
tabular arrangement of the rocks of that division.’
Prof. Mather was the geologist in whose district the strata in
1 [bid.
gh Lit
Related Formations. 17
discussion are situated. His official report contains the above. On
_ page 366 he says:
“The division of the fossiliferous rocks of the first geological dis-
trict, as proposed in the Fourth Annual Report (1840), was one of con-
venience, and founded in nature, and as affording means of easily
tracing the groups of strata. This division of the rocks has been
substantially sustained by the Board of Geologists, the Hudson slate
series being divided into the Champlain division and Taconic sys-
tem, etc.”
Prof. Mather recognized the presence of the lower members of
the Champlain division in the confused strata on the east side of the
Hudson. He established the Hudson River group on the west side
and then referred the strata on the east side, in many places with
doubt, to it. The correctness of the original reference and its accept-
ance by the Board of Geologists is a fact in the history of the
survey.
The use of the term Lorraine group is not admissible, as the term
Hudson River antedates it, and Lorraine was placed as a synonym
by the Board of Geologists who agreed upon the nomenclature of
the New York system of rocks. The facts presented by Prof.
Mather upon which the term Hudson River group was established,
have not been materially changed by subsequent investigations.
Mr. Dale’s discovery of an old locality given by Mather and Mr.
Ford’s verification of the presence of a lower member of the Cham-
plain division by paleontological evidence, being the two instances
cited in the article by Prof. Hitchcock.
In a very interesting paper on the “Hudson River Age of the
Taconic Schists” (Amer. Jour. Sci., Artsy pp. 375-388, May 1879),
~ Prof. J. D. Dana shows that the Taconic schists are, according to
the evidence presented, of the age of the Hudson River group and
that the five limestone belts mentioned are of Lower Silurian age,
thus arriving at conclusions partially coinciding with those of Prof.
Mather.
Trans. z.| - © 3
FOSSILS OF THE UTICA SLATE.
{Read before the Albany Institute, March 18, 1879. ]
By C.D. AV Arcorr
It is not designed under the above title to present a detailed
description of the various fossils found in the Utica slate formation,
but to give a list of those occurring in it, with references to publi-
cations where descriptions of the species mentioned may be found ;
also descriptions of some new species not hitherto known in the for-
mation, and a notice of the development, or metamorphoses as far as
now known, of its characteristic trilobite Zriarthrus Becki.
CYATHOPHYCUS nov. gen.
KiaSes —a@ cup ; Bixog—a sea weed.
Hollow membraneous fronds with an opening at the upper extrem-
ity of the frond, elongate or hemispherical in form ; reticulate or
plain structure.
The type of the genus Cyathophycus reticulatus, resembles in its
tubular, hollow, membraneous frond, with a recticulated structure,
the recent genus of alge ENTEROMORPHA.
CYATHOPHYCUS RETICULATUS 7. Sp.
Plate u, figures 16, 16 a—d. |
Elongate, tubular, hollow fronds ; membraneous, with a strong
reticulated structure ; opening at the summit circular, usually a
little smaller than the diameter of the frond, and sometimes with a
thickened margin ; the thickened cell walls are arranged in longitu-
dinal and transverse lines, giving the reticulated appearance, even
in poorly preserved specimens.
The longitudinal lines of cell walls converge and unite at the base
to form a short obtuse stem or root.
The fronds vary in length from one and one-half to twenty-three
centimetres and in form from long tubular to broad cup shaped.
This rare and beautiful alga is associated with graptolites ;— Dxn-
DROGRAPTUS, CLIMACOGRAPTUS — Endoceras proteiforme and Triar-
thrus Becki. Specimens of a small undetermined Pleurotomaria
are attached to several fronds.
Fossils of the Utica Slate. 19
Formation and locality, Utica slate, town of Trenton, Oneida
wo. N. Y.
CYATHOPHYCUS SUBSPHERICUS 1%. Sp.
Plate u, figure 17.
Hollow membraneous fronds with a circular opening at the apex
of a nearly hemispheric body.
This species is less firm in structure than the proceeding, there
being no thickening of the cell walls to give the reticulated appear-
rance and to preserve the form, which varies from circular to
oval as if a hemispheric body had been pressed flat. In an example
three centimetres in diameter, the circular opening is nine milli-
metres in diameter.
Formation and locality, Utica slate, town of Trenton, Oneida
Co., N. Y.
DISCOPHYCUS nov. gen.
Aigxog — a disk ; Pixos — a sea weed.
Discoid, slightly convex fronds ; circular or orbicular in outline
substance coriaceous.
DiscoPpHYCUS TYPICALIS 7. Sp.
Plate u, figures 18, 18a.
Frond discoid, more or less convex owing to degree of compres-
sion. Outline clearly defined, varies from circular to orbicular when
unbroken before being imbedded in the sediment, assumes various
shapes when broken and pressed out. The substance appears to have
been of a coriaceous nature as it is slightly corrugated on the outer
margin in some fronds, and frequently shells of the genera Orruis
and PreRInEa are attached to it, forming small colonies upon
the smooth, dark lustrous surface. In several large entire, and
also fragmentary, specimens the outer margin appears as though a
gelatinous or carnose body had been pressed flat between the layers
of shale. |
Fronds vary in size from four to twelve centimetres in diameter.
Formation and locality, Utica slate, town of Trenton, Oneida
o,,.N.. ¥:
20 Fossils of the Utica Slate.
GreNnus—GRAPTOLITHUS Linnavs 1736.
Plate 1, figures 2, 2a.
GRAPTOLITHUS ANNECTANS 7%. Sp.
Frond consisting of two slender flexuous stipes which are widely
divergent from a small short obtuse radical. The stipes curve
slightly upward at their origin and then outward and obliquely
downward ; semi-cylindrical at the base, they become more flattened
at the extremities.
Diameter at and near the base one-half of a millimetre, near
the extremities one millimetre. Test strong and thick; surface
apparently smooth.
Cellules long, narrow, curving gently toward the aperture, making
an angle with the axis of the stipe of about 20°. The apertures of
the cellules are about one millimetre apart ; the point of the denticle
or aperture is falcate curving over the cellule so as to nearly close
it midway. The walls of the cellules are thickened giving a tumid
appearance to the cell denticle, and forming a small pustule in ad-
vance of the base of each cellule.
The form and proportion of the stipe is similar to that of ona
lithus flaccidus, Hall. The cellules are quite different.
Formation and locality, Utica slate, town of Trenton, Oneida
Co, N.¥:
Grenus— DENDROGRAPTUS Hatt 1865.
DENDROGRAPTUS SIMPLEX 7%. Sp.
Plate 1, figures 5, 5 a, b, 6.
Stipe long, slender,*flattened. Branches of nearly a uniform char-
acter with the stipe bifurcating from it at regular distances ; both
celluliferous and noncelluliferous surface apparently smooth. Cellules
simple, slightly elongated, depressions, from two and one-half to
three millimetres distance from each other, on the central depressed
portion of the branches. Substance of the stipe and branches cor-
neous and from the evidence of compression probably tubular.
Formation and locality, Utica slate, town of Trenton, nae
Ae. BPE
Fossils of the Utica Slate. 21
DENDROGRAPTUS TENUIRAMOSUS 2%. Sp.
Plate 1, figure 4.
Stipe slender, compressed ; branches bifurcate from it irregularly,
frequently sub-dividing, terminating in filiform extremities ; surface
apparently smooth. Celluliferous side with smooth simple round
pits, or depressions along the center of the branches. Substance
corneous and as in Dendrograptus simplex probably tubular.
The compression of the tubular stipe and branches forms a rim-like
margin on each side of a central depressed area in which the cellules
are seen, as in the specimen illustrated on Plate 1, fig. 5, 5, a, b.
The different mode of branching, the slender extension of the
branches and the general appearance of the entire frond distinguishes
it from the preceding species. From Dendrograptus (Psilophyton)
gracillimum it is separated by having smaller cellules and less robust
stipe and branches. In specimens received from Mr. 8. A. Miller of
Cincinnati, Ohio, identified as the Psilophyton gracillimum of —
Lesquereux, the cellules are larger and more elongated than in the
species from the Utica slate, the stipe and branches show the same
compression of an apparently corneous, hollow, tubular structure.
The resemblance of these two species of DENDROGRaPTUs to Lyco-
podiaceous plants of the genus PstLopuyTon is very striking and apt
to mislead the observer. Their occurrence with alge, graptolites,
trilobites and brachiopods in the same layers of shale, in a posi-
tion indicating their growth in situ, taken with their graptolitic
structure, precludes the idea of their being of other than marine
origin.
Formation and locality, Utica slate, town of Trenton, Oneida
Sex. WN; Y.
DENDROGRAPTUS COMPACTUS 7%. Sp.
Plate 1, figure 1.
_ Frond fan shaped ; branches comparatively coarse and numerous ;
stipe below the branches unknown.
The specimen figured is the only one in the collection; it is too
much weathered to show the surface characters. The shape of the
frond and the numerous and compact branches distinguish it from
allied species of the same genus.
Formation and locality, Utica slate, town of Trenton, Oneida
Co., N. Y.
22 Fossils of the Utica Slate.
GreNus—SAGENELLA Hatt 1852.
SAGENELLA AMBIGUA 1. Sp.
Plate 1, figures 3, 3a.
Cells arranged in regular parallel series over most of the surface,
quadrangular and oblong shaped in the parallel series, and where
this series is broken they are more or less oval, several series are
intercalated giving the cell walls the appearance of the bifurcating
branches of a Dictyonema. The striations visible on the cell walls
and transverse septa are owing to the impression of the striated
surface of the shell of the Endoceras to which the bryozoan was
attached.
Formation and locality, Utica slate, town of Trenton, Oneida
Co; Ney
Grenus— MODIOLOPSIS Hatt 1847.
MODIOLOPSIS CANCELLATA 1. Sp.
Plate 1, figure 8, 8a.
General form subelliptical, convex ; cardinal line nearly straight
from the beak to the posterior margin; anterior end rounded from
the cardinal line to the basal margin.
Basal line arcuate ; posterior end obliquely truncate, umbonal
ridge broadly rounded with a uniform convexity, to the basal
margin.
Surface marked by strong concentric and radiating strie,
which are strongly developed on the posterior half of the shell ; the
crossing of the striz gives a cancellated appearance which is not
seen on the closely related Modiolopsis anodontoides. The broad
umbonal ridge also distinguishes it from that species.
Formation and locality, Utica slate, town of Trenton, Oneida
Vo. Na a
Grenus— ORTHOCERAS Breynivs 1732.
ORTHOCERAS ONEIDAENSE 7. sp.
Plate 1, figure 7, 7a.
Besides the very common Hndoceras proteiforme, which occurs
in great numbers, there are two forms of Orthoceras in the beds from
Fossils of the Utica Slate. 23
which so many rare specimens have been obtained. One is an annu-
lated shell with strong longitudinal striations which have the appear-
ance of having transverse striz crossing them. The fragment is of
the character of Orthoceras (vertebrale) olorus of the Trenton lime-
stone. The other is a very slender, finely cancellated, shell different
from any other form known to me; for the latter the name Ortho-
ceras Oneidaense is proposed.
Formation and locality, Utica slate, town of Trenton, Oneida
Co., N. Y.
BEYRICHIA CINCINNATIENSIS MILLER.
This species occurs, associated with Leperditia cylindrica and L.
minutissima, in the lower part of the slate on Rathbone’s brook,
Deerfield, Oneida Co., N. Y.
TRIARTHRUS BECKI Green 1832.
Brongniartia carcinoidea: Eaton 1882. Geol. Text Book.
Triarthrus Beckii : Monthly Journal of Geology, p. 560.
Triarthrus Beckii : Green 1832. Monograph, p. 87.
Triarthrus Beckii : 1885. Trans. Geol. Soc. Penn., vol. 1, p. 105.
Paradozides arcuatus: Harlan, 1835. Trans. Geol. Soc., Penn., vol. 1, p. 265.
Paradozides triarthrus: “ cs 7 : se * se a 264.
Paradoxides Beckii : Hall 1838. Amer. Jour. Science, vol. XxxttI, p. 187.
Paradoxides Katoni: “ “ # - - - e .
Triarthrus beckii: Mather 1842 Rep., 1st District, Geol. N. Y., p. 390.
Triarthrus beckii: Emmons ‘“ ‘ 2d . % BS “« 399.
_ Triarthrus beckii: Vanuxem, ‘‘ “ 3d ne Os “4 Oke
Triarthrus Beckii: Hall, of eee 4 ees i. a “ 604.
Aitops trilineatus : Emmons 1844. Taconic System, p. 20.
Atops trilineatus : Emmons 1846. Agr. Rept., N. Y., vol. 1, p. 64.
Calymene Beckii: Hall 1847. Pal. N. Y., vol. 1, pp. 237, 250.
Triarthrus Beckii : Logan 1863. Geology of Canada, p. 202.
Triarthrus Becki: Barrande 1872. Syst. Sil. Boheme. vol. 1, p. 259.
Triarthrus Becki: Miller 1874. Cincinnati Jour. Science, vol. 1, p. 146.
Triarthrus Becki : Miller 1877, Cat. Amer. Pal. Fossils, p. 223.
Many references are omitted where the species is named Triar-
thrus Becki, as it has been so frequently referred to by authors.
Numerous figures and detailed descriptions of the species are given
in the first volume of the Paleontology of New York.
Before proceeding to the discussion of its metamorphoses, we
will first notice the references that have been made to changes
occurring in species of the genus Triarthrus by authors.
24 Fossils of the Utica Slate.
1847. Prof. James Hall in vol. 1, Pal. NV. Y, p. 251, in describing
Calymene (Triarthrus) Becki says:
“There is still some little difficulty in determining the number of
articulations of the thorax, since the greater number of specimens are
imperfect ; and in a single large specimen there appear to be fourteen
or fifteen. This fact indicates an increase in the number of thoracic
rings with age, a character which Emmricu has given of OLENUs.”
1852. Prof. Barrande’ in noticing the above remarks says. ©
“In a previous passage (p. 237) relating to the same species [ Caly-
mene (Triarthrus) Becki]. J. Hall regards it as having thirteen seg-
ments. The extent of the supposed variations in the number of thoracic
elements will then be from thirteen to fifteen, this last limit, however,
is given with some doubt. The numerous figures given by the author
elsewhere, show that the materials at his disposal were incomplete.
It seems to us then, before definitely admitting a progressive devel-
opment, it is necessary to await new documents ; as for the character
attributed to the OLeNus by Emmrice it comes from an error of.
observation.”
1857. Prof. E. Billings comparing Zriarthrus Becki with Triar-
thrus spinosus, which he then described as having thirteen thoracic
segments, says :?
“In a well preserved specimen of Triarthrus Becki in the museum,
there are distinctly fifteen segments in the thorax, and five in the
axis of the pygidium, so that if these two species be congeneric, the
number of articulations in the genus must be a variable character.”
1872. Prof. J. Barrande gives Triarthrus Billingsi as having
sixteen segments in the thorax (table, p. 116, vol. 1, Pt. u, Syst.
Sil. Boheme).
METAMORPHOSES OF TRIARTHRUS BECKI.
As the metamorphoses, or all changes experienced by a trilobite
during its life, are given of Zriarthrus Becki as far as known, the
following quotations from Prof. J. Barrande’s exhaustive discussion
of the metamorphoses of the trilobites? are taken as a basis, as his
work is the foundation upon which investigations in this line of re-
search must be based :
“Whatever may have been the real extent of the modifications of
form undergone by the trilobites from their leaving the egg to the
adult age, it is clear that we can find traces of the transformation
of their solid envelope, only ! All the variations relating to the soft
parts, such as the feet, antennz, etc., which play so important a part
1 Systeme Silurien de la Boheme, vol. I, p. 259.
2 Raport of Progress, Geol. Survey, of Canada, p. 340. 1857.
> Loc. cit., 1, pp. 281, 282.
Fossils of the Utica Slate. 25
in the metamorphoses of the living Phyllopodes (according to the
description of Burmeister cited above), are forever effaced for us.” !
“The Savant Professor of Halle (Burmeister) still teaches us that
at the earliest age all the modern Phyllopodes — without exeeption—
are naked, that is, deprived of all crustacean envelope, according
to general analogies demonstrated by this savant, between this
tribe and the trilobites, we can admit as very reasonable that at
least a part of these ancient crustaceans were born in the same state
of nudity.”
Four orders of variatious are characterized in the metamorphoses
of the trilobites in which he has observed evidence of progressive
development. 3
“They are as follows:
Head predominating, incomplete. q TYPE
1st order. Thorax nothing or rudimentary. Sao hirsuta.
Pygidium nothing. j
Head distinct, incomplete. } TYPE
2d order. Thorax nothing. Trinucleus ornatus and all
Pygidium distinct, incomplete. the Agnostus.
Head complete. q TYPE
3d order. Thorax distinct, incomplete. Arethusina Konincki.
Pygidium distinct, incomplete. j
Head complete.
Ath order. Thorax complete.
Pygidium distinct incomplete.
TYPE
Dalmanites Hausmanni.
“The two last sections are provisional and ought sooner or later
to be merged into the one, or other of the two first.”
We find Zriarthrus Becki placed doubtfully at the end of the
3d order on the description given by Prof. Hall. We cannot re-
. move it from that position, as the youngest stage we have shows one
segment in the thorax, but from the changes that occur in its de-
velopment, we cannot avoid the conclusion that with more complete
material it will be removed to the 2d order, as the smallest individual
is one millimetre in length and the head and pygidium are strongly
lobed and well developed.
That the earlier degrees of development of Sao hirsuta, the type
1In the earlier degree of development of the trilobite, and for all preserved
in the sediments of the character of those in Bohemia, this undoubtedly is true.
Since the discovery ? of the delicate spiral branchial apparatus of the trilobite,
preserved in the fine grained limestones of the Trenton group, it is to be hoped
that the time is not far distant when even some of the later changes in the pro-
gressive development of the so called soft parts may be discovered and give to
the biologist more of the life history of this remarkable crustacean. We havea
few facts sustaining this view which will be given in a paper on the anatomy
and development of.some trilobites of the Trenton limestone.
7 318t Report N. Y. State Museum of Natural History, 1878, and Preliminary N° tice, 1877.
Lrans. x.] : 4
26 Fossils of the Utica Slate.
of the 1st order, will be discovered for Triarthrus Becki is extremely
doubtful.
DEGREES OF DEVELOPMENT.
First Degree. Plate u, figures 1, la and 15.— Of the four
individuals indicating the first degree of development, as known at
the present time, three have each a total length of one and one-eighth
millimetres, and one of one millimetre the latter being proportion-
ally broader than the former. The anterior and posterior extremi-
ties are broadly rounded, giving a general oval outline. The entire
individual is strongly convex, and the two deeply impressed dorsal
furrows give a marked convexity both to the central and lateral lobes.
The head and pygidium are distinctly separated by one thoracic
segment and the trilobitic character is as essentially formed as in
the later degrees of development. The head is a little more than
one-half the entire length of the animal; the glabella is elongate,
narrower at the base than at the anterior margin, and the glabetlar
furrows are indicated by straight transverse furrows penetrating
one-third the distance across the glabella and are proportionately
farther apart than in the fully developed glabella of the adult.
Occipital groove, transverse, deeply impressed. Occipital ring,
convex, rising in the center to form the base of a small node, or
short spine; transverse anteriorly, it slopes each way from the
center of the posterior margin to half the width at the lateral
margins. The dorsal grooves do not extend in a direct line with
the sides of the glabella, as in the adult, but turn obliquely out-
ward, across the occipital segment at the base of the glabella,
giving a constricted appearance to the central lobe of the head at
the occipital groove. Fixed cheeks convex, broad at the base, nearly
equaling the width of the posterior margin of the glabella; posterior
groove very clearly defined, extending across ona line with the
posterior margin of the occipital segment, curving slightly forward
near the lateral margin; the posterior margin is a rather narrow
elevated rim. The eyes and free cheeks are not discernible in any
of the examples of this degree ; it may be owing to the condition
of their preservation as it is often difficult to discover these parts in
the third degree of development.
The thorax is shown by the presence of one segment. The pleure
are grooved as in the later degrees of development and the charac-
teristic spine upon the center of the axis is distinctly shown.
The pygidium is strongly lobed; the deep dorsal furrows giving
Se Oo e””.-.hC lh .
«py fal
Fossils of the Utica Slate. yi
prominence to the strongly convex axis. The five rings crossing it
are prominent and sharply defined; the last is scarcely more than a
transverse node as the axis tapers to a point within the posterior
margin. The anterior ring of the lateral lobes shows a pleural
groove crossing it obliquely which separates a small lobe or elongate
margin between it and the thoracic segment, a feature which is
persistent topthe adult; the three posterior rings are simple rounded
pleurz curving slightly backward toward the margin; the repre-
sentative of the last ring of the axis is a broad expansion of the last
segment extending across the posterior margin.
Second Degree. Plate u, figure 2. — All parts have increased
in size but not proportionally. The table (p. 32), illustrates this
very completely, as it does for all the degrees of development. The
glabella has widened, and the occipital ring narrowed slightly at
the center. The free cheek is seen as a narrow rim. The eye is
indicated by a very small groove on the outer border of the fixed
cheek which in the later stages of growth separates the palpebral lobe
from the fixed cheek.
The thoracic segments are convex; each is raised at the center to
form the base of a short spine. This spine is very prominent in all
well preserved specimens, from the first to the last degree of de-
velopment. The pleure are very convex on each side of the pleural
groove; they terminate nearly the same as in the adult.
Third, Fourth and Fifth Degrees. Plate 1, figures 3,4 and 5.—
The details of the development in size may be seen by a glance at
- the table. The spine on the axis of each thoracic segment appears
with it, as it must from the fact that we find the spine on the axis
of the first anterior segment of the pygidium, and frequently on the
second when the pygidium has six rings in the axis, as it does in in-
dividuals having from three to seven segments in the thorax. With
a sufficient amount of material we would probably find this to hold
good in all the degrees of development as was observed by M.
Barrande, the thoracic segments were first elaborated in the pygi-
dium before being liberated in the thorax. In one very perfect
example, with five segments in the axis of the thorax and six in the
pygidium, the first three anterior segments of the pygidium have
the spine upon them.
Sixth Degree. Plate u, figure 6.— At this stage all the parts
have attained most of the characters of the adult.
The glabella has gradually expanded towards the base so that its
28 Fossils of the Utica Slate.
sides are almost parallel, the glabella furrows have become oblique
to the axis of the glabella and assumed the slight curvature that
appears in the adult. The cheeks have not developed as rapidly as
the glabella being now proportionally narrower. The eyes and free
cheeks also appear to have been retarded in a measure, but their
small size, and the fact that they are almost invariably broken away
or pressed under the head renders a study of them very difficult.
The proportions of the head, thorax and pygidium vary proportion-
ately up to the adult. Each deep dorsal groove extends the entire
length of the body with a gentle curvature near the pygidium and
uniting at the posterior extremity of the axis of the pygidium.
The pygidium retains more of the characters of the first degree
than either the head or thorax.
Seventh to Thirteenth Degrees. Plate wm, figures 7-12. —~
The development of the thorax continues by the addition of
segments, while all parts increase in size, with the development
of the individual. The strong convexity of the earlier stages 1s re-
duced, and with it, the very deep dorsal furrows. The entire ex-
pression assumes that of the adult. The examples of the 12th
degree are uniform with the smaller individuals of the 13th and 14th
from the same locality.
Twelfth Degree to complete development in size. Plate 11, figures
13 and 14. — With the exception of the reference made by Pro-
fessor J. Hall to the presence of fourteen to fifteen segments in a
single individual and Mr. Billings to fifteen, Zriarthrus Becki has
been described as having thirteen segments in the thorax, this must
have been the usual number of segments met with by authors who
have had the species under consideration. This result has not been
obtained in our researches. Of forty-one examples, having respec-
tively thirteen, fourteen, fifteen and sixteen segments in the thorax,
six have thirteen, twenty-five have fourteen, seven have fifteen and
three show sixteen. ;
The fully developed adult of sixteen segments varies but little,
with the exception of size, from the smaller individual of thirteen
segments. The larger adults are usually flattened by compression,
while the smaller individuals preserve the natural convexity of the
shell; but when the conditions of preservation are considered the
larger are less convex when in a natural condition as is shown by the
transverse flattening of the segments in the axis of the thorax and
the greater expansion of the pygidium when the evidence of compres-
sion is very slight. Upon the glabella we find in the larger speci-
= F/T
tt
Fossils of the Utica Slate. 29
+
_ mens the third pair of glabella furrows! and the peculiar short
transverse furrows. Plate u, figure 14.
PERIODS OF DEVELOPMENT.
Professor J. Barrande divides the development of Sao hirsuta
into two periods. The first includes all the degrees from the first,
when there is no thoracic segment or pygidium defined, to the nine-
teenth, when there are seventeen liberated segments in the thorax
and two in the pygidium. |
The second period extends from the last (nineteenth) to the com-
plete development in size and ornamentation.
It is difficult to establish two periods in the development of
Triarthrus Becki; there is no change in the ornamentation, as it 1s
the same in individuals of from thirteen to sixteen thoracic segments.
There is a certain increase in size after the sixteenth segment is
liberated in the thorax, but not of sufficient importance to indicate a
period of development. If any change is to be noted, it is, that,
after the development of the twelfth segment, individuals having
the same number of thoracic segments vary very much in size,
some even being smaller than those having a lesser number of seg-
ments; this period of development is a marked one in the history of
this trilobite; as shown by the table following an individual of thirteen
thoracic segments is larger than one having sixteen. Again we find
that an individual of thirteen thoracic segments is more than three
times as large as one with fourteen, one being twenty-four and the
_ otherseven millimetres in length; that the largest with fourteen seg-
~ ments, thirty millimetres in length, is nearly double the smallest with
sixteen segments, and that the adult individual of sixteen thoracic
segments is fifty-three millimetres in length. Minor variations have
been noticed in individuals having less than thirteen thoracic segments
but in no case has the size of the one having the lesser number of
segments exceeded the next in the series of development. It is not
until the twelfth degree of development is passed that this strange
anomaly occurs. Until a much greater quantity of material is
studied we should not be willing to make a division and call this
a second period of development, as such a great degree of variation
occurs in this trilobite that our having but three examples of the
twelfth degree of development forbids such a separation except, pro-
visionally, for reference.
1 Seen in individuals of ten millimetres, and upwards, in length.
30 Fossils of the Utica Slate.
It corroborates in a remarkable degree the observations of M.
Barrande on the development of Arethusina Konincki, and the
changes in Proetus venustulus,; of the latter he says: !
“The specimen of ten segments is absolutely smaller than most of
those having but nine. Plate XV of the same work shows that in
Arethusina Konincki the size of the individual is not proportionate
to the number of liberated segments in the thorax.”
The following table shows the variations in Triarthrus Becki of
individuals having from thirteen to sixteen segments.
Number of segments in | Entire | Head | Thorax | Pygid-
the Thorax Length ium
nm, Inm. mm. mm.
HIF DORT: oc nee) ee eee 7.00 2.50 3.75 15
Thirteen .c.. osteo ts ee ae 24.00 7.50 14.00 2.50
Vourkeent 2c hee cat ee 7.00 2°50 B ie 5 5
Fourteen: ceo eee. 12.50 4.00 7.00 35
Roariecns te ee 17.00 5.00 10.50 1.50
BRourtéen:..o 6 eee 25.50 7.50 15350 2.50
‘Pourtéer+2AS 2+ See 30.00 9.00 18.50 2.50
WriGOenc::: soi ae eee eee 19.00 5.50 14550 2 50
Pifteen.S Jy oe eee ae 28.00 8.50 17.00 2.50
HWifteen: 42 ee 48.00 12.00 31.00 5.00
Sixteen: (si: ek Gate eee 16.50 5.00 10.00 1.50
SERILOCH Koc oon teh eee eee eee 23.00 7.00 14.00 2.00
ix been 2849 soe ae 53.00 15.00 33.00 5.00
The two pair of slight depressions, seen on the anterior part of
the glabella in the adult, have not been observed in any individual
with less than thirteen segments in the thorax.
CoMPARISON OF PARTS DURING DEVELOPMENT.
In comparing the two extremes of development as known to us, we
notice the relative proportions of the different parts of the body. In
the adult having sixteen thoracic segments the head is twenty-six
and two-thirds times larger, the thorax 528 times, and the pygidium
ten times larger than the same parts in the first degree of develop-
ment. The head is broad in proportion to the length ; the glabella
is rectilinear, and equal to the width of both cheeks ; the glabella
furrows are oblique and curved slightly backward, instead of being
1 Silurien Systeme de la Boheme, 1, p. 269.
4 No Lael
*
—_
Fossils of the Utica Slate. 31
tranverse, the dorsal furrows are less strongly defined, the occipital
segment is transverse and of the same width all across, the occipital
spine being proportionately smaller; changes of equal extent charac-
terize the thorax and pygidium. A comparison of the figures on PI.
1, will enable the paleontologist to judge of these differences in
the two extreme forms of development; between these the changes
from one degree to another are so gradual that it is difficult to
note where one form begins or the other disappears.
There is a variation in the pygidium of the last four degrees of
development, that is not at all constant, the last ring in the axis of
the pygidium merges into the margin, so that there appears to be
but four rings in the axis; as they are usually developed in the same
space, it is not noticed in the table, and five, the usual number in the
axis of the pygidium, is given.
TABLE OF DEVELOPMENT.
The first line indicates the number of thoracic segments and the
degree of development; the second, the entire length of the aver-
age individual of each degree; the succeeding three, the length of
the head, thorax and pygidium. As it is difficult to compare the
relative proportions of different parts of individuals of the different
degrees when expressed in fractions of the millimetre the succeeding
three divisions are so arranged to enable this to be done readily; they
are based on dividing the millimetre in sixteen equal parts. By them
any part of an individual can be compared with any part of an indi-
vidual of any other degree of development. With a sufficient
- number of examples of each degree, a series might undoubtedly be
selected showing a regular proportional development of all the parts
throughout the series; this table is based on the material we now
have in the collections mentioned in the table.
32 Fossils of the Utica Slate.
= -
3
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ra sig © : a ‘ O,, 2 a5,e1g
e tp | oo - A. 3 a Sy) ARE ak eo|@m|s
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mm mm mm. mm. mm.
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2 2 5| 1.50 .6865 17008 eE25O at 3 10 aes a
3 3] 5-6} 2.00 8750 .0000 62501 145) 8 )> a0 aa
4 4] 5-6] 2.25! 1.0000 .6250 | .6250] 16] i0]} 10] 16] 2
5 5| 5-6] 2.50} 1.0000 .8125 6875 | 16) P3:) ela) aie
6 6| 5-6] 3.00) 1.1250] 1.1250 .7500| 18) 18] 12 3| 4
4 7| 5-6] 3.50] 1.8750] 1.38750 .7500| 22] 22] 12 9; 1
8 8 5{ 4.00} 1.5000} 1.7500 | .7500| 24] 28] 12] 9 ;
9 9 5| 4.50] 1.7500| 2.0000 } .7500} 28) 32) 12) Si 3
10 10 do} 6.00] 1:8750| 2.2500 |. 2750) 30), S64514.15 et
11 11 5] 5.50} 2.0000] 2.6250 8750 | 32| 42) 14 Stk
2c ae 5| 7.00} 2.5000} 3.7500 .7500| 40) 60} 12 3
13 | min. | 13 d| 7.00| 2.5000} 3.7500 | .7500| 40] 60] 12 3 3?
13 | max. | 138 D| 24.00} 7.5000} 14.0000 | 2.5000 | 120 | 224} 40
14] min. | 14 D| 17.00) 2.5000} 3.7500 .7500| 40) 60) 12] 19] 5} 1!
14] max. | 14 5| 30.00} 9.0000} 18.5000 | 2.5000] 144] 296} 40
15} min. | 15 5] 19.00) 5.5000} 11.5000 | 2.0000} 88/184) 82]...] ..| 7
15 | max. | 15 dD} 48.00} 12.0000 | 81.0000 | 5.0000 | 192/496} 80)...] ..] 1°
16] min. | 16 5|116.50} 5.0000] 10.0000 | 1.5000} 80/160} 24) 2] ..| 1!
16 | max. | 16 5
53.00| 15.0000 | 33.0000 | 5.0000 | 240/528] 80
ORNAMENTATION.
The characteristic and only ornament is the spine* which occurs
upon the centre of each segment of the thorax, the occipital segment
and the anterior segments of the pygidium. It is to be seen from
the first degree as at present known to the sixteenth. Upon the
thoracic segments of the adult of the latter degree, the spine bends
1 From Cincinnati, Ohio, Mr. Dyer’s collection.
?'N. Y. State Museum collections, from N. Y. State.
* Geology of Canada, p. 202. 1863.
“Prof. Hall considers this the most prominent character of this species, Pal.
Nop. eae
—
SOR OO. IEF,
Fossils of the Utica Slate. 33
slightly backward. This ornamentation is of an embryonic charac-
ter as is shown by its greater proportional development in the
younger stages of growth. In the first degree its base occupies one-
third of the entire surface of the occipital segment. TZriarthrus
spinosus, Billings, has but two spines, one on the occipital segment,
and one on the eighth segment of the thorax. Both are long and curved
backward, the one on the thorax resembling the spine on the thorax
of some species in the genus CypPHaspPIs.
The above closes our observations on the metamorphoses of Zriar-
thrus Becki. Taken with Mr. Ford’s discovery of the earlier meta-
morphoses of Olenellus (Hiliptocephalus) asaphoides,! we have
- illustrations from American strata of the first and third order of
Barrande. If collectors will pay attention to the very small speci-
mens of trilobites, there is little doubt, but that other genera and
species will be added to thelist. Wehave Asaphus platycephalus ?
showing three segments in the thorax, and J/lenus Milleri, Billings,
with ten, the usual number being nine.?
Acknowledgment. To Mr. C. B. Dyer, and Mr. 8S. A. Miller, of
Cincinnati, Ohio, Mr. E. Hurlburt of Utica, and Rev. Wm. N. Cleve-
land, of Holland Patent, N. Y., I am indebted for the loan of
specimens. It was due to the efforts of Mr. William P. Rust, of
Trenton Falls, N. Y., that the large collection of trilobites was
obtained and also the rare graptolites and alge.
To Prof. James Hall, I am indebted both for access to the New
York State Museum collections and to his private library for works
' of reference.
1 Amer. Jour. Science and Aris, vol. x111. 1877.
2 Can. Nat. and Geol. 1859.
Trans. 2.] 5
Fossils of the Utica Slate.
34
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35
Fossils of the Utica Slate.
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Fossils of the Utica Slate.
36
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37
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Fossils of the Utica Slate.
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38
DEGRADED WORDS.
By Gipert M. Tucker.
[Read before the Albany Institute, May 18, 1879.]
The fundamental principle in philology, that on close examination
of any living language, a large proportion of its words will be found
undergoing a process of gradual modification in their significance,
or at least in the precise sense in which by common consent their
originally recognized significance is generally taken — finds abundant
exemplification in English; and the changes in the meaning of familiar
words, though apparently in many cases anomalous at first sight,
- may nevertheless be classified and grouped in such manner as to
suggest the drawing of certain inferences, and to illustrate, indirectly
but effectively, some of the important traits of character that prevail
among the people by whom the language is employed. Whether
parallel processes of modification can be traced in other tongues —
a question full of interest — must be left to the comparative phi-
lologist; butit is the purpose of this paper to make a slight contribu-
tion to the development of the subject at large — the direct influence
of moral character upon language — by sketching, inadequately and
summarily only, the salient features of oe group of changed meanings
in English — the group whose nature keeps a record of the follies,
weaknesses and common faults of humankind, and the daily trials
‘and disappointments that flow from them; the alterations in the
meanings of words which are plainly due to the unwise or culpable
practices of those who use them. Many of the facts referred to for
Ulustration are of course familiar —so familiar indeed that it is
rarely possible to give credit to the authors who originally noted
them.
I.
To take as the first instance a case where the change is still in
progress, there is the adjective pitiful, which at present we almost
invariably employ in an evil sense. ‘“‘ A pitiful subterfuge,” we say;
that is, a transparent and contemptible attempt at fraud. Yet the
dictionaries with one accord give the good meanings precedence —
either “melancholy, moving compassion, deserving to be pitied ”
40 Degraded Words.
(exemplified in the watchman’s ejaculation, “ pitiful sight!” on dis-
covering the dead body of Juliet), or else “full of pity, tender,” as
in the three instances in which only the word occurs in King James’
Bible. Nowit needs no conjecture to discover the reason and method
of this gradual drifting in meaning from good to bad. Whoever
has heard a “ pitiful” story of his woes froma wandering solicitor
of charity, and, moved with compassion, has looked into the case
only to find an impudent attempt at deceit, has the explanation before
him in charactérs which he may run that readeth. The “ pitiful ”
story becomes a provocative of scorn and indignation; and the
ignominy of the transaction attaches itself indissolubly to the word
that described its first appearance, dragging down with it the inno-
cent adjective, and fitting it for companionship with actions and
conditions diametrically opposite to those with which it originally
found place.
Yet if misery loves company, there is no lack of consolation for
pitiful, in this unfortunate relegation to infamous uses. At least
three other adjectives have traveled far in the same direction and by
much the same route — apparent, plausible and specious. The first
of these commonly, though of course not always, the transformation
as yet being incomplete, but commonly, carries with it in these days
at least an insinuation that the thing to which it is applied is not
really quite what it seems — that we must not be surprised in fact if
the truth of the matter turns out to be very different from its apparent
condition. This insinuation is, so to speak, a fungus of comparatively
recent growth upon the real meaning of the word, gradually fostered
beyond doubt by a series of painful discoveries. Bailey’s whole de-
finition of apparent, in 1764, was “that plainly appears, certain,
evident, manifest, plain, visible.” Thus we still say an “heir ap-
parent,” meaning an heir beyond question or dispute, but as far as
common usage is concerned, we should hardly employ a word like
certain as a synonym of apparent, the present practice being rather
to consider the two adjectives as almost contradictory of each other.
As regards plausible and specious, they are manifestly only the
English forms of the Latin plausibilis and speciosus,' of which the
1 Of course everybody knows that many words of classical derivation have
come into English, not directly, but through living European languages, chiefly
the French ; but that fact is of no consequence for the present purpose, so long
as they have preserved enough of their original form to be recognized as the same.
——
Degraded Words. 41
first indicated primarily the possession of qualities deserving of ap-
plause, as “plausibilis nomen” in Cicero; while speciosus is com-
monly best rendered by such expressions as “ having a good shape,
beautiful, handsome, fine or splendid.” Now what a commentary it
is upon the proverbial deceitfulness of appearances in this uncertain
world, that these terms, which really indicate that a thing seems to
~ be all right, have come to convey so sharply the implication that it
is all wrong !
There is a noun too that started earliest of all inthe same descensus
Averni, and has long since reached a point so low that its hereditary
claim to respectability has been almost forgotten. This is hypocrite,
the Greek hupokrités in a modern dress — and hupokrités, as every-
body knows, meant originally nothing but a player or actor. Roscius,
the elegant speaker and beloved instructor of the greatest Roman
orator, was by virtue of his art a hypocrite. Plainly the first step
downward was taken when the word began to be used figuratively —
when men were called hypocrites (in English or Greek) because their
life was found to resemble the histrionic art in striving to appear to
be different from what it was. It cannot have taken the common-
sense of mankind long time to perceive that such dissimulation is
almost always for evil purposes —the sheep’s raiment covering the
ravening wolf. And so it has come to pass that wheu we wish to
indicate the assumption of virtue for the intents of vice, the word
that springs most readily to the lips is the once well-thought-of
_ “hypocrite.”
To counterfeit, likewise, was formerly only to imitate, conveying
_ no insinuation as at present that the imitation was designed to be
fraudulently substituted for the original — this added insinuation
having been developed by the same process as the present evil signi-
ficance of the word hypocrite. ‘To egwivocate was merely to call two
things by the same name, not necessarily to mean one while leading
the hearer to understand the other. Z%nsel was really woven of the
precious metals, or supposed to be, until the detection of oft-repeated
frauds caused it to be taken for granted that the appearance of ex-
ceptional richness and value in ornamental trappings of this material
is nothing but the appearance, without reality.
Finally under this head should be mentioned the group of words
most characteristic in their present meaning of the special vice of
deliberate attempt at deception —the verb pretend and its derivatives.
To say nothing of the innocent meaning indicated by their Latin
origin, it is not so very long since they were used in English without
[Trans. x.] 6
42 Degraded Words.
any evil implication. Ash, 1775, mentions among his definitions of
the verb, “to claim, todemand as right,” and gives “a claim ” as the
first equivalent of the noun pretension. Johnson informs us that a
pretender is ‘‘ one who lays claim to anything ” — that, and nothing
more. A claimant, whether justly or unjustly, was in his view a
pretender, and the butcher Orton, had he lived in England a cen-
tury earlier, might have been spoken of as “ pretending to be Sir
Roger Tichborne ” without the slightest intimation on the part of the
speaker that the story was not believed. In the third part of King
Henry Sixth, published 1623, Shakspeare makes Sir John Mont-
gomery demand of King Edward at the gates of York, “‘ why shall
we fight, if you pretend no title?” and in the same breath, “if you'll
not here proclaim yourself our king, I’ll leave you to your fortune ” —
using pretend almost interchangeably with proclaim. Milton indeed,
forty years later, wrote, ‘this let him know, lest, wilfully trans-
gressing, he pretend surprisal ” (Paradise Lost, v, 244), and elsewhere
uses the word in the same manner; but the innocent meaning has
lingered in literature for nearly two centuries longer. As historically
applied for instance to the son and grandson of James II. of Eng-
land, it can hardly have been originally intended to signify much
more than claimant, for the unfortunate princes made no attempt
at representing themselves to be anything but what they were, though
they unquestionably latd claim to a kingly dignity that the nation
was not anxious to concede to them. In the denoument of Lord
Lytton’s masterpiece, “My Novel,” to take an instance within thirty
years of the present time, it may be remembered that Peschiera,
in his scathing exposure of the villainy of Randal Leslie, speaks of
him as “ pretending” to the hand of Violante; and though there
was certainly no love lost between the two worthies at that juncture,
yet the context makes it clearly evident that this particular word is
intended in no reproachful sense — the dashing count meant only to
represent the minor scoundrel as his rival, seeking what he himself
sought, and by much the same means, and pretend in his mouth is
the exact equivalent of aspire. Yet who does not feel, now-a-days,
the more than suggestion of a charge of fraud that is conveyed when
we speak of and one as “ pretending,” or as a pretender ?— and
indeed ‘Webster, reversing the earlier order of definitions, renders
the noun as meaning, first, “ one who simulates or feigns,” and only
secondarily, ‘‘ one who lays claim,” in which he doubtless interprets
correctly our modern usage. What deduction can we draw from
iff
Degraded Words. 43
such a progression in meaning toward the bad but this — that it has
been the common experience that people are apt to claim more than
their due — to make demands considerably in excess of the require-
ments of equity ?
There is yet one more word that may perhaps be considered as
allied to the foregoing, if the history of its changing sense, as given
by Barclay — an author of no great fame, who uevertheless managed
to gather a good deal of curious and interesting matter — is true.
This is legend, of which he says, writing about eighty years ago, that
it was originally “‘a book in the church containing the lessons that
were to be read in divine service; from hence the word was applied
to the histories of the lives of the saints, because chapters were
read out of them at matins, but as the ‘ golden legend,’ compiled by
James de Varase about the year 1290, contained several ridiculous
and romantic stories, the word is now used to signify any incredible
or unauthentic narrative.” That is to say, legends, books highly
esteemed, have been so often found to contain glaring falsehoods —
for it can hardly be that the change is wholly attributable to the
single instance mentioned by our author— that the very word which
used to denote only that the composition to which it was applied
ought to be read, now serves rather to warn the reader that it ought
not to be believed !
IL.
Another common fault with our not-too-truthful humanity, nearly
allied to the practice of exaggerating one’s own deserts and conceal-
. ing blemishes, is that of unduly depreciating the merits of other
people, and particularly of despising beyond reason such classes of
the community as we thing below us; and this habit, as might be an-
ticipated, has made its mark upon our language. There are numerous
words that formerly indicated little more than inferior social or poli-
tical position, but which have come to embody the charge of some-
thing much worse. Thus a villain was at first, as Trench puts it,
only a serf or bondsman “ (véllanus), because attached to the villa
or farm;” and secondly “the peasant who, it is taken for granted,”
[and this is the root of the matter] “will be churlish, selfish, dis-
honest, and of evil moral conditions, these having come to be assumed
as always belonging to him, and to be permanently associated with
his name, by those higher classes of society who in the main com-
manded the springs of language. At the third step, nothing of the
meaning which the etymology suggests, nothing of villa, survives
44 Degraded Words.
any longer; the peasant is quite dismissed, and the evil moral con-
ditions of him who is called by this name alone remain.” Thus
Barrow rather superciliously remarks that foul language “ is termed
villainy, as being proper for rustic boors, who, having their minds
debased by being conversant in meanest affairs, do vent their sorry
passions in such strains.”
The term door, just quoted, was likewise originally descriptive of
nothing worse than ‘‘a husbandman,” “a plowman,” ‘a country
fellow,” and the world or its Hollandish representative is still applied,
without offense, to the wealthy and presumably well mannered Dutch
planters of South Africa. A churl was a free tenant at will, or, as
some trace the derivation, only «a person of remarkable physical
prowess. A kern was a footman or foot-soldier of rural extraction.
A pagan was “first a villager, then a heathen villager, lastly a
heathen.” Heathen itself meant originally only a dweller on the
heath or open country. Jncivility was merely the customary behavior
(in the eyes of city residents), of their somewhat unpolished acquaint-
ances from the interior; and the epithet savage indicated for a long
time nothing more than relationship to the forest, or at worst a wild
or uncultivated state, without the implication of anything like ferocity.
This must have been Milton’s conception when he wrote of a “ savage
hill,” and a “‘savage wilderness ;” and Dryden’s too, who speaks of
““ savage berries of the wood.” |
Not only, however, are dwellers in towns addicted to under-esti-
mating their brethren of the fields, but the smaller minds of every
country are apt to consider their land the flowery kingdom, and to
despise unreasonably the outside nations. The prevalence of this
folly is well illustrated by the present degradation of the adjective
outlandish, which ought of course to mean only foreign, as it plainly
did in the seventeenth century, when Translator-General Holland,
rendering Pliny into English, made him refer to “ outlandish wheat.”
The uncouth, also,was once merely the unknown or unfamiliar ; a vaga-
bond and a harlot was a wanderer or stranger, not necessarily of
disreputable character ; and a barbarian, in Greek, was a man of
different nationality from the speaker.’
Idiot meant originally in English, as in its native tongue, only a
private person, or at worst an unlearned man, these two constituting
the whole definition given by Bailey, except when used as a technical
term inlaw. Jeremy Taylor, in the middle of the seventeenth cen-
tury, remarked that “humility is a duty in great ones as well as in
idiots ;”’ and Blount, a contemporary of the good bishop, says:
ree
Degraded Words. 45
** Christ was received of idiots, while he was rejected and persecuted
by the priests, doctors and rabbis.” From this meaning, however,
the word speedily descended to the level of the lowest classes in
society ; then came to indicate dense and stupid ignorance, and
finally attached itself to persons absolutely void of understanding,
natural fools, innocent or simpletons, as Webster has it. One can
Imagine the effect, in these days, of a minister’s addressing his con-
gregation as composed in part of idiots !
The appellation caitif,‘which implies at present, and has done so
for along time, the possession of certain highly uncommendable
traits of character, is traced by Johnson to the Italian cattivo, a
slave, “‘ whence,” says the doctor, “‘it came to signify a bad man,
with some implication of meanness,” and he adds: “A slave and a
scoundrel are signified by the same words in many languages.”
The adjective vulgar, again, was once almost synonymous with
such innocent terms as general, public, and even national. A mod
was not much more than the common people, the crowd, having only
in recent times come to impiy, adopting Worcester’s expression,
“a crowd excited to some violent or unlawful act,” the select few
always recklessly imputing evil purposes to the many who they think
should rank below them. Base, mean and lewd were terms applied
of old to the mass of the population, as distinguished from the gentry
_ or clergy, and indicated nothing worse than this. Spenser writes, in
the Fuerte Queene:
“ But virtuous women wisely understand
That they were born to base humility,
Unless the Heavens them lift to lawful sovereignty.”
__ In one of Latimer’s sermons, we read : “It might please the king to
accept into his favor a mean man, of simple degree and birth, not
born to any possessions.” As for lewd, it seems to be only a varia-
tion of Jay, a lewd fellow being etymologically merely a layman.
So Chaucer, in the Canterbury Tales:
“ For if a priest be foul, on whom we trust,
No wonder is a lewid man to rust.”
But the rich and the learned have been tempted so often to despise
and slander the poor and the ignorant, these adjectives have been
coupled so commonly with injurious aspersions, that we now insult
a man, however humble his station in life, if we call him base, mean
‘or lewd.
A process of degradation, not dissimilar from the foregoing in its
operation, has been effected within comparatively recent times also
on the noun Jeast and its derivatives, it seeming to have been found
46 Degraded Words.
impossible for rational man to speak of his less highly endowed
fellow creatures without some tinge of scorn gradually attaching
itself to the name by which he calls them. The “beasts” of the
Apocalypse are plainly only living beings different from men ; and
in Wiclif’s version of First Corinthians, five hundred years ago, we
find : “It is sown a beastly body ; it shall rise a spiritual body.”
The term knave, like the German knabe, meant at first only a boy,
well or ill behaved. In Wiclif’s Apocalypse, the woman clothed
with the sun is represented as giving birth to “a knave child; ” and
when Shakespeare wrote “‘ good knave” (in the Twelfth Night),
and “gentle knave” (in Julius Cesar), there was nothing incon-
gruous in the expressions. Next it indicated a servant; there is
said to be an early version of the New Testament in which the
Apostle Paul is styled “the knave of Jesus Christ;” and it is
doubtless in the sense of a serving man or attendant to the king and
queen that the name was given to the card at whist. Indeed the
knave is called “‘ Ze valet” in French to this day — valet, by the way,
being only the modern form of the old Gallic varlet, our English
varlet. The words caitiff, knave and varlet came, however to de-
signate not only a servant but a cowardly or roguish servant, and in
process of time the original signification has been quite lost sight of,
nothing remaining of the poor despised dependents but the evil odor
of their supposed bad morals.
A blackguard, moreover, was merely a scullion—that is, the
“black guard” was the company of such servitors, who accompanied
persons of quality on their journeys, to take care of the pots and
kettles; and the ancient acceptation of the term involved no neces-
sary conception of ruffianly manners.
A menial was one of the household or mesnee; minion was only a
favorite, the French mignon. windows in front.......:...<.s.. 14
3rd do 3-story single, or 2-story double............ 12
Ath do 2-story, 2 front windows and an L.......... 10
dth do 2-story single, 2 rooms on first floor......... 8
Ra ES 2 i an 6
Sueeeeriiional family ina house.............2+...-+--:000- 3
ye ee coca a a pine ee ncieciaccces acess 100
se as sn gis cla sole sind in asge soe os 7
es gay a oS in en Sis we Nate woe se oe 60
ee aes deities sew atin kahe es he eases 50
In 1832 additional iron pipes were laid, and in 1845 the company
purchased the right of taking water from Patroon’s creek. But the
growth of the city, especially westward, made necessary the increase of
_ the supply of water and the construction of new reservoirs. Hence
movements were set on foot to establish a city commission to take in
12
90 Industrial and Material Progress
hand the supply of water. In 1851, this commission purchased all the
property and rights of the old stock company and proceeded to con-
struct the works by whcih the city is still supplied.
Next toa supply of water, nothing now seems to us more essential
than a supply of light for our streets. What a hardship we should
think it to be left for a single night without the comfort and protec-
tion of well lighted streets. And yet we only need to go back a few |
years to find dim and smoky lamps in the place of the brilliant gas-
lights, and not very many years more to find our city with no lights at
all. In 1812, Sir Walter Scott wrote home from London that “ there
is a crazy mau here, who is trying to light Loudon with smoke.” The
crazy man succeeded, and in 1813 London was lighted with gas. In
this country the experiment was first tried in 1820 in Baltimore, but
failed. It was successfully introduced in Boston in 1822. In New
York the first gas company was chartered in 1823, but it was not till
1827 that the lighting went into successful operation. The Albany
Gas Co. was chartered in 1841, and the streets were first lighted in the
winter of 1845. Street lamps preceded gas, and when introduced
were hailed as a wonderful advance. In the old colonial times, when
the little city was on the outskirts of civilization, and fears of the
treacherous French and Indians kept them on the alert, the orders
from the authorities were, that at the ringing of the alarm bell, every
body should set a candle in his window, so that the patrol could see
what they were about, and detect the skulking enemies. Just a century
ago, May 19, 1780, was the famous dark day, which covered with its
dreadful pall the whole of New England. And in the Connecticut
Assembly when it grew too dark to attend to business, Abraham Day-
enport moved that candles be brought in and that they go on with the
debate irrespective of the day of judgment. The incident reminds
us that at that time even public assemblies were lighted by candles.
What an idea it gives us of the change a century has wrought, when
the candle has given way to the lamp, and the lamp faded before the
gas, and the gas is preparing to hide its diminished head before the
glories of the electric light; when from a flag-staff on the highest pin-
nacle of the new capitol, one single electric globe shall dispense light
to every street, and enable us to go on with our occupations by night
as well as by day.
2. Houses and Furniture.
' The immigrants from Holland came for commercial rather than
political reasons. They opened up with the Indians a trade, which
Illustrated in the History of Albany. 91
lasted down to the beginning of the present century. As late
as 1796, we find a reference to loads of furs arriving from the
Indian country. ‘The fairness and honesty of their dealings with the
Indians gave them a strong and permanent hold upon these simple
children of the forest. As a result of this, Albany never suffered
from the incursions of the Indians, and continued to hold the most
intimate and friendly relations with them. ‘This fur trade especially,
and afterward the frontier trade, brought great wealth to the city,
which displayed itself in the character of the dwellings which they con-
structed for themselves. Before the revolution, new fashions had _ be-
gun to spring up in house-building, and the mansions of the more
wealthy were built in the English rather than the Dutch style. But
still, even long after the revolution, the town to the eye of a traveler
had a peculiar Hollandish look. The typical Dutch house stood with
its gable end to the street, although the popular opinion that old Dr.
Morse, in his first geography, represents the inhabitants in the same
attitude, is not sustained by facts. In the ordinary house, the end
toward the street was built of brick. ‘he sides and rear were almost
always of wooden plank. The roofs were of tile, and sometimes of split
pine or cedar shingles. The gables ran up to a peak in a series of
steps, und the topmost angle was invariably surmounted by a wind-
vane in the form of arooster. Along the eaves of the houses were
fastened wooden troughs to catch the water from the roof. These
projected out two or three feet into the street, and ina rain sent down
a deluge of water on the unhappy passers. Finally there was so much
complaint made of this, that, although the old Dutch burghers stoutly
held that it was an infringement of their prerogatives, the common
council in 1791 ordered these spouts to be cut off, and the water ta
be led down in pipes.
Each house had its ample porch, or what the Dutch called a stoop.
It had seats on each side, and was covered with a roof, to which an
arbor of wild grape-vines or some other climbing vine often contrib-
uted its verdure and shade. Here the burghers of the town and
their families assembled on summer evenings after the sun went down.
The meinherrs smoked their pipes in great comfort, and the vrows
and girls brought out their knitting. The dear old mother tongue
was still most often heard in these evening conclaves, although an Eng-
lish neighbor, who had not learned the Dutch, was always greeted in
hisown speech. In the Dutch church the preaching was still in Dutch,
down to the coming of Dominie Westerlo in 1782. The younkers
gathered in gay and pleasant groups at each others’ stoops, chattering
92 Industrial and Material Progress
and laughing, as boys and girls, young men and maidens have always
done, and will always do, to the end of the world.
Have you any curiosity to step inside one of these houses, and gee
how your ancestors lived? Of all the sights I saw in Europe, by far
the most interesting to me was the ruins of Pompeii, where, after an
interval of 1800 years, we can still see the very rooms where’the people
lived, the beds where they slept, the kitchens and ovens where their food
was cooked, and the very footprints which they left on the pavement.
And of all the museums I saw, not one compared in interest with that
at Naples, where the furniture and implements and ornaments col-
lected from these houses were open for our inspection.
To know how people were housed and clad, how they ate and slept.
to learn their home life, their amusements and occupations, is of far
greater interest and of greater value than a knowledge of their Jegis-
lation, their politics or their wars. The poverty of details in all
cotemporary records on such subjects is always to be regretted, so
that even the crumbs of information which fall from the letters and
diaries of the time are to be thankfully gathered up and set before you
as the best that we can do.
Thanks to Mrs. Grant of Laggan, we know pretty weil the arrange-
ments and contents of an Albany house a century ago. She spent some
years in Albany, when a child, about 1765, and by her talent and
vivacity attracted the attention of Madame Schuyler, whose memoirs
she afterward wrote. Let us then enter, and although the hundred
years that have elapsed may have dimmed and dismantled somewhat
the old house, we shall still find that which will interest us.
A great mansion of that time was always set with its broadside to the
street, and the entrance was at the middle. Through a door that was
divided into two, an upper and a lower, you entered a hall ten or twelve
feet wide, and even wider, which ran through the house. There were
chairs and set'les placed here, and on account of the breeze which gen-
erally could be felt, it was a favorite resort in the hot days of summer.
At the rear end of the hall, a staircase with a landing carried you to
the second story. On this landing stood the old Dutch clock, although
by this time they were more often made in England than Holland.
On one side of the hall was the parlor, a large square room, with
plenty of light let in through the narrow panes of glass with which
fashion is making us again familiar. A great fire-place occupied one
side of the room, with its brass andirons and fender, beside which stood
the shovel and tongs, and bellows. Some stiff, straight-backed chairs;
sofas without springs, but comfortably cushioned; queer crooked-
Illustrated in the History of Albany. 93
legged, claw-footed tables with drawers und brass handles; cabinets
with choice bits of cut glass, and oriental china, which were then
great rarities; some pieces of silver, and a good supply of pewter,
which was kept as bright as silver; some trifling curiosities brought
from the West Indies or China—such were the things which you
found in aparlor of that day. A few books perhaps occupied a
shelf or two. No piano* had yet made its appearance, although per-
haps the rumors of its introduction in London may have reached them.
It was not until 1803, that the first piano was manufactured in Boston.
Instead of this, you might find in the wealthiest houses a spinet or a
harpsichord. The floor of this grand room was of clear beautiful
maple, perhaps curl or pin maple, or some other native wood, which
the mop and the broom kept in a high state of polish. It might
have been sanded with white sea sand, which the skill of the house-
wife worked into picturesque figures with her broom. Except perhaps
in the richer houses there were still no carpets; and even then they
were only small rugs.
The first carpets brought to America were said to have been brought
by the pirate Kidd, and were doubtless the result of his encounter
with some East Indiaman. Even in England, carpet manufacturing
did not secure a footing till 1757, and in America the first carpets
were made in 1791, in Philadelphia.
Opposite to the great parlor, on the same floor, was the grand bed-
room, reserved for guests. It was as large as the parlor, and like it
provided with a fire-place. Here stood a great chest in which was kept
the household linen, and, perhaps, a chest of drawers reaching almost
to the ceiling. Here too stood the state bed. Look at it with awe and
reverence, for if there was any thing to which the Dutch housewife was
ever tempted to fall down in idolatrous worship it was to this bed.
Like Naaman, the Syrian, she had an understanding with herself, that
when she entered that room, and paid a secret worship to it, it was
pardonable. Of course it wasa fourposter, made of mahogany. It.
was surmounted by a teester, with hangings and curtains, and had a
*T have recently seen a very interesting specimen of the pianos which were first
brought to thiscountry. It makes but an insignificant show beside the great instruments
now manufactured. Itis about five feet long and twenty-two inches wide. The frame
is entitely cf wood, and the case of mahogany, handsomely inlaid. But it was tho
manufacturers’ mark which had for me the greatest interest. This reads, ‘‘ New Patent,
Astor & Comp’y, 79 Cornhill, London.’’ No date is given, but it is known that this was
one of the instruments manufactured by John Jacob Astor, who fora few years was in
this business in London, and who, in 1783, brought out to New York a number of them,
which he exchanged for furs. This was the beginning of his dealing in furs, and the
foundation of his fortune. :
.
94 Industrial and Material Progress
valence reaching to the floor. It was so high that steps were necessary
to mount up to it. The bed was of live geese feathers, and had great
feather pillows, kept well aired and sunned. For covering she had her
beautiful fragrant linen sheets, spun and woven in her own house, and
quilts wondrously patched from her old silk gowns and remnants of
ribbon. Blankets also she had, home-spun and home-woven. Over
all she had, for cold weather, a down quilt, such as you still see in the
houses in Germany and Holland.
The dining-room of the house we will suppose was in the rear exten-
sion, behind which were the kitchen, wood-sheds, etc. For winter the
dining-room was the principal living room of the family, where a great
wood fire was always kept blazing.
At the time of which I write the fire-place, burning wood, was almost
the only mode of heating. Dr. Franklin had invented, in 1740, his
stove, which he called the Pennsylvania fire-place, but the difficulties of
manufacturing them at this time in America prevented their becoming
common.
The first stove of which we hear in Albany, although it probably
was not the first, was one introduced into St. Peter’s Church in 1796,
which was cast at Ancram, at the iron foundry on the Livingston
manor. The first stoves would only burn wood or bituminous coal.
Anthracite coal came into use about 1820, when 365 tons (!) were sent
to market.
A new kind of stove was required for anthracite, in which the dratt
of air should be much smaller. One of the earliest in this field of in-
vention was Dr. Eliphalet Nott, who spent years in perfecting his
inventions for heating. In my day the chapel of Union College was
heated by one of Dr. Nott’s stoves, in which the base-burning principle
was used. We had in our rooms, also, a marvelous kind of box stove,
which we attributed to the genius of Dr. Nott. The iron was about
an inch thick and could be neither broken nor bent. It served as
an anvil for all sorts of mechanical experiments, from the cracking
of hickory nuts to the splitting of kindling wood. And even if ina
playful mood, as occasionally happened, one of them took « flying leap
from a fourth story window upon the pavement below, the only injury
was to the person who might be standing underit. As for the stove
itself it only needed to be carried back and put in its place again.
I need not tell you that in stove manufacturing Albany, for almost
fifty years, has maintained a leading position, and to-day sends its
stoves to all parts of the world. The familiar name of Albany on my
stove in Japan contributed not a little to the comfort and home feeling
of our long residence there.
Illustrated in the History of Albany. 95
We can scarcely imagine how great a change has been wrought in
dweliing-houses by the improvements in the methods of heating and
lighting them. Whether we are with all these improvements more
healthy may be a matter of doubt, but there can be no question that
we are more comfortable. What would we say nowif we had, like our
grandfathers, to sleep in rooms where the water froze at night? They
hovered in the cold windy weather around open fires, which kept one
side hot while the other was freezing. They went to church and sat
through an hour’s, sometimes a two hours’ sermon without fire, where
even the men, to keep themselves warm, sat with their hats on their
heads and their handsin a muff. On a Sunday morning it was a sight
to behold the string of negro slaves who came to the church carrying
their mistresses’ foot-stoves filled with hickory coals or hot water. I
fear you would find in other particulars a good deal less of comfort in
the old church than is now deemed essential to the proper worship of
God. I venture to give you here a little picture, which has been drawn
for us.of the church and its equipments of that day:
The church was old, the church was queer ;
Would you like to look in on the Sabbath day
And witness their strange, old-fashioned gear,
_ And gather a hint of the ancient way?
The walls were plain, the roof was square,
The carpets— ah! well, they were not there ;
And the pews — of course they were better bare,
For cushions were deemed a carnal affair.
And the Meinherrs, they took in the winter weather
A foot-stove of tin well soldered together,
And filled with water at a boiling heat,
To protect from the cold their freezing feet ;
For remember that no one ever hears
Of a stove in a church back a hundred years.
But the pride of the church, the glory of all,
Was the pulpit which towered against the wall.
"Twas set so high, said the wits of the town,
For the preaching was heavy and would settle down.
Like an egg-cup it stood on a narrow base,
While the good old dominie held the place
Of the spoon in the empty shell,
To stir in the pepper and salt, and he stirred them well
Over his head a sounding board hung,
Like a vast extinguisher above him swung,
Ready to fall and put out his light,
As candles are quenched at dead of night.
96 Industrial and Material Progress
3. Cloth and Clothing.
Up to the time of the revolution, our people depended chiefiy on
Great Britain for their supplies of clothing and clothing material.
During the colonial period the British board of trade, and their
agents in America, tried in every way to discourage and repress at-
tempts on the part of the colonists to start home manufactures.
In 1705, Lord Cornbury writes: to Secretary Hodges: “I am well
informed that upon Long Island and Connecticut they are setting up
woolen manufactures, and I myself have seen serge made upon Long
Island that any man may wear. Now, if they begin to make serge,
they will in time make coarse cloth and then fine. The consequence
will be that if once they can see that they can clothe themselves, not
only comfortably but handsomely too, without the help of England,
they who are not very fond of submitting to England would soon think.
of putting in execution designs they have long harbored in their
breasts.” (Doc. Hist. I, 711.)
Mr. Caleb Heathcote writes in 1708, to the board of trade in London:
“ What in the first place I arrived at in my proposals was to divert
the Americans from going on with the linen and woolen manufacture,
and to have turned their thoughts to such things that might be useful
and beneficial to Great Britain. They are already so far advanced that
three-fourths of the linen and woolen they wear is made among them-
selves.” (Doc. Hist. vol. I.)
But Governor Cosby, in 1732, did not see so much danger to British -
manufactures, for he writes to the board of trade: ‘** The inhabitants
here are more lazy and inactive than would generally be supposed, and
their manufactures extend no further than what is consumed in their
own families, a few coarse linsey-woolseys for clothing, and linen for
their own wear.”
Subsequently, in 1767, we find Governor Moore reporting to the
board of trade about some small manufactures being set up by one
Wells, who is supported by a set of men who call themselves the ‘‘So-
ciety of Arts.”
But, in spite of these discouragements, the enterprising spirit of the
people, and indeed the necessities of their situation, led to the rapid
development of cloth making. The Hollanders had brought with
them their knowledge of making linen, and custom and tradition had
kept alive in every family the skill which this art required. Every
house had its spinning wheel, and every farm its patch of growing flax.
Mother and daughters and servants were all employed as thev had time
Illustrated in the History of Albany. | 97
in spinning flax or wool. The weaving was sometimes done in the
house by itinerating weavers, but more frequently the yarn was given
out to be woven by persons who made this their occupation. Not only
plain linen was made in this way, but even the more ornamental, which
was required for table and toilet use. The pride of every mother of a
family was not only to have her own house well supplied, but to have
ready against the time of marriage an outfit for each of her daughters.
Stockings, of course, were knit in the house for the family, and it
accounts for the good temper and amiability of our grand-mothers that
they found, in the swift flying needles, points of discharge for the irri-
tability which otherwise might have gone to make their husbands
uncomfortable.
Woolen cloth, also, was largely home-made. The first prizes which
were given by the old “Society of Arts,” from which this Institute took
its origin, were for the manufacture of woolen cloths, and there are pre-
served in the library of the Institute several volumes of specimens of
these prizes. The spinning and weaving were mostly done at home,
but there were small fulling mills where the web was dyed, fulled and
dressed. The cloth produced in this way was not as fine as French
_ broadcloth, but was warm and durable, and had no shoddy mixed with
it. We have it mentioned as a notable fact that in 1790 President
Washington appeared in asuit from cloth madeat a mill in Providence,
Rhode Island. Serge and linsey-woolsey were of course the principal
materials for the ordinary female dress. But the prosperity which
Albany had enjoyed before the revolution, and still more afterward,
had doubtless brought hither habits of luxury and elegance which
could only be satisfied by the rich materials from abroad.
To you who are familiar with the rich female costume of the revo-
lutionary period, it is not necessary that I should describe it in detail.
Let it suffice to say that in richness of material, in the elegance and
taste of arrangement, it has never been surpassed. I venture, how-
ever, to insert here a memorandum taken from the papers* of General
Washington, containing a list of articles to be purchased by his agent
in London, and sent out for Mrs. Washington and her daughter. It
- will show to those growling husbands, who are disposed in these days
to find fault with the luxury and expensiveness of their wives’ toilets,
_ that they have very good examples for making a liberal provision for
those whose appropriate and becoming decoration reflects honor on
themselves.
* Quoted by Mr. Lossing in his ‘‘ Centenary of Progress.” -
13
98 Industrial and Material Progress
“1 silver colored tabby velvet of the enclosed patterns, with satin
flowers, handkerchief and tucker and ruffles to be made of Brussels
lace or point proper to be worn with the above negligee, to cost £20,
1 piece bag Holland, 6 shillings a yard ; 2 fine-flowered lawn aprons;
2 double handkerchiefs; 2 pairs women’s white silk hose ; 6 pairs fine
cotton ditto; 4 pairs of thread ditto; 4 threaded ; 1 pair blankets
and 1 pair of white satin gloves of the smallest fives; 4 pairs cala-
manco ditto; 1 fashionable hat or bonnet; 6 pairs women’s best kid
gloves ; 6 pairs ditto mits ; half doz. knots and breast knots; 1 doz.
round silk stay laces; 1 black mask; 1 doz. most fashionable cambric
pocket-handkerchiefs ; 2 pairs neat, small scissors; 1 pound sewing
silk, shaded ; real minniken pins and hair-pins, and 4 pieces binding |
tape; 6 pounds perfumed powder (for the hair); 3 pounds best Scotch
snuff; 3 pounds best violet Strasbourg snuff; 1 piece narrow white
satin ribbon, pearl edge; a puckered petticoat of a fashionable color;
a silver tabby velvet petticoat; 2 handsome breast flowers.”
«For Miss Custis, six years of age: A coat made of fashionable silk;
a fashionable cap or fillet with bib apron; ruffles and tucker to be
laced; 4 fashionable dresses to be made of long-lawn ; 2 fine cam-
bric fro¢dks ; 4 satin capuchin hats and neckatees; a Persian quilted —
coat; 1 pair pack-thread stays; 4 pair callamanco shoes; 6 pairs
leather, ditto ; and 2 pairs satin, ditto, with flat ties ; 6 pairs fine cotton
stockings; 4 pairs white worsted, ditto; 12 pairs mits; 6 pairs gloves,
white kids; 1 pair silver shoe buckles; 1 pair neat sleeve buttons; 6
handsome egrets, different sorts; 6 yards ribbon, ditto ; 1 pair little
scissors ; 8 M large pins; 3 M short whites; 3 M minnikens; 1 fashion-
able doll to cost a guinea; 1 ditto, at five shillings; a box of ginger
bread. Toys and sugar imagesand comfits. A neat small bible bound in
Turkey, and Martha Parke Custis wrote on the inside in gilt letters. |
A small prayer_book, neat and in the same manner. Twelve yards
coarse green calamanco; one very good spinet to be made by Mr.
Plinius, harpsichord maker in South Audley street, Grosvenor Square,
Send a good assortment of spare strings to it.”
Of course the gentleman of the period could not be expected to
compare in elegance with the grand dames. Yet with his coat of
black, brown or drab cloth, his knee breeches of plush or velvet, his
fine ruffled linen, his silk stockings, and his shoes with their silver
buckles, he made no insignificant figure, even in comparison with the
full-dressed gentleman of to-day.
Illustrated in the History of Albany. 99
4. Travel and Transportation.
Under this head, let us first consider the improvement in carriages.
The evolution of the carriage is a most curious and interesting sub-
ject. It seems strangely connected with the state of civilization in a
country. Wherever the human mind has been most active, there the
carriage has been most rapidly developed. Before the revolution,
there were scarcely half a dozen family coaches in the province of
New York. When Robert Murray, the Quaker merchant in New
York city, after whom Murray Hill is called, set up a carriage, it was
so unusual a step that he felt called upon to excuse himself, on the
ground that he lived three or four miles from his place of business.
Traveling then was mostly on horseback, and the country roads were
so bad that nearly all the transportation had to be carried on by pack
horses. But the American inventive mind has surpassed itself in
improvements of wheeled vehicles. Even the most elaborate of the
state coaches that you see at the museums of Paris and Versailles are
crude, clumsy affairs, compared with the modern coach. Solomon in
all his glory rode in a chariot without springs. Even as late as 1785,
the best that had been attained was to suspend the body of the
carriage on strong leather straps, so as to give it in passing over
obstacles a rocking motion. Then came the invention in 1795, in
England, of the elliptic steel spring. But it was long before carriages
with these springs were manufactured in America. Far into the
present century the old leather strapped coaches were used. It is
within the memory of living men that spring wagons have become
common in the country. It was only in 1830, that an American black-
smith invented the method of making a wagon tire in one continuous
hoop. Before that time they were put on in pieces. Fifty years ago
Albany had a leading position in the manufacture of carriages, and
her fame in this particular has been well maintained.
The omnibus originated in Paris in 1825, and they were running
in Broadway in New York in 1830. The stage-coach was from an
early period a great institution in Albany.
_ Albany lay in the direct line of travel to the western and northern
part of the State. A continuous stream of immigrants poured through
it into the rich regions of the Genesee valley. They came up the
Hudson river in boats or across from Massachusetts and Connecticut.
They crossed over the turnpike to Schenectady, and then followed up
the Mohawk. Stage lines were started to accommodate this travel.
In 1785, a company was started to run a line from New York to Al-
100 Industrial and Material Progress
bany, making the journey in two days at threepence per mile, and
carrying the mail which came twice a week. Then, in 1789, a stage
began running between Albany and Lansingburgh, and in 1790 be-
tween Albany and Schenectady. And from this time every year saw
their number multiplied and their routes extended, so that by 1811
a line of stages connected Albany with Niagara Falls in the almost.
incredible time of three days. The fare from Albany to Utica was
$5.50 ; from Utica to Geneva, $5.00; from Geneva to Canandaigua,
$5.75 ; and from thence to Buffalo at six cents per mile. The coming
and going of these stage lines made lively times in Albany, and the
tradesmen and the publicans flourished.
But so far as Albany is concerned, water communication has always
been the rival in importance of that by land. The noble river whose
navigation practically ends here has brought hither a continued stream
of prosperity. In 1791, April twelfth, it is noted that forty vessels
arrived at or passed the city. Notwithstanding the establishment of
the stage lines, the journeys to and from New York were chiefly taken
on sloops, which had pretty little cabins fitted up for passengers. It
was a perilous journey in those days, and required often as much time
as to cross the ocean now. When men set out on this journey they
made their wills and bade each other farewell, not knowing but the
perils of the Tappan-Zee and of Anthony’s Nose might make this
journey their last.
But the navigation of the Hudson was soon to receive a tremendous
impulse by the introduction of steam. Robert Fulton, the inventor,
had the good fortune to meet with Chancellor Livingston, the patron
and promoter. After years of study and trial and experiment, they
built a little steamboat, which was called the Clermont, after Mr.
Livingston’s country seat. It was 130 feet long, 18 feet wide, and
drew seven feet of water. On the morning of Friday, the 7th of
August, 180%, the little steamboat left New York, having onboard
Fulton and his friends. A little way out they stopped to adjust some-
thing in the machinery. The crowd on the shore thought this meant
another failure, and shouted after them with jeers and mockery ; but
their jeers were turned to wonder and awe, when they saw the steamer
ploughing its way along against wind and tide and leaving behind its
long pennon of smoke and steam. After frightening the people along
the shore, they reached Albany, and we may imagine the surprise and
astonishment which filled the city when this strange monster of the
deep came steaming up and anchored off the town. I can imagine no
grander moment in a man’s life than a triumph like this. Whena
7
oe”
Illustrated in the History of Albany. 101
general wins a great battle his hour of success is embittered by the
thought that it has heen attained by the destruction of thousands of
friends and foes. But when Fulton and Livingston triumphed in their
efforts to establish the possibility of navigation by steam, there were
no drawbacks to their satisfaction. They could feel that they had
conferred a benefaction on their race which could be alloyed with no
element of regret. From that day to this, steam navigation between
Albany and New York has never for a single season been interrupted,
and has never ceased to receive improvements every year.
The next great step in the material progress of Albany and of the
. State of New York was the construction of the Erie canal. The
State of New York has the advantage over all her rivals of having
within her territory the line of greatest depression between the ocean
and the great western lakes. The river at Albany is only five or six
feet higher than at New York. The valley of the Mohawk, which
connects with the Hudson, penetrates far into the interior of the
State. The early traders pursued this line of travel. They avoided the
great falls at Cohoes by crossing the plains to Schenectady. In bat-
eaux they pushed their way up the Mohawk to Rome, and from there,
by portages, they made their way to Wood’s creek and the Oswego
river, into Oswego lake. This easy line early attracted the atten-
tion of the great statesmen of that day. The names which deserve
especial mention as connected with the great canal system of the State
are General Philip Schuyler, Elkanah Watson, Gouverneur Morris,
Stephen Van Rensselaer the senior, Simeon De Witt and De Witt
Clinton. I have not time to detail the struggles and difficulties
encountered by the promoters of this great work. Clinton, whose
name will always be associated with it, saw the work begun during his
term as governor in 1817. And in 1825, when he was again governor,
he had the satisfaction to officiate at its formal opening, when a keg
of water which had been brought on the canal, 352 miles, from Lake
Erie, was by him emptied into the sea at New York.
This was the turning point in the history of the State and city of
New York. If there had been before any doubt about New York
being the Empire State, and the city of New York the national me-
tropolis, these doubts were forever put at rest.* And of this great
increment of prosperity Albany secured more than her full share.
She sat at the junction of canal and river. And as boats filled with
the floating products of the west, and in turn with the commercial
* Here are the figures which told the story. Before, to carry a ton of freight from Buf-
falo to Albany, took 20 days and cost $100: after, it took 10 days and cost $3.
r
, -
;
*
a
staples of the east, were carried by, she has always been able, like the
free cities of the Rhine, to collect her toll on the passing trade.
But we must not forget the improvements which had been taking
place in travel and transportation by land, while steam navigation
and internal canals had been transforming that by water. The first
railway charter granted in the United States was to the Mohawk and
Hudson R. R. R. Co., in 1825. It was not the first railway to be built,.
but the first to be chartered. The road was running in 1830 between
Albany and Schenectady. The Albany terminus was at the south end
of the city, and an inclined plane with a stationary engine carried the
cars from the river level to the summit of the plateau. From here
they were drawn by a locomotive to the summit of another inclined
plane, by which they were let down to the level of the Mohawk at.
Schenectady. In an interesting picture which is familiar to you all,
we have preserved to us the appearance of this first train of cars, as.
it made its memorable trial trip on the 9th of August, 1831. ‘The
names of the passengers deserve to be here transcribed : John Town-
send, afterward mayor, ex-Goy. Yates, Charles HE. Dudley, Lewis Ben-
edict, Thurlow Weed, Edwin Croswell, John I. Boyd, and Billy Winne,.
penny-post. David Matthew was the engineer, and I. 8. Clark, con-
ductor. The locomotive was called “ DeWitt Clinton,” and weighed
four tons; a modern locomotive weighs thirty-two tons. ‘The cars
were literally the old-fashioned stage-coach bodies set on railway trucks-
They were coupled together by three-link couplers, and were without.
brakes. In slowing up and starting, this primitive contrivance made
a terrible jarring and clatter. The sparks from the wood-burning
locomotives were blown in upon the passengers, who, at the end of
their journey, found themselves frequently with holes burned in their
coats.
For the convenience of passengers at Albany a branch was laid in
1833 down Little State street to a station in State street where Van
Vechten Hall now stands. From here the passenger cars were drawn
by horses to connect at the junction with those brought up the in-
clined plane. But this was expensive and inconvenient and was soon
abandoned, much to the disgust of the Albany people, who avenged
themselves by starting a line of stages to Schenectady, which they
continued to run for some time at a great loss. Finally, engineering
skill found ways to dispense with the inclined planes, both at Albany
and Schenectady, and in 1843 the lines were laid in their present:
location. |
102 Industrial and Material Progress
iy 7
LO OO ee
Illustrated in the History of Albany. 103
,Other roads followed the building of this one; the Schenectady
and Utica; the Utica and Syracuse; the Syracuse, Rochester and
Buffalo, and the Rochester, Lockport and Niagara Falls railroads.
This chain of railways was complete in 1845, and the time from Albany
to Buffalo was reduced to fifteen hours.
In 1853, these various lines were consolidated into the New York
Central under Erastus Corning as president, The Hudson River rail-
way was completed in 1851, and in 1869 was consolidated with the
New York Central, thus forming a continuous line under one man-
agement from New York city to the western limits of the State.
The growth of the railway interests here, and the necessity of through
ransportation, suggested the construction of a bridge across the Hud-
son river. These facilities, including lines to Boston, to the north and
to the Susquehanna, have made Albany one of the great railroad cen-
ters of the country.
In the continuation of my subject I might have had something to
say of the improvements in the communication of news ; the develop-
ment of the postal system of the country; the enormous and rapid
growth of the express business; the rise of the telegraph, with its lines
by land and sea; the district telegraph, the telephone, photography,
printing, wood engraving, lithography, photo-lithography, and a hun-
dred other inventions and improvements which have now become the
necessaries of modern life. It is simply amazing! we cannot grasp the
conception of what has been accomplished. Are we the same race,
with the same feelings and aspirations as the generation of a century
ago, and will another century see as great advances as the last?
And yet it is a perfectly reasonable inquiry to ask, what has been
gained by all this. These material surroundings are not, after all, the
man himself, and it is pertinent to inquire whether all these changes
in his surroundings have changed him, the man. Instead of cabins
we live in palaces; we are clothed in garments such as the kings and
nobles of the earth could not once have obtained. Instead of ox carts
we ride in palace cars, faster than the wind! What is the good of all
this? It is Emerson who utters the profound reflection, that the
_ question whether it is anyadvantage to a man to travel in a day, where
_ before he required a week, depends altogether on the fact whether he
would make a good use of the six days thus gained. Time gained is
not in itself an unmixed good. If the man is to use his time for base
uses, he had better be kept on the road. But these are ill-natured
reflections; they go upon the principle that the evil is more powerful
104 Industrial and Material Progress.
than the good. We cannot prevent the perversion of blessings by the -
evil disposed, but we need not deny ourselves the comfort of them for
that. Six months after the introduction of chloroform, it was used
for stealing hogs, but we cannot give up the blessing of anesthesia
because thieves have used it. Neither can we give up the good to be
got from the improved methods of travel and communication because
bad men use them.
WHITTINGTON AND HIS CAT.
By ERNeEstT J. MILLER.
[Read before the Albany Institute, Dec. 7, 1880.]
So much attention has been given of late years to the history of
our proverbs, nursery rhymes and nursery tales, that I offer no apology
for the subject 1 am to present to you this evening. By the forma-
tion of folk-lore societies, both in this country and in England, this
particular kind of investigation has been fostered and increased; and
all the facts that are ascertained, ail the old customs that are ex-
plained, all the familiar stories that are traced to their origin, are
esteemed as so many contributions to the history of the times to
to which they refer. And they no doubt give us a correct view of how
our ancestors lived; what they ate and drank; how they spoke the
language we speak, and how they thought, and oftentimes what they
thought about; and in this way we learn the history of the people as
individuals, which is fully as interesting as their history as a state or
nation. The person to whom I shall call your attention this evening
was a high-minded, noble, honorable, benevolent man, fully justify-
ing the title that has been given him, ‘‘the model merchant of the
fourteenth century,” and I only regret that I have not veen able, with
the resources at my command, to give a more extended and complete
account of his life and good deeds. His biography has been partially
written ; but even if I could have found a copy of it — which I could
not — I deem it better that I should gather what facts I could find,
and present them to you, rather than avail myself of another’s labor
in this respect. In order, then, that we may understand this subject
as I desire to present it, | must ask you to bear with me, while I relate,
substantially, the nursery tale of Whittington and his cat, as | find it
in the chap-book of the present day; and perhaps while you are
hearing it, you will renew your youth, and the early days will come
back again.
Little Dick Whittington was born in the northern part of England,
in the reign of Edward III. His parents died when he was very
_ young; and the little fellow was left to shift for himself, earning a
living by holding horses and doing such errands as he could get
14
106 Whittington and His Cat.
to do; but it was little he could make in that way, and so he was
very poor and often hungry. As he lounged around the tavern in
hope of earning a few pence, he listened to the talk of the wagoners
who congregated there, and learned that there was a far-off place
called London, and if any one could get there, he would have plenty
of money ; for its streets were paved with gold. To get to that
happy place became then the object of his life; and after some hesi-
tation, he communicated his great desire to a wagoner, who kindly
consented to take the little fellow to London on his next trip. In
due time, therefore, little Dick was landed in London; and he ran up
one street and down another in the eager hope of finding the one that
had the gold pavement. But he found nothing but dirt and stones in
the street— the passers-by paid no attention to his requests for alms,
for he had no money and had nothing to eat— for was he not the
same as all other beggars, and was not his piteous story just as much-
a lie as those they were accustomed to hear every day ?— and so the
poor little discouraged boy laid himself down on the steps of a man-
-slon, expecting to die of starvation, in the midst of the plenty that
was all around him, The mansion belonged to Mr. Fitzwarren, and
he, coming out of the house, was surprised to find the boy on his steps;
and gently chided him for his idleness and his apparent unwillingness
to work. The boy replied that he would gladly work, but could find
nothing to do; and attempting to rise, almost fell down again from
his great weakness. Mr. Fitzwarren, seeing what the trouble was, sent
him into his house, gave him a good meal, and then hired him to do
the dirty work for the cook in the kitchen. The cook was cross and
old ; and when she wasn’t basting the meats, was basting poor Dick
with a broom handle ; so that his life was not a particularly happy
one. Toadd to his troubles, he was sent to sleep in a garret, the floor
of which was full of holes; and the rats and mice running around the
room and over his face, made the night more unpleasant for him than
the day had been. He, however, had received a penny for blacking the
boots of a guest of Mr. Fitzwarren; and once meeting a little girl with
a cat in her arms, bought the cat of her. The cat was his great and
only treasure —his constant companion— his all. The kind mer-
chant, having a ship that was ready to sail for foreign parts, called all
his servants into his parlor, and explained to them that it was his
desire that each one should have some interest in the venture he was
about to make ; and that he would permit each of them to send in the
ship whatever he chose. Poor Dick had nothing but his cat ; and at
the suggestion of Miss Alice, Mr. Fitzwarren’s daughter, with tears —
Whittington and His Cat. 107
in his eyes he brought puss down and gave her to the captain, who
immediately thereafter set sail. His life was more lonely than ever,
now that his only friend was gone; and his enemy, the cook, added to _
her cruel treatment by making fun of him because he had sent his
cat to sea. At last he could stand it no longer and determined to run
away; so on the morning of All-Hallow day, which is November Ist,
he left his home and traveled as far as Halloway, and sat there ona
stone to rest. While he was resting, the six Bow bells began to ring ;
and they seemed to say to him:
“Turn again, Whittington,
Thrice Lord Mayor of London town!”
It was to him like the revelation of his future life; and he went
back at once to his pots and pans, and brasses and bastings.
In the mean time the ship with the cat on board was driven on the
coast of Barbary, which was inhabited by Moors. The captain sent
samples of his goods to the king of the country; and in return the king
invited him and the mate to the palace, where they were royally enter-
tained. A sumptuous repast was prepared; but no sooner were the
dishes set on the table, than the rats and mice ran from all sides, and
devoured what wason them. The captain asked the kingif they were
not offensive to him, and the king answered that he would give half of
his wealth to be ridof them. The captain, recollecting poor Dick’s cat,
said he would help him, and going back to the ship, he brought puss
up under his arm. The tables were once more covered ; the rats and
the mice made the usual onslaught, when the cat jumped out of the
captain’s arms and slew the intruders in great numbers, to the delight
and amazement of all present. The king out of gratitude purchased
the whole ship’s cargo, and in addition gave a prodigious quantity of
gold for the cat, and the captain then set sail for England. Arriving
there, those who had sent anything by the ship were again sum-
moned by Mr. Fitzwarren to receive their share of the profits of the
voyage ; when, to the surprise of all, Whittington received by far the
largest portion, and his wealth was, by this single venture, greater than
that of the merchant who had given him the opportunity of making
the investment. He was now enabled to dress himself as a gentleman,
and when he was shaved, and his hair curled, and a brave new hat on
his head, Miss Alice, Mr. Fitzwarren’s daughter, thought he was really
a fine ‘ooking young fellow ; so the good merchant consented to their
_ Marriage, as many a father has had to do before when he couldn’t help
himself; and in due time Richard Whittington fulfilled the prophecy
108 Whittington and His Cat.
of the Bow bells, and his memory has ever since been embalmed in
English story. |
This is the substance of the nursery tale — for I have taken the story-
teller’s privilege of telling it in my own way — and I think it has usually
been considered as of the same class as Jack the Giant Killer, Jack
and the Beanstalk, Tom Hickathrift, and Puss in Boots—almost wholly
legendary, composed by nobody knows who, and descended to us;
nobody knows how. And yet, despite the legend related in it, it is a
veritable history of a model merchant of the Dark Ages; and how the
story has survived to the present day is perhaps the greatest mystery
connected with it. For Whittington was born only a century and a
half after the English nobles compelled King John to sign the declara-
tion of English liberty at Runnymede. Rienzi, the last of the Roman
tribunes, resigned his power, and was sent into exile, less than twenty
years before Whittington’s birth; Wat Tyler’s insurrection was put
down by Sir William Walworth, who preceded Whittington as Lord
Mayor of London by less than twenty years; and he had been dead
only about thirty years when Faust and Scheffer printed their first
book, and about seventy years when Columbus discovered America.
He lived and died in the Dark Ages; and the wonder is that his story
has come down to us at all; for I venture to say that the only things
remembered about him are, that he was wealthy, that he was Lord
Mayor of London three times, and that he had a cat. But other men
in that time were as wealthy, though very few made so good use of
it; but notwithstanding their wealth, they are forgotten, and the good °
use he made of his is scarcely remembered. Sir John Lofken, fish-
monger, was four times Lord Mayor, and Sir Nicholas Brember, grocer,
served for three successive terms, and had been Lord Mayor before the
three terms began, and all these four years werein Whittington’s life-
time, and many others filled the office three times and more; yet their
names have not come down to us through five hundred years. I think
that but one answer can be given to our inquiry ; and that is a modern
answer, but it has come down to us through the centuries—“ it was the
cat.”
But whatever the reason was that caused this story to be remem-
bered, it differs from the ordinary class of nursery tales, in this, that
there is more truth than fiction about it. No matter with what other
variations the story may be told, it is always sure to represent Whit-
tington as a poor little barefooted, bareheaded, half-clothed boy born of
poor parents, whose early death left the little fellow entirely alone.
With the exception of the early death of his parents, this statement is
Whittington and His Cat. 109
wholly without foundation, and was no doubt originally made, to
heighten by the contrast the exalted position to which. he attained-
His father was Sir William Whittington, Knight; and an honor of
that kind was not easily obtained in those days, nor so lavishly
- bestowed, as it is now. But besides that fact, by the pedigree of the
family in the Heralds’ College and British Museum, it is shown that
our hero was descended from the Whittingtons who, as early as the
reign of Edward I., were owners of land in Gloucestershire, so
that the family were landed proprietors; and Richard may have been
poor as compared with his brother, who was the elder son and so heir
of the estate ; yet it could not have been any such depth of poverty as
the story would lead us to suppose. Nor does the fact that his father
was branded with the stigma ‘‘utlagatus” the outlaw, prove that the
family were poor; for the outlawry neither tainted the blood nor confis-
cated the estate; since he was outlawed simply because he would
marry Joan the widow of Thomas de Berkley, without the king’s con-
sent, or in opposition to it; for in the time of Edward IIL, injunctions
were issued against second marriages, whether avowed or secret; and
they were punished with a degree of severity that was in accordance
with the maxims of the times, but which we, at the present day, can
hardly understand,
But however untrue the story of his poverty may be, there is no
doubt of the fulfillment of the prophecy of the Bow bells made to the
young wanderer, as he sat on the stone on Highgate hill. Nor is it
difficult to understand how the boom of the bells should seem to say —
“Turn again, Whittington,
Thrice Lord Mayor of London town,”
as the principal vowel sounds in the sentence would be used, if we
wished to imitate the round full tone of a bell; still there has been
another conjecture offered, which is curious, even if we cannot accept it.
Whittington was from Gloucestershire in the north of England, and
his family for many centuries lived there. Now Gloucester was one
of the earliest bell foundries in England, having been established at the
beginning of the century in which Whittington was born; and this,
together with the earlier one established at Salisbury, were probably the
only bell foundries inthe kingdom. The monks of Ely at London em-
ployed the Gloucester bell founder; and itis not unlikely that the parish-
ioners of Bow had obtained their bells from the same source. So
when the bells sounded, they may have recalled a home feeling to the
young apprentice, and touched a chord in his heart, that induced him
to return again to his duty. But be thisas it may, he was three times
110 Whittington and His Cat.
Lord Mayor of London; the first time in 1397, in the reign of Richard
IJ., when he was only thirty-seven years old, having been sheriff
four years previously, as without having filled that office, he could not
be eligible to the office of Lord Mayor; then again in 1406, in the
reign of. Henry [V., and for the last time in 1420, in the reign of
Henry V. I always supposed that this thrice election was a tribute
to Whittington’s popularity and worth; but antiquaries never leave
us to the enjoyment of our pet theories, but are continually knocking
them to pieces by hard facts and dry logical conclusions ; and they
have fallen upon this theory and have endeavored to demolish it, as
they have many others; they admit his popularity and worth, however,
only denying that his being elected three times proves it. Between
his first term and his second, a period of nine years elapsed; and
when he was called to serve the third time, it was twenty-three years
since he had first filled the mayor’s chair. In the time of Whitting-
ton, aldermen were frequently called upon to take this office more
than once. Sir William Stonden, grocer, who had been mavor in
1392, succeeded Whittington; and Stonden himself was succeeded in
1408 by Sir Drew Barentine, goldsmith, who had succeeded Whitting-
ton in 1398; and from these different successions in different years, it
is argued that Whittington’s frequent occupancy of the office arose
from the fact that, all the aldermen having occupied the chair, it
became the turn of the senior members to serve again ; so that the
repetition of election arose from the paucity of candidates of sufficient
station, capable of bearing the expenses of the office, rather than as a
tribute to his personal popularity and virtues, which his fellow
citizens only discovered after such\long periods as nine and twenty-
three years. But it may be doubted whether this argument is as
strong as it appears; for it is founded on the fact that the Lord
Mayor was always elected as he is at present. The electors now are
the liverymen of the several companies of London, who meet in Com-
mon Hall on the 29th of September in each year; and to this com-
pany so assembled, the crier reads a list of aldermen in the order of
seniority, who have served as sheriff, and who have not already passed
the chair of mayoralty. In ordinary cases the first two persons named
are accepted; and although the livery may depart from that order, or
even select those who have already been elected and served, still it is
not the usual course to do so. The two names finally determined
upon are announced to the mayor and aldermen by the common
sergeant ; and they also generally select the senior alderman, although
they have occasionally rejected the senior and chosen the other candi-
Whittington and His Cat. 111
date presented by the livery. The person elected declares his accept-
ance of the office; the Lord Mayor, recorder, sheriffs, crier and
common sergeant return to their hall, and the proclamation of the
election is made. It only remains to present the successful candidate
to the Lord Chancellor, to receive, through him, the assent of the
Crown to the election, and then to administer the usual oaths before
the mayor and aldermen.
But the city records of London show that in the earlier days,
a much larger and more popular constituency than the livery-
men of the different companies, claimed the right to elect the
Lord Mayor; so large a constituency, indeed, that it is supposed
to have comprised the whole body of citizens. For Richard IL,
in whose reign Whittington was Lord Mayor for the first time, had
shown a determined and open hostility to the citizens, partly because
they had manfully remonstrated against the acts of his ministers, and
partly because he was envious of their wealth ; and when they had
fallen under his displeasure, they could only purchase his forgiveness
by large contributions of money. Sir Nicholas Brember, whom I
have before mentioned as having served as Lord Mayor for three con-
secutive terms, was a creature of the king’s, and he forced him on
the citizens as Lord Mayor several times, in defiance of their wishes
and rights; and this was one of the elements of the struggle between
Richard and the Londoners. This struggle rose to its climax in 1382,
when the citizens selected John of Northampton as an opposing candi-
date to Nicholas Brember; of the particulars of this struggle we have
no account, althougk the poet Chaucer, who was deeply interested in
it on behalf of the citizens, tells us that they would have submitted
to every imaginable disadvantage rather than have suffered the man-
ner and rule of the hated governors ; and when Brember endeavored
to hinder the election, aud procure one in favor of himself, then the
‘insurrection broke out, or as Chaucer expresses it, “ mokyl roar
-arreared.” The insurrection was put down by a large body of armed
men under Sir Robert Knolles on behalf of the King; and Sir Nicholas
Brember was again duly installed. How deeply Chaucer as a simple
citizen was interested in these proceedings appears from the fact
that he fled to Zealand to escape the trial which had been commenced
against him. Venturing back to London in 1386, he was elected
member of Parliament for Kent; but this very election may have
determined the government not to overlook his former conduct ; for
he was arrested in the latter part of that year, and sent to the Tower
-and deprived of his offices, namely, the comptrollership of the customs
112 Whittington and His Cat.
im the port of London, and the comptrollership of the sinall customs.
Contrasting his former with his present estate, he touchingly says :
“ Although I had little in respect (comparison) among others great.
and worthy, yet had I a fair parcel, as methought for the time, in
furthering of my sustenance; and had riches sufficient to waive need ;
and had dignity to be reverenced in worship; power methought that I
had, to keep from mine enemies; and me seemed to shine in glory of
renown. very one of these joys is turned into his contrary; for
riches, now have I poverty; for dignity, now am I imprisoned;
instead of power, wretchedness I suffer; and for glory of renown, I
am now despised and fully hated.” He was set at liberty in 1389, and
it would certainly appear from this account, that in the early history —
of London, the citizens had more voice in the selection of their chief
magistrate than they have at present. So that after all, if it pleases.
us to consider Whittington’s elevation to office as a grateful tribute
on the part of his fellow citizens —and they had good reason to think
well of him — we are not running contrary to historical factsin so.
doing. |
There is but one other fact in the nursery tale to which I would
now call your attention, and that is his marriage; his wife was Alice
Fitzwarren, the daughter of the gentleman on the steps of whose house
he lay down to die, and who had befriended him asa poor boy in her
father’s house, and who had given him a penny to buy another cat, when
he had sent his first one on its renowned venture. For Stow, in his
history of London, informs us that Richard Whittington rebuilt the
parish church of St. Michael in the Royal, and made a college of St.
Spirit and St. Mary, with an alms-house, called God’s house or hos-
pital, for thirteen poor men who were to pray for the good estate.
of Richard Whittington, and of Alice his wife, their founders; and
for Sir Wm. Whittington, knight, and Dame Joan his wife; and for
Hugh Fitzwarren and Dame Malde his wife, the fathers and mothers.
of the said Richard Whittington and Alice his wife; and besides this.
testimony, in the church at Pauntley on the family estate in Glouces-
tershire, are emblazoned the arms of Whittington impaling Warren.
But the story gives no record of his honorable life, nor any account
of the good deeds he performed for the benefit of the poor, for the
education and enlightenment of his fellow citizens, or for the glory
and renown of the old city that honored him. He held his wealth at
the disposal of his king and his country, and showéd he had a proper
appreciation of it, by endeavoring to do what good he could with it,
Remember, he lived in the fourteenth century, in the Dark Ages, so.
Whittington and His Cat. 113
called ; some of our rich men in the nineteenth century have not
learned the true power of wealth as well as he knew it, and not as
often as we should, do we find them erecting lasting monuments to
religion, education and charity — monuments that would cause them
to be held in everlasting remembrance. With the church of St. Mi-
chael, in Paternoster Royal, his name is inseparably connected, for it
was there he founded his magnificent college with its master, four fel-
lows, masters of arts, clerks, conducts and choristers; and bestowed
on it the rights and profits of the church which belonged to him. This
college, called God’s House by his executors, was founded by him in
1421, “‘for perpetual sustentation of needy and poor people ;% and I
believe this is the first establishment of a home for the aged poor. It
is now under the control and management of the Mercers’ Company,
of which company Whittington was a member. The principal is a
person in holy orders called the tutor, whose duty it is to perform
service in the chapel, and to “oversee the husbandry of the house and
nourish charity and peace among his fellows.” Hach poor person ad-
mitted is to be one “‘meek of spirit, destitute of temporal goods in
other places, by which he might competently live, and chaste and of
good conversation.” The inmates must be single persons above fifty-
five, not having freehold property to the amount of £20, or other
property to the amount of £30 a year. They receive from the funds
of the college a yearly stipend of £30, besides enjoying some money
gifts, and the advantages of medical attendance and the assistance of
nurses. This charity, four hundred years after Whittington founded
it, erected a handsome stone building, at an expense of £17,000, and °
its annual income thirty years ago was nearly £5,000.
He was the founder of the large manuscript library, which,in the reign
of Edward Sixth, was in the chapel, called the Lord Mayor’s Chapel, ad-
joining Guildhall; and he laid the first stone of a new library building
attached to the church and house of the Gray Friars, near the spot
where Christ Church hospital now stands. The total expenses of this
building amounted to £556 16s. 8d, and of that sum Whittington con-
tributed £400. In this London monastery there appears to have been
the most considerable collection of books in the city, and one of its
treasures was a transcript of the works of Nicholas de Lira, which
_ waschained in the library. This book was one of Whittington’s gifts,
purchased at a cost of more than $300. During his third mayoralty,
he entertained at Guildhall King Henry the Fifth and his bride Catha-
rine of France. The king had just before been victorious at Agin-
court, and that victory and the others which followed it brought about
15
114 Whittington and His Cat,
this alliance, which was to give the crown of France to Henry and his
heirs, on the death of the present French king. The war had been
expensive, but the loyal Englishman forgot all that, when he considered
the glory of the crown, and the honor due to the king, who had
knighted him. Guildhall exhibited all its magnificence; precious
stones reflected the light from the chandeliers; choruses of beautiful
females sung the praises of the victorious sovereign ; wine flowed down
the conduits instead of water; the tables were loaded with the choicest
fish, most delicate meats and rare confections. The king was amazed
anddelighted. “Surely,” said he,“ never had prince such a subject ; even
the fires are filled with perfumes.” ‘I will make these fires still more
grateful,” said Sir Richard, ‘‘if your highness inhibit’me not.” The
king nodded his assent, and Whittington, advancing to the fire, drew
forth a packet of bonds and placing them in the flames, he said:
“Thus do I acquit your highness of a debt of £60,000!”
Says Richard Grafton, one of the old antiquaries of London :
‘* This year (1406), a worthy citizen of London, named Richard Whit-
tington, mercer and alderman, was elected mayor of the said city, and
bore that office three times. This worshipful man so bestowed his goods
and substance to the honor of God, to the relief of the poor, and to the
benefit of the common weal, that he hath right well deserved to be
registered in the book of fame. First, he erected one house or church
in London to be a house of prayer, and named the same after
his own name, Whittington College, and so it remaineth to this day.
And in the said church besides certain priests and clerks, he placed a —
number of poor aged men and women, and builded for them houses
and lodgings, and allowed unto them wood, coal, cloth and weekly
money, to their great relief and comfort. This man, also at his own
cost, builded the gate of London, called Newgate, in the year of our
Lord 1422, which before was a most ugly and loathsome prison. He
also builded more than half of St. Bartholomew’s Hospital, in West
Smithfield, in London. Also he builded, of hard stone, the beautiful
library in the Grey Friars, in London, now called Christ’s Hospital,
standing in the north part of the cloister thereof, where in the walls
his arms is graven in stone. He also builded for the ease of the mayor
of London and his brethren, and of the worshipful citizens, at the —
solemn days of their assembly, a chapel adjoining to the Guildhall, to
the intent they should ever before they entered into any of their affairs,
first to go into the chapel to call upon God for his assistance. Andin
the end, joining on the south side of the said chapel, he builded for the
city a library of stone, for the custody of their records and other books.
He also builded a great part of the east end of Guildhall, besides
many other good works that I know not. But among all other I will
show unto you one very notable, which I received credibly by a writing
of his own hand, which also he willed to be fixed as a schedule to his
last will and testament, the contents whereof was, that he willed and
Whittington and His Cat. 115
_ commanded his executors, as they would answer before God at the day
of the resurrection of all flesh, that if they found any debtor of his,
that ought to him any money, that if he were not in their consciences
well worth three times as much, and also out of the debt of other men,
and well able to pay, that then they should never demand it, for he
clearly forgave it, and that they should put no man in suit for any
debt due to him. Look upon this, ye aldermen, for it is a glorious
glass.”
Ah! good master Grafton, there be few aldermen that prepare them-
selves for the discharge of their official duties, in the way you have
pointed out; and there be still fewer, aldermen or citizens, that would
ever look into the glass you hold up before them.
From this account of Whittington’s good deeds it would be no won-
der if Englishmen should cherish his memory lovingly, and so they do;
but the curious part of it is, that it is the mythical or legendary por-
tion of his history that has been preserved aud has come down to us,
while the true facts of his life are even now being slowly gathered to-
gether, and still are difficult to obtain.
Look at the history connected with the stone on which he sat while
listening to the Bow Bells of Chepe. The original stone is said to
_haye been placed in Highgate Hill by himself, and it had a pavement
around it eighteen feet_in circumference. This stone remained as he
placed it until 1795, when one S—— (history does not tell us what his
name was; it only gives us the first letter, but he was the parish
clerk at Islington) had the stone removed and sawed in two, and
placed the halves on each side of Queen’s Head Lane, in the lower street
of that town. He tore up the pavement around the stone, and with it paved
the yard of the Blue Last public-house, now the Marlborough Head, Is-
lington. That disposed of the first and original stone. But another stone
of smaller dimensions was immediately erected on the same spot and on
it was inscribed “ Whittington’s Stone;” and, strange to say, it was
never known by whose order or at whose expense it was done. This sec-
ond stone, in point of fact, was three stones — two stones being used as
bases to keep the Whittington stone upright. These remained until
May, 1821, when they were removed by order of the church wardens of
St. Mary Islington, and we find that it cost them £10 13s. 8d to do it,
but we are not told why it was done; then the trustees of the parish
ways erected a third stone, but in a different place. This was removed
in 1854, and a tavern erected where it stood. Whether the turning
point in Whittington’s life remained unrecorded until 1869, I cannot
say, although it is likely; but in that year, Mr. Richard Perkins, pro-
prietor of the Whittington Stone Tavern, at an expense of £40, re-
116 Whittington and Es Cat.
faced the old stone, inclosed it in an oval plinth, surrounded it with an
iron railing, supporting a very handsome lamp, and inscribed on it.
‘“‘ Whittington Stone,’’ with the years of his service as Lord Mayor and
Sheriff, and added the following: ‘‘ This stone was restored, the rail-
ing fixed, and lamp erected, at the sole expense of R. Perkins, 1869.”
So, now, Whittington and Mr. R. Perkins will go down to posterity
together. Now, despite this record of the stone, which goes back long
before 1795, it is very doubtful whether Whittington sat on a stone at.
all. For from the ancient deeds that have been found, it appears that
on that part of Highgate Hill there stood in ancient times a Lazar
house or hospital for leprous persons; and from an old view of the
place which has been preserved, it would seem that the stone was a
part of a wayside cross in front of the chapel of St. Anthony, erected
for the purpose of attracting the notice of the passing traveler, to the
unhappy victims of disease in the hospital, and as a means of solicit-
ing his alms and his prayers for the unfortunate. Such a cross would,
of course, be very old, but it would be long after the time when Whit-
tington flourished. But the story is stronger than historical facts,
and thanks to Mr. Perkins’ liberality, the story seems destined to out-
live them,
But [ do not believe the story would have lived for a generation had
it not been for the part the cat has taken init. Puss seems to have
been the foundation of the whole tale, and had she been left out, his
good deeds, his munificent charities, and his high honors would all
have been forgotten. That prince of old gossips, Pepys, tells us, that
he went “to Southwarke fair, and there saw the puppet show of Whit-
tington, which was pretty to see; and how that idle thing do work
upon people that see it, and even myself, too!” Honest old Samuel;
but we cannot believe that the puppet show could have worked upon
him very greatly, or that the play could have been a stock piece of
Punch and his dramatic troupe for more than a century, if the cat
had not been one of the principal performers. arly in the reign of
James I., Reginald Elstracke published avery fine engraving of Whit-
tington, in which he was represented with his hand resting on a skull.
There was no sale for it, no one wanted it; his great and generous
deeds failed to create a market for it. So one Peter Stint, a print-
seller ‘of Pye Corner in London, purchased the plate, and having a
proper appreciation for the Englishman’s love of the legend, and also
a keen eye for business, erased the skull and engraved a cat in its
place; and he had no difficulty then in disposing of all the copies he
printed.
Ee ——
- Whittington and His Cat. 117
At Mercers’ Hall, to which company Whittington belonged, there
is a portrait on canvas of a man of about sixty years of age, dressed
in a fine livery gown and black cap of the time of Henry VIII. It is
about a half length portrait, and on the left hand of the figure is a
black and white cat, whose right ear reaches up to the band, or broad
turning down of the skirt of the figure, and in the left-hand upper
corner of the canvas is painted “R. Whittington, 1536.” The inn-
keepers of England, who, I think, can bear off the palm for curious
signs, early adopted this one, and the Lord Mayor and his feline friend
in many places invited the weary traveler to the ease that an inn af-
fords; while one ambitious innkeeper outstripped all others in this
particular line, by exhibiting, in the window of his public house on the
’ Highgate Road, the skeleton of a cat, which the good people who visit
the place firmly believe to be the mortal remains of Whittington’s
early friend. Now, all this is more curious, when we know that the
story of a cat being the source of a man’s wealth, is not an English
story at all; but that long before Whittington was born, such stories
were current in Tuscany, Persia, Denmark and other countries. It is
possible, of course, that the heroes of all these stories had cats, and
got wealth by them, as Whittington is said to have done, but it is not
likely ; and when we come to read these stories, we find such a strik-
ing resemblance between them and that of our hero, that we are forced
to believe that they must have been transmitted from one country to
another in some way. You can only judge of the similarity of these
stories by permitting me to relate some of them ; and the first one we
shall take comes from Persia.
In the 700th year of the Hejira (A. D., 1300), in the town of
Siraf, lived an old woman with her three sons, who, turning out
profligates, spent their own patrimony and their mother’s fortune;
and abandoning her, went to live at Kais. A little while after, a
Siraf merchant undertook a trading voyage to India, and freighted
aship. It was the custom of these days, that when a man undertook
a voyage to a distant land, each of his friends intrusted to his care
some article of property, and received its produce on his return.
The old woman, who was a friend of the merchant, complained that
her sons had left her so destitute that except a cat, she had nothing to
send as an adventure, which yet she requested him to take. On ar-
riving in India he waited upon the king of the country, who, having
granted him permission to trade with his subjects, also invited him to
dine. ‘The merchant was surprised to see the beards of the King and
his courtiers encased in golden tubes; and the more so, when he ob-
118 Whittington and His Cat.
served that every man had a stick in his hand. His surprise still
increased, when, upon the turning up of the dishes, he saw swarms of
mice sally out trom the wall, and make such an attack upon the vic-
tuals as to require the greatest vigilance of the guestsin keeping them
off with their sticks. This extraordinary scene brought the cat of the
old woman of Siraf into the merchant’smind. When he dined a sec-
ond time with the king he put thecat under his arm, and no sooner
did the mice appear than he let it go, and to the delight of the king
and his courtiers, hundreds of mice were laid dead about the floor.
The king, of course, longed to possess so valuable an animal, and the
merchant agreed to give it up, provided an adequate compensation
were made to its real owner. When the merchant was about his de-
parture, he was shown a ship finely equipped, laden with all sorts of
merchandise, which he was told was to be given to the old woman
for her cat. She, of course, could scarcely yield credit to his tale, but
when she found that he was in earnest, and that she was possessed of
such vast wealth, she imparted her good fortune to her sons, who.
came over to her, and after having made merry with the ready money,
embarked with their mother and the rest of the property, and estab-
lished themselves at Kais. Here they traded with great success, until
their name became so famous that twelve ships all at one time were
consigned to them. They managed by stratagem to make away with
the owners of these ships, seized their property, and commenced to be
pirates. In this new character they were again successful, and became
so powerful that they braved the king of the country, who was too
weak to destroy them. In the course of time, indeed, their descend-
ants became the kings of Kais, and are known in Persian history
under the name of Beni Kaiser. At length their power was destroyed
by Atta Beg, then king of Fars; and since then, their possessions have:
been annexed to the Persian dominions. This is the legend of Persia,
current before Whittington was born.
Italy furnishes us with another story, told by Count Lorenzo.
Magalotti, a Florentine nobleman, who flourished in the latter part of
the 17th century ; the story, however, is no invention of his own, but.
an old legend current many years in Italy, and it is as follows:
‘You must know that at the time our Amerigo Vespucci discov-
ered the new world, there wasin our city (Florence) a merchant whose
name was Messer Ansaldo degli Ormanni, who, though he was very
rich, being, perhaps, desirous of doubling his wealth, freighted a large
ship, and began to sell his merchandise in the newly-discovered parts:
of the west. And having made two or three good voyages thither,
and gained immensely in his dealings, he determined to return there
Whittington and His Cat. 119
for the fourth time. But scarcely had he departed from Cadiz, when
a most furious tempest arose, and he ran for several days without
knowing whither he should go. Fortune, however, was so kind to
him, that she brought him to an island named Canary. He had
scarcely anchored, when the king of the island, hearing of the arrival
of a vessel, came down to the port with all his barons; and having
given Messer Ansaldo a most gracious reception, to let him see how
agreeable his arrival was to him, insisted on taking him with him to
the royal residence. Here, the tables being spread in the most sump-
tuous manner, he sat down along with Messer Ansaldo, who, seeing
several of the young men who waited on the king holding in their
hands great long rods, like those carried by the Penitents, wondered
yery much; but as soon as the dishes were brought up he saw at once
what was the cause of this mode of attendance, for the mice that
came from all sides and attacked these delicate meats were so large
and so numerous that it was quite wonderful. The young men then
bestirred themselves, and used their rods vigorously to defend from
them the dish off which the king and Messer Ansaldo were eating.
Ansaldo, when he had heard, and in some sort also seen, that the mul-
titude of these nasty animals was numberless in that island, and that
no way had ever been discovered of destroying them, endeavored by
signs to let the king know that he would give him a remedy which
would clear the country completely of such animals. So he ran down
to his vessel, took two remarkably fine cats, a male and a female, and
bringing them to the king, made the tables be covered once more.
Scarcely had the odor of the victuals began to diffuse itself, when the
usual procession made its appearance ; which, when the cats saw, they
began to skirmish away so nobly that in a very short time they had
made a glorious slaughter among them. The king rejoiced beyond
measure at what he saw, and wishing to recompense the courtesy of
Messer Ansaldo, ordered several nets of pearls, and abundance of gold
and silver and other precious stones to be brought to him, and he
presented them to Messer Ansaldo, who thinking that he had now made
sufficient profit of his merchandise without going to dispose of it in
the west, spread his sails to the wind, and returned home as rich as he
need be.”
Stories similar to these are found in Tuscany and Denmark,
while Venice furnishes us one which is connected with the origin
of that city, and was an old story one hundred years and more
before Whittington was born. Indeed, it is generally conceded that
the story did not make its appearance in England until about the
reign of Elizabeth, about a century and a half after Whittington was
in his grave. One of the earliest allusions to the story that we have,
is in the play of Eastward Hoe, made (as the old edition has it) by
Geo. Chapman, Ben Jonson and John Marston, and played in the
- Black Friars by the children of her Majesty’s Revels. In this play,
Touchstone had given his daughter in marriage to his apprentice,
126 Whittington and His Cat.
Goulding, releasing him from his indenture before his marriage. On
the first day of his freedom, Goulding was taken into the livery of his
company, and afterward appointed deputy to the alderman of his
ward. Relating his advancement to his father-in-law, Touchstone
says: “I hope to see thee one of the monuments of our city, and reck-
oned among her worthies, to be remembered the same day with the
Lady Ramsey and grave Gresham, when the famous fable of Whitting-
ton and his puss shall be forgotten, and thou and thy acts shall be-
come the posies for hospitals; when thy name shall be written upon
conduits, and thy deeds played in thy life-time, by the best companies
of actors, and be called their get-penie.” This play was written in
1603.
In an old play called “If you know not me you know nobodie, or
the Troubles of Queen Elizabeth,” by Thomas Heywood, 1609, we
have the following dialogue between Nowell and Hobson: .
Nowell —“ This Sir Richard Whittington three times Maior,
Sonne to a Knight and prentice to a Mercer,
Began the librarie to Grey Friars in London;
And his executors after him did build
Whittington College, thirteen Almes Houses for Poore Men,
Repaired St. Bartholomew’s in Smithfield,
Glased the Guildhall and built Newgate.”
Hobson —“‘ Bones of me! then I have heard lies ;
For I have heard he was a scullion,
And raised himself by venture of a cat.” 7
Nowell —‘‘ They did the more wrong to the gentleman.”
In the ‘‘ Induction,” as it is called, to Beaumont and Fletchar’s
comedy of the “‘ Knight of the Burning Pestle” (A. D. 1613), the
speaker of the prologue is interrupted by a citizen, who commands
him to stop, as the play is intended to abuse the citizens, and asks him:
«“ Why could you not be contented as well as others, with the legend of
Whittington, or the life and death of Sir Thomas Gresham with the
building of the Royal Exchange? Or the story of Queen Eleanor,
with the rearing of London Bridge upon woolsacks?” And the
earliest notice of the song, ‘‘ Turn Again, Whittington,” is in “Shir-
ley’s Constant Maid” (1640), where the niece says:
“ Faith, how many churches do you mean to build
Before you die? Six bells in every steeple,
And let them all go to the City tune,
‘Turn again, Whittington ’— who, they say,
Grew rich, and let his land out for nine lives,
Cause all came in by a cat,”
aa
Whittington and His Cat. 121
But I think, perhaps, the earliest notice of the story is in Richard
_ Johnson’s ‘‘ Crown Garland of Golden Roses.” Johnson was a ballad
and prose romance writer at the end of the i6th and beginning of the
17th century, and it is not known in what year he was born, or when
he died. The first edition of his ‘‘ Garland” was published in 1612,
and the ballads in this collection were written at an earlier period than
the date oftheir publication in the form of a ‘“‘ Garland.” The ballad
is entitled “A Song of Sir Richard Whittington, who, by strange for-
tunes, came to be thrice Lord Maior of London; with his bountifull
guifts and liberality given to this honourable Citty,” to be sung to the
tune of ‘‘ Dainty Come Thou to Me,” and is as follows:
Here must I tell the praise
Of worthy Whittington;
Known to be in his dayes
Thrice Maior of London.
But of poor parentage
Borne was he, as we heare;
And in his tender age
Bred up in Lancashire.
Poorely to London than
Came up this simple lad,
Where with a marchant man
Soone he a dwelling had ;
And ina kitchen plast
A scullion for to be,
Whereas long time he past
In labour drudgingly.
His daily service was
Turning spitts at the fire,
And to scour pots of brass
For a poore scullion’s hire.
Meat and drinke all his pay,
Of coyne he had no store,
Therefore to run away
In secret thought he bore.
So from this marchant man
Whittington secretly
Towards his country ran,
To purchase liberty.
But as he went along
In a fair summer morne,
London’s bells sweetly rung,
“ Whittington back return.”
Evermore sounding so
“Turn againe Whittington,
For thou in time shall grow
Lord Maior of London.”
Whereupon back againe
Whittington came with speed,
A prentise to remain
As the Lord had decreed.
** Still blessed be the bells.”’
This was his daily song,
_ ** They my good fortune tells,
Most sweetly have they rung.
If God so favour me,
I will not proove unkind,
London my love shall see,
And my great bounties find.”’
But see his happy chance;
This scullion had a cat,
Which did his state advance,
And by it wealth he gat.
16
His maister ventred forth,
Toa land far unknowne,
With marchandise of worth
As is in stories showne.
Whittington had no more
But his poore cat as than,
Which to the ship he bore,
Like a brave marchant man.
Vent’ring the same, quoth he,
I may get store of golde,
And Maior of London be,
As the belis have me told.
Whittington’s marchandise
Carried was to a land
Troubled with rats and mice,
As they did understand.
The king of that country, there
As he at dinner sat,
Daily remained in fear
Of many a mouse and rat,
Meat that in trenchers lay
No way they could keepe safe,
But by rats borne away,
Fearing no wand or staffe.
Whereupon soone they brought
Whittington’s nimble cat,
Which by the king was bought
Heapes of gold giv’n for that.
Home againe came these men
With their ships loaden so,
Whittington’s wealth began .
By this cat thus to grow.
Scullion’s life he forsooke
To be a marchant good,
And soon began to looke
How well his credit stood.
After that he was chose
Shriefe of the citty heere,
And then full quickly rise
Higher, as did appeare.
For to this cities praise,
Sir Richard Whittington
Came to be in his dayes
Thrise Maior of London.
More his fame to advance
Thousands he lent his king,
To maintaine warres in France,
Glory from thence to bring.
And after at a feast
Which he the king did make.
He burnt the bonds all in jeast,
And would no money take. ,
Whittington and His Cat.
Ten thousand pound he gave
To his prince willingly,
And would not one penny have,
This in kind curtesie.
God did thus make him great
So would he daily see,
Poore people fed with meat
To show his charity.
Prisoners poore cherished were,
Widdowes sweet comfort found,
Good deeds both far and neere,
New Gate he builded faire
For prisoners to live in;
Christ’s Church he did repaire,
Christian love for to win.
Many more such like deedes
Were done by Whittington,
Which joy and comfort breedes
To such as looke thereon.
Lancashire then hast bred
This flower of charity;
Though he be gon and dead,
Of him do still resound.
Whittington Colledge is
One of his charities;
Records reporteth this
To lasting memories.
Yet lives he lastingly.
Those bells that called him so,
“ Turne again Whittington,”
Call you back many moe
To live so in London.*
From the registers of the Stationers’ Company in London it appears
that on the 8th day of February, 1604-5, Thomas Pavier entered ‘‘ The
history of Richard Whittington, of his lowe birthe, his great fortunes
as yt was plaied by the Prince’s Servants.” ‘This is the earliest printed
account of the story of which we have a certain date, and it was fol-
lowed on the 6th of July, 1605, by a ballad, entered by Joseph Wright,
called ‘‘ The wondrous life and memorable death of Sir Richard Whit-
tington, now sometime Lord Maior of the Honorable City of London.”
All these illustrations go to show that the story was invented some
time in the reign of Elizabeth, as we find no record of it at an earlier
date; and we are met at once by the question, how did the story come
to be told of Whittington at all? That isa hard question to answer;
but there’s a harder one. Did he have acat? And this question has
been a puzzler to scientific and antiquarian societies. The London
Antiquarian Society had a discussion on this point, but did not settle
it. ‘*‘ Mr. Pegge,” it is said, ‘‘ gave us the history of Whittington, but
could make nothing at all of his cat, although she is his constant
companion in all statues and pictures.’ And Horace Walpole, angry
at the society because of their publication of Master’s reply to his his-
toric doubts, says in one of his letters: “I choose to be at liberty to
say what I think of the learned society, and, therefore, I have taken
leave of them, having so ‘good an occasion presented as their council
on Whittington and his cat, and the ridicule that Foote has thrown on
them.”
Foote did indeed do his best to ridicule the society, and the account
of it is not only amusing but pertinent to this matter we are discuss-
ing, too. His satire on the society is found in the comedy of “The
*Harper’s Magazine for December, 1879, published a fac simile of a ballad entitled ** Lon-
don’s Glory and Whittington’s Renown; or a Looking-Glass for Citizens of London.”
This ballad is found among the Rexburghe ballads (III, 58), and the conjectured date of
its publication is 1641. It is, however, substantially Johnson’s earlier ballad, with the ad-
dition of the 1st verse and the 18th verse, and other changes of words and lines through-
out the whole ballad. =
Whittington and His Cat. 123
Nabob,” which was produced at the Theatre Royal Haymarket in 1772.
Sir Matthew Mite, the hero of the comedy, was the son of a cheese-
monger, and was sent beyond the seas to escape the punishment of
some youthful indiscretion. While there he accumulated great wealth,
and on his return home he lived in profligacy. Among the other
honors that were heaped upon him, notwithstanding his low life, was
his election to be a member of the Antiquarian Society, and one of the
rules of the society was, that every member elected should produce
proofs of his antique erudition, and should deliver an inauguration
speech. To prove that he has made the necessary antiquarian
researches, he attends the meeting preceded by four black servants,
one bearing an illegible manuscript in Latin, containing the twelve
books of Livy, supposed to have been lost ; another bearing a sarco-
phagus or porcelain urn, dug from the Temple of Concord, and supposed
to have held the dust of Marc Antony’s coachman ; another, a large
piece of lava thrown from the Vesuvian volcano at the last great
eruption, by a chemical analysis of which, and by properly preparing
it, it will be no difficult task to propagate burning mountains in Eng-
land, if encouraged by premiums; and a fourth containing a box
bearing petrifactions, bones, beetles and butterflies. These proofs of
antiquarian research being considered sufficient, he proceeds to deliver
his inaugural address, taking for his subject Whittington and his cat.
“The point I mean to clear up,” he says, ‘‘is an error crept into the
life of that illustrious magistrate, the great Whittington, and his no
less eminent cat; and in this disquisition four material points are in
question. 1st. Did Whittington ever exist? 2d. Was Whittington
Lord Mayor of London? 3d. Was he really possessed of a cat? 4th.
Was that cat the source of his wealth? That Whittington lived no
doubt can be made; that he was Lord Mayor of London is equally
true ; but as to his cat, that, gentlemen, is the Gordian knot to untie.
And here, gentlemen, be it permitted me to define what a cat is. A cat
is a domestic whiskered four-footed animal, whose employment is
catching of mice; but let puss have been ever so subtle, let puss
have been ever so successful, to what could puss’s captures amount ?
_ No tanner can curry the skin of a mouse, no family make a meal of
the meat; consequently no cat could give Whittington his wealth.
From whence then does this error proceed? Be that my case to point
out. The commerce this worthy merchant carried on was chiefly con-
fined to our coasts; for this purpose he constructed a vessel which, for
_ its agility and lightness, he aptly christened a cat. Nay, to this our
day, gentlemen, all our coals from Newcastle are imported in nothing
124 Whittington and His Cat.
but cats. From thence it appears that it was not the whiskered four-
footed mouse-killing cat that was the source of the magistrate’s wealth,
but the coasting, sailing, coal-carrying cat; that, gentlemen, was Whit-
tington’s cat.” |
But Foote’s solution of the problem, ingenious though it is, has not
been considered as settling the matter entirely, and a controversy has
arisen on the point which, like many controversies in which neither
party has any positive knowledge on the subject, has left the disput-
ants of the same opinion that they were ‘when they began the wordy
warfare.. On the one hand it is argued that the story of Whittington
getting his wealth by a cat isa pure fiction; that as he was born before
the year 1360, the year in which his father died, and was Lord Mayor
the first time in 1397, and as the cat voyage occurred when he was a
lad, it must have happened about the year 1375, when he was about
fifteen years old. Now the story lays the scene of the cat adventure
on the west coast of Africa, and during the whole of Whittington’s
life-time that coast was as nearly unknown to Europe as the coast of
America, for the Portuguese did not begin exploring it until the fifteenth
century, not in fact until after the death of Whittington, in whose
time the most distant voyages of English ships could only have been
to the Baltic, or the Mediterranean, on the shores of which cats were
as well known and as plentiful as in England.
This appears to be a pretty strong line of argument, but not strong
enough to convince an antiquary who had made up his mind other-
wise ; so forgotten books of travel are unearthed, old encyclopedias
are ransacked and all the facts and hints are gathered together, and it
is shown that the African shores were visited by the English — not
continuously, perhaps, but enough to say they were there—at the
time Whittington is said to have sent his cat there. And more than
that, there was great need that the cat should be sent there, for even as
late as 1732, one Jean Barbat testifies of the enormous quantity of rats
that were there, and that the cats were imported from Europe. And
besides, the cat was able to be the source of his wealth, for cats brought
enormous prices in countries so troubled with rats.
Two cats were taken out as a speculation to Cuyaba in Brazil, where
there was a plague of rats, and they sold for a pound of gold; their
kittens brought each thirty pieces of eight, or over thirty dollars in
our money. The next generation brought about twenty dollars a piece,
and so the price gradually fell as the supply increased; and the elder
Amalgro is said to have given 600 pieces of eight, or $675, to the per-
son who presented him with the first cat which was brought from
:
.
.
j
Whittington and His Cat. 125
South America. And the same thing is shown in the early history of
Britain ; for cats were then held in so great estimation that their pres-
eryation was considered of the utmost importance, and in the reign of
Howel the Good, a Cambrian prince, who died A. D. 948, special laws
were made to fix the price of different animals, and among them the
cat was included on account of its scarcity and utility. The price of
. a kitten before it could see was fixed at one penny, till proof could be
given of its having caught a mouse two pence, after which it was rated
at four pence, and this was a great sum in those days. It was likewise
required that the animal should be perfect in its senses of hearing and
seeing, should be a good mouser, and have its claws whole. If any
one should steal or kill the cat that guarded the prince’s granary, the
offender was to forfeit either a milch ewe, with her fleece and lamb, or
as much wheat as when poured on the cat, suspended by its tail (its
head touching the floor), would form a heap high enough to cover the
tip of the tail.
And on such an array of facts as this the contestants for a literal
interpretation of the story rest their case.
But neither of these views appears to me to be the correct one, for if
there is no truth in the statement that Whittington got his wealth by
a cat, how did it happen that his name was and is always associated
with this animal; how did it happen to him rather than to some other
man? ‘There is always a history connected with such an association -
something in the character, condition and circumstances of the man
that makes it appropriate, or properly descriptive, or else it would not
be. No man would have such a story attached to his name if there
were no reason for it, and it is no matter how foolish a reason it
may be. The other particulars of the story could easily be increased
and enlarged upon by its transmission through so many centuries:
but there must have been something that was the origin of the idea
that he had a cat. To ask us to believe, as the literal interpreters do,
that it was a veritable cat, seems to be asking too much when we call
to mind the many similar stories of other men living in different
countries and at different times ; and I rather incline to the opinion
expressed in sport by Foote, that Whittington obtained his wealth in
the coal trade, and that it was the cat of the collier that gave rise to
the story. There is no doubt that the boats that carried the coal to
London were called cats, and Webster gives as one of the meanings of
_ the word the following: “ A strong-built ship from four to six hundred
tons burden and employed in the coal trade.” And the history of the
‘use of coal in London agrees very curiously with the time that Whit-
126 _ Whittington and His Cat.
tington flourished. It was first made an article of commerce from the
north to the metropolis in 1381, when Whittington was just of age.
Previous to that time its use had been prohibited in London by a proc-
jamation of Edward I., issued in 1306. And Prynne gives us the rea-
son for the proclamation:
“ When brewers, dyers and other artificers using great fires began
to use sea coals instead of dry wood and chareoals in and near
the city of London the prelates, nobles, commons, and other people
of the realm, resorting thither to Parliament and upon other
occasions, with the inhabitants of the city, Southwark, Wapping
and East Smithfield, complained thereof twice, one after another,
to the king, as a public nuisance, corrupting the air with its stink
and smoke to the great prejudice and detriment of their health.
Whereupon the king first prohibited the burning of sea coal by his
proclamation, which being disobeyed by many for their private lucre,
the king, upon their second complaint, issued a commission of oyer
and terminer to inquire of all such who burned sea coals against his
proclamation within the city, or parts adjoining to it, and to punish
them for their first offense by great fines and ransoms, and for their
second offense to demolish their furnaces and kilns wherein they burnt
sea coals, and to see his proclamation strictly observed for times to
come.”’
» Dr. Bachoffner in a lecture before the Royal Polytechnic Institution
mentions the fact that three separate proclamations were issued against
the burning of coal, and that it was at last made a capital offense, and
a man was actually accused, tried, condemned and put to death for burn-
ing coal within the metropolis. Such a statement as this seems almost
incredible, and although no record has been found of any convic-
tion or execution for such an offense, still we can hardly suppose that
it would have been made before such a society without some ground
for it. At any rate, these facts show that there was a great source of
wealth in the coal trade in those early days, or men would not have
been so willing to disobey the royal command ; and all restrictions
being removed in Whittington’s early manhood, he may have laid the
foundation of his wealth with this kind of a cat.
Again, it is a common thing in the English language for one word —
to be substituted for another, when both words sound alike, but mean
different things; so that it would be no difficult matter to invent the
whole story of the cat, the pussy, when there was no other foundation
for it than the cat, the coal boat. One example will show this.
In King Lear, Edgar, disguised as a madman, tells Gloster what he |
eats and drinks and how he suffers, and closes with the well-known
couplet —
“But mice and rats and such small deer
Have been Tom’s food for seven long year.”
Whittington and His Cat. 127
_ We do not see why mice and rats should be called “deer;” but the
difficulty vanishes when we remember that Shakespeare undoubtedly
used originally the Anglo-Saxon word “ deor,” which means “ beasts ;”
and Tom meant ‘‘ mice and rats and such small beasts” had been his
food for seven long year, and the word being the same in sound asour
English word for a special beast, the meaning of the couplet has been
somewhat obscured. But Iam not so strenuous in support of this
theory of the story as to seek a quarrel with any who do not agree
with me. If you prefer that your childhood remembrances should
not be disturbed, consider a veritable cat as the hero of the story;
there are many who will agree with you, and these early recollections
are the most sacred we have. As Martin Luther said: ‘‘I would not
for any quantity of gold part with the wonderful tales which I have
retained from my earliest childhood, or have met with in my progress
_ through life ;” and with such testimony as that, you do well to cherish
them, and let no words of mine cause you to depreciate the value of
your treasure.
AN ACCOUNT OF THE MANUSCRIPTS OF GEN. DEARBORN
AS MASSACHUSETTS COMMISSIONER IN 1838 AND 1839,
FOR THE SALE OF THE SENECA INDIAN LANDS.
By Henry A. Homes, LL.D.
[Read before the Albany Institute, October 12, 1880.]
At a sale at auction, in Boston, in October, 1878, of books and
manuscripts from the library of J. W. Thornton, one of the titles in
the catalogue, describing the articles offered for sale, read as follows:
‘*¢ Journal of a Mission as Commissioner from the State of Massachu-
setts to the Seneca and Tuscarora Indians; and an account of the
treaties held with those tribes, in the years 1838 and 1839, for the sale
uf their lands, and for their emigration west of the Mississippi. By
H. A.S. Dearborn, Superintendent of Massachusetts. In 3 vols. 4to.”
It was thought that these volumes might be worth securing for our
State Library. I wrote to Hon. Lewis H. Morgan of Rochester, to
obtain his opinion as to their probable value. You are all well aware
of Mr. Morgan’s extensive acquaintance with New York Indian His-
tory. His well-known volume, ‘‘The League of the Iroquois,” gives
their history, religion and customs with a touching eloquence. In
answer, he referred me for explanation to a passage in this volume.
From this extract, and from the manuscripts themselves, I learned
that they referred to a treaty of the United States with the Seneca.
and Tuscarora Indians in the extreme western part of this State,
whereby 119,000 acres of their lands were to be sold, and they were to
emigrate to Green Bay, Michigan. But the measures by which the
treaty with the Indians had been secured were represented to have
been tainted with so much corruption and fraud, there was so much
opposition on the part of the Indians themselves to emigrating, they
were supported in their opposition by so many friends, especially by
the Society of Friends, that the purchasers, the Ogden Land Company,
finally made a compromise, and yielded up to them more than half of
the land which they had purchased.
This transaction was painted by Mr. Morgan, in the passage to
which he referred me, in very sombre colors. I quote a portion of it
as illustrative of the nature and importance of the subject:
“The darkest frauds, the basest bribery, and the most execrable
intrigues which soulless avarice could suggest have been practiced in
On the Seneca Indian Lands. 129
open day, upon this defenseless and much-injured people. The nat-
ural feelings of man and the sense of public justice are violated and
appalled at the narration of their proceedings. * * * The Georgia
treaty with the Cherokees, so justly held up to execration, is a white
page compared with the treaties of 1838 and 1842, which were forced
upon the Senecas. This project has already, however, in part, been
defeated by the load of iniquity which hung upon the skirts of these
treaties.”"*
In another passage, in the same volume, he remarks:
“The (United States) government bartered away its integrity to
minister to the rapacious demands of the Ogden Land Company.’’+
The author is an adopted member-of the Seneca tribe.
In view of this and similar declarations, I concluded that it was
certainly for the interest of the State, that in a transaction where the
good name of the United States, of Massachusetts and of New York,
were all more or less implicated, the original documents belonging to
one of the chief parties to the transaction, the State of Massachusetts,
should enter into the possession of the State of New York. And
accordingly, the three volumes, of about 1,100 pages of manuscript,
letter-sheet size, were purchased at the auction for about twenty
dollars each. On examination, I found them to be a valuable addition
to the historical records of the State, and well worthy of being pre-
served for reference.
Before describing the MSS., let me very briefly mention a few of
the antecedent historical facts regarding our relations with these
Indians, for the sake of some of the younger members in the audi-
ence, who may not be familiar with them. Massachusetts and New
York, under their original powers from Great Britain, claimed juris-
diction from their western boundaries to the Pacific ocean. This
interfering claim of Massachusetts was settled by an agreement or
contract of that State with New York, December 16, 1786, at Hart-
ford, Conn., by which the territorial jurisdiction of New York was
acknowledged, while Massachusetts only retained the right to buy the
4,000,000 acres which she claimed, from the Indians, at such times as
they were willing to sell. This pre-emptive right was one which
Massachusetts could dispose of in portions to other parties. The first
great sale was made to Messrs. Phelps & Gorham, in 1788, and next in
time, 1,250,000 acres to Robert Morris, the great financier, the nation’s
_ great benefactor, in 1791. He formed the Holland Land Company to
facilitate the sale of the land. It was this purchase which brought
upon Morris those financial embarrassments which could and did
*Morgan’s League of the Iroquois, Roch., 1851, p. 33. +The same, pn. 458.
17
130 The Dearborn Manuscripts
confine him for three long years in a debtor’s prison, uttering bitter
words against some of his creditors; and the country was too poor to
relieve him.
It was after the Big Tree Treaty at Geneseo, in 1797, (of which
treaty there is an official copy in the State Library), a treaty in which
Robert Morris and Thomas Morris, his son, participated, that the
Indians ceded the title to a large portion of their lands. In view of
his embarrassments, Morris organized the North American Land
Company, in which Nicholson and Greenleaf were partners. He
accused the latter of cheating him, and of being the occasion of his
becoming the inmate of a prison.*
The Indians after that treaty were gradually in the extreme western
part of the State disposing of their lands to eager purchasers. At last,
the invasion of a white population all around the four reservations of
Allegany, Buffalo, Cattaraugus and Tonawanda, which contained in all
only about 119,000, of an original 6,000,000 acres, excited the carnest
desire of those who had purchased the pre-emptive right from
Massachusetts, now called the Ogden Company, and who were the suc-
cessors of Robert Morris and his associates, to enter into possession of
these Indian lands by purchase. In their general aim, they were
sustained by the policy of the United States. President Van Buren,
in a message to Congress, in December 1837, urged the removal of these
Indians, declaring that it had been the “fixed policy of the govern-
ment from the days of the administration of Jefferson, in 1804, to re-
move the Indians west of the Mississippi ;” and in his special message
of January 14, 1840, he states that 40,000 Indians had been removed
there since 1837 from different States.+
In 1838 a law of the United States for carrying into effect a treaty
which had been adopted by the Senate for the emigration of the New
York Indians, was amended, the treaty not having been accepted by
the Senecas. In the summer of this year, the Ogden Company
notified the Governor of Massachusetts, Mr. Everett, that a council
was to be held at Buffalo Reservation with the Indians, for the accept-
ance of thistreaty, whereby that company would become the purchaser
of the Indian title, and asked that Massachusetts should be present by
her superintendent, according to the terms of the agreement with
New York in 1786, and meet the United States commissioner to pro-
tect her own rights and those of the Indians.
*Doty’s Livingston's County History. 8vo. 1876.
+This message will not be found in Williams’ Statesman‘’s Manual ; but was a special mes-
sage and must be sought for only in the journals of the Senate.
~~
On the Seneca Indian Lands. 131
Governor Everett appointed, as such superintendent, Gen. Henry A.
S. Dearborn. He wasson of Gen. Henry Dearborn, who had been en-
gaged in the battle of Bunker Hill, and in Sullivan’s campaign in
New York in 1779, had been Secretary of War from 1801 to 1809, and
finally had held command in the war of 1812, chiefly on the frontier
of the State of New York and Canada. His son the commissioner
also had been a public servant during a large part of his life, had been
Adjutant-General of the State of Massachusetts for ten years, from 1834
to 1843, and for five years was mayor of the city of Roxbury, from
1847 until his death in 1851. He wasa man of large experience,
of high honor and integrity. |
He attached great importance to the functions which he dis-
charged in 1838 and 1839 as Massachusetts commissioner at the
Buffalo Creek council, to superintend the disposal of the Indian lands ;
and in his leisure hours in the following years he collected and person-
ally arranged all his original manuscripts connected with this mission,
and bound them into three quarto volumes of letter sheet size of about
three hundred and sixty pages each.
Of these volumes, the first one contains eighteen original letters
from Gov. Everett, chiefly to Gen. Dearborn, and eighteen letters
chiefly to the Governor from Gen. Dearborn ; the treaty with the
several tribes; the official report to the Governor of his first mission
commencing August, 1838, with an appendix of documents, embrac-
ing statements of the chiefs, Judge Stryker’s statement, inall about
one hundred and fifty pages ; a second report of his second mission
later in the same year,in November and December, with the docu-
ments, making about fifty pages ; several letters from Mr. Ogden of the
Ogden Company to Gen. Dearborn, and various other letters. I have
not found either of these reports in print among the documents of the
State of Massachusetts.
The second volume bears a title given by Gen. Dearborn, the same
title which was given to all the three volumes in the printed catalogue
of the MSS. as sold at the auction sale, and which we quoted at the
beginning of this paper.
If the preceding reports are not sufficient to give us a clear
view of the part taken by Massachusetts in a treaty which has
been said to compromise both her honor and that of New York, we
have in addition for testimony in this volume, three hundred and
fifty-six pages filled with Gen. Dearborn’s private “ Journal of a Mission
to the Senecas” as written down by him from day to day, containing
all the occurrences from the hour of his departure until that of his
132 The Dearborn Manuscripts
return to Boston, names of the individuals with whom he conversed,
and notes of his conversations with them.
The third volume contains a similar private journal of his second
mission in November and December, 1838, of about one hundred
pages; and alsoa journal of a tour to Cattaraugus on a branch of the
same subject in 1839 to meet the Secretary of War, J. R. Poinsett.
There are’also bound up with these journals, letters from Ransom H.
Gillet, the United States commissioner; from N. T. Strong, a Seneca
chief; several from the Secretary of State of Massachusetts; many from
Honnondeah, a chief, son of N. T. Strong; more letters from Gov.
Everett, and from T. L. Ogden; and finally as cumulative testimony,
that nothing might be wanting for the most thorough presentation of
the whole case, and not the least light and shade be laeking to com-
plete the picture, this last volume contains the identical letters which
Gen. Dearborn mailed from dayto day during his absence to Mrs.
Dearborn, to the number of twenty-nine, covering eighty-seven pages.
They bear the postmarks, and have apparently been preserved without
diminution or erasure, and in them he speaks without reserve of the
minutie of the affair in which he was engaged. The three volumes
as a whole present every phase of the transactions in question, as they
came before the Massachusetts commissioner.
The transactions treated of in these volumes did not awaken a national
interest, like the removal of the Indians from Georgia in 1829, an
event commemorated in volumes entitled Speeches on the Indian
Bill, 1830, and Essays on the Present Crisis, etc., signed William Penn,
by the father of William M. Evarts, and published in 1829. Still they
occasioned the printing of as many as fifteen pamphlets at least, by
different parties, between the years 1840 and 1843, large extracts from
some of which were published in England. Most of these emanated
from those who represented the Indians as greatly wronged, especially
from the yearly meetings of the Society of Friends. The substance of
the complaint of these latter was, that the alleged treaty was fraudu-
lent; that usage and the law of 1835 required that the consent of the
chiefs should have been obtained in open council: but that after obtain-
ing the consent of asmall minority in open council, the United States
commissioner had obtained the consent of the rest, singly, and not in
council; that bribery had been freely used with individuals to secure
their consent; that of the 2,000 Senecas not 150 were desirous of
going west, counting men, women and children, and that all the
On the Seneca Indian Lands. 133
remainder, including a majority of the chiefs, were determinedly op-
posed to leaving their homes.
It appeared that Mr. Gillet had informed the Indians that, under
the amended treaty of 1838, he thought that if they should reject it
they could none the less be compelled to go to the West. Gen. Dear-
born, however, speaking in the name of the Governor of Massachusetts,
assured them that they would not be compelled to go.*
But on the point of the necessity of securing the consent of the
chiefs in open council, after the treaty had once been submitted to
them there, and had been debated, it appears that the suggestion had
proceeded from Gen. Dearborn himself to Mr. Gillet, that he would do
well to call the chiefs, individually, to his room and confer with them
there. The reason for his making this suggestion was, that he was
persuaded that nearly all the violent opposition to the treaty proceeded
from interested whites, who wished to have the Indians retained on
their reservations, for the sake of mill privileges and lumber privileges
for which they paid very little; or for some other motive of no greater
_ significance, such as that the Indians were pecuniarily indebted to
them. Gen. Dearborn observes in his journal, that if the same offers
were made to any laboring whites which were made by the United
States Government to these Indians, they were so liberal that men
would abandon any homes to avail themselves of them.
He writes thus upon this branch of the subject:
«To reason with the ignorant, and attempt to do good to the
prejudiced, suspicious and most debased of the human species, is to
labor without results either gratifying to us or beneficial to them.
Here has been a boon offered which would depopulate any country
town in New England, and hurry them to the West with glad and
grateful hearts ; but the miserable savages are incapabie of appreciat-
ing the generous humanity of the Government.”
As evidence that the Indians were most bountifully dealt with by
the United States, the following figures are presented by Gen. Dear-
born as the money value of what was offered in exchange for the
119,000 acres of land by the parties interested. They were offered
1,824,000 acres of land at Green Bay, which, at $1.25 an acre, was
worth $2,280,000. The amount to be given them in money was
$433,500; the amount to be paid them by the Ogden Company was
- $211,600 ; the amount for exploration of the new territory was
$16,000. This made a total sum of about $3,000,000 to the two
tribes. +
* Dearborn MSS. II, 97, 98, 99. t+ Dearborn MSS., 112, 126.
134 The Dearborn Manuscripts
On January 14, 1840, President Van Buren sent the treaty thus
tainted with allegations of fraud, with a special message of six pages
on the subject, to the Senate. (It will not be found in the collection of
his messages in Williams’ Statesman’s Manual, but must be sought for
in the journals of the Senate.) He speaks in favor of the general
proposition of the removal of the Indians, but declares that in his
opinion the signatures had been fraudulently obtained, and that there-
fore the treaty ought not to be ratified. The question was debated on
eleven different days in the Senate; and finally, after the failure of
many proposed resolutions from Tallmadge, Clay, Preston, Porter and
others, the vote stood nineteen to nineteen, and the treaty was only
ratified by the casting vote of R. M. Johnson, the Vice-President, in
the affirmative. The New York Senators, Messrs. Tallmadge and
Wright, voted in the affirmative. The differences of opinion were not
on party lines, though Mr. Clay voted in the negative. Mr. Sevier in
1840 presented a memorial of sixty-seven chiefs of the Senecas, beg-
ging that no appropriation be made to carry out the treaty, as they
did not intend to leave their homes in New York. In 1841 six or
seven petitions were presented in Congress that the Indians in New
York be forcibly removed. In a few days the committee was dis-
charged from further consideration of the petitions.
In Massachusetts, Governor Everett, in his message in 1839, ex-
pressed the opinion that if the State had known all that it had since
learned, it would not have consented to the request of the Ogden
Company. A committee of the Senate reported in the same spirit,
but expressed the opinion that it was too late to attempt to reverse
the action which had taken place.
The testimony of W. H. Seward, at the time Governor of New York,
corroborates the declarations of President Van Buren that the treaty
was obtained by corruption. Gov. Seward, in a long private letter on
the subject, dated Albany, June 15, 1841, writes:
‘‘T am fully satisfied that the consent of the Senecas was obtained
by fraud, corruption and violence, and it is therefore false, and ought
be held void. The removal of the Indians, under a treaty thus
made, would be a great crime against an unoffending and injured
people; and I earnestly hope that before any further proceedings are
taken to accomplish that object, the whole subject may be reconsidered
by the United States.” * He also said that the treaty of the United
* Quoted from ‘“‘A Further Illustration of the Case of the Seneca Indians ;’{ Phila., 1841,
»P-
On the Seneca Indian Lands. 135
States with the Senecas was made in open violation of the settled
policy of New York in dealing with them.
The final result of all the negotiations and disputes was, that very
few of the Senecas or Tuscaroras removed beyond the Mississippi ;
and the Ogden Company, in view of the various difficulties which
were raised in their path, consented to a compromise, by which the
Senecas retained 52,000 acres of the 119,000 in controversy, being the
two reservations which they now possess in Allegany and Cattaraugus
counties. This act was what is called the treaty of 1842.
In consequence of these treaties of 1838 and 1842, there occurred
a revolution in the Seneca tribe. They adopted something like a con-
stitution and new laws, with a complete system of government. A
very valuable report made to the Legislature, January 22, 1857, from
the judiciary committee of the Senate, represents the rights of the
Senecas to their lands as absolute, through a series of conveyances
down to that date from the State of Massachusetts, from Phelps and
from Morris; and that no parties had now any pre emptive rights in
their lands. ‘Thus out of the law of 1838 and the treaty of the same
year had proceeded the law of 1845 of the State of New York, which
guaranteed to the Senecas their lands. So that if that treaty was
evil, a power for good has been seen to proceed from things evil in
this case, as in multitudes of other cases in human affairs.
I hare not been so rash as to form an opinion as to the expediency
or justice of these transactions with so little opportunity of studying
them. The facts are many, and the documents are voluminous.
So far as New York alone is concerned, I had little occasion to be so-
licitonus. Her relations to the Indians under her jurisdiction are
abundantly justified by the Society of Friends, who constituted
themselves the special agents to defend their rights in this very case.
In the report of the joint committee of four yearly meetings in 1847,
six years after the close of the dispute, they acknowledge explicitly
the kindness of New York to the Indians within her jurisdiction.
They say:
“The uniform justice and compassion of New York toward the Six
Nations who were located on its territory present in retrospect one of
the most pleasant scenes on the pages of our history.”*
It may be felt by some that these Dearborn documents refer to dead
issues, and that they have no relation to the live questions of the day,
and are therefore worthless. Still, if the value put upon historical
researches be not a delusion, if to secure the materials by means of
* Proceedings of Joint Committee, 1847.
136 The Dearborn Manuscripts.
which to maintain the good repute and honor of a State, and thus
guard against a blot upon her escutcheon, be a worthy aim, then I
think that to be in possession of the complete papers of Massachusetts,
acting under the authority of the United States and of New York, in
a transaction where some have impugned the honor and justice of
New York, is a valuable acquisition to the records of the State. If
Massachusetts cared not for these papers, yet the day may come when
New York may be glad to appeal to these documents, making Massa-
chusetts to be a witness, to justify her treatment of the Indian denizens
within her jurisdiction.
PROPOSED ERECTION OF LOCAL HISTORICAL
MONUMENTS.
REPORT OF SPECIAL COMMITTEE ON ARCH OLOGY.
[Presented April 26, 1881.]
The city of Albany has a history, in its length of record, beyond
that of most of the cities of the Union, and especially interesting in
the features of that history. At the time of the settlement of the
river at and near this place, England was under the authoritative, and
in a degree, absolute government of the Stuarts. It was just subse-
quent to the time of Elizabeth, and the monarch was the son of Mary,
Queen of Scots. Europe was old Europe then, with ways and words of
rule and manner now faded ont, or living in the more or less truth of
coloring of books. From this interesting date of commencement,
Albany, under differing names and governments and fealties of allegi-
ance, has been a discovery, a trading post, a border fort, a frontier village,
a city, and for the greater portion of its existence, on the verge of civil-
ization, fenced in by the surroundings of savage life, when ‘that life
was in the conduct of an organized powerful Indian confederacy of
tribes, skilled in their ideas of warfare. It has been a place greatly
desired to be reached by conquest of savage and European war, and
through all this, and out of all this, has attained what it is to-day — in
the incidents and wealth and enterprise and life of a large city — the
leading political capital of the north, except the place of the Federal
government. ,
It is but an expected result of all these facts, that certain physical
relics are yet here, and tradition of others is not yet obliterated. As
to some of these, the only duty of the Institute is to give earnest and
respectful recommendation. The conduct of preservation of them is,
in its greatest features, for municipal and State authority.
Your committee understand distinctly, and their action is with this
- closely in view, as regulating the expression of their judgment to you,
that. the pecuniary question involved is the rock upon which effort at
monumental memories wrecks. Large expenditures are initiated by
enthusiasm, and reach a pitiable mediocrity and fail. We propose no
individual effort except on the most economical basis.
There are to-day two buildings in Albany that, especially, should be
preserved. The loss of them, or cither of them, would be deplorable,
18
138 Proposed Erection of
because the one structure is, in its architecture, a reality before our
eyes of a long gone-away history, and the other is history, and of the
highest class. If any word the Institute can utter, or effort it can
make, can avail toward their preservation, the future will be grateful ;
for while any architecture cun be produced — it is but the will of a
nation to be expressed and St. Peter’s can be placed on Broadway in
faithful copy —all that is of that which can be effected by money —
yet history cannot be bought. The work of time and association, only
time and the ages can perform. One of these buildings is the Pem-
berton house, on the north-east corner of Columbia and North Pearl
streets, of the date of Queen Anne’s reign, while Marlborough was the
invincible soldier, while Addison wrote for all time to imitate, while
as yet the old race had not been supplanted by the House of Hanover,
and the people of Albany knew no other sovereignty than the royal
lady whom Dr. Johnson dimly remembered as in velvet; but inter-
esting as that is, there is yet an association with its date, 1710, to us
invaluable. Its construction must have been an object of interest to
men who themselves had known those identified with the very first
settlers of the trading post directly succeeding Hudson’s discovery in
the Half Moon. These old people would in the probabilities see with
a kindly look another building, and over the work of the laborers
thereon, while they talked about what Queen Anne and Marlborough
were doing, recollect when the procedure in Ilolland was. their home
government. The architecture of the building is to-day in some fea-
tures what it then was. The double door, with its smaller opening for
observation, reminds us of what may now be seen in the town hall of
Leyden, whose siege is of the vivid passages in Ilolland’s history. It
would be familiar to a citizen of the Low Countries. One only has to
look down the street of Antwerp and he can to-day see what was
ancient New York and Albany. Our bright architects can plan for us
the semblance of old houses, but time charges a price which even
Americans of the Pacific coast cannot pay.
Your committee have pleasure here in expressing to the Institute
their grateful sense of Mr. Pemberton’s intelligent appreciation of this
property, and while he holds it they have no recommendation to make;
but he, as all of us, will pass away, in the certainties of chronology.
We would carnestly appeal, through the Institute, to the city to pur-
chase that house and to keep it so long as the physical structure
remains, as the history of what Albany was in the ancient life of its
progress. Certainly they would not advise any extravagant municipal
expenditure, but this is not a dangerous precedent. It can have but
!
Ee —— eee | ew atte ys
Local Historical Monuments. 139
few followers, and the cost can be a definite ascertained sum, and as the
building would be the property of all, all might easily bear the outlay.
It is in the preservation of these things that a people show their intel-
ligence, and strangers come to see them. If any man doubts this, let
him consult the expense account of our people who go to Europe. ‘They
go to see the old — the crumbling, ruined, but not obliterated past.
The grandeur of all things new, and of to-day, they can see at home.
While the Schuyler Mansion is in the occupancy of the Messrs.
Tracey, your committee rest satisfied; but they would appeal to the
State to possess itself of the house, where the young battle-torn, in-
dependence-seeking State of New York, as early as 1777, dared, after
victory on the field of battle—a batile which won to us the belief in
strength which turned to us the fervor of European power—the
-higher moral courage of a victory over the hate of war, and where was
exercised the grandeur of a hospitality to the conquered, the praise of
which was uttered in the British Parliament, when such words were
tribute to our civilization. It showed of what American soldiers were
made. It was our trinmph in the dignity of a great nation. The
State may well take this house to itself and care forit. It has waited
more than the century todoso. It is proof how that mansion is re-
membered, that so late as 1879 it was visited by a lady, a relative of Gen-
eral Burgoyne, who had also visited the battle field of Saratoga. We
do not name other incidents in its annals, asof giving its hospitalities
to Washington, of being the scene of Alexander Hamilton’s wedding,
its attack by Indian raid, because in most of these features other places
share the history. Nor need the expenditure be great. ‘The price is
fair subject of determination by fair authority, and the State would be
the richer for such enlightened gift to history. Such acquisitions are
really part of our “‘educational system.” It is the facts of the past
placed before the observation of the present without passing through
the opinions or prejudices of any man.
And now your committce come to their immediate duty of present-
ing, through the Institute, to the consideration of the citizens of
Albany its wishes respecting the memorialsof localities. We, in each
case, point only to a moderate expenditure. We intend the Institute
shall recognize that whatever may be the warmth of our antiquarian
zeal, we comprehend the cold safety of economy. We would rather
that the surprise of our fellow-citizens should be at our self-restraint
than at our recklessness.
First, we respectfully urge that at the north lines of the ancient
stockade defense of the old city which is at, or near, the former resi-
140 Proposed Erection of
dence of that distinguished citizen and counselor, Abraham Van
Vechten, in North Broadway near Van ‘Tromp street, a white marble
post shall be, with the consent of the owners of the real estate in that
case, as in all others, placed on the sidewalk against the building, bear-
ing this inscription:
THIS STONE
PERPETUATES THE SITE OF THE NORTH LINE OF THE ANCIENT STOCKADE DEFENSES
OF THE CITY OF ALBANY AGAINST FOREIGN AND SAVAGE ENEMIES.
Anda similar marble post at or near Division and South Broadway, to
indicate the southern stockade line. Each of these memorials is esti-
mated to have its cost defrayed by $40.
Albany had its ancient forts—the supposed strength, in degree, of
its people and the north of the colony—the first, Fort Orange, of those —
who remained. (A fort — Nassau? — was perhaps earlier, on one of the
islands.) The situation of Fort Orange was on the ground formerly
occupied as a residence by the honored Simeon DeWitt, who for
forty years held the place of Surveyor-General. The Susquehanna
railway, former depot, in South Broadway, is about the same site.
To get a just idea of the locality of the fortification and its usefulness,
the river must be seen as it was before the construction of the pier and
the outfilling, and the control of the river passage of batteaux °
and canoes. and vessels perceived. The fort included in its
protection the earliest church, and of this there is yet mem-
orial in the name of the contiguous street. It was a fortification
identified with Holland rule, and undoubtedly to the Indian of that
day a memorable locality, as possessing the secret of the white man’s
strength, and its overthrow would, had it been attained by the French,
have been welcome news at Paris.
It was from this fort that the measurement of a cannon ball’s range
may have been suggested by Governor Stuyvesant as the limitation of
the Patroon’s manorial claim over Albany—not then bearing that
name ; and our citizens who have not yet forgotten the south line of
‘‘ the Colonie,” may ask if the guns of Fort Orange carried so far.
On the site of this fort your committee recommend a marble post
to be placed in proper position, with this inscription :
THE SITE OF FORT ORANGE
WHILE ALBANY WAS UNDER THE GOVERNMENT OF HOLLAND.
The cost of this would be defrayed, it is our estimate, by $40.
The old fort grew obsolete. It was by better engineering or force of
changed circumstances seen that the command wason the height, and
i tala
Local Historical Monuments. 141
English military rule raised Fort Frederic—the name being, it is
thought, given in honor of the House of Hanover. This stood in
State street, south of and occupying in part the position of St. Peter’s
church. Nor is this inappropriate, for it is probable that the garrison
contributed to the strength of the new ecclesiastical existence, which
amidst a stranger people and a strange language, began a career, pros-
perous after varied experiences. At this date the site of the fort is
remembered by a living man. This most interesting and authentic
fact in its history was communicated to one of your committee by
Mr. John Van Zandt, the intelligent old gentleman who will be remem-
bered as the cashier of the Bank of Albany. When -the battle of
Saratoga was fought in 1777, the sound of the cannon was heard by a
soldier on this pint
Here, in place at the fence on the weet side of St. Peter’s church,
your committee recommend the erection of a white marble pillar,
bearing this inscription :
AT THIS PLACE IN THE STREET ROSE FORT FREDERIC, THE FORTRESS OF THE
CROWN, WHILE NEW YORK WAS A COLONY OF ENGLAND.
The cost of the proper memorial is estimated at $30.
And now your committee turn with peculiar pleasure to a recom-
mendation in which all hearts and all phases of opinion can unite for
the courage and patriotism of man from history’s brightest page.
Albany possesses in its role of illustrious citizens one of the signers
of the Declaration of Independence, Philip Livingston, whose residence
was upon the lot now covered by: Tweddle Hall, and, fortunately for
memorial purposes, one of the chiefly important localities of the city,
and by Mr. T'weddle’s enterprise already so valuably designated.
To comprehend how justly memorial is here deserved, we must
recollect that when that charter of our freedom was signed, we were
not, as now, in the grandeur of a vast material strength. In 1776 our
struggle was bearding the lion in his den—it was the resolve of the
resolute. If the consent of the owners be obtained, your committee
recommended that in or near the corner wall of the building a white
marble tablet, at the cost of $150, be placed, bearing this inscription :
17—Albany—76
Remembers with pride that
This ground bore the Dwelling of
PHILIP LIVINGSTON.
Born 1716, Died 1778.
Who with Jefferson and Franklin
Signed the Declaration of Independence.
142 Proposed Erection of
Another grateful duty is before your committee. They recommend
that when the new City Llall, now in process of construction, shall be
sufficiently advanced to receiveit, a tablet of white marble shall be
built into the inner wall of the entrance, on which shall be cutthe
words addressed by George Washington to the citizens of Albany, in
reply to their address welcoming him to Albany, 17383:
‘* While I contemplate with inexpressible pleasure the future tran-
quillity and glory of our common country, I cannot but take particular
interest in the anticipation of the increase in prosperity and greatness
of the ancient and respectable city of Albany, from whose citizens I
have received such distinguished tokens of theirapprobation and
affection. GEORGE WASHINGTON.”
Your committee do not believe it is necessary to tell the Institute, or
through it the people of Albany, that this prediction of the glory of
our Union, and this anticipation of the greatness of Albany, so well
phrased by the PATER PAtTRIa&, deserves highest place amidst iis
imperishable archives. The intelligent gentlemen who form the City
Hall Commission can easily cffect the desired result.
These are not the only interesting features of past history left in our
midst and in our vicinage. Few of those who, in its crowded thorough-
fure, pass the old building at the south-east corner of South Pearl and
State streets, notice the iron ANNO, which isrelic of its date, whose
figures were so unfortunately removed by itsowner. Mr. Munsell,a name
always to be spoken with honor by the Institute, had strong recollec-
tion of those figures as of the seventeenth century.
On the opposite bank of the river, a brief distance south of the
Greenbush ferry, is the old dwelling, formerly owned by Jeremiah
Van Rensselaer, and now the property of Mr. Callender. It is thought
to be of the seventeenth century, but the proof is not distinct. It has
in itself most interesting memorial, as yet showing the loop-hole
stones, of ancient defense against the savages. These relics are most
interesting as now placed, but whenever removed for any cause, they
should be built into the wall of some modern building, for preservation.
Out of the desolation of taste which has characterized municipal
action on this subject, there is yet preserved, in the city streets, some
historic names which we would earnestly hope might be retained.
Beaver strect indicates the very cause of the vitality of the trading
post, amidst all its discouragement of flood and foe; Van Tromp, the
patriotic remembrance of the Hollander cf the sea-sweeping broom of
_ the brave sailor; to Church street allusion has been already made;
Dean street remembers the name of the bold navigator who took an
Local Historical Monuments. 143
Albany sloop to China, puzzling the Orientals to arrive at her nautical
measurement, which difficulty they, however, overcame by placing a
stick at the stern to represent a mainmast. Over the fate of the
nomenclature obliterated, there can be only grief. It is not the
province of this report to express the proper degree of contempt on the
servile imitations of the metropolis that have taken their place.
- Your committee mention with profound respect and admiration the
care taken by the venerable (North) Dutch Church of its precious
ancient communion plate, two of whose beakers go back to a time so
remote as that near the occurrence of the great fire of London, one,
in its date, preceding that event by two years.
They have seen with much satisfaction and due honor the efforts so
successfully made in other portions of the State to perpetuate history.
The city of Elmira is honored by its interesting monument, in good
taste, and not burdensome cost, of the decisive battle which, in the
Sullivan campaign of 1779, ended the Iroquois power. The former
occupation of their village by the Senecas has, by the intelligent
action of the people of Waterloo, been commemorated by a stone
pillar. These things interpret refinement and educate the people.
How many of the localities of the State have to this day neglected
their historical duty! But. while we thus reproach them for being
faithless to their archeology, let us penitently admit that our cen-
sure will be more appropriate when Albany itself has done its duty.
Onr respected neighbor, the city of Schenectady, has a university
whose success is gratifying to us—has an historical scholar in whose
honor we speak, but it is sadly faithless to its most interesting his-
tory. It has no monument of the great raid of 1690, whose narrative
was the theme of interest across the great sea—it has no‘ memorial
of Curlaer, who, going out of Albany to find the still more remote
froatier settlement, by his sagacity and estimable qualities so won the
heart of the savages that thereafter they gave his name as the equiva-
lent of Governor, and he died while cn route to Montreal, where his
excellence had won him an invitation from the French ruler.
Hudson is, by its name, a remembrance of the navigator who dis-
_ closed the noble river, and is content with such easy remembrance.
Utica has an historical society, and, creditably to itself, publishes
its transactions, but where is its memorial of the site of Fort
Schuyler ?
Rome is acity, but has it made enduring monumental record of
Fort Stanwix, the place of war and treaty?
In Little Falls there is yet a most interesting relic of a portion of
144 Local Historical Monuments.
the structure of the pre-Erie canal, the effort of early New York to
avail itself of that depression of the hills, which constitutes the great
gateway to the West. The structure is in decay; while a little effort
and taste would make it pleasantly available to the admiration and
instruction of the millions who travel by its side. The stones are
ready to fall from its graceful, single arch bridge — the lock is incum-
bered with encroachments, and history is covered up.
Your committee have been careful to avoid the encouragement to
any large expenditure. It is not intended, nor desirable, that any one
person should give all that the report recommends. It may be that,
in the prosperity which has attended enterprise and industry among
us, the small cost suggested, in each case in this report, may attract
the kindly notice of some citizen who may identify his name with the
good work; and to some, one locality will be more familiar than to
another. They would hope it may be the good fortune of the Insti-
tute to see this work done. They believe it a result of intelligence, of
cultivation, of the attrition of a refined people. It is for this day to
do, for as yet the memories of living men connect us with history. It
is for us to show that, with our increase in material prosperity, came
our advance in intelligence. .
If they shall succeed in directing the notice of the citizens of
Albany to this subject, as not in the line of mere sentiment, but as in
the truth of education of gentlemen, the Institute will have a felicitous
recollection of good achieved. In al] London, one of its most precious
possessions, and every year enhancing in value, is the plain stone
inclosed in the wall of a church, which has to be sought out, but
which the intelligent man does seek out, because it is Roman history
in modern England.
If we succeed in our archeology, we give value to our city, as hay-
ing had the taste and sense to preserve the physical association of a
rich and prosperous community in its high civilization, with the brave
trader founders who dared the wild beast and the wild man, to assert
the supremacy of thought.
W. H. BOGART,
DAVID MURRAY,
Ss. C. HUTCHINS,
LEONARD KIP,
ABRAHAM LANSING,
Committee.
BRYOZOANS OF THE UPPER HELDERBERG AND
HAMILTON GROUPS.
By James Hatt, LL.D.
[Read, by title, before the Albany Institute, March 29, 1881.]
The present paper is chiefly devoted to the Bryozoans of the Upper
Helderberg and Hamilton Groups.* The descriptions in full were
communicated in the Thirty-third Report upon the State Museum of
Natural History, in January, 1880, but that document has not yet
been printed. ‘The present paper is an abstract of the original, with
the descriptions abbreviated to conform to the space at my disposal.
The number of species has-been greatly increased by a series of
specimens from the Falls of the Ohio river, very kindly communicated
to me by Victor W. Lyon, Esq., of Jeffersonville, Indiana; and many
of the forms cited from that locality are due to him. In this collec-
tion we have not only the expanded celluliferous parts, but the bases
or radical portions of the fronds, in a great number of examples ;
and these serve not only to aid in the determination, but to confirm
the specific distinctions adcpted.
Although unwilling to increase the number of specific designations,
the examination of numerous specimens of nearly all the species has
left no alternative but to follow the course here adopted.
We have within a few years discovered the existence of a silico-cal-
careous band at the base of the corniferous limestone in western New
York and Canada West. This horizon corresponds with that of the
Schoharie grit in eastern New York, but the material appears to have
been in solution before deposition; the sea-bed, in this condition,
affording a most favorable soil for the growth of Bryozoans ; — the rock
now being largely composed of the broken and comminuted fragments,
and of larger and more complete portions of these organisms. In the
weathered portions of this rock, the original substance of the Bryo-
zoan has been dissolved, leaving a sharp, clean impression preserving the
-most delicate and minute characters of the fossil.
*I have here included a few forms of CH4TETES, which, from their structure, can
scarcely be separated from the FAVOSITID&, while the difference between this genus and
TREMATOPORA is hardly determinable by any well marked characters.
Under the FENESTELLIDZ I have not adopted the genus POLYpPoRA, though describing
species with from two to four ranges of cells on the branches. The numerous examples of
this variation have rendered the distinction between the genera obsolete ; but the ques-
tion will be more fully discussed in the Report on the State Museum of Natural History.
19
146 Bryozoans of the
Many of the species known in New York likewise occur in Canada;
and further collections will doubtless show that nearly all are common
to the two regions.
In the more calcareous portions of the formation, the determination
of specific characters is attended with great difficulty, and many still
remain for future study and decision. | .
The Hamilton Group, in nearly its entire extent, has furnished
numerous Bryozoans of varicd and interesting forms; which will be
given in full in the State Museum Reports; the space allotted to this
communication admitting only such as have been studied and arranged
to precede the FENESTELLID&. The descriptions of the latter are
however completed, and in the hands of the printer. ;
In the determination of all these forms, as well as in their illustra-
tion in numerous excellent figures, I have been greatly indebted to
Mr. George B. Simpson, except for whose zeal in the study and
careful discrimination of the specific forms, I should, amidst other
duties, have left, for the present at least, many of them undetermined °
and undescribed.
CHATETES, Fischer.
CH ETETES CREBRIRAMA, 2. §7).
Coral ramose, solid; branches frequent, bifurcating, occasionally tri-
furcating ; cells tubular, polygonal, gradually diverging till within .75
mm. of the surface, when they turn more abruptly, opening slightly
oblique, diameter at aperture .25 mm., in the interior walls thin, af the
surface thickened, tue thickness of the walls frequently equal to the
diameter of an aperture; tubes septate; septa very thin and fragile,
occurring at irregular intervals; on the surface are macule distant
from each other from 2.5 mm. to 3 mm., which are sometimes elevated.
The macule form a prominent feature of the branches.
Locality — Falls of the Ohio river, near Lopisville, Ky.
CHZETETES QUIDISTANS, 2. sp.
Ramose, solid ; branches infrequent, diameter 5 mm.; cells tubular,
polygonal, septate; septa strong, near the surface there are four in the
space of one mm., in the remaining portion from eleven to thirteen,
equidistant ; cell-tubes 8 mm. in length, apertures oval, length 5 mm.,
with spinules at the angles, surface with macule of large cell-apertures.
Locality — New York.
CHATETES EGENUS, 2. Sp.
Ramose; branches infrequent, diameter 5 mm.; cells tubular poly-
goual, non-septate, walls very thin; apertures very irregular in size
Upper Helderberg Group. 147
and form, frequently hexagonal, length from equal to three times the
width, which is usually about .35 mm.; at the angles are frequently
strong obtuse spines.
Locality — Onondaga Valley, N. Y. ;
CH2&TETES ? (‘’REMATAPORA ?) INTERNASCENS, 2. Sp.
Ramose, solid; diameter 8 mm.; cells tubular, polygonal, arising from
the center of the Branch, gradually diverging till within one mm. of
the surface, when they turn more abruptly outward, frequently ten
mm. in length, nearly the entire length angular; apertures circuiar or
oval, diameter .33 mm., contiguous, oblique, subimbricating ; on one
side of the aperture the cell-wall projects above the surface .17 mm.;
macule at irregular distances, centers noncelluliferous; tubes septate ;
exterior of cell-wall transversely corrugated.
Locality — Falls of the Ohio river.
TREMATAPORA, Hall.
TREMATOPORA ARBOREA, %. Sp.
Ramose, solid; branches frequent, diameter 2.50 mm.; cells tubular,
polygonal; apertures oval; cells septate; septa occurring at irregular
intervals; length of apertures .22 mm., width two-thirds the length,
usually irregularly arranged, but’ sometimes occurring in transverse
oblique rows, distance variable; the margins of apertures and inter-
vening space have numerous minute spines, from six to eight, sur-
rounding an aperture; no macule.
Locality — Falls of the Ohio river.
TREMATOPORA ? ANNULATA, 2. Sp.
Ramose, solid ; branches occurring at intervals of from 4 to 15 mm.,
diverging at an angle of 45°; diameter three mm.; cells tubular, reg-
ularly curving to the surface, diameter at aperture .25 mm., polygonal,
walls thin, sometimes thickening at the surface constricting the cell-
apertures; cells septate; septa closely arranged; sometimes angular
pits occupy the intercellular space of the surface, apertures irregularly
arranged, with small spines at the angles, giving to the surface an acu-
leate appearance; at intervals of two mm. occur elongated elevations
at right angles to the branch, two or more elevations being on a line
-and giving to the branch an annulated appearance ; a narrow space
along the middle of the elevations without apertures, but frequently
with smali pits. This species can be easily distinguished by its strong
annulations.
Locality — Falls of the Ohio river.
148 Bryozoans of the
TREMATOPORA ANNULATA, VAR. PRONASPINA, 2. var.
Ramose; branches infrequent, diameter two mm.; cells tubular, poly-
gonal, gradually diverging, diameter of aperture .25 mm.; cell-walls
of the interior thin, thickened at the surface; cells septate; septa
‘occurring at irregular intervals; width of aperture greater than the
length, subimbricating; at the base of each aperture a strong oblique
spine, which feature distinguishes it from the ordinary forms oi
T. annulata. ‘
Locality — Falls of the Ohio river.
TREMATOPORA ALTERNATA, 2. Sp.
Ramose, solid; branches infrequent, diameter slightly more than
one mm.; cells tubular, cylindrical, opening directly outward; aper-
tures oval, Jength .38 mm. width two-thirds the length, margins thin,
scarcely elevated, arranged in longitudinal parallel rows; fifteen in the
space of five mm., five or six rows on a branch, apertures alternating,
forming oblique, transverse longitudinal rows, separated by strong
granulose ridges; at the base of each aperture is a strong conical
node. ‘The most prominent feature of the surface is the longitudinal
ridges alternating with the rows of nodes.
Locality — Onondaga Valley, N. Y.
j TREMATOPORA. RECTILINEA, 2. Sp.
Ramose, solid; diameter 1.20 mm.; cells tubular, cylindrical, aper-
tures oval, arranged in parallel longitudinal rows, fourteen rows on a
branch, alternating — forming equally prominent obliaue rows; space |
between apertures equal to width of aperture; space between lonyi-
tudinal rows elevated or striated, granulose; at the base of each
aperture there is a strong conical node.
Locality — Onondaga Valley, N. Y.
TREMATOPORA SCUTULATA, 7. Sp.
Ramose, solid ; branches occurring at intervals of from 5 to 12 mm.,
diameter one mm.; cells tubular, apertures rhombiform, length .33,
width .25 mm., closely arranged in oblique parallel rows at an angle
of 45° to the axis of the branch, separated only by the cell-walls; the
margins are minutely granulose, and at each angle is a strong node.
Locality — New York.
CALLOPORA, Hail.
+ CALLOPORA IRREGULARIS, 2. Sp.
Ramose, hollow; diameter of branch three mm., thickness of the
bryozoum .55 mm.; inner surface a wrinkled epitheca; cells tubular,
Upper Helderberg Group. 149
opening directly outward ; apertures circular, diameter from .25 to .33
mm., irregularly disposed ; the surface has macule destitute of aper-
tures, from 1 to 1.5 mm. in diameter; apertures nearest the macule
slightly larger than the others, margins strongly and equally ele-
vated, intermediate space sometimes with shallow angular pits.
Locality — New York.
CALLOPORA ACULEOLATA, %. Sp.
Ramose; diameter of branches two mm.; cells opening directly out-
ward; apertures circular or nearly circular, length .45 mm., distance
between varying from contiguity to .25 mm.; margins strong and dis-
tinctly elevated, and having from one to three comparatively strong
nodes; intermediate space occupied by minute angular pits, usually
one or two series between two adjacent apertures.
CALLOPORA MULTISERIATA, 22. sp.
Ramose, solid; branches diverging at an angle of 80°, diameter two
mm.; cells tubular, cylindrical ; apertures oval, length .33 mm., irreg-
ularly disposed; margins thin, not elevated, intermediate space with
minute angular pits arranged in longitudinal rows giving a striated
appearance to the surface; from 5 to 10 series between, adjacent aper-
tures. |
Locality —Warner’s Quarry, south of Leroy, Genesee county, N. Y.
LICHENALIA, ail. :
LICHENALIA SUBSTELLATA, %. sp.
Pemitlacs expansions, free or encrusting, or forming masses by su-
_ perimposition ; each Jayer usually one eee in thickness: cells tubular,
varying in length from .25 to 4 mm.; apertures usually circular, di-
ameter .28 mm., closely and Gilenularly arranged; surface with macu-
lee, usually Bovated: the centers with out apertures; cells radiating from
macule larger and more oblique than the siners'a apertures variable,
sometimes opening directly outward, margins equally elevated, but
usually obliqne; margins unequally elevated, occasionally very oblique
and imbricating, the most strongly elevated portion produced and spini-
form, sometimes bidenticulated ; cell-tubes septate, eight septa in
space of one mm.; frequently contorted.
_ Locahty — Falls of the Ohio river.
LICHENALIA DENTICULATA, 2. sp.
Lamellose expansions, or massive by superimposition of layers ;
cells tubular, diameter .23 mm., one-ha!f of the margin is very
150 Bryozoans of the
strongly elevated, frequently projecting over the aperture, with two
strong denticulations; apertures crowded; surface with numerous ele-
vated macule; cells contiguous to centers of some macule larger than
others, bases of maculz contiguous ; interior intercellular space with
tubuli; diameter of tubuli.12 mm. divided by numerous septa.
Locality — Falls of the Ohio river.
LICHENALIA BISTRIATA, 2. Sp.
Celluliferous on one or both sides, sumetimes massive by superim-
position of iayers; diameter of cells .36 mm.; apertures closely ar-
ranged, margins not distinctly elevated; interior intercellular spaces
vesiculose; vesicles irregularly arranged. On the interior of the cell-
tubes, situated close together, are two strong striations, which appear
on the surface as denticulations, projecting from one-half to two-
thirds across the aperture; this feature distinguishes it from all other
species.
Locality — Falls of the Ohio river.
LICHENALIA CRUSTACEA, %. Sp.
Lamellate expansions, or massive; layers sometimes not more than
.25 mm. in thickness; apertures circular, diameter .33 mm., irregu-
larly arranged, sometimes so closely arranged as to be distorted ; mar-
gins irregularly elevated, not denticulated; surface frequently broken;
at the margin the cells are very oblique ; surface with elevated macule;
interior vesiculose.
Locality -— Falls of the Ohio river.
LICHENALIA SUBCAVA, %. Sp,
This species is distinguished from all others of this genns as fol-
lows: The elevated macule of the surface are entirely destitute of all
apertures, and the space beneath them is hollow; intercellular space
of interior of bryozoum vyesiculose; apertures subtriangular, width .20
mm.
Locality — Falls of the Ohio river.
LICHENALIA ALTERNATA, %. Sp.
Lamellate expansions; greatest thickness observed .75 mm.; cells
closely arranged, very oblique, alternating and imbricating; apertures
broadly oval, length .35 mm., slightly elevated macule, distant 5
mm., with cells slightly larger than the others, not radiating; space
Upper Helderberg Group. 151
between apertures smooth and slightly concave, intercellular space of
the interior vesiculose.
Locality—F alls of the Ohio river.
LICHENALIA CONULATA, 2. Sp.
Ramose, hollow, or lamellate expansions; thickness varying from
.00 to 5 mm., sometimes branches solid; cells tubular; apertures cir-
cular, diameter .20 mm., margins unequally elevated, inclining toward
the center of and consiricting the aperture, giving the appearance of
tumid lips; margins of adjacent cells in contact; surface with numer-
ous rounded elevations, the centers of which are distant .50 mm.;
height 1.50 mm.; cells of macule larger than others and radiating;
cell-tubes septate; septa 5 in space of one mm.; intercellular space of
interior vesiculose. ‘This species is easily distinguished by its promi-
nent conical elevations.
Locality—Falls of the Ohio river.
LICHENALIA CLIVULATA, 7%. Sp.
Lamellate or cylindrical expansions; diameter of cell-apertures .17
mm.; margins unequally elevated, the stronger portion projecting over
the aperture, and having two minute denticulations; around each aper-
ture a narrow obscurely polygonal depression; surface with numerous
elevated macule, centers distant from two to three mm., bases often
in contact with each other; surface being composed of rounded eleva-
tions, and finely granulose.
Locality—F alls of the Ohio river.
LICHENALIA CARINATA, 2. Sp.
Intercellular space vesiculose; vesicles large, irregularly disposed,
apertures circular, oblique to the surface, diameter .28 mm., irregularly
arranged, margins unequally elevated, one side projecting over and
constricting the aperture ; the upper portion of the cell-wall is some-
times exposed for nearly two-thirds the entire length; along the
middle of the wall is a sharp slightly elevated carina, sometimes pro-
jecting beyond the margin as a denticulation; on the surface are
maculz, the centers of which are depressed and without apertures;
cells in contiguity to the macule larger than the others, and the
_ radiating space between apertures with minute pits.
Locality—Falls of the Ohio river.
LICHENALIA PERMARGINATA, 7. Sp.
The specimens observed are celluliforus on both sides; cell-aper-
tures .40 mm. in diameter, irregularly arranged, margins strong; on
152 Bryozoans of the
the surface are broad elevations the centers of which are essentially
flat and without apertures, distance from centres 17 mm., width at
base 5 mm., surface finely granulose ; sometimes obscure ridges from
one aperture to another.
Locality—Onondaga Valley, N. Y.
LICHENALIA LUNATA, 2. Sp.
Lamellate, or massive; cells tubular, diameter at aperture .38 mm.,
margin of one-half slightly elevated or entirely wanting the other half
strongly elevated, projecting over the aperture, the central portion
more extended, giving to the aperture a cunate form, which distin-
guishes it from other species; apertures irregularly arranged; sur-
face with gently elevated macule the centers of which are distant from
each other about 5 mm.
Locality—Falls of the Ohio river.
LICHENALIA ALVEATA, 2. sp.
Lamellate expansions; cells tubular, oblique or at right angles to
the surface; usually alternating and imbricating; apertures closely
arranged ; diameter .45 mm., margins unequally elevated, the stronger
portion, comprising one-half, strongly elevated, projecting, with two
slight denticulations, sometimes the upper portion of the cell-wall
is exposed nearly its entire length; surface with numerous elongate
concave maculex, without cell-apertures, four mm. in length and one
in width, forming narrow channels, interior intercellular space vesi-
culose.
Locality—Falls of the Ohio river.
LICHENALIA RADIATA, 22. Sp.
Lamellate; cell-apertures usually oblique, subtriangular, irregularly
disposed, diameter .50 mm., margins unequally elevated, one portion
strongly elevated, projecting over and giving to the aperture an arched
or triangular form ; macule broad, circular, distant from six to eight
mm., slightly elevated centers without cell-apertures, granulose; cells
radiate very distinctly from the centers; interior intercellular space
vesiculose.
Locality—Onondaga Valley, N. Y.
LICHENALIA PALIFORMIS, 2. sp.
Ramose, hollow ; diameter 3 mm., thickness of bryozounm .50 mm.,
apertures with a diameter of .20 mm., usually closely and irregu-
larly disposed, but sometimes in oblique transverse lines; at the base
of each aperture are two slight denticulations extending to and par-
Upper Helderberg Group. 153
tially closing the apertures, giving them an acutely semielliptical form
of one mm. in length; margins of apertures not elevated, space be-
tween apertures angular, striated ; at base of each aperture slight node;
surface sometimes presenting a distinctly reticulated appearance.
Locality—Falls of the Ohio river.
LICHENALIA LONGISPINA, %. sp.
Lamellate, cell-apertures oval, length .35 mm. irregularly disposed;
between adjacent apertures, thin, sharp elevations, uniting and form-
ing polygonal areas, which sometimes have a height of one mm., at
the angles of the elevations are strong spines, one mm. in length.
Locality—Falls of the Ohio river.
LLICHENALIA CIRCINCTA, ”. sp.
Foliaceous; cells oblique, diameter of apertures .20 to .45 mm,,
margins unequally elevated, one portion strongly elevated, extending
over and constricting the aperature, bidenticulated, between apertures
are thin, oblique elevations, uniting, forming polygonal elevations
around the apertures; macule distunt four mm., centers without ap-
ertures ; cells anaveet larger than the others; the more oblique the
cells, the less conspicuous the elevations.
Locality—Falls of the Ohio river.
LICHENALIA COMPLEXA, 2%. sp.
The manner of growth of this species is the same as that of L. cir-
cincta, but the apertures are larger and at a greater distance apart,
_ the enclosing walls are stronger, the frond presenting a much stronger
appearance, the polygonal elevations have very much the appearance
of the cell mouths of a Favosite, and without a close examination
might be mistaken for them.
Locality—Onondaga Valley, N. Y.
LICHENALIA GRANIFERA, 2. Sp.
Foliaceous ; cell-apertures usually oblique to surface, oval or eo
triangular, length 33 mm., margins sometimes cqual, at other times
the upper portion of cell-wall exposed more than the length of aper-
ture, irregularly disposed; macule not elevated, centers distant four
-mm., without apertures, cells radiating from centers, intercellular
space with prominent granules, cell walls very fragile, margins usually
bidenticulate; interior intercellular space vesiculose.
“Locality—F alls of the Ohio river.
20
154 Bryozoans of the
LICHENALIA PYRIFORMIS, 2. sp.
Lamellate ; cells tubular, on a large portion of the frond very ob-
lique in their entire length, on the remaining portion oblique a
_ part of their length, then turning abruptly outward; diameter of
aperture .35 mm., when oblique the upper portion of the wall is
exposed from .d0 to .73 mm., the edges denticulated; looking per-
pendicularly on the frond, the margins and ceil walls are pear
shaped, as seen obliquely across the frond, the cell walls and projec-
tions resemble strong spines; maculee distant about six mm., elevated
cells of the centers confused ; intercellular surface crowded with small
spines ; intercellular space of the interior occupied by large and irregu-
larly disposed vesicles; the denticulations are formed by the projec-
tion of two striz, situated near together and continuing the entire
length of the interior of the cell tube.
Locality—Falls of the Ohio river.
GENUS LICHENALIA.
SUBGENUS PHRACTOPORA, 2. S. gen.
The manner of growth is essentially the same as that of Lichen-
alia, the surface is raised at irregular intervals into elevated crests,
which are celluliferous on both sides; cells arising from a mesial epi-
theca, the crests unite leaving irregular cavities between them.
‘
PHRACTOPORA CRISTATA, 2. 87.
Lamellate; crests sometimes attaining a height of seven mm., base
from one to two mm. thick, gradually growing thinner, summit sharp,
noncelluliferous; at the middle of each crest is a triangular noncel-
luliferous space*two mm. wide and three long; the portion of the
frond from which the crests arise celluliferous on one side only;
cells cylindrical, closely disposed, alternating and imbricating, diame-
ter of aperture .25 mm., margins unequally elevated, one portion pro-
jecting over and constricting the aperture; maculze numerous, slightly
elevated ; interior intercellular space vesiculose.
Locality—Falls of the Ohio river.
THALLOSTIGMA, nov. gen.
Bryozoum consisting of broad foliate expansions similar to LicH-
ENALIA, but with the intercellular space punctate upon the surface.
THALLOSTIGMA INTERCELLATA, 7. Sp.
Lamellate; cell-apertures circular or slightly oval, diameter .25 mm.,
irregularly and closely disposed, margins elevated, having from one to
Upper Helderberg Group. 155
four spines; between adjacent apertures usually one series of pits, oc-
casionally two or three, interapertural pits varying from square to tri-
angular; interior intercellular space vesiculose.
Locality—Falls of the Ohio river.
THALLOSTIGMA SPARSIPORA, 2. Sp.
Lamellate; celluliferous on both sides; apertures usually elongate-
oval, length .38 mm., sometimes circular with diameter of .20 mm.,
‘margins distinctly elevated and granulose, usually irregularly disposed,
distant from each other from .25 to .66 mm.; on one frond they are
regularly arranged in alternating rows; from the small size of aperture
and distance apart they present a scattered appearance; occasional
macule; interapertural pits minute, granulose; gréiules sometimes
obscuring other features.
Locality— Onondaga Valley, N. Y.
THALLOSTIGMA LAMELLATA, %. sp.
Cell-apertures opening outward, circular, diameter .45 mm., irregu-
larly disposed; greatest distance apart slightly less than the diame-
ter of an aperture; margins distinctly elevated, granulose. There
are occasional macule destitute of cell-apertures, about seven interaper-
tural pits in one mm., from one to three series between adjacent aper-
tures, granulose.
Locality—Onondaga Valley, N. Y.
STICTOPORA, Hail. °
StrcroPoRA GUILBERTI.
Ptilodictya (Stictopora) Gilberti Meek. Proc. Acad. Nat. Sci. Phila, 1871.
Branching dichotomously; a greater portion of the branches nearly
flat, abruptly narrowing to the edge bifurcations frequent, width of
noncelluliferous margin .78 mm.; from frequency of bifurcations the
margins of branches are more or less curved ; cells tubular, for one-
half the length parallel to the mesial plate, then abruptly turning and
_ Opening at right angles to the surface ; mesial-plate transversely corru-
gated and striated longitudinally; corrufations arched ; cell-apertures
oval, arranged in longitudinal rows, increasing in number as the
branch widens, separated by a ridge; margins elevated, on one side a
denticulated projection, frequently concealing one-half of the aper-
ture; interior of the branch finely vesiculose.
Locality—Falls of the Ohio river and New York.
156 Bryozoans of the
STICTOPORA OVATIPORA, 2. Sp).
Bifurcations occurring at intervals of from five to seven mm. ; width
of branches, three mm.; margins parallel, slightly obtuse, non-cellu-
liferous margins, 45 mm. in width; cell-apertures oval, length, .33
mm., arranged in longitudinal rows, margins distinctly and equally
elevated, ranges separated by a broad, rounded ridge, higher than
the margins of apertures, giving to the apertures the appearance of
being situated in a channel ; interior of stipe vesiculose.
Locality—Falls of the Ohio river.
STICTOPORA SEMISTRIATA, 2. Sp.
Bifurcations occurring at intervals of from eight to eleven mm.,
diverging at an angle of from sixty to ninety degrees, width from three
to forr mm., greatest thickness, .38 mm.; margins thin, sharp, non-
celluliferous margin, .560 mm. in width; apertures circular, diameter
22 mm.; on a portion of the frond irregularly arranged, on other
portions in longitudinal rows, separated by a ridge. The margins of
the branches are more nearly parallel than those of P. gilberti ; and
the stipe thinner.
Locality—Near Leroy, Genesee county, N. Y.
STICTOPORA FRUTICOSA, 12. Sp.
Bifurcations occurring at intervals of from three to ten mm.;
branches diverging at an angle of 45 degrees, width 2.50 mm.; non-
celluliferous margin, .835 mm. in width; cell-apertures .50 mm. in
length, arranged in longitudinal parallel rows, from six to eight rows
on a branch, margins slightly elevated, granulose, space between rows
elevated, with obscure granulose striations. The appearance of the
species varies greatly, accroding to the degree of weathering.
Locality—New York.
STICTOPORA RIGIDA, %. Sp.
Bifureations occurring at intervals of from four to fifteen mm.;
width of branches from two to three mm. ; margins parallel ; greatest
thickness .50 mm., width of non-celluliferous marginal space, .25
mm. ; cell-apertures oval, length .25 mm., twelve apertures in the
space of five mm., distinctly arranged in longitudinal rows, sepa-
rated by a strong, angular, finely striated ridge; transverse space
between the apertures flat, obscurely striated ; margins thin, equally
elevated. 7
Locality—Near Leroy, Genesee county, N. Y.
Upper Helderberg Group. 15?
STICTOPORA INVERTIS, 72. 8p.
Bifurcations occurring at intervals of from eight to ten mm.; width
of branches, 2.5 mm., greatest thickness, 1.50 mm., width of non-
celluliferous marginal space, .35 mm.; cells tubular, one mm. in
length, for one-half this length nearly parallel with the mesial-plate,
then turning abruptly, and opening directly outward; apertures cir-
cular, very frequently arranged in a V-shaped order across the branch ;
on the narrower portions of the branch they form oblique, arching,
transverse rows ; margins of apertures strongly and equally clevated.
Locality—New York.
STICTOPORA RHOMBOIDEA, 7. sp.
Bifurcations frequent ; branches widley diverging, width two mm.,
greatest thickness one mm., edges obtuse ; cell apertures oval, length
.35 mm., disposed in irregular longitudinal rows, usually alternating,
margin thin, slightly elevated, granulose; between the apertures is a
thin sinuous granulose ridge, frequently touching the margins of the
cells ; in the transverse space between cells the ridges approach each
other frequently touching and coalescing.
Locality—Near Leroy, Genesce county, N. Y.
STICTOPORA LINEARIS, 7. sp.
No bifurcations occur on fragments observed, though probably they
will] be found in larger fragments; width of branch 1.50 mm., greatest
thickness. 50 mm.; cell-apertures circular, diameter .20 mm., arranged
in longitudinal parallel rows, five or six rows on a stipe, 14 apertures
in the space of five mm., margins thin, slightly elevated, longitudinal
rows separated by comparatively strong angular ridges; non-cellulif-
_erous margin very narrow or entirely wanting.
Localities—Onondaga Valley and Leroy, N. Y.
STICTOPORA PERARCTA, 7”. sp.
Branches infrequent, diverging at an angle of 45°, width 90 mm.,
greatest thickness .50 mm., non-celluliferons marginal space very nar-
-row and frequently entirely wanting; cell apertures, circular or broadly
oval, diameter .20 mm., arranged in longitudinal parallel rows, sepa-
‘rated by a comparatively strong rounded granulose ridge, margins of
apertures thin, slightly elevated, granulose.
_Locality—Onondaga valley, N. Y.
INTRAPORA, nov. gen.
Bryozoum growing as in STICTOPORA; stipe and branches broad,
bifurcating at somewhat regular intervals. Both sides celluliferous,
158 Bryozoans of the
the intercellular spaces regularly punctured or pitted asif by numerous
minute cell-apertures — entire intercellular space vesiculose.
INTRAPORA PUTEOLATA, 2. Sp.
Bifureations occurring at intervals of from six to eight mm.,
branches variable in width, on most of the specimens observed from
two to four mm., but on some 20 mm; forming lamellose’expan-
sions; greatest thickness one mm., width of non-celluliferous margin
.) mm., base of frond thin, spreading; attached to foreign sub-
stances, cells for about one-half their length parallel to the mesial-
plate; then abruptly turning and opening directly outward: aper-
tures oval, length .23 mm., occasionally circular, sometimes irregularly
disposed, at other times quite regularly arranged in oblique transverse
rows at an angle of 45° to the margin of the branch, closely arranged,
margins strong and equally elevated; intercellular space occupied by
minute angular pits, variable in shape and size, usually a single series
between two adjacent apertures, sometimes two and very rarely three;
these pits cover the non-celluliferous margin of the branch.
Locality—Falls of the Ohio river.
THAMNOPORA, nov. gen.
Bryozoum a narrow branching stipe; the principal stipe and
branches celluliferous on both sides. The divisions are not by bifur-
cution as in Sricropora, but by lateral and abrupt divergence from
the main stipe.
THAMNOPORA DIVARICATA, 2. Sp.
Width of stipe 1 to 125 mm., thickness at the middle .45 mm,
width of lateral branches .50 mm., diverging from the stipe at an angle
of 90°; cell-apertures oval , Jength .30 mm., arranged m two longi-
tudinal parallel rows; sometimes three rows on the main stipe fora
short distance occur; width of non-celiuliferous marginal space of the
main stipe about .25 mm., on the lateral branches very narrow cr en-
tirely wanting; longitudinal ranges separated by a ridge, which is fre-
ayently elevated above the margin of apertures, angular, giving to the
branch a subangular appearance; margins of apertures distinctly and
equally elevated; margins of branches usually entire, but sometimes
serrated.
Locality—Near Buffalo, N. Y.
PRISMOPORA, nov. gen.
Consisting of triangular branches, frequently forming irregular
groups, sides equal or unequal, subangularly concave, celluliferous on
Upper Helderberg Group. 159
each face ; cells arising from internal plates, which radiate from the
center and extend to each angle; apertures regularly or irregularly
arranged.
PRISMOPORA TRIQUETRA, 2. Sp.
Consisting of an irregular group of branches, diverging at an angle
of from forty-five to ninety degrees ; sides subangular at the middle;
angles at margins sharp, width of each face, 3.50 mm. ; frequently a
braneh trifurcates; a non-celluliferous space, at the margins of each
side, of about .65 mm. in width; cell-apertures circular or oval, some-
times subtriangular ; diameter .25 mm.; variable, sometimes opening
directly outward, at other times so oblique that the upper portion
of the cell wall is exposed for nearly two-thirds its entire length;
those nearest non-celluliferous margin larger than the others (all inter-
mediate forms occurring) ; at the middle of the brauch are from one
to three longitudinal ranges of apertures; the remaining apertures
more or less distinctly radiate from the center of the brancl; rows of
apertures frequently separated by a ridge.
Locality—Falls of the Ohio river.
PRISMOPORA PAUCIRAMA, 7. Sp.
Branches comparatively infrequent ; two of the sides are equal in
width, the remaining one wider; the equal sides are 2.75 mm. wide,
the third four mm.; branches occurring at intervals of twenty mm. or
more ; non-celluliferous space at the margin, .66 mm. wide ; apertures
circular, diameter .25 mm., arranged in longitudinal rows, and more
distinctly in transversely oblique rows; the apertures are smallest at
the middle of the branch, gradually growing larger to the marginal
space ; intercellular tissue vesiculose.
Locality—Thompson’s hake, Albany county, N. Y.
SCALARIPORA, zov. gen.
Bryozoum consisting of irregular groups of triangular branches,
more or less concave, traversed transversely by sharp, elevated lamin,
situated at regular distances apart; branchescelluliferous on each face;
cells arising from internal plates, radiating from the center to cach
angle of branch ; margins and summit of lamine non-celluliferous.
SCALARIPORA SCALARIFORMIS, 2. sp.
‘Branches frequent, sides very concave, angles acute, width of each
sidé to four mm.: summits of transverse aos essentially straight,
height at the midtie of the branch, one mm., thickness at base, .25
mm., distant 1.50 mm., width of non-celluliferous marginal space .48
160 Bryozoans of the
mm.; of summit of laminz .10; cell-apertures of branch minute ob-
lique or opening directly outward, margins equally elevated, constrict-
ing the aperture; cells of laminz very oblique, irregularly disposed.
Locality—Falis of the Ohio river. .
SCALARIPORA SUBCONCAVA, 2. sp.
Branches infrequent; two of the sides have each a width of 2 mm.,
the third 1.50 mm.; transverse lamine, .48 mm. high ; distant, 1.83
mm.; non-celluliferous marginal space very narrow ; cell-apertures,
15 mm. in diameter, irregular in their disposal and mode of opening,
those on transverse laminz very oblique.
Locality——Falls of the Ohio river.
GLAUCONOME, Goldf.
GLAUCONOME NODATA, 2. sp.
Primary branches, .65 mm. in width; transverse section broadly
ovate ; non-celluliferous side gently rounded and finely striated ;
space between lateral branches equal to the width of a branch; six
branches in tke space of five mm.; cell-apertures circular, opening
almost directly outward, laterally arranged in two rows, one on each
side of the branch ; space between ranges of apertures strongly cle- |
vated and with prominent nodes ; cells of secondary branches slightly
smaller and more closely arranged than those of the primary.
Locality—Near Buffalo, N. Y.
GLAUCONOME SINUOSA, 2. sp.
Transverse section of a branch broadly subcuneiform, width of
primary branches .90 mm., of secondary branches .50 mm., space be- —
tween secondary branches equal to the width of a branch; non-cellu-
liferous side unknown; cell-apertures circular, in two ranges, usually
opening laterally at an angle of forty-five degrees, margins of aper-
tures very prominent; branches carinated, carina thin and very sin.
nous.
Locality—Near Buffalo, N. Y.
GLAUCONOME TENUISTRIATA, 2. Sp.
Non-celluliferous side of branches gently rounded, finely striated ;
width of primary branches 60 mm., of secondary .33 mm., space be-—
tween lateral branches .66 mm.; three cell-apertures in the space of
five mm.
Locality. Near Buffalo, N. Y.
Upper Helderberg Group. 161
THAMNISCUS, King.
THAMNISUUS NANUS, 2. sp.
Width of branches varying according to distance from the base;
non-celluliferous side rounded, just below the bifurcations somewhat
flattened, on the specimens observed the branches are smooth; cells
tubular, cylindrical, arising just within the non-celluliferous surface
of the branch; for a portion of their length they are essentially paral-
lel with the surface, then turning abruptly, and frequently opening
directly outward; cell-apertures circular or slightly oval, diameter .25
mm., irregularly disposed, sometimes forming transverse rows, the ele-
vated margins of the apertures, forming the rows, are in contact, mar-
gins of apertures strong ; frequent macule .50 mm. in diameter, des-
titute of apertures.
Locality—Falls of thé Ohio river.
THAMNISCUS MULTIRAMUS, 2. sp.
Bifurcations occurring at intervals of from two to five mm.; many
of the branches cease growth after one or two bifurcations; width of
branches from .5 to 1.50 mm., sometimes equally bifurcating, at other
times one branch is much the smaller; non-celluliferous side gently
rounded or flattened, finely striated; cell-apertures circular, diame-
ter .15 mm.
Locality—Schoharie, N. Y.
CYSTOPORA, nov. gen.
Bryozoum consisting of simple or branching sub-cylindrical stipes,
cells arising from the axis, circular and sub-cylindrical below, enlarg-
ing above the midule of their length, and becoming ampullate, turn-
ing abruptly outward below the apertures, which are extremely con-
tracted; cell tubes exposed for more than half their length.
CYSTOPORA GENICULATA, %. Sp.
Length of tubular cells two mm., for the space of one mm. nearly
parallel with the axis of the branch, the walls of one-half of the tube
_ being exposed ; at a short distance from the aperture the tube is con-
stricted, abruptly turning and continuing at right angles to the
former portion; diameter of widest portion of tube .50 mm., of the
narrowest .18 mm.; diameter of branch one mm.; cells alternating,
imbricating and forming spiral rows.
Locality—F alls of the Ohno river.
21
162 Bryozoans of the
CLONOPORA, nov. gen.
Bryozoum consisting of an aggregation of elongate cylindrical
tubular cells, which at more or less regular intervals become entirely
free and turn abruptly outwards in an umbelliform expansion or in
alternation ; cell apertures expanded or narrowly trumpet-shaped.
CLONOPORA SEMIREDUCTA, 2. sp.
Ramose; diameter of branches one mm., composed of an aggrega-
tion of tubular cells, commencing at the axis of the branch, essen-
tially parallel with the axis till within about one mm. from the aper-
ture, when they turn abruptly and continue at right angles to the
previous portion, length 2.50 mm.; some of the specimens consist
simply of an aggregation of cell- Reed but some others have el
rently an intercellular substance.
Locality—Falls of the Ohio river.
CLONOPORA INCURVA, 2. sp.
Consisting of an aggregation of cylindrical tubular cells which
gradually increase in size to the aperture, eight or ten tubes com-
mencing growth at the same point; ata distance of 1.50 mm. from
the aperture, the tube turns quite abruptly and continues at nearly
right angles to the former portion; the apertures are spirally arranged;
the group of cells being umbel-like, and the bryozoum consisting of
a succession of the umbelliform groups of cell-tubes.
Locality—Manlins, N. Y.
CRISINA, d’ Orbigny.
CRISINA ? SCROBICULATA, 2. Sp.
Branches frequent; transverse section oval; celluliferous on one
side; apertures small, circular, arranged in oblique ascendant rows
from the middle of the branch, the two series of rows alternating,
prominent, elevated, extending beyond the side of the branch; aper-
tures .25 mm. in diameter, intercellular space occupied by polygonal’
pits; non-celluliferous side finely and irregularly striated
Locality—New York.
FENESTELLA (Miller), Lonsdale.
FENESTELLA CULTELLATA, 7. sp.
Infundibuliform with frequent elongate processes ; branches vary-
ing in width from .50 to 1.50mm.; on non-celluliferous side rounded
or subangular, ogcasionally nodose; dissepiments about .35 mm. in
Upper Helderberg Group. 163
width, depressed . fenestrules varying from elongate oval to circular,
length .75 mm.; cells in from three to six ranges, 18 in the space of
five mm., along the middle of the branch is a row of thin elevations.
Locality—Falls of the Ohio river.
FENESTELLA QUADRANGULARIS, %. Sp.
Infandibuliform ; branches from .50 to one mm. in width on non-
celluiiferous side, angular, nodose; dissepiments from one-half to
two-thirds the width of the branches; on non-celluliferous side angu-
lar and carinated; fenestrules, oval , length .75 mm.; cells in from
three to six ranges; apertures circular, 18 in five mm.; margins ele-
vated, occasionally near base celluliferous side nodose.
Locality—Falls of the Ohio river.
FENESTELLA ACULEATA, 7. Sp.
Infundibuliform; branches from .50 to .65 mm. in width; non-
celluliferous side rounded, flattened just below bifurcations, with
numerous, prominent, irregularly arranged nodes; dissepiments from
one-half to equal width of the branches; fenestrules oval or sub-
quadrangular. length .65 mm.; width .50 mm.; cells in from two to
four ranges; apertures circular or oval, 16 in the space of five mm.;
between the ranges of apertures are numerous sharp conical spines.
Locality—F alls of the Ohio river.
FENESTELLA SUBMUTANS, %. sp
Infundibuliform ; lax; branches 35 to .50 mm. wide; on non-cellu-
liferous side, round or angular; dissepiments from .25 to .55 mm. in
width , rounded, depressed, fenestrules variable, usually subquadran-
gular, length 1 mm.; width from .23 to .75 mm.; cells in from two to
four ranges; apertures circular, 18 in the space cf 5 mm.; ranges
separated by granulose ridges.
Locality—Falls of the Ohio river.
FENESTELA LINEANODA, 7%. sp.
Infundibuliform ; branches from 50 to one mm. wide; non-cellu-
liferous side angular, slightly carinated, with strong conical nodes; dis-
sepiments .30 mm. wide, frequently carinated; fenestrules elongate
oval or subquadrangular, width from .50 to .65 mm., length twice the
width ; cells in from two to four ranges; apertures circular, ranges of
apertures separated by a thin ridge.
164 Bryozoans of the
FENESTELLA ROBUSTA, 2. Sp.
Infundibuliform: width of branches from. 65 to 1.50 mm.; non-
celluliferous side, in well-preserved specimens, angular or subangular,
with slight carina and minute nodes; dissepiments .65 of one mm. in
width; non-celluliferous side rounded or subangular; fenestrules, on
non-celluliferous side broadly oval, length one mm. oncelluliferous
side elongate-oval; cells in from four to seven ranges; apertures cir-
cular, 18 in the space of five mm.
Localities—Ontario, Canada; and New York.
FENESTELLA PROPRIA, 2. Sp.
Infundibuliform ; lax , branches very gradually increasing in width,
from .65 to one mm., on non-celluliferous side broadly angular with
a prominent sinuous carina along the middle ; dissepiments .30 mm.
in width, angular, carinated ; fenestrules subquadrangular or broadly
oval; length from 1.25 to 2.75 mm.; width from .80 to 1 mm., cells
in from two to five ranges, apertures minute circular, 14 in the space
of five mm.
Locality—Near Buffalo, N. Y.
FENESTELLA LARGISSIMA, 2. sp.
Infundibuliform, irregular ; width of branches, 1.5 to 2.56 mm.,
rounded or angular, dissepiments, 1.5 mm. in width; fenestrules
irregular in size and shape, generally oval or subquadrangular ; length
from 2.5 to 5 mm.; width from one to two mm.
Locality—New York,
FENESTELLA RIGIDA, 7. Sp.
_ Infundibuliform, compact, width of branches from .5 to 1.5 mm.;
on non-celluliferous side angular, slightly carinated; dissepiments one-
half the width of the branches, angular, carinated on non-celluliferous
_ side. Fenestrules broadly oval, width equal to, or a little more than,
the width of the branches. Cellules in from two to six ranges;
apertures circular, margins elevated ; ranges separated by a promi-
nent ridge. :
Locality—-Thompson Lake, Albany county, N. Y.
FENESTELLA STRIATUPORA, 7. Sp.
Infundibuliform, compact, width of branches from .25 to .65 mm.,
on non-celluliferous side, angular, with a slight carina along the mid-
aie, having frequent strong nodes; dissepiments, .6 mm. in width;
fenestrules oval, length, from .65 to .75 mm., width, .5 mm. ; cellules
Upper Helderberg Group. 165
in from three to five ranges ; apertures circular, twenty-five in the
space of five mm., arranged in longitudinal rows, margins very strong
oblique resembling ridges.
Locality—Falls of the Ohio river.
FENESTELLA DISTANS, 7%. sp.
Infundibuliform, large; width of branches from .5 to 1.3 mm.,
on non-celluliferous side, branches angular, below bifurcations, flat-
tened, sometimes’ carinated and nodose ; dissepiments, .6 mm. in width,
rounded or angular ; fenestrules subquadrangular, length, 2.75 mm,, |
width, to 1.3 mm.; cellules in from three to seven ranges ; apertures
circular, fourteen in the space of five mm.; longitudinal ranges of
apertures are separated by a narrow carina; there are also elongated
conical nodes, which occur at irregular but frequent intervals.
Lovality—Near Buffalo, N. Y.
FENESTELLA FLABELLIFORMIS, 2. Sp.
Flabelliform, width of branches from .6 to 1 mm ; dissepiments .50
mm. in width, frequently oblique to the branches ; fenestrules sub-
quadrangular, 2.3 mm. in length, 1 mm. in width ; cellules in three
and four ranges, sixteen in the space of five mm.
Locality—Shortsville, near Manchester, N. Y.
FENESTELLA PERANGULATA, %. Sp.
5 On
Broadly infundibuliform ; width of branches from .5 to 1 mm. ;
non-celluiiferous side angular, slightly carinated ; just below the bi-
furcations on carina is a small conical node; dissepiments, .35 mm.
in width; fenestrules usually subquadrangular; length from .75 to 1
mm. ; width, .65 mm.; cellules in from two to four ranges; apertures
cireular or oval, opening obliquely, eighteen apertures in the space of
five mm.; ranges sometimes separated by a ridge.
Locality—New York.
-
FENESTELLA CELSIPORA, 7. sp.
Bryosoum infundibuliform, broadly expanding, usually broadly pli-
cated in the direction of the branches; inner face of the frond cel-
luliferous ; branches moderately strong, very gradually increasing in
size to the bifurcations which occur at intervals of from fifteen to
forty mm. Dissepiments on non-celluliferous side from .25 to .35 of
one mm. in width and nearly on a plane with the branches; on the
_ celluliferous side narrower, angular or slightly carinate. Cellules in
from two to five ranges ; apertures circular or oval, opening obliquely
166 Lryozoans of the
backward or toward the base, about 18 in the space of 5 mm., mar-
gins elevated, the upper side more decidedly than the lower; space
between ranges of apertures smooth or marked by longitudinal
ridges, the latter feature being more conspicuous where there are
only two ranges of cell-apertures.
Locality—U pper Helderberg group, Canada West.
FENESTELLA CELSIPORA, Va7’. MINOR, 7. VG7’.
Infundibuliform, frequently plicated; branches ridged, width from
285 to.d0 mm., on non-celluliferous side branches angular or suban-
gular, dissepiments .20 mm. in width, fenestrules generally subquad-
rangular, sometimes oval, length .50 mm., width .33 mm.; cellules in |
from two to four ranges; apertures small, circular, twenty-five in the
space of .6 mm., very prominent.
Locality—Canada West.
FENESTELLA CELSIPORA, va. MINIMA, 2. var.
Cup shaped; width of branches from .25 to .50 mm., bifurcations
irregular; dissepiments from two-thirds of slightly more than the
width of the branches, on non-celluliferous side sometimes elevated
above the plane of the branches, continuing across the branches and
forming elevations more prominent than the branches; fenestrules
broadly oval, or circular, length from .25 to .50 mm., width equal to or
greater than the length; cellules in from two to four ranges; aper-
tures circular, prominent, distinctly longitudinally disposed, twenty-
five in the space of .5 mm.
Locality—Falls of the Ohio river.
FENESTELLA CYLINDRACEA, 2. Sp.
Infundibuliform; width of branches from .35 to .66 mm., on non-
celluliferous side, angular, carinated ; dissepiments .25 mm. in width,
rounded, subangular, angular or carinated; fenestrules oval, length
.90 mm., width .35 to .50 mm.; cells in from two to four ranges; ap-—
ertures circular, oval, eighteen in space of 5 mm., longitudinally
arranged, margins unequally-elevated.
Localitg—Near Buffalo, N. Y.
FENESTELLA BISERIATA, 1, Sp.
Infundibuliform; width of branches from .38 to.50 mm. on non-
celiuliferous side rounded, striated ; dissepiments, less than one-half
as wide as the branches; fenestrules, subquadrangular, the ends
straight, the sides rounded, width from one and one-half to two times
the width of the branches, length twice the width , cells in two ranges ;
Upper Helderberg Group. 167
apertures circular, four and sometimes five in the space of a fene-
strule; middle of branch carinated.
Locality—Cherry Valley, N. Y.
FENESTELLA ADNATA, 2. Sp.
Infundibuliform ; width of branches from .35 to .50 mm., on non-
celluliferous side, sharply rounded or subangular, sinuous finely cari-
nated ; dissepiments, equaling or wider than the branches; branches
sometimes anastomosing; fenestrules on non-celluliferous side circu-
Jar, on celluliferous side oval, length .66 mm.; cells in from two to _
four ranges, apertures circular, twenty-five in the space of five mm.,
margins very strong. The margins of adjacent apertures frequently
unite and are prolonged, forming a short spine.
Locality—Falls of the Ohio river.
FENESTELLA NEXA, 2. Sp.
Infundibuliform; width of branch from .50 to .75 mm.; on non-
celluliferous side the branches are, when perfect, Saat ; dissepi-
ments, on non-celluliferous side .50 mm. in width, on celluliferous
side contracting midway between the branches to .25 mm., depressed,
carinated ; fenestrules, subquadrangular or broadly oval, length 1.25
mm., width .75 mm.; cells in from two to four ranges, apertures cir-
cular, 16 in the space of 5 mm., longitudinally arranged ; ranges sep-
arated by a strong, continuous ridge.
Locality—Canada West.
FENESTELLA MUTABILIS, 2. Sp.
Tnfulidibuliform, broadly spreading ; width of branches, near base,
.33 to .65 mm., above, from .65 to 1 mm.; on non-celluliferous side,
near base, a slight carina along the middle; at a greater distance
from the base there are three or four strong striations ; dissepiments,
from .33 to .d0 mm. in width, on the upper portion of the frond some-
times one mm., angular and carinated, or gentiy rounded without
earination ; fenestrules on the non-celluliferous side oval or oblong,
length from .65 to 1 mm., width, .50 mm., but somewhat varying;
cells in two and three ranges, apertures small, circular, seventeen in
the space of five mm., arranged in distinct longitudinal lines; mar-
gins thin, distinctly elevated.
Locality—Canada West.
FENESTELLA POROSA, 2. sp.
Infundibuliform, conical ; branches straight, width from .50 to .90
mm.; in well-preserved specimens the branches are angular, carinated ;
168 Bryozoans of the
dissepiments, slightly less than .50 mm. in width, on non-cellulifer-
ous side angular, carinated ; on celluliferous side, depressed, angular,
carinated; fenestrules broadly oval or subquadrangular, width, from
50 to .65 mm., length, one and one-half times the width, on cellu--
liferous side, elongate oval, cells in from two to four ranges; aper-
tures circular, distinctly arranged longitudinally, central range promi-
nent.
Locality —Canada West.
FENESTELLA PARALLELA, 7%. sp.
Infundibuliform, large ; width of branches from .30 to .45 mm.; on
non-celluliferous side angular, with thin, sharp carina; dissepiments
slender, .18 mm. wide, angular, carinated on celluliferous side curved,
the curvature toward the base; fenestrules oval, or subquadrangular,
length .65 mm., width .25 mm., on celluliferous-side, elongate oval ;
cell-apertures in two ranges, except immediately below the bifurcations, .
18 in the space of five mm., margins thin, elevated; space between
longitudinal ranges of apertures elevated and having a row of strong
conical nodes.
Locality—New York.
FENESTELLA BREVISULCATA, 2. Sp.
Infundibuliform ; width of branches from .65 to .90 mm.; on non-
celluliferous side, angular or subangular, flattened just below the bi-
fercations where there is a short shallow channel, occasionally cari-
nated, usually nodose, a strong line of nodes along the middle;
dissepiments, .30 mm. wide, on celluliferous side rounded, on non-
celluliferous side carinated; fenestrules oval or subquadrangular,
length 1.50 mm. width .80 mm., occasionally narrower; cells in from
two to four ranges, usually three ; apertures circular, 16 in the space
of five mm., arranged longitudinally, margins thin, elevated.
Locality—Canada West.
FENESTELLA GRANILINEA, 7. Sp. .
Infundibuliform ; branches nearly parallel; width of branches from
.35 to .65 mm.; acutely angular, with from one to four lines of nodes
along the middle, the central range always the strongest ; dissepiments
from .25 to .30 mm. in width, on non-celluliferous side very angular,
prominent, non-celluliferous side, rounded, carinated ; fenestrules oval
or subquadrangular, length, usually .75 mm., width from .35 to .48
mm.; cells in two and three ranges, apertures circular, 15 in the space
of five mm.; margins distinctly and equally elevated. When three
Upper Helderberg Group. 169
ranges occur the intervening space is smooth, when two ranges
occur they are separated by ridges.
Locality'—Canada West.
FENESTELLA PERUNDATA, 1. Sp.
Infundibuliform, strongly undulating on a line with the branches;
width of branches from one to 1.50 mm., angular and in well-preserved
specimens slightly carinated ; dissepiments or anastomosed portions;
equaling or greater than the width of the branches ; fenestrules vary-
ing from elongate to broadly oval, width equal to or a little more
than the width of the branch, length one and one-half times the
width of the branch; cells in from three to six ranges, apertures circu-
lar arranged in sinuous longitudinal rows, 16 in the space of five
mm.
Locality—Canada West.
FENESTELLA HEXAGONALIS, 2. sp.
Infundibuliform, broadly spreading ; width of branches from .50 to
one mm.; angular, slightly carinated, sometimes connected by dis-
sepiments, at other times anastomosing, when anastomosing de-
cidely zig-zag , dissepiments or anastomosed portion .66 mm. in width;
on celluliferous side the branches are regularly sinuous, never zig-
zag; fenestrules, from .65 to one mm. wide, length to one and one-
half times the width; cells in from two to four ranges, arranged in
longitudinal sinuous rows, 17 apertures in the space of five mm.; be-
low bifurcations a triangular space without apertures.
Locality—Canada West.
FENESTELLA HEXAGONALIS var., FORAMINULOSA, %. var.
On the celluliferous side of the branches, at irregular but frequent
intervals, are prominent nodes, apparently formed by the coalescing
and elevation of adjoining cell apertures, having a height of .25 mm. ;
diameter at the base, .35 mm.
Locality—Canada West.
FENESTELLA LEVINODATA, %. sp.
Infundibuliform, branches strong; bifurcations occurring at inter-
vals of from 5 to 20 mm., branches sometimes straight, usually more
or less sinuous and sometimes decidedly zig-zag; dissepiments from
two-thirds to equal the width of the branches, fenestrules somewhat
variable, but usually oval or obscurely hexagonal, length, one mm.,
22
170 Bryozoans of the
width from .60 to .95 mm. ; cells in from three to five ranges, in longi-
tudinal sinuous rows; apertures circular, twenty in the space of five
mm.
Locality—Falls of the Ohio river.
FENESTELLA ANGULATA, 2. Sp.
Width of branches from .33 to .50 mm.; the branches are round
or subangular, finely striated ; dissepiments, from one-third to one-
half the width of the branches, sometimes oblique to the branches,
at times curving; fenestrules rectangular or rhomboidal, two mm.
in length, and from .50 to .80 mm. in width; cells in two ranges;
apertures circular, longitudinally arranged, eighteen in the space of
five mm.; space between the ranges of apertures elevated and slightly
carinated.
Locality—New York.
FENESTELLA VARIAPORA, 1. Sp.
Infundibuliform, base thin, spreading; pedicel, short; width of
branches from .25 to .80 mm.; branches without nodes or striations;
dissepiments equal to the width of the branches, on non-celluliferous
side, rounded or subangular, occasionally faintly carinate; dissepi-
ments, from broadly oval to circular, sometimes hexagonal, width, one
and une-half times that of the branches; cells in two ranges; aper-
tures circular, thirty in the space of five mm.; space between the
ranges of cells elevated, with conical nodes.
Locality—Falls of the Ohio river.
FENESTELLA SERRATA, 2. Sp.
Infundibuliform ; width of branches from .25 to .85 mm.} on non-
celluliferous side branches nodose; nodes strong, at irregular dis-
tances apart, branches also sometimes spinose, sometimes granulose ;
dissepiments, two-thirds the width of the branches, occasionally hay-
ing a strong oblique node; fenestrules oval or subquadrangular,
length .50, width .25 to .50 mm., on non-celluliferons side elongate
oval; cells in two ranges, circular, twenty-two in the space of five
mm.; branches on celluliferous side carinated, carina with prominent
tri-angular nodes.
Locality—Falls of the Ohio river.
FENESTELLA STELLATA, 2. Sp,
Infundibuliform ; width of branches from .35 to .50 mm., branches
rounded with comparatively strong oblique nodes, also granulose; dis-
sepiments, from one-half to two-thirds the width of the branches;
fenestrules oval or subquadrangular, length 65, width from .25 to .50
Upper Helderberg Group. 17),
mm.; cells in two ranges twenty in the space of 5 mm.; space between
ranges a nodose elevation, nodes strong and variable.
Locality—Falls of the Ohio river.
FENESTELLA PERTENUIS, %. sp.
Infundibuliform, width of branches from .20 to .25 mm., non-cellu-
liferous side sharply rounded with low conical nodes; dissepiments,
a little less than the width of the branches; fenestrules quadrangu-
lar, length .35, width .25 mm., on celluliferous side .20 mm.; cells
in two ranges apertures circular, twenty-eight in the space of 5 mm.;
space between ranges one-third the width of branch, elevated, with
prominent conical nodes.
Locahty—Falls of the Ohio river.
FENESTELLA SINGULARIS, 2. 3p.
Infundibuliform; width of branclies from .35 to .50 mm., on non-
celluliferous side rounded, with from three to five rows of granules
and occasional spines, immediately below each bifurcation is a strong
node or spine; dissepiments, from .25 to .35 mm. wide, sometimes
oblique to the branch; fenestrules, oval or subquadrangular, length,
50; width, .35 mm.; cells in two ranges; apertures circular, twenty
in the space of 5 mm.; space between ranges one-third the width of
branches, elevated, occasionally spinose.
Locality—Falls of the Ohio river.
FENESTELLA CURVIJUNCTURA, 2. Sp.
-Width of branches from .20 to .50 mm.; shape varying from nearly
flat to acutely angular, sometimes having strong conical nodes; dis-
sepiments from two-thirds to three-fourths the width of the branch,
frequently curved, nodose; fenestrules, subquadrangular, length .25,
width .20 to,.25 mm.; cells in two ranges; apertures circular, twenty-
five in 5 mm., space between ranges, elevated, having conical nodes
equai in number to cells.
- Localitu—Falls of the Ohio river.
FENESTELLA CULTRATA, 2. sp.
enadiboliform; width of branches from .50 to .80 mm., round or
angular, with oy obscure granulose striw; dissepiments, 30 to .68
mm. wide: fenestrules usually subquadrangular, usual length .2 mm.,
width from .25 to 1 mm.; cells in two ranges; apertures large, sixteen
to eighteen in 5 mm.; branch carinated, carina broad at base, con-
cealing apertures, narrowing above and sharp at the summit.
Locality—F alls of the Ohio river.
172 Bryozoans of the
FENESTELLA TORTA, 2. Sp.
Infundibuliform, delicate; pedicel 4 mm. in length and,1n the
specimens observed, twisted; width of branches from .20 to .25 mm.,
below a bifurcation from .35 to .50 mm.; on non-celluliferous side:
rounded or subangular, slightly carinated; dissepiments .50 mm. in
width, much expanded; fenestrules usually oval, sometimes circular,
length .50, width from .33 to .60 mm.; cells in two ranges, twenty-
four in 5 mm.; margins of apertures strong, frequently touching one
another; space between ranges carinated, carina thin, .50 mm. in
height.
Locality—Falls of the Ohio river
FENESTELLA BISERRULATA, 7%. Sp.
Infundibuliform ; branches strong, on non-celluliferous side rounded
or subangular, frequently flattened opposite the dissepiments, or
slightly concave on the summit, regularly granulose; dissepments .50
mm. in width; fenestrules oval, width from .80 to 1 mm., width from
.35 to .65 mm. ; cells in two ranges, apertures circular, 18 in the space
of 5 mm. ; middle of branch carinated, height of carina .50 mm., thin, |
expanding to .33 mm.; then contracting, summit sharp; on margins
of widened portions are minute nodes or spines corresponding in num-
ber to the apertures.
Locality—Falls of the Ohio river.
FENESTELLA PERMARGINATA, 7%. 87.
Infandibuliform; branches from .25 to 40 mm. in width; dissepi-
ments, from .60 to .95 mm. wide; fenestrules oval, length .75 mm.,
width from .50 to .75 mm.; cells in two ranges, 20 in.the space of 5
mm., middle of branch carinated, height of carina .95 mm., at about
half the height expanded, then contracted, the summit sharp; at the
edge of the expanded portion is a row of conical nodes.
Locality——Falls of the Obio river.
FENESTELLA DEPRESSA, 2. SP).
Infundibuliform; width of branches from .25 to .35 mm.; angular
on celluliferous side; on non-celluliferous side, rounded, striated, from
three to six strie on a branch, also nodose; dissepiments one-third
the width of the branch; fenestrules subquadrangular ; length from
one and one-half to two times the width; cells in two ranges, aper-
tures circular, 20 in five mm., middle of branch angular, elevated.
Locality—Falls of the Ohio river.
Upper Helderberg Group. 173
FENESTELLA ZQUALIS, 2. sp.
Width of branches from .25 to .85 mm.; on non-celluliferous side
angular, slightly carniated ; dissepiments, varying from two-thirds of
to equal the width of the branches; fenestrules usually subquadran-
gular, length .75 mm.; width from .60 to .75 mm.; cells in two
ranges, apertures circular, space between ranges elevated, angular no-
“dose.
Locality—Clarence Hollow, N Y.
FENESTELLA LUNULATA, 7. Sp.
Infundibuliform ; width of branches from .25 to .50 mm.; dissepi-
ments equal in width to the branches, generally on the non-cellulif-
erous side a semicircular ridge extending on the branches and at the
middle of the dissepiments a strong oblique spine, projecting over the
fenestrules; fenestrules variable, frequently oval, width equal to that
of the branches ; length one and one-half times the width; cells in
two ranges, apertures sometimes oblique, 22 in 5 mm., space between
ranges carinated, carine thin, elevated from .35 to .50 mm., then ex-
panding, the expansions .20 mm. wide.
Locality—Falls of the Ohio river.
FENESTELLA LATIJUNCTURA, ”. sp.
Branches on non-celluliferous side very irregular, width from 1 to
1.50 mm., nodose, nodes irregular in size and appearance, sometimes
one mm. high, frequently oblique, sometimes there is a thin sharp
carina with elevations; dissepiments one mm.in width, fenestrules
oval, width equal to that of the branches, and from one-half to two-
thirds the length ; cells in two ranges, apertures circular, 18 in 5 mm.
middle of branch carinated, one mm. in height at one-third the dis-
tance above the branch; expanded, width of expansion .25 mm., then
contracting, the expanded portion having on its margin nodes equal
in number to the apertures.
Locality—Falls of the Ohio river.
FENESTELLA BI IMBRICATA, 2. Sp.
Width of branches, 34 mm.; on non-celluliferous side very irregular;
dissepiments, one mm. or more in width, on non-celluliferoous side,
_ the summit elevated, continuing on the branches, forming a promi-
nent semicircular elevation around the lower portion of fenestrule;
fenestrules nearly circular, diameter .50 mm., sometimes subtriangu-
lar ; cells in two ranges; apertures circular, 22 in the space of 5
mm. ; Carina attaining a height of .50 mm., then abruptly expand-
-
174 Bryozoans of the
ing, the expansion mostly on one side, its width from .33 to .65 mm.,
overlapping.
Locality—Falls of the Ohio river.
. FENESTELLA RHOMBIFERA, 2. Sp.
Infundibuliform; width of branches from .30 to .50 mm.,on non- —
celluliferous side rounded or,angular, slightly carinated nodose, sinu-
ous or zig-zag. ‘The branches are sometimes connected by dissepi-
ments; when zig-zag, connected by anastomosis; width, .65 mm. ;
fenestrules broadly oval or circular, height, .75, width, .65 mm. on
celluliferous side more clongate oval; cell-apertures in two ranges,
circular, fourteen in the space of five mm.; curina expanding from
the base, at a point miway from the summit it reaches its greatest
expansion, equal in width to the branches.
Locahity—Leroy, Genesee county, N. Y.
FENFSTELLA SEMIROTUNDA, 7%. Sp.
Regular on celluliferous side; irregular on non-celluliferous side ;
width of branches, .42 mm., angular, slightly carinated, zig-zag or _
straight; dissepiments .65 mm. in width ; fenestrules, from oval to —
circular ; width, from a little less than, to twice the width of the
branches; cell-apertures in two ranges, circular, twenty in five mm ;
height of carina equal to diameter of branch, base thin, at half the
height expanding to .35 mm. in width, then contracting ; at the mar-
gin of the expanded portions are conical nodes, also, at irregular in-~
tervals, strong, flat, semicircular projections.
Locality—Falls of the Ohio river.
FENESTELLA INTERRUPTA, 2. sp.
Branches irregular on non-celluliferous side ; width, 40 mm. ; cari-
nated, zig-zag ; dissepiments, .65 mm in width, sometimes elevated
above the branches, connecting and forming strong, irregular eleva-
tions; fenestrules on celluliferous side regularly oval, on non-cellulif-
erous side usually circular ; diameter, 50 mm. ; cell-apertures in two
ranges, circular, twenty-four in 5 mm; carina .50 mm. in height,
summit expanded, having a width from 25 to .50 mm,
Locality—Falls of the Ohio river
FENESTELLA ERECTIPORA, 72. Sp.
Branches on non-celluliferous side sometimes irregular, gently
rounded to angular, straight to zig-zag, sometimes carinated, always
prominently nodose, frequently anastomosing, width, from .50 to .75
a
Upper Helderberg Group. } 178
mm.; dissepiments on anastomosed portions, .80 mm. wide; fene-
strules varying from oval to circular; length, .90 mm.; cells in two
ranges, immediately below each bifurcation there is au additional cell;
fourteen in five mm.; carinated.
Locality—Canada West.
FENESTELLA (HEMITRYPA) GRANIFERA, 2. Sp.
Width of branches from .20 to one mm.; flattened, rounded or sub-
angular; slightly elevated carine, the carine and at times other por-
tions of branches minutely granulose; dissepiments 90 mm. wide,
much expanded ; fenestrules broadly oval, length .90, width .66 mm.;
cell-apertures in two ranges fifteen in 5 mm.; carina at first very
~ slender, enlarging midway to the summit, then cortracting ; proba-
bly connected by lateral bars.
Lecality—F alls of the Ohio river.
HENESTELEA (HEMITRYPA) PERPLEXA, 2. 8%.
Width of branches from .20 to .65 mm., gently rounding to suban-
gular with small but very distinct nodes; dissepiments from .20 to .30
mm. in width; fenestrules from regularly oval to circular or ob-
scurely hexagonal, length, .50, width .35 mm.; cell-apertures in two
ranges twenty-two in 5 mm., space between very thin, sharply ele-
vated, having on the summit nodes projecting beyond the sides of the
carine, having the appearance of broken lateral bars.
Locality—Falls of the Ohio river.
FENESTELLA (HEMITRYPA) ACAULIS, 2. sp.
Width of branches from .25 to 35 mm., rounded or slightly angu-
lar, slightly carinated, minutely nodose; dissepiments having a width
equal to or greater than the branches on non-celluliferous side, some-
times elevated above the branches, connecting and forming prominent
angular elevations; fenestrules subquadrangular, broadly oval, circu-
lar, obscurely hexagonal, length .50 mm.; cell-apertures in two ranges,
_ stightly oval, twenty-five in 5 mm.; carina thin, height equal to that
of branch, for one-half the height thin, then expanding; width of the
- summit one-half that of branch; carine connected by bars, twenty-
two in 5 mm.
Locality—Falls of the Ohio river.
FENESTELLA (HEMITRYPA) STIPATA, 2. sp.
Branches straight to zig-zag, width .25 to .35 mm.- regular, cari-
nated; disseniments same width as branch, scmetimes forming con-
176 Bryozoans of the
tinuous elevations; fenestrules, from .25 to .50 in length, width from
.12 to .35 mm.; cell-apertures in two ranges, circular, twenty in 5 mm.;
carina .90 mm. iu height, for half the height thin, then expanding,
width of summit, .35 mm., connected by oblique lateral bars, thirteen
in the space of five mm.
Locality—Falls of the Ohio river.
FENESTELLA (HEMITRYPA) TEGULATA, 7. sp.
Width of branches .35 mm., acutely rounded or subangular, slightly
carinated, nodose, straight or zig-zag; dissepiments, from equal toa
little more than the width of the branches, sometimes elevated above
and extending across the branches; fenestrules oval, length .55, width
33 mm.; cell-apertures in two ranges, circular, twenty four in five
mm.; height of carina from .50 to .75 mm., expanding to midway to
summit, then contracting, summit thin ; the carina connected by lateral
bars fifteen in 5 mm. ; arcuate.
Locality—Falls of the Ohio river.
FENESTELLA (HEMITRYPA) LATA, %. sp.
Width of branches from .20 to .50 mm., rounded or angular, rigid,
straight or zig-zag ; dissepiments from .50 to .75 mm., sometimes ele-
vated above and extending across the branches; fenestrules, length
75 mm., width 50 mm. Cell-apertures in two ranges circular or
oval, sixteen in the space of five mm., carina one mm. in height or
half the height, thin, then slightly expanding, connected by lateral
bars, twelve in the space of five mm.
Locality—Canada West.
FENESTELLA (HEMITRYPA) ANONYMA, 2. sp.
Width of branches from .30 to .50 mm., angular, slightly carinated
on non-celluliferous face, near bifurcation rounded or gently concave;
the carina is replaced by two or three striations as the branch widens;
dissepiments .14 mm. in width. Fenestrules usually oval, length .33,
width .22 mm.; cells in two and three ranges, the latter number for
enly a short distance below the bifurcations; apertures circular,
twenty-two in five mm., carina expanding for one-half the height,
height .50 mm., width of expanded part .10 mm., connected by lateral
bars, twenty in the space of five mm.
Locality—Falls of the Ohio river.
FENESTELLA (HEMITRYPA) PERNODOSA, 7%. sp
Width of branches .45 mm., wider opposite the dissepiments: dis-
sepiments obscuring the continuity of the branches; branches angular,
Upper Helderberg Group. 177
carinated, prominently nodose, sometimes striated ; the branches fre-
quently appear as slight elevations across the dissepiments which are
apparently united; dissepments greatly expanded at the branches,
carinated, nodose. Fenestrules oval, length .90 mm., width .60 mm.
Cell-apertures in two ranges, with an additional aperture just below
the bifurcations, circular, sixteen in the space of 5 mm.; carina thin,
height .50 mm., connected by lateral plates extending to the sum-
mit of branches, oblique.
Locahity—Canada West.
FENESTELLA (HEMITRYPA) SUBSTRIATA, 2. Sp.
Width of branches from .25 to. 50 mm., angular or subangular ; dis-
sepiments one-half to two-thirds the width of the branches. Fen-
estrules subquadrangular, length .75 mm., width 35mm. _ Cell. aper-
tures in two ranges, circular, twenty in space of .6 mm. Carina at
first thin, rapidly expanding to .35 mm., height .45 mm., connected
by lateral bars, fourteen in 5 mm.
Locality—Falkirk, XN. Y.
FENESTELLA (HEMITRYPA) ELEGANTISSIMA, 7. sp.
Width of branches from .33 to .65 mm., rounded to angular, line-
arly nodose; dissepiments, width one mm., much expanded at junc-
tion with the branches. Fenestrules elongate-oval, length 1.50 mm.,
width, 95 mm.; celluliferous side not aiisabved:
Locality—Canada West.
FENESTELLA (HEMITRYPA) FAVOSA, 2. sp.
Width of branches from .20 to .35 mm., subangular, slightly cari-
nated. Fenestrules elongate-oval to subquadrangular, length to .45
mm., width .25 mm. Cell-apertures in two ranges, circular, twenty
in the space of five mm. Carina having processes from each side,
those of adjacent carinz connecting midway between the carinz form-
ing a ridge, interstices generally hexagonal.
Locality—Canada West.
FENESTELLA (HEMITRYPA) CRIBROSA, 7. sp.
Width of branches from .25 to 50 mm., rounded, width of dissepi-
ments .18 mm. cee eure in two ranges, circular, sixteen in the
Space oi five mm.; carina having lateral processes meeting midway
between carinz i uniting form a longitudinal ridge: interstices cir
cular enclosed by a narrow elevation
Locality—Falls of the Ohio river
23
178 Bryozoans of the
FENESTELLA (HEMITRYPA) CONJUNCTIVA, 2. sp.
Width of branches from .33 to .50 mm., immediately below bifur-
cation the width is .75 mm., rounded or subangular, carinated ; below
bifurcation flattened, from straight to zig-zag; the dissepiments have
a width to .d0 mm., fenestrules oval, length .95 mm., width .50 mm.
Cell-apertures in two ranges, circular, sixteen in the space of 5 mm.;
height of carina .55 mm., summit connected by lateral bars; bars and
summit of carina having precisely the same appearance as the non-
celluliferous side of some fronds, both summit and processes carinated.
Locality—Canada West.
FENESTELLA (HEMITRYPA) FASTIGATA, 2. Sp.
Width of branches from .53 to .65 mm., angular, carinated ; carina
strong; around each fenestrule there is a narrow elevation; width of
dissepiments 40 mm. Fenestrules oval, length about .50 mm., width
.33 mm. Cells in two ranges, apertures comparatively large, opening
laterally ; space between the ranges of apertures carinated ; carine at
base very thin, expanding above, height .45 mm.; connected by lateral
processes consisting of very thin plates.
Locality—Falls of the Ohio river.
Hamilton Group. 179
BRYOZOANS OF THE HAMILTON GROUP.
(Including only the genera preceding the Fenestellidz. )
PALESCHARA, Gall.
PALESCHARA INTERCELLA, 7. Sp.
Foliaceous expansions; cells polygonal, in contact; diameter .33
mm.; macule numerous, slightly elevated, centers distant 5 mm.,
their cells larger than others; between the cells are cellules equal in
number to the cells, quadrangular, square or triangular; diameter .17
mm ; cells sometimes circular, walls with triangular spines.
Locality—Y ork, New York.
PALESCHARA RETICULATA, 1. sp.
Foliate expansions; cells polygonal, in contact; diameter .25 mm.,
frequently arranged in undulating, intersecting rows; in this arrange-
ment the cells are quadrangular, giving to the frond a reticulate ap-
pearance; centers of macule distant 3 mm., slightly elevated and
composed of larger cells, which in perfect specimens were probably par-
tially hooded.
Locality—York, New York.
PALESCHARA VARIACELLA, 2. sp.
Foliaceous expansions; celJs in contact, usually hexagonal; diame-
ter .25 mm.; centers of macule distant 6 mm., composed of larger
cells; diameter .80 mm; cell walls with strong angular spines; no
intermediate cellules.
Locality—Y ork, New York.
PALESCHARA AMPLECTENS, 2. sp.
A thin expansion, usually encrusting crinoid stems; cells polygonal,
in contact, irregularly disposed ; diameter .20 mm.; no macule; fre-
quent nodes or spines.
PALESCHARA ? (LICHENALIA ?) PERTENUIS, 7. Sp.
Foliaceous expansions; greatest thickness observed, .20 mm.; cells
usually circular or oval, sometimes polygonal; some portions of walls
180 Bryozoans of the
in contact, diameter .33 mm.; macule not elevated, somewhat ob-
scure, composed of larger oval cells, having a length of 50 mm.; there
are minute intermediate cellules or pits, varying in number, sometimes
entirely surrounding a large cell.
Locality—Lodi Landing, New York.
TREMATOPORA, Aail.
TREMATOPORA SCUTULATA, 2. Sp.
Ramose, solid ; branches widely diverging; diameter .66 mm.; cells
tubular cylindrical; apertures oval, margins parallel with surface ;
length .25 mm., arranged in longitudinal parallel rows and oblique
transverse rows; oblique arrangement most conspicuous; at the base
of each aperture is a strong node or spine, longitudinal rows sepa-
rated by ridges; ridges coalescing between apertures, giving to the
apertures the appearance of being separated by strong oblique ridges,
crossing and forming elongate diamond-shaped apertures.
Locahty—Hamburg, Erie county, New York.
TREMATOPORA TRANSVERSA, 7. Sp.
Ramose, solid; branches widely diverging; diameter 2 mm. ; cells
tubular, cylindrical ; apertures oval, parallel with surface; length .25
mm., closely arranged in oblique transverse rows; apertures without
elevated margins; space between apertures elevated, with a single row
of granules. |
Locality—Hamburg, Erie county, New York.
TREMATOPORA POLYGONA, 2. Sp. |
Ramose, solid; branches widely diverging; diameter 1.25 mm.;
cells tubular; apertures oval, very closely arranged; space between
them narrow, elevated, angular, appearing as walls of cells, making
the apertures apparently polygonal ; length .40 mm., width .25 mm. ;
at each angle a conical node, the elevations frequently granulose.
Localhty—Hamburg, New York.
TREMATOPORA TORTALINEA, 7. Sp.
Ramose ; branches distant; diameter .60 mm., frequently sinuous;
cells tubular, sub-cylindrical; apertures oval; length .25 mm., width
12 mm., arranged in longitudinal rows, alternating and forming ob-
lique rows; longitudinal rows frequently separated by a ridge, which,
7
:
;
a
q
Hamilton Group. 181
owing to the sinuous branches, frequently presents a twisted appear-
ance; the ridge 1s granulose, giving a serrated aspect.
Locality—Hamburg, New York.
TREMATOPORA SUBQUADRATA, 7%. Sp.
Ramose, solid; branches infrequent, diameter 1 mm.; cells tubu-
lar; apertures oval: length .33 mm., arranged in longitudinal and in
oblique rows, the latter arrangement the most prominent; occasion-
ally irregularly disposed; intermediate space elevated, quadrangular
or polygonal, minutely striated; at each angle is a comparatively
strong node. .
Locality—Darien, New York.
TREMATOPORA PERSPINULATA, %. Sp.
Ramose, solid ; branches infrequent; diameter 3 mm.: cells tubu-
lar, apparently angular, contiguous; apertures varying from elongate-
oval to nearly circular, some having a length of .35 and a width of
16 mm. ; others are circular; diameter .30 mm., irregularly and very
closely disposed, without elevated margin ; space between flat or little
elevated, with a slight carina, or granulose, with numerous irregularly
disposed conical nodes or spines, forming the most prominent feature
of the surface.
Locality—York, New York.
TREMATOPORA CLAVIFORMIS, 7. sp.
Consisting of an erect frond 10 mm. in height, attached by a root;
branching dichotomously ; near the base the stem is round; diameter
.75 mm. ; the branches become flattened and widened to 2.25 mm.,
giving to the frond a clavate appearance. Cell-apertures polygonal,
contiguous, somewhat longer than wide ; length .33 mm., arranged in
oblique rows, at an angle of forty-five degrees to the branch; cell
walls thin; at the angles of the summit are minute spines.
Locality—Bellona, Yates county, N. Y.
TREMATOPORA ORBIPORA, 2. sp.
Ramose, solid; branches infrequent; diameter 2 mm.; cells tubu-
lar, cylindrical ; apertures usually oval or circular, and sometimes
subangular from mutual pressure, diameter .40 mm., closely and regu-
ularly or irregularly disposed ; the more or less oblique rows seem to
be the most frequent arrangement of the apertures ; both margin and
182 Bryozoans of the
intercellular space are granulose; sometimes the margins are in con-
tact, coalescing, and forming elevated angular nodose ridges.
Locality—Canandaigua, N. Y
TREMATOPORA ? GRANISTRIATA, 2. 8p.
Consisting of elongate stems with striated base, apparently simple,
attached to foreign substances by wrinkled rootlets. The stem for 7
mm. is small, striated; cells tubular, cylindrical; apertures oval or.
circular; length .38 mm., arranged in longitudinal parallel rows, fre-
quently alternating and forming oblique rows; space between longi-
tudinal rows, with linear granulose striations; sometimes from mu-
tual pressure the apertures are polygonal.
Localhity—Darien, N. Y.
‘
CALLOPORA, Jail.
CALLOPORA BISPINULATA, 2. Sp.
Ramose, solid; branches infrequent; diameter 1 mm., expanding
and flattened before bifurcating; cells tubular, subcylindrical; aper-
tures oval; length .35 mm., closely disposed, some portion of the mar-
gins of adjacent apertures in contact ; sometimes in regular longi-
tudinal and oblique rows, the margins having at each end a minute
spine ; space between apertures with minute pits; as the arrangement
of the apertures vary, the bryozoan presents a very variable appear-
ance.
Locality—Moscow, NAS
CALLOPORA HAMILTONENSIS.
Ceriopora? Hamiltonensis, Nicholson.
Ramose, solid; diameter 1 mm.; cell-apertures oval; length .25
mm., arranged in parallel longitudinal rows, alternating, and forming
transverse oblique rows; margins slightly elevated ; longitudinal ranges
separated by a strong ridge; the transverse space between the aper-
tures is occupied by two quadrangular pits.
Locality—Hamburg and New Berlin, N. Y.
CALLOPORA INTERNODATA, 2. Sp.
Ramose, solid; diameter 2 mm.; cells tubular, subcylindrical; ap:
ertures oval; length .33 mm., elevated margins frequently in contact,
sometimes irregularly disposed, at other times arranged in trans-
versely oblique parallel rows; intermediate -space occupied by minute
Hamilton Group. 183
angular pits; there are alsc conical nodes, one or two at each aper-
ture, forming the most prominent feature of the surface.
Lecaliiy—Darren, N. Y.
CALLOPORA HEMISPHERICA, 7. Sp.
Hemispheric masses; under surface a wrinkled epitheca ; cells tubu-
lar, cylindrical, at the center at right angles to the base, becoming
more and more oblique as they approach the margin; cell walls
thin, septa wanting; apertures circular, very closely but irregularly
disposed , diameter 50 mm. ; margins thick, strongly elevated ; inter-
mediate space with angular pits varying in size and shape; macule
gently rounded, with larger cell-apertures ; interior intercellular space
irregularly vesiculose, or composed of tubili with regular septa.
Locahity—York, N. Y.
LICHENALIA, Hail.
LICHENALIA STELLATA, 2. Sp,
Expansions or masses; cells tubular, cylindrical; walls thin; septa
infrequent ; intercellular space vesiculose ; cell-apertures circular, usu-
ally oblique to the surface ; diameter .33 mm., quite regularly arranged
in undulating intersecting rows, frequently alternating and subimbri-
cating, sometimes presenting an arched or triangular appearance;
centers of the macule depressed, smooth, distant 6 mm., bases con-
tiguous ; apertures near macule radiating, and presenting a stellate
appearance,
LICHENALIA FOLIACEA, 2. sp,
Apertures circular or oval, regularly alternating and imbricating;
diameter .40 mm; the upper portion of the cell walls are sometimes
exposed nearly their entire length, carinated, giving to the aperture a
_ triangular appearance; macule distant 10 mm., elongate, without
apertures, cell-apertures nearest the macule larger.
Lecality—West Bloomfield, N. Y.
LICHENALIA CONSTRICTA, 7. Sp.
Expansions or masses; apertures circular, oblique te the surface,
very closely disposed , on a portion of the surface the intermediate
space is occupied by minute angular pits, on the highest portion of
184 Bryozoans of the
the wall is a projection extending over and constricting the aperture, q
macule slightly elevated, distant 5 mm.
Locality—Near Leroy, N Y.
LICHENALIA COLLICULATA, % sp.
Expansions or masses; cells tubular, cylindrical; apertures oval;
length .25 mm., distant from each other about equal to the length of
an aperture; the surface consists of rounded elevations, 4 mm. in di-
ameter; apertures arranged 1n rows, radiating from the centres of ele-
vations, sometimes indistinct, the radiating rows appearing as ridges; __
internal intercellular tissue consisting of vesicles.
THALLOSTIGMA, Hail.
THALLOSTIGMA VARIAPORA, 2. Sp.
An expansion, with cell tubes at right angles to the surface ; cell
walls thin, septa infrequent; one-half the thickness of the cell walls,
four in 5 mm.; intercellular space composed of septate tubuli; septa
closely arranged; cell-apertures circular, irregularly disposed ; macule
elevated, width of base 6 mm., the whole surface composed of these
elevations ; cells nearest the center large; margins of apertures thin,
distinctly elevated; intermediate space with angular pits.
Locahty—West Williams, Canada.
TOALLOSTIGMA CONFERTIPORA, %. SP.
Expansions or masses formed by superimposition of successive
growths; cells cylindrical, tubular, and for the greater portion of their
length at right angles to the surface, diameter .33 mm., septa infre-
quent; intercellular tissue composed of minute tubuli divided by
numerous septa; cell-apertures circular, closely disposed macule; ar-
ranged in regular intersecting rows; margins thin, distinctly elevated,
spinulose.
Locality—Moscow, N. Y.
THALLOSTIGMA SCROBICULATA, 7%. Sp.
Expansions or masses by superimposition ; cells tubular, cylindrical;
apertures parallel with surface, diameter .24 mm.; walls of cells
thin ; septa infrequent; intercellular space vesiculose; apertures of
tubes irregularly disposed ; margins of apertures thick, distinctly ele-
vated, granulose; macule at irregular distances, without cell-aper-
Hamilton Group. 185
tures, not elevated; intermediate space occupied by angular pits of
irregular size, some equal to the cell-apertures.
Locality—Bellona, N. Y.
THALLOSTIGMA SERRULATA, 2. SD.
Expansions, or masses formed by superimposition of successive lay-
ers; cells tubular, cylindrical, at right angles tou the surface; walls
thick, longitudinally striated; intercellular space vesiculose; aper-
tures circular, diameter .33 mm., quite regularly distant from each
other about equal to the diameter of an aperture; the portion of the
cell wall extending above the surface strongly striated, the striations
extending beyond the summit, and giving to it a serrate appearance ;
intermediate space occupied by shallow angular apertures, frequently
as large or larger than the cell apertures. ,
Locality— West Bloomfield, N. Y.
THALILOSTIGMA UMBILICATA, 7%. Sp.
_ Expansions, or massive from accretions of growth ; cell tubes cylin-
drical, tubular; apertures circular, parallel to the surface, diameter
33 mm., regularly distant from each other equal to the width of the
aperture ; margins strongly elevated; intermediate space occupied by
pits, which are variable in size; macule distant from each other 6
mm., elevated ; centers much depressed for the space of 1.50 mm., and
destitute of cell-apertures.
Locality—Y ork, N. Y.
‘THALLOSTIGMA LONGIMACULA, %. sp.
Lamellate expansions; cells tubular, round or subangular; cell walls
thin, non-septate ; intercellular space consisting of vesicles or minute
septate tubuli; cell-apertures subtriangular, irregularly disposed, di-
ameter .25 mm.; margins very thin, slightly elevated ; intermediate
space occupied by angular pits; macule elongate, depressed; cells -
immediately around macule larger and more oblique than on other
portions of the frond.
Locality—Y ork, N. Y.
THALLOSTIGMA DIGITATA, 2. sp.
Expansions ; frequently presenting a digitate appearance ; cell-aper-
tures oval; length .25 mm., width four-fiftns the length, quite regu-
larly distant from each other about one-half the width of an aperture;
24
186 Bryozoans of the
margins thin, very slightly elevated; intermediate space occupied by
minute angular pits. ‘There are numerous conical nodes or spines sit-
‘uated between adjacent cell-apertures, the base occupying the space
petween them.
Locality —Hamburg, N. Y.
THALLOSTIGMA DENSA, sp.
Expansions; cells tubular, apertures oval, circular, polygonal, di-
ameter .25 mm., closely disposed, some portion of adjacent cells usually
touching, frequently disposed in comparatively straight lines; inter-
mediate space occupied by angular pits; macule from 2 to 3 mm. dis-
tant, composed of cells which are usually subpolygonal and larger
than others.
Locality—Y ork, N. Y.
THALLOSTIGMA MICROPORA, %. sp.
Expansions; greatest thickness observed .33 mm.; apertures nearly
circular, diameter .20 mm., irregularly disposed, margins thin, ele-
vated ; intermediate space occupied by minute angular pits about 10
in the space of 1 mm.; from one to three series between adjacent
apertures.
Tocality—Highteen Mile Creek, Erie county, N. Y.
THALLOSTIGMA SEGREGATA, 2. Sp.
Expansions; cells tubular, cylindrical ; apertures broadly oval ar
circular, diameter .33 mm., margins strong, distinctly elevated, irreg-
ularly disposed; intermediate space occupied by minute angular pits,
from one to four series between adjacent apertures. This is similar in
appearance to T. micropora, but the cells are much larger.
Locality—EHighteen Mile Creek, Erie county, N. Y.
THALLOSTIGMA STRIATA, 2. sp.
Expansions or masses formed by accretions of growth; cells tubu-
lar, cylindrical, walls thick, non-septate; apertures broadly oval or
circular, diameter .25 mm., sometimes irregularly disposed, at other
times quite regularly distant from each other about the diameter of an
aperture; intermediate space with angular pits, usually about 10 in the ~
space of 1 mm., but sometimes as large as the cell-apertures ; usuaily
so arranged as to give a striated appearance to the surface.
Locality—Hamburg, N. Y
Hamilton Group ; 187
THALLOSTIGMA DECIPIENS, 7. Sp.
Expansions or masses ; cell-apertures polygonal, .33 mm in diame.
ter; when the surface is worn the angularity is slight, sometimes
they are circular, irregularly disposed ; sometimes in contact, at other
times distant twice the diameter of an aperture; margins thin, cle-
vated; intermediate space occupied by angular pits, varying greatly in
size. The apertures and pits being polygonal and frequently nearly of
the same size, it is very difficult to distinguish them from each other,
the surface presenting very much the appearance cf that of a Chetetes
or Paleschara.
Locainty—-York, N Y.
THALLOSTIGMA SUBTILIS, 2. sp.
Foliaceous expansions; cell-apertures oval or subpolygonal, occa-
sionally circular; length 20 mm.; irregularly disposed, distance from
each other varying from contact to twice the diameter of an aper-
ture; margins elevated, and on some portions of the frond having a
very strong spine; intermediate space occupied by pits, nearly the
size of the apertures, with their margins equally elevated.
Locality—Canada West
THALLOSTIGMA PLANA, 2. Sp
Expansions or masses; apertures circular, diameter .40 mm , or
some fronds quite regularly distant from each other, slightly less than
the diameter of an aperture; in other fronds very irregularly dis-
posed ; margins thick, elevated, the apertures being very prominent ;
intermediate space with shallow angular pits; macule from1 to 2
mm, in diameter, destitute of cell-apertures
Locality—Darien, N Y.
THALLOSTIGMA SPHEROIDEA, 2. Sp.
Consisting of spheroidal masses formed by the accretion of success
ive layers of growth , cells tubular, cylindrical; septa infrequent; in-
- tercellular tissue consisting of irregularly disposed vesicles ; cell-aver-
tures subpolygonal or circular, .50 mm. in diameter; margins elevated,
_ some portion of the margins of adjacent apertures usually in contact ;
frequently the intermediate angular pits occur on all sides of the aper-
ture, but often they cecur on!y at the angles; walls with spinules.
THALLOSTIGMA TRIANGULARIS.
Expansions or masses, cells tubuiar, cylindrical; apertures arched
or triangular, diameter .25 mm., quite regularly arranged, alternating
188 Bryozoans of the
and subimbricating, arched or triangular; the upper part of the cell
walls are exposed for a distance equa! to or more than the diameter of
an aperture; intermediate space occupied by minute angular pits,
those occtpying centers of macule larger; at the angles of the pits
are prominent granules; maculae low, rounded, distant 6 mm., ar-
ranged in intersecting rows.
Locality—New York
THALLOSTIGMA INCLUSA, 2. Sp.
Cells tubular, cylindrical; for one-half of their length parallel with
and resting on the epitheca then turning abruptly and continuing at
right angles to the former portion; the intercellular space is com-
posed of septate tubuli, two-thirds the size of the cell tubes, divided by
thin, closely arranged septa; cell-apertures circular, diameter .25 mm.,
quite regularly distant from each other, distance equal to the diame-
ter of an aperture ; margins thin, slightly elevated ; midway between
the cell-apertures are strong ridges whick unite and form polygonal
elevations around each aperture ; the space between the marginal ap-
ertures and ridge is flat, and occupied by minute angular pits.
Locality—Y ork. N. Y.
CERAMOPORA, Hail
CrrAftopora (LICHENALIA?) CLYPEIFORMIS, %. sp.
Consisting of a circular expansion, upper surface rounded and the
lower flat ; thickness at center 1 mm.; at center of upper surface is a
slight space destitute of cell-apertures ; from this space the cells radi-
ate in all directions ; apertures very closely arranged, arched or triar-
gular, alternating and imbricating.
Zocality—York, N. Y.
CERAMOPORA (LICHENALIA ?) IMBRICELLA, %. sp.
Cells arising obliquely from the epitheca, gradually enlarging to
the apertures, very oblique, sometimes at right angles to the surface,
usually triangular, alternating and imbricating; the upper portion of
the exposed cell walls has, along the middle, 2 comparatively strong
carina; cell wall sometimes exposed to the extent of 1 mm.
Loeahty --New Yerk.
Hamiiton Group. 189
STICTOPORA, Hall.
STICTOPORA INCISURATA, %. Sp.
Flattened dichotomous branches; bifurcations infrequent, some-
times 30 mm. distant, width 4 mm.; greatest thickness .75 mm. ;
width of non-celluliferous margin .35 mm., the ridges separating
the longitudinal ranges of apertures sometimes continuing across this
space, and from their extension giving a serrated appearance to the
margin; cells tubular, cylindrical, apertures circular or slightly oval,
diameter .25 mm., arranged in longitudinal rows, increasing by inter-
stitial addition; margins of apertures very distinct and prominent,
some portion of the margin bearing a denticulate projection; ridges,
separating longitudinal rows of apertures, of varying appearance,
STICTOPORA OBLIQUA, 2. Sp.
Width of branches 3 mm., non-cellular margin .25 mm., straight,
not indented; apertures rounded or slightly oval, diameter -25 mm.,
arranged in longitudinal rows, which are slightly divergent ; margin
of lower portion of aperture more prominently elevated ; the ranges
of apertures separated by a distinct ridge.
STICTOPORA INDENTA, 2%. 87.
Bifurcations occurring at intervals of from 5 to 13 mm.,; width of
branches 6 mm. ; greatest thickness slightly more than .50 mm.; non-
celluliferons portion of the margin entirely wanting or very narrow ;
cell apertures circular or slightly oval; diameter .25 mm., arranged in
longitudinal rows from 11 to 17 rows on a branch; 10 apertures in the
space of 5 mm., longitudinally; margins distinctly and usually equally
elevated ; sometimes there is a denticulate projection from the lower
or lateral portion of the margin.
Locality—Lodi Landing, Seneca Lake, N. Y.
STICTOPORA PALMIPES, 7. sp.
Greatest thickness of the bryozoum .50 mm. ; celluliferous portion
of the branch varying from 1 to 1.50 mm. in width. The mode of
branching differs from that of the usual forms of Stictopora. The
branches are primary and secondary; the secondary branches are
short, not exceeding 1.50 mm. in length; the primary branches are
distant from each other about 3 mm.; the secondary branches 2 mm.,
or less; width of non-celluliferous margin .80 mm.; it continues
around the end of the secondary branch, and from that point to the
secondary branch above, entirely limiting the celluliferous portions of
190 Bryozoans of the
the branch. The celluliferous portion has thus somewhat the appear-
ance of encrusting a smooth surface; cells tubular ; apertures cir- ~
cular, diameter .22 mm., arranged in longitudinal rows, sixteen or
seventeen in the space of 5 mm., the longitudinal rows are separated
by a strong ridge, having numerous strong nodes or short spines.
Locabty—Hamburg, N. Y.
STICTOPORA SINUOSA, 2. sp
Branches diverging at an angle of 45 degrees; width 2 mm.,
greatest thickness 1 mm. cell-aperatures broadly oval, nearly circu-
lar, oblique to the surface, margins thin; diameter of aperture .25
mm.; apertures arranged in irregular longitudinal rows and some-
times in oblique ascending rows, from 7% to 10 longitudinal rows in
the width of the branch, separated by a narrow sinuous, sometimes
interrupted ridge.
Locality—Near Auburn, N. Y.
STICTOPORA MULTIPORA, n. sp,
Some of the fronds present a somewhat rigid appearance; width
of branches 2 mm.; greatest thickness .55 mm.; margins of branches
acute; cell apertures circular, diameter .17 mm., arranged in longi-
tudinal rows, separated by a narrow ridge; margins of branches
notched or serrated by prolongation of striations.
Locality—Borodino, N. Y.
STICTOPORA SUBRIGIDA, 2. sp.
Branches diverging at an angle of 80 degrees; width 2 mm. ; great-
est thickness .75 mm.; apertures circular, usually parallel with the
surface, .25 mm. in diameter, arranged in longitudinal parallel rows,
five or six rows on a branch, those nearest the margins opening very
obliquely; non-celluliferous margin .50 mm. in width; space between
longitudinal] rows flat.
Locality—Middleburg, N. Y.
STICTOPORA INCRASSATA, 7. Sp.
Branches diverging at about 40 degrees ; width of branches 3 mm. ;
greatest thickness from 2 to 3 mm.; margins of cell-apertures parallel
with surface, opening directly outward; apertures oval, length two-
fifths of 1 mm., arranged in longitudinal rows, usually seven rows
on a branch ; margins thin, but distinctly elevated and with’minute ©
spinules; in each aperture there 1s a distinct spine, proceeding appa-
rently from the side of the interior.
Locality—New York. ‘
. Hamilton Group. 191
STICTOPORA GRANIFERA, 2”. Sp
Width of branches from 2.50 to 5 mm.; greatest thickness 50
mm.; ceil apertures oval, nearly parallel with the surface ; length .30
mm., irregularly and very closely disposed, frequently forming an irreg-
alar transverse row ; the elevated margins of the apertures, forming
the rows coalescent; margins strong, with from three to five nodes on
the summit; space between apertures striated ; stre interrupted, hav-
ing numerous nodes; non-celluliferous margin narrow, striated, striz
granulose ; the branches, so far as observed for a short distance above
a bifurcation contract, then expand quite abruptly.
Locality—Pavilion, N. Y.
STICTOPORA INTERSTRIATA, 2. Sp.
Width of branches usually from 2.50 to 3 mm., much widened im-
mediately below the bifurcation; greatest thickness .65 mm. ; aper-
tures oval, parallel with the surface; length .33 mm., usually disposed
in irregular transverse rows; margins, strong, elevated, and having
from their sides several minute denticulations extending toward the
center of the aperture; intermediate space having minute interrupted
striations.
Locality—New York.
STICTOPORA PERMARGINATA, 2, Sp. :
Width of branches 1.25 mm.; greatest thickness .33 mm., apertures
oval, length .40 mm., margins very strongly elevated, generally closely
disposed ; some portion of the margins of adjacent apertures in con-
tact ; between adjacent apertures sometimes a single carina; margins
and carina with minute nodes or granules.
Locahiy—-Uamburg, N Y
STICTOPORA ? SCUTULATA, %. sp.
Only fragments of this species have been observed, from which it is
impossible to determine whether ramose or not. Width of branch 2
mm., greatest thickness .55 mm., apertures polygonal, coalescent,
length .25 mm., frequently arranged in oblique ascending rows; mar-
gins thick, granulose, and frequently at the angles a short spinule,
Locality—Lodi Landing, Seneca Lake, N. Y.
STICTOPORA * SUBCARINATA, %. sp.
Width of branch from 2 to 2.50 mm. ; greatest thickness 15 mm.;
“apertures circular or oval, sometimes parallel with, at other times
oblique to, the surface: arranged in paralle! longitudinal rows, usually
192 Bryozoans of the
separated by striations, the one separating the central rows somewhat
larger than the others, and giving to portions of the branch a sub- |
carinated appearance; occasionally only this ridge is present; non-
celluliferous space at margin .33 mm. in width, flattened, smooth or
granulose ; margins sometimes crenulated.
Locality—Bellona and York, N Y
GENUS TANIOPORA, Mich.
Frond growing asa flattened stipe. from which proceed opposite
' or alternating lateral branches: along the middle of each branch
is a sharp elevated carina. frond celluliferous on each face, cells aris-
ing from a mesial evitheca: apertures arranged in longitudinal parallel
rows, sometimes in oblique ascending rows.
TZ NIOPORA EXIGUA.
Teniopora exigua Nicholson. Paleontology of Ontario, p. 108, 1874.
Lateral branches diverging at an angle of 80 degrees, width 3.50
mm.; thickness of transverse section .75 mm. , height cf carina .75
mm. ; cells tubular, for the greater portion of their length parallel
with the epitheca, opening directly outward; cell-apertures circular ;
non-celluliferous space at the margin 50 mm. in width; the rows of
cells at middle of branch smallest; each succeeding row larger; the
number of rows differ from 2 to 5, but all intermediate forms occur.
Locality—Bellona, and numerous other localities, New York ané
Canada
GENUS PTERQOPORA, nov. gen
Frond consisting of a main axis with numerous branches ; axis tri-
angular; sides equal concave; cells arising from-internal plates which
radiate from the center to each angle; apertures arranged in lorgi-
tudinal rows; margin at angles destitute of apertures. From each ~
angular margin proceed branches, diverging at an angle of 40 degrees,
simple or branching ; transverse section lenticular, along the middle
of each side are sharp, strong carinations ; branches celluliferous on
each face; cells arranged in longitudinal rows,
PTEROPORA DUOGENERIS, 2. sp.
Axis triangular, width of each face 6 mm., equally concave. The
lateral branches are like those of Tzniopora, from which it may be
distinguished by the central axis.
Locality—In a loose mass at Unadilla Forks, N. Y.
Hamilton Group 193
GENUS PRISMOPORA, nov. gen.
Bryozoum, consisting of triangular branches, frequently forming
irregular masses, sides equal or unequal, subangularly concave, cel-
luliferous on each face : cells arising from internal plates which radi-
ate from the center to each angle; angular margins non-celluliferous.
PRISMOPORA DILATA, %. SP.
Branches frequent, sometimes rapidly widening and becoming flab-
ellate ; sides equal or unequal; width of sides from 4 to 7.mm., inte-
rior intercellular space vesiculose; cells opening directly outward, or
slightly oblique to the surface, apertures irregularly disposed, diameter
.33 mm.; width of non-celluliferous margins .33 mm,
Locality—Near Leonardsville, N. Y
GENUS SEMIOPORA, xov. gen.
Bryozoum flat, branches infrequent, sometimes bifurcating, at other
times, trifurcating; margins essentially parallel; celluliferous on both
sides ; cells arising from a mesial epitheca;, apertures circular or oval,
arranged in longitudinal parallel rows, ranges separated by a distinct
continuous ridge; and between the cells in a iongitudinal direction,
are two minute pits; apertures nearest to the margin larger and
more oblique than the others; a marginal space non-celluliferous, stri-
ated.
SEMIOPORA BISTIGMATA, 2. Sp.
Width of branches 2.50 mm.; greatest thickness 60 mm. , aper-
tures broadly oval, nearly parallel with the surface; length of aperture
.d3 mm., arranged in parallel longitudinai rows, eight rows in the
width of a branch, separated by a narrow angular ridge ; nen-cellulif-
erous marginal space very narrow, striated. 3
Locality—New York.
GENUS ACROGENIA, nov, gen
Frond ramose, proliferous, two branches proceeding from the trun-
cate termination of the previous one; base of each division conical,
terete above, strongly striated, becoming flattened and celluliferous ;
transverse section of the completed branch lenticular, celluliferous on
each side; a space at the margin non-celluliferous, cells arranged in
_ longitudinal rows, separated by ridges, apertures of middle of branch
smallest, those of each succeeding row becoming larger. .
25
194 Bryozoans of the
ACROGENIA PROLIFERA, 2. Sp.
Width of branch 2 to 3 mm.; greatest thickness .15 mm.; cell-
apertures parallel or oblique to the base, circular or oval, diameter
Varying from .20 to .50 mm; when oblique to the surface, the lower
portion of the margin is most elevated, the apertures appearing as a _
succession of loops; the rows are separated by continuous ridges, the
central ridge much stronger than the others.
Locality—Bellona, N. Y.
GENUS HEDERELLA, nov. gen.
Bryozoum consisting of a filiform axis with opposite or alternate
lateral budding of simple tubular cells, or of lateral extensions having
the same mode of growth as the original,
HEDERELLA CIRRHOSA, 2. sp.
A filiform tube, from which proceed laterally simple tubular cells,
and at irregular distances tubular extensions, whose manner of growth
is the same as that of the main tube; parasitic, procumbent, attached
for their entire length ; diameter.20 mm.; the lateral cells generally al- _
ternate and are distant from each other on the same.side of the branch
2.50 mm.; before ceasing growth they turn abruptly outward; tubes
transversely annulated.
Locahty—York, N. Y
| - HEDERELLA CANADENSIS, Nich. sp.
Aulopora canadensis, Nich. Pal. Prov. of Ontaric, 1874, Alecto canadensis.
Nich. Canadian Naturalist. Vol. 7, No. 3.
Lateral tubes have a length of 1.50 mm.; they are quite regularly
arranged, and are distant from each other on the same side of the
branch 1.50 mm. ; cell for the greater portion of its length of the same
size., diameter .560 mm, surface marked by strong transverse annula-
tions and fine strie. 3
Locality—York, N. Y.
| HEDERELLA FILIFORMIS,
Aulopora filiformis, Billings, Canadian Journal, New Series, Vol. 4, p 119
This species differs from all others of the genus in the compact ar-
rangement of the cells’ It may be very easily distinguished from H.
cirrhosa by its large size; from H. canadensis by its larger size, and
from the fact that the lateral cells are parallel to and in contact with
the main axis for their entire length; from H, magna from its much
smaller size.
Locality—York, N Y.
Hamilton Group. 195
HEDERELLA MAGNA, 2. SD.
The lateral tubes are frequently regularly arranged, but often
otherwise, diameter 1.25 mm. ; length 2 mm.; near the end the cell
turns upward, and the circular and slightly expanded aperture is pare
allel with the axis of the branch. The surface is marked by fine
transverse striz, and rrequently by strong annulations. This spe-
cies can easily be distinguished from all other forms by its much
larger size.
Locality—Y ork, N. Y.
PTILIONELLA, nov. gen.
Bryozoum parasitic, procumbent, attached along its entire length ;
ramose; branches at irregular intervals; cells tubular, subcylindrical;
the attached portion flat, the free portion round; cells on each side of
the rachis contiguous, but not coalescing.
PTILIONELLA CONFERTA, 7%. Sp.
Width of cell at base .25 mm., increasing to .50 mm. ; cells in con-
tact nearly their entire length; transverse section oval; aperture
slightly elevated, circular, opening directly outward; surface with an-
ruiations, and with fine distinct longitudinal striations.
Locahity—Darien, N. Y.
PTILIONELLA PENNIFORMIS, %. Sp.
Width of cells at base .25 mm., increasing to .t6 mm.; cells on
each side of rachis contiguous, but not coalescing; the end of each
cell-tube projecting beyond the previous cell gives a serrate appear-
ance to the frond, tubes strongly annulated; apparently angular.
Where the annulations have the appearance of nodes the tubes
are not angular.
Locality—Cazenovia, N. Y.
PTILIONELLA NODATA, 2%. Sp.
Diameter of cell-tubes at base .25 mm., enlarging to 75 mm.; in
contact with each other nearly their entire length, and frequently coa.-
lescing; each succeeding cell projects beyond the preceding about .80
mm.; length of cell-tube nearly 4 mm.; tubes very strongly annu-
lated or nodose; sometimes the annulations extend across the cell-
tube, but usually there is a strong line of nodes on each side, some-
times coalescing with similar nodes on adjoining tubes, the apertures
196 Bryozoans of the
ure oval or lunate, and directed upward; the tubes are generally
slightly overlapping; the nodes on different tubes are very variable,
Locality—New York.
HERNODIA, nov. gen.
HERNODIA HUMIFUSA, 2. Sp.
Epizoic, procumbent, consisting of tubular cells enlarging to near
the aperture; diameter at smaller end .33 mm.; greatest diameter 1
mm.; aperture slightly contracted ; length of tube 5 mm. ; surface
marked by comparatively strong annulations, concentric strie and
faint longitudinal strie. Growing upon Gomphoceras.
Locality—New York.
PTYLOPORA, McCoy.
Bryozoum attached by radices, from which arises a strong midrib,
having slender equi-distant, cylindrical, lateral branches, connected by
dissepiments; midrib gradually growing smaller from the base; cellu-
liferous on one side.
PTYLOPORA STRIATA, 2. Sp.
Width of rachis from 1 to 1.25 mm.; non-celluliferous side rounded,
striated; from ten to twelve striz on a branch, diameter of lateral
branches .20 mm.; situated at regular distances apart; non-cellu-
liferous side striated, dissepiments depressed, oblique; on cellulif-
erous side the cell-apertures are arranged in two rows, opening directly
laterally, fourteen in the space of 5 mm.; margins thin, elevated.
Locality—West Williams, Canada.
PTYLOPORA NODOSA, 7. Sp.
A transverse section of the midrib circular; width on fragments
observed .33 mm.; width of lateral branches .20 mm.; space be-
tween adjacent branches .40 mm.; cell-apertures slightly oval,
20 mm. in length, arranged in two rows, usually opening Jaterally,
margin of apertures thin, elevated ; space between ranges eievateo,
striated, nodose.
Localitty—Alden, N. Y.
GLAUCONOME, Goldf.
GLAUCONOME CARINATA, 7. Sp.
Width of midrib .40 mm.; of lateral branches .20 mm.; laterai
branches diverging at an angle of 9C degrees; non-celluliferous side of
the midrib flattened, with a comparatively strong carina along the
Hamillon Group. 197
¥ middle ; the margins of the branch are sharp and eleyated, having
_ the appearance of two striations. The midrib has thus the appear-
~ ance of having three ridges, the central one the strongest ; lateral
branches similar; on celluliferous side the branches are subangular ;
_eell-apertures minute, circular, with comparatively strong, elevated
margins; ranges of apertures separated by comparatively strong,
_ sharp carina.
Lecality—Eighteen Mile creek, Erie county, N Y.
THAMNISCUS, King.
( THAMNISCUS PAUCIRAMUS, 2. sp
_ Bifurcations distant from each other from 3 to 7 mm.; branches
diverging at an angle of from 30 to 40 degrees, enlarging below bifur-
- eation; width from .50 to 1 mm.; non-celluliferous side striated, gran-
_ulose; cells opening obliquely, ero small, circular, or pelygonal
& from mutual pressure ; diameter .20 mm., closely but irregularly dis-
- posed; usually in contact.
- Locality—Monteith’s Pom:, Carendaigua Lake, N. Y.
THE FIRST MEN:
THEIR EPOCH, HABITAT AND CRANIA.
By STEPHEN ©. HUTCHINS.
[Read before the Albany Institute, February 15, 1881.]
The subject which I propose for consideration this evening is one
which is attracting general attention, and the solution of which is
engaging the critical examination of the most eminent scientific in-
vestigators. My purpose is to gather together the sum of present
knowledge concerning the first men, free from detail, and to connect
it with certain hypotheses; the whole forming what it seems to me is
the provisional answer men are preparing to give to questions concern-
ing the epoch, habitat and crania of their original ancestors. I trust
I shall not be deemed presumptuous in presenting for your considera-
tion so intricate and involved a problem, for I shall assume that when
scientific men have thoroughly explored the accessible sources of knowl-
edge, the results of their investigations are to be accepted as the best
attainable truth, if not as actually the truth itself. At the same time
I shall feel at liberty to disregard conjecture, or even hypothesis, and
to supply suppositions of my own, in cases where it seems necessary to
do so, in order to preserve the continuity of the provisional history
which I shall briefly outline, subject to verification.
Among the sources of our knowledge we ascribe high authority to the
book of Genesis. While we do this, however, we must at the same time
carefully distinguish between the book itself and its interpretations.
It is within the memory of most of us that it was regarded as heresy
to deny that the earth was created in six days of twenty-four hours
each. Now, this construction ‘of the ancient record has been cast aside,
and there has been no better use found for the vast number of printed
volumes enforcing it than to grind them into pulp again, perchance to’
afford the white pages upon which to print a history of creation far
more in harmony with the character of the great Author whose press
has been the forces of the universe, the leaves of whose work have been
the stratified rocks of the earth, and whose types have been the fossi-
lized remains of flora and fauna, ranging from the tiniest, most simple
and most delicate to the largest, most complex and most ponderous.
As we have cast into heaps of literary rnbbish the interpretations which
men were once arrogant enough to claim as the only literal and author-
ized version of a revealed account of creation, so one must discard the
crude constructions of the antediluvian portion of the narrative, and
“>
The First Men. 199
adopt one which, while being even more in harmony with the Word,
shall conform to the history of man which God Himself has written in
the open pages of the fossilized races now to be found the world over,
arranged in the strata where they were originally deposited, when man
was being gradually developed into the stature we now find him.
It is established that the cyclical succession in the earth’s history is
correctly recorded in Genesis. We must give to the “days” therein
described, however, a more specific character, if we would ascertain their
full significance. The “evening” and the “morning” have definite
meaning, and we must determine what that meaning is, or else lose the
full force of the testimony of the Word. A natural day is a completed
cycle, and so must the days in Genesis have been, or the original term
(yonr) has been employed without due regard to its pertinence and value.
These cycles must have conformed in general character to the natural
day, or else the terms “evening” and “ morning” have been used care-
lessly and atrandom. We must, then, base our divisions of the world’s
history into ages upon the divisions in Genesis, and depart from scien-
tific nomenclature sufficiently to enable us to give names to those days,
derived from their characteristics as stated in the Word, if we would
synchronize the two accounts, and ascertain the night and noon of each
day. Ifscience will enable us to do this, we shall find in Genesis the
cycle in which the first men were created. If the result thus reached
shall be in harmony with advanced science, let us not shrink from
accepting it as the true solution ; for man is older than he is willing
to own, as well as woman, and there can be no real conflict between
the record of God in the rocks of the earth or the races of men, and
the revelation of His doings which He gave to the founders of His true
worship.
The Hebrew day began with the ‘‘evening,” artd thus began each
creative cycle.* In undertaking to give precise definition to the terms
“evening” (erev) and ‘‘morning” (voquer), we shall be greatly assisted
by the fact that in Hebrew the same consonants, as a rule, embody the
same root idea, and that the different meanings are expressed by the
vowels. rev, therefore, is reiated in thought to arev, which means
to mix, conceal, confuse together; and voquer is connected with diguar,t
_ to make appear, develop. In each creative day, therefore, there was
developed or made to appear during the morning that which was mixed,
concealed or confused together during the evening; and hence each
day was a distinct cyle of evolution.
' * The author has rewritten the paragraphs in which the “days” of Genesis were con-
sidered, in order to avail himself of the interpretations of erev and voquer, thehom and
hoshak given in an able work entitled ‘‘Conversations on the Creation: Chapters on
Genesis and Evolution,”’ published by the Sunday School Union, London.
+The consonants ‘*b” and “vy” are more or less interchangeable in nearly all lan-
guages.
200 The First Men.
It is distinctly declared in Genesis that the evening of the first day
was marked by just such concealment or confusion. ‘The earth was
formless and void. Darkness was upon the face of the deep, or thehom,
a word closely related to ¢thohw, or confusion; as hoshek, the original,
Ilebrew for darkness, is related to hasak, which denotes absence of
action, or refraining. This deep is termed mayim, a word which usu-
ally means waters, but which is also a general term for the fluids of
the universe.. When the Spirit of God moved upon this chaotic mass,
motion was produced, and light followed, precisely as the nebular
hypothesis explains. This was the first day.
There followed another period of confusion, when all the elements
of the earth were mixed together, at high temperature; but from this
confusion there finally came an orb covered with water over its entire
surface, which water was separated from the waters above by an expanse.
The morning of this day did not end until the chaos of the stormy
evening had been superseded by order; and, as the appearance of water
was followed by the appearance of life, this second day may properly
be termed the Ezoic cycle. At some time during this day, from the
not-life of the preceding Azoic cycle, there came the first marine
creatures of our planet.
Another period of confusion followed. Land appeared above the
surface of the waters, but it was at first barren and shapeless. Con-
cealed in this new-made soil, however, were the germs of vegetation,
which the land was to bring forth. The reference is to the original
Paleozoic vegetation — the vegetation alluded to in the second chap-
ter being of a different character, the plants of the field, that is, do-
mestic grains. This, then, was that great Phytozoic cycle, which had
its culmination in the carboniferous vegetation.
Now comes the fourth period of confusion — the burial of this vege-
tation in great coal vaults. With all the mixed and confused terrestrial
phenomena which must have occurred up to this time, there were
no seasons, as we now know them, as the uniformity of life in every
section of theglebe attests. Order was restored; the land, after various
upheavals and subsidences, became quiet; life was no longer uniform
in every section of the globe; the pulpy trees of the carboniferous
period were succeeded by the fibrous and woody vegetation of the
Permian period, and, with the appearance of winter, the fishes of
the old time, which had been fitted for the warmer waters of their day,
were superseded by others, adapted to cooler waters. Thus is the
proof afforded that on this, the fourth day, the sun, moon and stars
were completed, and took their places as ruling orbs.
The confusion which followed the Permian period was so great, the
break so extensive, that geologists are yet unable to tell us what took
The First Men. F 201
place. The rocks of the Permian period are said by some authorities
to give evidence of glacial action; and the rocks of the fifth day, or
Mesozoic cycle, show that it was an age in which minor creatures and
reptiles which spawn rapidly, large fowls and great aquatic monsters
abounded, as Genesis declares, so that it is not necessary to dwell here
to establish that which is the object of inquiry — the identification of
the sixth day.
The sixth great period of confusion was the beginning of the Kaino-
zoic cycle; the sixth great period of development was the evolution of
the Mammalian kingdom, closing with the creation of man, an act
which justifics its classification as the Phrenozoic cycle. It must be
borne in mind, also, that there was a seventh day ; and hence that
there must have been a seventh period of confusion, a seventh evening,
a seventh period of development, a seventh cycle, during which that
* which was concealed in the “evening” was made to appear in the
>
morning. Man must have been created before the evening of the
seventh day, for he was created during the sixth day, after the crea-
tion of the lower orders of mammals, but before the close of the cycle.
This day must have terminated with the first evening, cr period cor-
# responding thereto, following the creation of the animal kingdom, .in
general. Man was created before the close of the day, or cycle, if the
~author of Genesis knew whereof he affirmed. Tence, to place his crea-
tion after two glacial epochs, or even after one, is to do violence to the
' narrative. Man, therefore, must have been created before the glacial
“
period, which was the evening of the seventh day.
The existence of man during the inter-glacial or Reindeer period is
fully established. The memory of the last glacial period, we assume,
is preserved in the Persian tradition of a great climatic change, syn-
chronizing with the departure of their ancestors from their original
home; and is typified in Genesis by the symbol of the Lord God cloth-
ing man with skins. The inter-glacial period, then, was the seventh
day, or Psychozoic cycle; the Sabbath of the creative cycles which the
Lord God blessed and sanctified. The condition and migrations of
_ man during the inter-glacial or Reindeer period prove that he had been
_ ereated and developed somewhere at the east, and can only be satis-
~
-
-factorily explained: by assuming that this creation occurred before the
glacial period which immediately preceded the Reindeer period; for, as
_ he followed the retreating glaciers into Europe, he must have been
_ created before their formation, in order to have matured and multi-
plied and acquired a migratory disposition.
The weight of this argument for the pre-glacial origin of man rests
upon the interpretation of the terms “evening” and “morning” as
_ indicating a complete cycle, and the assertion of Genesis that man was
_ created on the same day with other mammals.
‘
.
26
202 The First Men.
The conservative scientific argument against this view is, that the
traces of pre-glacial man are too meager and doubtful to be accepted
as conclusive. This, however, is just what we should expect in the be-
ginning of the race; and cannot be permitted to nullify such proofs as
may actually exist.
The traditional Scriptural argument against this position is, that it
is in irreconcilable conflict with. Biblical chronology. The answer to
that is, that there is no Biblical chronology; only uninspired and con-
flicting schemes computed from the Scriptural record, but having no
binding authority. Indeed, there is no settled chronology, fixing either
the glacial epochs or the beginning of the human race. So faras either
scientific or Scriptural authority goes, we are at liberty to accept any
dates we please.
We would not place undue stress upon the Scriptural argument we
have advanced in favor of the pre-glacial origin of man. We think,
however, we can properly claim that it affords presumptive proof of
such origin, and gives weight to the probability that traces thereof |
exist. We add to these evidences an argument derived from the unity
in diversity of the human race.
Adam, says Lange, means “the red one, from the red earth taken.”
This isconfirmed by the monuments of Egypt, upon which the ancient
Egyptians were represented as of brick-red color. They were really a
brown race, however. The first men, therefore, were neither white
nor black, but of some intermediate shade. The white races, no one
will dispute, were a later development. Again, the blackest races are
not the lowest in organism, and hence they do not represent the first
men, and are likewise to be eliminated. The brownish-yellow inhabi-
tants of eastern and north-eastern Asia are likewise of later origin,
and are to be omitted from consideration. This leaves only the brown
races to be considered. \
The children of Australians, who are generally classed as lowest
among men, are yellowish brown immediately after birth, and become
dark at a later age. The Hottentots are regarded by many ethnolo-
gists as the lowest of mankind, because of their associations, their
repulsive physical characteristics, and their intellectual inferiority.
They are ofa yellowish brown complexion. The new-born negro child is
reddish nut brown, which soon becomes slaty grey; the black color
being fully developed within a year in the Soudan, but not until three
years in Egypt. The eyes of the negro are at first blue, and the hair
chestnut brown, rather than black, being curled at the ends.* Among
the Eskimo, the oldest families are brown.
These facts show that the first men were of a uniform brown or
* Pruner Bey.
The First Men. 203
“reddish-brown color. They must have originated and multiplied,
therefore, in an age of uniform conditions, and then encountered
various natural influences, differentiating them into existing types.
The glacial periods alone supply these influences. When Europe was
much colder than it is now, Africa was much warmer — we may say
hotter. The black pigment is a natural protector against heat.
Nature provides nothing not necessary. This pigment, then, was
provided under extra-torrid conditions, to protect men who would
otherwise suffer from intense heat.
It will be said, in answer to this view, that Genesis records the
existence of but one man and one woman, from the creation of the
Adamite until after the expulsion from the garden. This isa mistake.
The word used in recording the creation of man is a common noun
and not a proper noun. ‘The proper noun is not used until the midst
of the scene in the garden, long after the creation of the first men.
os
This scene is a pictorial representation of an historic event of momen-
tous importance; the exact meaning of which it is not our purpose
now to inquire. We may say, however, to avoid misunderstanding,
that we should give to it an interpretation in no way impairing the
most rigid orthodox faith, and in no way conflicting with scientific
investigations into the origin of man. In supportof our view that the
record we are considering covers a very long period, we hold that it is
sustained by the established fact that the first chapter of Genesis gives
FEES ew es
a Liat alas
the history of thousands of years, in the most compressed form. It is
not probable that the style of the writer suddenly changed toward the
close of that chapter, and that he then began to give us an elaborate
account of the events occurring in a single year in the life-time of a
single pair. From the creation of man to his expulsion from the gar-
den a Jong time elapsed — how long it is not our purpose to inquire,
even if it were possible approximately to estimate it. We must bear
in mind that the record is simply a foledoth, giving the generations or
Genesis of the Hebrew race, and stating only the points of divergence
-from the main stock, of other races. If we would correctly read the
record, therefore, we must consider it as a genealogical tree, and not
as a complete history.
We shall now endeavor to show that the division of the human race
into two stocks and various vocations is recorded as having taken
place on the sixth day; and, in this connection, we shall advance our
last argument in support of the pre-glacial origin of man.
- Two terms are employed in Genesis, from the creation of man until
the deluge, evidently for the purpose of distinguishing between two
ancient branches of the human family. These are, respectively, Adam
and Ha-Adam. If we discriminate in the employment of these terms,
204 The First Men.
and others which are indifferently translated as man and Adam, we
may obtain a clue to the earliest divisions of mankind, which with the
aid of the science of ethnology will lead to important results. The
26th verse of the 1st chapter reads: “And God said, Let us make —
Adam in our image, after our likeness, and let them have dominion
over the fish of the sea [that is, become fishermen] and over the fowl
of the air [hunters] and over the cattle [herdsmen] and over all the
earth, and over every creeping thing that creepeth upon the earth”
[the smaller domestic animals]. In the fifth chapter, we have the
explanation of the plural form when applied to Adam — ‘male and
female created He them, and blessed them, and called their name
Adam.” In the language of Akkad, dd means “father” and dam
‘‘mother;” and as Akkad signifies son, descendant or lineage of “ Ad,”
we may not improperly give to the term “ Adam” an interpretation —
expressive of the unity of the race. The record we are considering, in
the first chapter, shows the development of the race from fishermen to
hunters and herdsmen, and the slow movement of man over the earth,
as scientific inquiry has established.
The 27th verse introduces us to another development. The trans-
lators have rendered the first word ‘‘so,” when they ought to have
employed the word ‘‘and.” ‘The verse reads: ‘‘ And God created Ia-
Adam in His own image, in the image of God created he him; male
and female created he them.” ‘The word “ Ha” means “ the,” and its
employment signifies a development, which is simply expressed by
designating the differentiated family as “the Adam.” Its growth is
thus recorded: “ And God blessed them, and God said unto them, be
fruitful, and multiply and replenish the earth, and subdue it [be the
ruling race] and have dominion over the fish of the sea [as fishermen |
and over the fowl of the air [as hunters] and over every living thing that
moveth upon the face of the earth” [the larger domestic animals].
It will be observed that this portion of the sentence is similar to the
reference to Adam, except that “cattle” is omitted, and “living
things” substituted for “creeping things.” With the introduction of
domestic animals of a higher order, there camea change which implies
that Ha-Adam was something more than a herder of cattle; the
fruits and herbs of the field were introduced. ‘“ And God said, Behold,
I have given you every herb bearing seed, which is upon the face of all
the earth, and every tree in the which is the fruit of a tree yielding
seed ; to you it shall be for meat. And to every beast of the earth,
and to every fowl of the air, and to every thing that creepeth upon
the earth, wherein seein is life, I have given every green herb for
meat; and it was so.” The Pliocene was remarkable for its herbivora;
and it could not be more accurately described than in this passage.
The First Men. 205
=
Whe n we consider the archaic style of the narrative, therefore, and its
an Belogice, it seems clear that this indicates that man not only existed,
t had reached a stage of development at the close of the Pliocene
Bod, contemporaneously with the development of other herbivora.
~The work of the sixth day was thus completed. ‘‘ And God saw
every thing that He had made, and behold it was very good. And the
evening and the morning were the sixth day.”
Le Garite, in his recent work on the Elements of Geology, while
adi itting that man may be traced to the Pliocene or even to the Mio-
o ene epoch, advances an argument against it which is worthy of eon-
i eration : ‘‘ not a single species of ot dyeing now living,” he says, “is
found in the Tertiary. Shall man, the highest of all: be the only
xception? Man is one of the present mammalian fauna, and came
n SS with it. But, again, several distinct mammalian faune have
Bipeaced and eipenked since the beginning of the Miocene. The
Miocene mammalian fauna is totally eiedrant from the Eocene; the
Pliocone totally different from the Miocene ; the Quaternary fein the
Pliocene, and the present from the Gaateraany. It seems in the high-
Bs est degree improbable that man, a mammal, should survive the appear-
ance nod disappearance of several mammalian faune. If, therefore,
man should ever be traced to the Miocene, it would probably bea
different species of man—-the genus Homo, but not the species
Sapicns.”
‘This argument necessitates the consideration of an opposing one,
base upon acknowledged facts, which is similar in its ratiocination,
and yet the very antipodes in its result. The flora and fauna of
Australia resemble those of Eocene Europe, and in Australia there
exist low forms of man which are held by some to be the oldest be-
cause the lowest. Did this man come in with the Eocene flora and
fav na, the same as modern man came in with modern flora and fauna?
Again, the Miocene flora of Europe resembles that of America not only at
but in Eocene times. Did the most ancient man on this
mtinent, then, enter it with the Miocene vegetal and animal life
f which he apparently formed a part? Further, the Pliocene flora
ck mrope resembles that of Southern United States at present. Did
n * , then, enter this continent, with this vegetation, before he entered.
Ev rope ? These questions are pertinent, for the reason that we have
un. doubted traces of Quaternary man. Why not, then, Pliocene and
n of Miocene if not of Eocene? ‘The answers to these questions
am be given as we proceed, indirectly if not directly.
The comparisons we have cited show that, at some common center,
@ was a steady progress toward the Pliocene consummation, which
td in the Blontking of various subdivisions of the earth with
i
206 The First Men.
varying forms of vegetal and animal life. The unity of nature is its
highest law, and kence we have no doubt that as the evening of the
seventh day drew on, toward the close of the Pliocene epoch, these forms —
of life were subjected to modification, rendering them more conformable —
to the wants of man; and that with such modification the development
of man took place.
Dawson, who also declines to accept the pre-glacial origin of man,
in his Story of the Earth and Man, remarks: “ Was the Miocene period
ou the whole a better age of the world than that in which we live ?
In some respects it was. Had we lived in the Miocene, we might
have sat under our vine and fig-tree equally in Greenland and Spitz-
bergen and in those more southern climes to which this privilege is
now restricted. We might have enjoyed a great variety of rich and
nutritive fruits, and, if sufficiently muscular, and able to cope with the
gigantic mammals of the period, we might have engaged in either the
life of the hunter or that of the agriculturist under advantages which
we do not now possess. On the whole, the Miocene presents to us in
these respects the perfection of the Neozoic [ Kainozoic]| time, and its
culmination in so far as the nobler forms of brute animals and of
plants are concerned. Had men existed in these days, however, they .
should have been, in order to suit the conditions surrounding them, —
a race of giants; and they would probably have felt the want of many
of those more modern species belonging to the flora and fauna of —
Europe and Western Asia on which man has so much depended for
his civilization.”
This certainly foreshadows the domicil of the human race, and we
may be sure that the forerunner of man is not far distant, if the unity
of nature is to be preserved. ‘There has been found in the Upper
Miocene of the south of France an ape equaling man in stature, and
apparently living among the trees and feeding upon plants, This ape,
Aermed the Dryopithecus, is considered by M. Lartel, from its denti-
tion, to have approached nearer to man than any other existing species
of ape.
We must now consider the habitat of the first men, if we would
reach an approximate solution of the problem we are considering.
Wallace, in his great work on the Geographical Distribution of Ani-
mals, says that “all the chief types of animal life appear to have origi-
nated in the great north temperate or northern continents. The pro-
cess of development has been more rapid in the north, and has resulted ~
in more varied and higher types.” This law of nature, we believe, is
accepted as incontrovertible; and it seems to us clear that man cannot
be an exception thereto. He could not have originated at the south, |
either on an imaginary Lemurian continent or elsewhere south of the |
The First Men. 207
‘Palearctic region, and migrated northward; he must have been cre-
ated somewhere on the border of the temperate and tropical regions,
and migrated southward.
It is equally a scientific conclusion that man originated in the region
of maximum vegetal and animal life; and that there, also, existed
the most perfect forerunners of man, in each epoch, from the begin-
ning of mammalian life. It is almost certain, says Wallace (upon
whom we here rely for our data) that during the Miocene period Europe
was not only far richer than it is now in the higher forms of life, but
not improbably richer than any part of the globe now is, not excepting
tropical Africa and tropical Asia. ‘The Mediterranean sub-region,”
he also says, ‘‘is by far the richest portion of the Palearctic region ;
and it is perhaps in Asia Minor, on therange of the Taurus, along the
shores of the Black sea and to the south of the Caucasus, that this
sub-region obtained its maximum luxuriance in vegetation, and in
animal life.” This is precisely the region known in Genesis as Eden.
All the earlier races of men are traceable, from the localities in which
they first became certainly known, toward this plateau.
Wallace also shows that there was little difference between the
Palearctic and Oriental provinces previous to the elevation of the
Himalayas. The northerly plains of Asia were then probably under
water, and a great continental formation extended from north-west to
south-east, under generally tropical or sub-tropical influences, gradually
modifying in temperature at each extreme. This harmonizes with the
fact that man was evidently created in a warm climate.
The elevation of the Himalayas and other mighty ranges worked
a radical change in land life. The development and differentiation
which took place can now be distinctly traced. From the base to the
summit of the Himalayas, all species of floracan be found, from
tropical to Arctic forms; while in Eden, on the right bank of the
Euphrates, north-west from Arnah, barley, wheat and spelt have been
found growing together in a wild state. The changes effected during
Plivcene times were wrought gradually. At the close of the Quater-
nary period, when Ha-Adam was expelled from the garden, he went
eastward, to till the ground from whence he was taken. He came
~ from the east, and was driven back. There is thought to be reason to
think that man existed on our own continent in Pliocene times, and
that he came in with a peculiar fauna from Asia. These reasons lead
us to believe that the first men were of Pliocene creation, and that
their original habitat was at the point where all life was most rapidly
and most perfectly developed. From thence, man was distributed over
the face of the earth.
In seeking to trace the first men to some region where we can cxam-
208 The First Men.
ine their crania and. judge their character, we’ think we shall be sus-
tained in three assumptions. ‘The first of these is, that man followed,
if he did not go with, the flora and fauna which were agreeable to him.
The second is, that when compelled to go to an inferior region the
effect was to degrade him below the standard attained by the first
men. The third is, that if he reached a region where he was sur-
rounded by superior influences, he shared in the common deyelop-
ment. In other words, primitive man was modified by the same
operating causes which affected vegetal and animal life in general.
In view of the fact that we have zoological provinces partaking of char-
acteristics of different periods as far back as Eocene times, we would have
no difficulty in obtaining the concession that the original Adamites can
be traced in the persons of their descendants, if it were not for two
reasons. On the one hand, we are told that there were pre-Adamites ;
on the other, that all mankind were drowned in the deluge, so that
every race now existing descended from Noah. This latter position.
we believe is untenable, from a scientific standpoint ; and we do not ;
believe it is a necessary interpretation of the account in Genesis.
‘We think it to be an indisputable proposition that anatomically the
first men are represented to-day by the men of the lowest cranialogical
organization, specimens of which can be found either in the graves of
the dead or the lands of the living. As between races competing for
this rank, we think it reasonable to hold, as the first men would
naturally follow familiar vegetation, that they are more likely to be
represented among the earliest races of America than among the earliest
races of any other continent. In prosecuting this inquiry, we are
manifestly limited to such earliest races.
The Australioid is ethnologically lowest in the scale. Next to him,
among African races, is the Hottentot, and the two are closely related.
On the other hand, the Malays are most nearly connected. The Aus-
tralioids have been traced to and identified with the man of the Dek-
kan, and the ancient Egyptians have been shown by Huxley to be
merely adevelopment therefrom. They werea brown race, or Adamites
The Australioids and Hottentots have been shown to give evidence of
arrested development. Friedrich Muller regards the latter as a racial
ruin. We attribute this ruin to the severance of their relation with
more progressive stocks, and to their being cast away in a zodlogical
province unfavorable tu their natural development. While we shall
consider them in comparison with other early races, we think it only
a fair conclusion that they do not represent the first men, absolutely.
The Australians have names for eight different winds, and many of
them speak English with fluency. ‘‘ They are peculiarly inventive in
expressions of courtesy, which they both require and bestow freely in
‘eet
The First Men. 209
conversation.” They possess very distinct religious conceptions, and
their language is, like that of the Koi-Koin [Hottentots], an unex-
pected evidence of very considerable intellectual power and discrimina-
tion. It posseseseight case terminations, and as many numbers as the
Greek. ‘‘ The verb is as rich in tenses as the Latin, and has also ter-
minations for the dual, and three genders for the third person. In
addition to active and passive, it has reflective, reciprocal, deter-
minative and continuative forms. We also find among them attempts
at poetry, and the names of renowned poets.” *
The language of the Hottentots (or Koi-Koin, as they call them-
selves), says Winchell, “is of great ethnological interest, since, accord-
ing to Moffat, Lepsius, Pruner Bey, Max Muller, Whitney and Bleek,
it presents some resemblances to the language of ancient Egypt.
Though other philological authorities dissent from this view, the ex-
istence of an opinion of this kind, so well indorsed, proves that the
Koi-Koin are in possession of a Janguage which has reached a remark-
able development. Whether these people are descendants, with more
or less extraneous mixture, from the ancient Egyptians, or have lived
in communication with them, or some other civilized people, are ques-
tions which naturally arise for discussion. It is not impossible that
even so rude a people as the Koi-Koin should have created a language
as complex and polished as that which they employ; though it seems
more probable that they present to-day the mere ruins of a former
better condition, or the reminiscences of ancient contact with a higher
race.”
Here, then, we have the Adamites in ruins, eth scsi speaking;
fallen, theologians would say.
Turning to our own continent, we have the Mound Builders and
Cliff Dwellers, who lived north and north-west of the gulf of Mexico;
their kindred, the ancient Mexicans and Central Americans, with the
ancient Peruvians, who were unlike any other people, except the Mexi-
cans, and were doubtless remotely from the same ancestral stock.
The Mound Builders lived so long before the Indians that they were
not known to them even by tradition. ‘The carvings upon some of
their elaborate stone pipes are thought to prove that they were con-
- temporaries of the Mammoth and the Mastodon. Their civilization is
undoubted. In reference to the report of a ceiling in one of the Cliff
_ dwellings which had been arched at the height of twenty-five feet over
a room twenty-five or thirty feet in diameter, Dr. E. Bessels remarks:
‘«There are but two tribes inhabiting this continent whose architect-
ural skill proved efficient enough for this purpose — namely, the Peru-
vians and the Eskimo.” + The Eskimo once occupied much of North
* Peschal. + Bulletin of Hayden’s Survey, Vol. II, p. 61.
27
210 The First Men.
America, and were driven north and west by the warlike hunting tribes
of Indians, who differ profoundly from them and from all earlier races.
‘he Eskimo type also exists among the Patagonians. It is clear that
the ancient Peruvians moved southward at a very early date; so early
that they lost all recollection of their association at the north, and were
not even aware that a contemporaneous civilization existed there. In
his work on Peru, Mr. E. George Squier says: ‘‘ Even if it be assumed
that the whole human race sprung from a single family, and that their
original seat was in the highlands of Armenia, whence they have over-
spread the globe, still it remains true that the period of their advent
in Peru antedates all human record.” The capacity of the Peruvian
skull was no greater than that of the Hottentot. The Central Ameri-
cans say that civilization came to them from the east. They have
linguistic affinities to some extent with the Basques of Spain, whose
native name ascribes to them an eastern origin. The entire continent
of America is overspread with brown tribes, which appear to have been
fully developed elsewhere, and then to have immigrated from their
original home.*
— Itis clear that the American continent was at one time in pos-
session of a primeval race whose mental capacity co-existing with crania-
logical inferiority is established. They were likewise morally superior
to the Indians, who came after them, notwithstanding the craniolog-
ical superiority of the latter. Mr. J. 8. Phillips explains this by
saying: “ The intellectual lobe of the brain of these people [ the Indians],
if not borne down by such overpowering animal propensities and pas-
sions, Would doubtless have been capabie of much greater efforts than
any with which we are acquainted, and have enabled those barbaric
tribes to make some progress in civilization. * * * * The intel-
lectual and moral qualities of the Mexicans and Peruvians are left more
free to act, not being so subordinate to the propensities and violent
passions.”
We have now traced man back to the lowest cranial organization
which he is known to have possessed, and have found no reason to ques-
tion the natural capacity of the first men, except the inferences which
men draw with regard to skulls containing the minimum of cubic
contents. ‘The first men were superior to races which succeeded them
the world over. All African races are descended from the Hottentots,
and yet they show no improvement. ‘The Malays are the first di-
varication from the Australians toward the Mongoloid; and yet the
further we trace the descent the more brutal are the descendants.
The first men were orthocephalic, or straight skulled; the brain vault
being pyramidal or gothic. As to the ratio between length and breadth,
* Tylor.
ae
ger ere
The First Men. 211
the Mound Builders were medium in proportion, while minimum in
capacity. While the volume of the brain is small, says Foster, the
brain case is as symmetrical as that of the European. In this sym-
metry, rather than in mere size, we find the cranial index of character,
Foster says, further, that the skulls which he has described possess
peculiarities which ally them more nearly with the Mongolian than
with the negro or European. Short concedes the orthocephalie char-
acter of the first races upon this continent, while showing diverging
tendencies toward dolichocephalism and brachycephalism. The Aus-
tralians are excessively dolichocephalic, the Hottentots and Bushmen
range from dolichocepnalism to mesocephalism. The negroes are doli-
chocephalic, except certain mesocephalic tribes in the interior. The
Eskimos are dolichocephalic.
The natural development of the cranial structure of the first men
was toward brachycephalism; an enlargement of the skull by broaden-
ing it. A symmetrical enlargement would be toward the mesocephalic
type, after which the extreme of brachycephalism, without corre-
sponding increase of intellectual and moral faculties, would be reached,
‘indicating brutality, and not an improved man. Development does
not always mean improvement. It may mean the development of the
baser faculties, as well as the intellectual or moral.
The pre-historic tribes of Europe range from dolichocephalism to
brachycephalism. The Neanderthal skull is quite like the skull of the
Monnd Builders. The Engis skull, however, is the most important
one for our consideration. Sir John Lubbock says it might have been
that of a modern European, so far at least as form is concerned. Prof.
Huxley says, ‘‘ there is no mark of degradation about any part of its
structure. It is in fact a fair, average human skull, which might have
belonged to a philosopher or might have contained the thoughtless
brain of a savage.” Of this skull. again says Lubbock, “there seems no
reason to doubt that it really belonged to a man who was contempo-
raneous with the mammoth, the cave bear and other extinct mam-
malia.” Thus we have registered evidence of a man with ‘a per-
fectly well-developed skull” living in Europe in the inter-glacial period,
or Psychozoic cycle.
In the second chapter of Genesis (v. 23) after the pictorial represen-
tation of the Lord God causing a deep sleep to fall upon Ha-Adam,
and taking one of his ribs from him (the meaning of which picture we
need not here stop to inquire), Ha-Adam names his wife Ishah be-
cause she was taken out of Ish. ‘The significance of these terms is
lost in their translations, ‘‘ woman ” and “man.” Ish means “ excel-
lent,” and asimilar root is so widespread that it must have greater
significance than has been given it. The term “ Aryan” means excellent
212 The First Men.
householder; and while we are not prepared to say that the word Ish
is identical therewith, we think we cannot be mistaken in the con-
clusion that its employment indicates an important advance toward
that specific type of man. ‘I'he designations Ish and Ishah are used in
wu scene which occurred during the inter-glacial period, if our division
of days or periods is correct. If we are not mistaken, therefore, we
have here recorded the development of man of the Engis type, as being
the specific characteristic of the seventh day. ‘To follow the question
further would be to lead us far beyond the limits of our inquiry, We
refer to it here merely to add another link to the chain of argument,
part of the merits of which, if it has any, is to be found in its synchro-
nous arrangement of the facts of science and history, such as we have
just attempted, and the affording of a key to some of the perplexing
problems of tradition.
From the Mound Builders to the man of Engis, in time of develop-
ment, was a long distance. If the first men upon this continent came
originally from Asia, a long period must have elapsed before the mi-
gration was consummated; and that the first men upon this continent
did come from Asia is clear, for the reason that there are no traces in
America of any mammal lower than man from which the genus homo
could have been developed. If Ged made man out of a lower order,
He must have done so on the eastern continent.
We turn from the inviting field open before us, relative to the de-
velopment of man, in order to inquire of the first men in America the
traditions current among them as to the origin of man. The oldest
traditions in connection therewith are found in Central America. What-
ever force or vitality we may give these traditions, we cannot escape
the significance of the fact that in the Nehuatel (or Toltecan) language
the radical a, atl, has the various meanings of water, man, and the top
of the head. From this comes a series of words, such as atlan, on the
border of, or amid the water, and others. The root At or Ad is found
among primeval peoples everywhere, and everywhere means the first
man or ruler.
Traditions of the origin of man, as they are found among ancient
races, are generally figurative, or overgrown with crude conceptions,
or surrounded by mythical accretions. The traditions prevailing
among the Atlans, if we may so term them, are no exception. They
have been embodied in the Popel Vuh, a work which, whatever may
be said about it, undoubtedly contains the ideas prevailing among
these ancient peoples as to the originof man. Divested of their acerc-
tions, these traditions are quite in harmony with the account of crea-
tion given in the creation series of Chaldean tablets, when relieved of
their mythological conceptions. We shall interpret these traditions in
ae
The First Men. . 213
harmony with the teachings of science, in order to show how fully they
coincide therewith.
“ There was not yet a single man; not an animal$; neither birds,
nor fishes, nor crabs, nor wood, nor stone, nor ravine, nor herbs, nor
forests —only the sky existed. The face of the land was not scen ;
there was only the silent sea and the sky. There was not yet a body;
naught to attach itself to another; naught that balanced itself;
naught that made a sound in the sky. There was nothing that stood
upright; naught there was but the peaceful sea—— the sea silent and
solitary in its limits, for there was nothing that was.” ‘This will
answer very well as a picture of the Eocene waters, as they stretched
from India to England, when the foraminifera were engaged in laying
the foundations of the earth in nummulitic limestone.
The record continues: ‘Those who fecundate, those who give
being, are upon the waters, like a growing light!) * * * While
they consulted, the day broke, and at the moment of dawn man ap-
peared. * * * ‘They then consulted while the carth grew, Thus,
verily, took place the creation, as the earth came into being. ‘ Earth,’
sail they, and the earth existed. Like a fog, like a cloud [the mist of
Genesis] was its formation; as huge fishes rise in the water so rose the
mountains ; and in a moment the high mountains existed.” Can we
desire a more vivid description of the elevation of the mighty ranges
which skirted what was called the earth in ancient times,—the-
Himalayas, the Kuen-lun, the Caucasus, and other mountains —
which were raised toward the close of the Eocene age, and during the
Miocene? |
“ Tlear, now, wheu it was first thought of man, and of what man
should be formed. At that time spake He who gives life and He who
gives form, the Maker and the Moulder, named Tapen Gucumatz.
‘The day draws near ; the work is done; the supporter, the servant, is
ennobled; he is the son of light, the child of whiteness; man is
honored; the race of man is on the earth; so they spoke. * * *
Immediately they began to speak of making our first mother and our
father. Only of yeliow corn and of white corn were their flesh, and the
substance of the arms and legs of man. They were called simply beings,
formed and fashioned ; they had neither mother nor father; we call
them simply men. Woman did not bring them forth, nor were they
born of the Builder and Moulder, of Him who fecundates and Him
who gives being. But if wasamiracle,an enchantment worked by the
‘Maker and Moulder, by Him who fecundates and Him who gives
being. Thought was in them; they saw; they looked around; their
vision took in all things; they perceived the world; they cast their
eyes from the sky to the earth. Then they were asked by the Builder
14 The First Men.
und Moulder, what think ye of your being ? See ye not? Under-
stund ye not? Your language, your limps, are they not good? Look
around beneath the heavens ; see ye not the mountains and the plains?
‘Then they looked, and saw all there was beneath the heavens. And
they gave thanks to the Maker and Moulder, saying: ‘Truly, twice
and three times, thanks! We have being; we have been given a
mouth, a face ; we speak, we understand, we think, we feel, and we
know that which is far and that which is near. All great things and
small on the earth and in thesky do we see. Thanks to thee, O Maker,
O Moulder, that we have been created, that we have our being. O our
Grandmother, O our Grandfather!’ ” ‘
Philosophers have sought to give exact definition to man. What is
it which distinguishes him from the rest of the animal kingdom ?
We doubt if they can get any nearer to it than in this description of
his attributes and his aspirations, of the circumstances attending his
creation, and his song of praise. Man is primarily a_ perceptive
being — a being which sees the actual, alike in the physical and psychi-
cal realms. ‘The perceptive faculties are associated with the forehead ;
and man existed the moment that the power to perceive the ideal in
connection with the power to survey the heavens and the earth with
accurate vision was given him. In other words, the frontal develop-
ment of the skulJ, to the moderate extent shown by the crania of the
first men, constituted the final work in their creation.
The first men are described, in the record we have quoted, physi-
cally, intellectually, morally, spiritually. They are seen in this record,
and wherever we find trace of them, to have been created in the
image of God; and this symmetrical man was not only the actual, but
he was the only possible product of the equable climate in which a
being with his physical characteristics could alone have originated.
We have seen that man was created on the sixth day, and began to
move slowly over the earth. The skulls of the first men were gothic
or pyramidal in form; and hence, by their very constitution, these first
men were “‘ upright” in character. The inhabitants of Eden, on the
seventh day, as they are presented to our consideration in the second
chapter of Genesis, and appear to us from the most thorough re-
searches into the ancient past, were simple, pure and intelligent
beings; but man, since that day, has indeed ‘‘sought out many
inventions.” The history of the life of Ha-Adam while in Eden is
given in Genesis, and its true interpretation would solve some vexed
questions, for the day he spent there was an epoch, and not merely a
fixed period in the life of a single individual. Into that history, how-
ever, we cannot now enter. . ;
According to M. de Serres, the brain of the Cancasian, during em-
2
The First Men. 215
bryonic development, presents in succession the conformatiors seen in
the Negro, the Malay, the American Indian, and the Caucasian. “This
statement,” says Winchell, ‘‘ rests on excellent authority, but lam not
aware that it has been confirmed. Its significance is apparent, in view
of the established principle in physiology, that the embryonic char-
acters in any vertebrate resemble the adult characters of other verte-
brates lower in rank.”
The fact that so discriminating an anatomist finds evidences of four
types of brain, and their consecutive unfolding, lends confirmation to
other proofs of the unity of the human family, and affords a provis-
ional scientific classification into races, based on internal conformations
in connection with cranial structure. These races, however, could not
have been evolve one from the other. A fixed type, after reaching
maturity, produces only its kind. A new race comes from divarica-
tion while yet the lower race is growing ; the two then developing on
gradually diverging lines, the one which outstrips the other being, of
course, the most advanced of the two, but not necessarily the higher
type; for growth may be away from perfection, as well as toward it.
Thus, there has been a constant branching off from the trunk, the
races unable to keep up with the advance being the lower races,
and the more vigorous branches keeping on toward the higher ideal.
The development, however, may have been toward an undue growth
of brutal characteristics, as well toward intellectual or spiritual su-
periority.
If we are correct in this, then the time when the conformations of the
Adamite brain were Negroid in character was at a very early period in
growth. If we bring together the Australian, the Hottentot and the
ancient Peruvian, with their equal cranial capacity, we shall be able to
see who the first men were, and where the divarication began. The
first departure was toward the brain conformation of the Malays. This
was on the Mongoloid line of growth, and may be traced in the Mound
Builders, who possessed cranial characteristics nearer the Mongoloid
than to the Negroid or the European type. On the other hand, the
Dravidian is a development toward the ancient Egyptian, who was
the most perfect type of ancient man, and who possessed a fully deyel-
- oped civilization at the very beginning of history. Somewhere in this
upward progress, the human brain reached the definite conforma-
tion now preserved in the Malays. The third development is noted
as resembling the American Indian in the conformation of the brain.
~ Then comes the European, whose mesocephalic skull and perfected
nature prove his direct descent from the first men; all other races
being divarications from the main line of growth.
The brown race is the oldest, and the black, yellow and white races
216 The First Men.
were developed therefrom. The oldest civilizations were the Egyptian,
Akkadian and Chinese. The Egyptian came from the northeast, and the
Chinese from the west, while the Akkadian seems to be nearly indige-
nous. The Akkadians, as their name indicates, were the sons of Ad, and
we cannot be mistaken in identifying them with Ha-Adam, or the Adam
of Genesis. When Ha-Adam was driven from the Garden to tiil the
ground from whence he was taken, he found his way to Akkad. Indi-
cations are found throughout the entire region, and in Egypt, that
the oldest peoples living there of which trace can be found had only
paleolithic instruments, or were in the paleolithic stage of civilization.
Here civilization began, and from thence it extended to other climes
and peoples.
The conclusion to which science seems to be tending is, that the first
men were a brown race which spread from the valleys of the Tigris
and Euphrates east along the Indian ccean and west across Africa- to
America, developing ancient civilizations in Akkad, Egypt, Mexico
and Peru, which have curious and striking resemblances. The origin
of this civilization and of the earliest race divisions we believe to be
recorded in the antediluvian chapters of Genesis; but the true mean-
ing of this archaic record is destroyed by interpretations not less
absurd than the old version of creation, which insisted that it was all
accomplished in six days of twenty-four solar hours each.
This examination shows that the first men were Adamites and
that there were no pre-Adamites, and also that there is nothing
in Genesis in opposition to the conclusions of science with regard to
the primeval races. The entire field is open to the broadest and most
thorough scientific Inquiry, and there is nothing in the revealed Word
which anthropologists must accept as authoritatively negativing their
conclusions, as there is and can be nothing in science antagonistic to
revealed religion.
, an
ae
.
THE PRINCIPLES OF VENTILATION.
By RicHarp Prescort, M. EH.
[Read before the Albany Institute, December 20, 1881.]
The systematic ventilation of buildings, by special appliances, is of
quite modern date. In the early periods of history, the construction
of buildings was of such a character that the most essential features
of ventilation were secured of necessity, and as an unintended effect.
Thus, until the latter part of the tenth century, all rooms that were
to be heated were furnished with a hole in the roof, through wiich the
smoke from a fire built on a flat hearth in the middle of the floor
escaped. In the sixteenth century chimneys were still rarely used,
but from this time their employment rapidly became universal ; they
were, however, for the most part, built of sticks covered with a clay
plaster. ‘These chimneys were always associated with capacious fire-
places, containing, on each side of the fire, benches or settees, while
from iron bars placed across the throat hung heavy chains from which
were suspended the pots and kettles used in the culinary operations.
A great volume of air passed up the wide throat of these chimneys
from the room, while to take its place streams of air entered through
every crack and cranny. In such rooms the air was unquestionably
pure enough to satisfy any one, but, save in the chimney corners, it
wis at the same time too cold for comfort. Indeed, a large room with
a large fire-place at one end would become colder the hotter the fire
was made.
That no attention was given to the subject of special appliances for
ventilation in the seventeenth and eighteenth centuries is shown by
the construction of the public buildings, and particularly the prisons
of that time. The well-known investigation of Howard in the latter
part of the eighteenth century revealed such an insanitary condition
of affairs in the jails and prisons of England and on the continent that
the world stood fairly aghast. Even that profession which should
have been foremost in exposing the abuses heaped upon those unfortu-
nates, whom either the law or disease had seized, was most conserva-
tive in its opinion and senseless in its practice. -For we read that the
physicians in the eighteenth century condemned their fever patients
_ to be immured in rooms made as nearly air-tight as possible, to lie on
beds beneath mountains of blankets, to look upon a red counterpane
and red curtains, and, as a lasc refinement of cruelty, to have their
small supply of drinking water dyed scarlet.
28
218 The Principles of Ventilation.
Our interest, however, is more immediately with processes of ventila-
tion actually practiced in our own time, and with the fundamental
principles of the science of ventilation.
I. STANDARD OF PURITY.
Pure air, as understood by sanitary engineers, and as the object
sought by ventilation, is a mixture of gases having a close approxima-
tion to the following composition:
NUGPOROH soa) 2 ssn ec Sates © ie ei ainee pinta eo ae ee 77.517
ORY BOD. 4 5 rca, LS niale dhe «Ramiele ath omie aye eee ene 20.990
W@IRD 05 Lidice] se de ete eee oe Cee sities -fageineche eel ee 1.460
Carbonicacid....... ROR a ssc avefe pinta. apete ee 0.033
100.000
———
———
I]. IwpurIties.
Many impurities are encountered in various places and in varying
amounts. In-doors are the organic particles exhaled from the lungs
and thrown off from the skin, and in bed-rooms from chamber uten- ~
sils; excess of carbonic acid from respiration, and gas or lamp flames ;
carbonic oxide from too hot or leaky stoves and furnaces; hydro-car-—
bons from the kitchen; sewer gases from plumbing fixtures and
cellars, with their accompanying hosts of living germs; dust, con-
sisting of organic material from carpets, upholstering and clothing,
and mineral matter from wall papers. Out-of-doors are the fumes
from manufactories; miasmata from low-lying regions, alternately
flooded and left bare, and from depressions filled with stagnant water;
dust from the streets; ammoniacal fumes from stable dung-heaps, with
their myriads of germs; exhalations from cess-basins ; and odors from
privies.
Of course these out-of-door impurities cannot be removed by venti-
lation, but, in designing any system, they have to be taken into.
account so far as they affect the given locality.
III. REQUIREMENTS OF VENTILATING APPARATUS.
1. The amount of carbonic acid must not exceed, say, six volumes
per 10,000 of air, singe a greater proportion produces various unpleas-
ant symptoms, as headache, lassitude and drowsiness, besides the more
important effect of lowering the general tone of the body. In this
connection it must be noted that carbonic acid, per se, is not a poison;
its injurious effects are due to its replacing oxygen in respiration. "Ing
addition it has been shown that when carbonic acid has been produced |
The Principles of Ventilation. 219
by respiration alone, its amount is proportional to the amount of
organic matter present, and this latter, owing to its prompt decomposi-
tion, is decidedly injurious.
The amount of carbonic acid present in the atmosphere can be
easily determined, while the reverse is true for the organic impurities.
A very simple method of determining whether a room contains more
than the maximum allowed of carbonic acid is given by Dr. Angus
Smith as follows :- Fill a clean bottle, holding ten and one-half fluid
ounces, with the air to be tested, then pour in one-half ounce of clear
lime-water and shake it up with the air; if more than about six vol-
umes of carbonic acid to 10,000 of air is present, a turbidity will be
produced, due to the formation of carbonate of lime.
2. A second requirement is that the amount of moisture shall be
no more than about fifty per cent. of saturation. When this limit is
exceeded, the airis with difficulty prevented from acquiring and retain-
ing an odor due to organic particles, since these seem to acqufre a
coating of moisture and adhere pertinaciously to clothing and furni-
ture. Moreover, moist air prevents the proper and healthful excretion
of perspiration. Very much less than fifty per cent. of saturation
causes a disagreeable feeling of dryness.
8. It is desirable that the temperature of the air should be kept, as
_ nearly as possible, at 70° Fah. in dwellings and about 68° Fah. in
schools, churches and public balls.
4, No draughts must be perceptible. This condition requires that
there shall be no general movement of air faster than two feet per
second. ‘To sum up the requirements, then:
1. Carbonic acid must be kept down to six vols. per 10,000.
2. Moisture must not exceed fifty per cent. of saturation.
3. The temperature must be maintained at about 70°.
4. The air in the room shall not move faster than two feet per
second.
IV. MopEs oF VENTILALING.
The various modes of ventilation may be divided into two great
classes :
A. Natural ventilation.
B. Artificial ventilation.
By natural ventilation, I mean all processes which do not call for
the application of force in any form, save that supplied by ordinary
natural operations; and by artificial ventilation, those means which
involve special appliances requiring the employment of force. There
are two forms of natural ventilation:
1. Perflation.
220 The Principles of Ventilation.
2. Gravitation by reason of the necessury difference in temperature
of the air in-doors from that out-doors.
Ventilation by perflation is the most simple of all means, consisting
in Opening windows on opposite sides of the house. It is, of course,
only applicable when the weather is warm, and in perfectly calm
weather is only moderately successful. Perflation may be combined
with an apparatus for cooling the air, and is then almost always suc-
cessful. A method that I have tried with good results is, to hang
three or four wet towels from sticks, supported at one end by the
slats of the blind — the towels hanging perpendicularly to the window,
on the windward side of the house. ‘The effect is to cool the air by
the absorption of heat consequent on the evaporation of the water.
There is a distinct acceleration of the velocity of the incoming air,
as might be expected. This combination however, is really an artificial
method.
The method by gravitation is less successful in its operation than
the one just described ; it consists in utilizing the difference in tempera-
ture commonly existing between the air in a house and that outside.
Doors and windows, at the bottom of the house, are opened and the
scuttle is also opened, or else the upper sash of windows in the upper
story are drawn down. In the case of a high, narrow house, this
method gives fairly good results. Of course, the kitchen has to be
shut off from the rest of the house, in order to keep culinary smells
from circulating, and for a like reason the dining-room must at certain
times be excluded from the benefits of the system. After a current
has been fairly established, it will be found an advantage to open
slightly, at the bottom, the windows of the lower stories on the wind-
ward side of the house, as these will then act as inlets. Like the
method of perflation, this plan cannot be depended'on. Just when
ventilation and cool air are most needed, that is on close, hot, sultry
days, the difference in temperature becomes sv small that the exchange
of air practically ceases.
The artificial methods of ventilation are divisible into two principal
classes; first, Those employing heat directly: and, second, Those
employing motors of some sort. The principle involved in the first. of
the cases is the same as in the natural gravitation method described
above; that is, hot air has a lower specific gravity than cold air, and
will rise if opportunity be given, while cold air supplies its place. In
the direct application of heat, the source is either indirect radiation,
direct radiation, or a combination of the two. It is to be noted that
whatever may be the system of ventilation, in the cold months it must
include the heating of the building, and in the summer the cooling of
The Principles of Ventilation. — 221
the building sisi necessary, according to the third requirement of
perfect ventilation.
The most common, because the cheapest and most easily managed,
apparatus on the indirect radiation plan, is the hot-air furnace, ‘That
there may be real ventilation with the use of this system, there are
necessary — although commonly omitted — appropriate ducts for the
removal of vitiated air. As applied in the majority of cases, this fur-
nace has a cold-air duct, of rectangular cross section, measuring fifteen
inches by six inches, or ninety square inches; hot air ducts, circular
or elliptical in section, leading to the various rooms, and no means for
the heated air to escape, save through cracks or opened windows. 'The
cold-air ducts frequently terminate too near the ground, and in places
_ where boys at play may throw things into them. There are cases in this
: city where, incredible as it sounds, the cold-air duct is omitted and the
air supply taken from the basement, at the floor level. Comment on
this procedure is unnecessary. It is not difficult to understand the
reason for such faulty arrangements. With suitable inlet and outlets,
more coal must be burned to maintain a comfortable temperature. It
seems proper to say here, that no one can expect to ventilate his house
without cost, any more than he can heat his house without paying for
it. The relative cost of heating, merely, and heating with ventila-
tion is shown in the following extract from a paper by Robert Briggs,
CG. E., published in the third annual report of the Connecticut State
Board of Health.
“A certain school-room. when the outside thermometer stands at
zero, may be kept at the temperature of 70° by introducing 150 cubic
feet of air heated to 250° each minute. There is thus dispersed in
- heating 180° temperature that has been abstracted or taken away
from 150 enbic feet each minute, or 27000° cubic feet. If we suppose
in place of 150 cubic feet there is given for ventilation 1000 cubic
feet each minute (50 scholars and 20 cubic feet each minute), it then
happens that only 27° excess of temperature is demanded, and the
heat of the influent air becomes 97° in place of 250% But there is
wasted each minute, in the one case, 150 cubic feet of air at 70°,
* ~ which has been heated up from zero, = 10500° cubic feet, and in
the other, 1000 cubic feet at 70° = 70000° cubic feet, or six and two-
“third times as much heat-in case of ventilating as in the case of
pemele heating.”
The above comparison is made between hot air furnaces for the
_ heating and steam apparatus for ventilating. When the comparison
- is made between steam heated hot currents and steam heated ventilat-
; ing currents, the numbers are 48000 and 97000, and these numbers
represent ‘‘ the ratio of heating surface, boiler surface and fuel
a}
consumed.”
= i ‘ hy hae -,
222 The Principles of Ventilation.
The natural philosophy of the water pan in the hot-air furnace is
not understood by many people; and the necessity of adding moisture
to the air that has passed through a heater is actually denied by men
whose habits of thought and occupation should make them zealous
wdvocates of the practice. The capacity of the air for moisture depends
upon its temperature, being greater as the temperature is higher. If,
then, air be saturated at, say 25° Fah., when heated to 70° Fah., it
will no longer be saturated, but its capacity for water vapor will be so
much increased, that the air is properly described as dry. It is not
unhydrous, of course, for there is just as much water, by weight, in
the air as before the heating.
The use of steam-coils in place of the furnace is a decided advantage,
for, so far as I have observed, no one goes to the expense of putting in
sicam apparatus without providing for the escape of the foul air; and
indeed without these, indirect heating by steam is almost sure to fail
—fortunately. Steam-pipes never attain the temperature of hot-air
furnaces and the resulting hot air is generally of a better quality. A
small steam jet supplies the moisture needed.
Heating by direct radiation is most commonly effected by stoves.
With these in general there is practically no ventilation. The air
next the stove is heated, rises to the ceiling and flows off toward the
walls, then down to the floor, and so on. A small amount of air is
constantly withdrawn to supply the stove, and a correspondingly small
umount is drawn under doors and around windows to make good the
loss. Good ventilation is not possible with stoves, since there is no
way of heating the air before it enters the room. One point in favor
of stoves is their economy in fuel. A stove will ordinarily give out
nearly ninety per cent. of the surplus heat in the fuel, after deducting
the amount necessary to make a draft in the chimney. 7
Heating by direct radiation from steam-pipes and hot-water pipes
is not necessarily accompanied by any change of air. In this connec-
tion I onght to say that the heat radiated from surfaces which, like
steam and hot-water pipes, are usually not more than 212°, amounts
to but little and is not perceptible at a distauce of from ten to twelve
feet. These appliances really heat principally by conduction and con-
vection. .
The grate fire is an excelient ventilator, so far as removing foul air
is concerned, but it tends to produce drafts near doors and windows,
It heats solely by radiation and is very wasteful of heat, not more than
about 10 to 15 per cent. being utilized. As I shall presently show, the
open grate is a highly useful adjunct to other systems of heating, but
alone and simple it is a poor source of heat to rely on, save for small —
rooms.
ek TTS ESLER RITE RE a at
aot
i a ae
eR ne
The Principles of Ventilation. 223
Open grates of the Franklin or Galton style are excellent as venti-
lators and economical in the use of coal. The most modern of this
kind of grate is that manufactured by the Open Stove Ventilating
‘Company of New York. These grates have a hollow back and hollow
sides, through which cold air, brought by a special flue from outside,
circulates and escapes into the room, heated through radial openings
in the top, just over the arch of the fire-place. The current of heated
air enters the room, having an upward and outward direction, and after
describing a series of loops which include all parts of the room, sweeps
back and into the fire, supporting combustion, and finally escaping
through the chimney. This is evidently a combination of direct and
indirect heating. The direct radiation being the same as with the
simple open grate, while the hot air poured in the room represents an
amount of heat saved, which in the case of the simple grate passes up
the chimney, doing no useful work. I have not seen this apparatus in
operation, but several scientific men have examined it, and report that
its real performance is close to what the theory of its construction
ealls for. |
A stove and grate combined, called the “ Ideal,” has lately been placed
_ on the market in this city by the Magee Furnace Company of Boston,
of which I am able to speak from experience, having one in use at my
house. When used as a stove, the “Ideal” is simply a very cheerful
looking base-burning stove, neither better nor worse than other stoves
_ as regards ventilation. When converted into an open grate, however,
which is done by removing the front, thus exposing a bed of live coal,
it acts as a vigorous exhauster. It is better than the simple grate, be-
_ cause it continues to radiate and conduct on all sides like any other
stove, while removing air from the room as rapidly asthe simple grate.
On one occasion, by way of experiment, the room was filled with
_ smoke, and the change made from stove to grate, when immediately
_ the smoke in the air was observed to stratify, so to speak, and rapidly
_ disappeared, passing into the fire in long filaments. The temperature
of the room, it must be added, falls rapidly after the change is made —
in the case mentioned, falling from 80° to 73° in about half an honr.
A combinational system of direct and indirect heating with ventila-
tion is to heat air by steam-pipes in the basement, and convey it to
some central locality on each floor, and then by a small, simple grate
_ fire in each room, draw out the heated air and pass it up the chimney.
An example of such a system, slightly modified, is afforded in a resi-
dence designed and built by the architect, A. W. Fuller, of this city,
- for Mr. Geo. W. Van Slyke, and of which the following is a description.
The main hall is 16x24 feet, and has direct communication with all
rooms of first story, and, by a large well-hole, with the second story.
<
224 The Principles of Ventilation.
This hall is supplied with fresh air taken from the outside and heated
to about 60° by passing over coils of Gold’s steam radiators, and thence
throngh a register capable of supplying 12,000 cubic feet of air per
hour. This is distributed into all the rooms by means of open doors
and transoms. The parlor and sitting-room are each heated by in-
direct radiation described for main hall. ‘The dining-room and all the
chambers are heated by radiators placed in the room. Each room has
an open fire-place, and, to insure perfect circulation in the flue, there
is a coil of steam-pipe in each flue, so that in case the fire-places are
not used, the process of ventilation is not interrupted. By these means
a continuous supply of fresh warm air enters the rooms and the foul
air as continuously passes out through the fire-places. All the cham-
ber doors have head-lights opening into the hall, which remain open,
thus supplying a sufficient amount of warmed, fresh air to all sleeping
apartments. The temperature in all rooms is about 65° Fah.
Ventilation by motors consists in forcing air into the rooms of a
building by fans, or drawing it out by faus, or both, or using a fan to
supply fresh air and an exhausting chimney to withdraw it. The
heating is accomplished by causing the air to pass through a chamber
containing steam-pipes, either before it passes through the fan, or,
preferably, after. Air may be cooled in summer by passing around
pipes containing cold water. The ventilating system of the New
Capitol includes two sets of fans— one forcing air into the rooms and
the other drawing air out; and in addition each office has an open
fire-place. In the Johns Hopkins Hospital a fan is used to supply air,
and the withdrawal is effected by a stack, at the bottom of which a fire
is kept burning.
Many devices have been patented and are for sale, claiming to be
more or less efficient in compelling an air movement in a given direc-
tion. Ofall of these it may be gaid that in calm weather they are no
better than a simple open pipe, and many of them are worse, by reason ,
of the obstruction they offer to the escape of air. It is equally true
that when the wind blows they assist the movement of air very ma-
terially. Revolving cowls are liable to gather rust about the axis, and
be sluggish in their movement, giving chance for a reversal of the column
of air which they control. One piece of apparatus, claimed to bea
ventilator, should be mentioned on account of the curious faith in its
efficacy shown by numbers of people. It consists of a flat, circular fan-
wheel fixed in an aperture in a sheet of metal that replaces a pane of
glass in a window. When its cover is removed it commences to re-
volve, increasing its speed until, if there is considerable difference in
temperature, it whirls very rapidly, emitting a loud hum, and seeming
to be very energetically at work. A moment’s reflection must convince
The Principles of Ventilation. 225
any one that the wheel is turned by the current of air entering the
room, and that if it were removed the current of air would be in-
creased. However, it gives information to the eye and ear that fresh
airis coming in. *
The particular system of ventilation and heating to be applied to a
building depends upon its use, size, etc. For dwellings, the plan
described for Mr. Van Slyke’s.house, or the open-stove apparatus, 1s pre-
ferable to any others, but a small open grate, working in combination
with an ordinary hot-air furnace, will give very good results. Merely
providing exit flues for the hot air will make a furnace a very fair
ventilator and heater.
For schools and churches the indirect method is, I believe, the only
one practicable; since any direct radiation, to be effective, will prove
unpleasant to those in its immediate neighborhood. A method of
heating and yentilating such buildings as churches and the theaters
very satisfactorily is to force air by a fan through a pipe chamber, and
then through a system of pipes to long boxes, the front sides of
which are the risers of the platforms on which the seats are placed,
these risers being perforated. A series of vertical slits in the side
walls communicate with an exhaust stack or flue, in which a coil of
-steam-pipe is placed. ‘The distributing pipes from the fan are care-
fully arranged, their dimensions and directions being such as to secure
the delivery by each one of the same amount of air. A separate system
of pipes supplies each gallery, and the chancel or stage, as the case
may be. This plan is in actual operation in one very large theater in
Italy, and in several theaters and churches in New York City.
It is quite practicable, however, to ventilate such buildings as I have
described, and also schools, by heat alone, all that is necessary being
to provide an upcast shaft of sufficient height, and kept ata high
enough temperature.
A school building in Bridgeport, Conn., now in course of erection,
‘is to be ventilated according to this plan. Four rectangular flues,
measuring in cross section 10 by 14 feet, extend from the basement to
the upper story. At the bottom of each are several steam-pipe cham-
bers — one for each room to be heated — from which hot-air pipes ex-
_ tend (within the main flue) tothe school-rooms. The hot air enters the
room, in one corner, eight feet above the floor, and escapes, after tra-
versing the room, through an aperture at the floor level, in the same
corner with the inlet. The outlets open into the main ventilating flue,
which is kept warm by the hot-air flues within.
When a very large building is to be ventilated — as for instance the
Capitol at Washington, or the New Capitol at Albany — the problem
of so apportioning the ducts that from one central point a sufficient
a
226 The Principles of Ventilation.
amount of warm air shall be delivered in each room, and the foul air
brought back, is dependent for its successful solution on such fine ad-
justment, and involves so many conditions, that it may better be aban-
doned. Certainly, in the two cases just mentioned the success has been
very moderate. For such vast structures the ventilation should be
distributed.
For the purpose of studying the ventilation of an apartment, one
should supply himself with the apparatus of Dr. Smith, which I have
described, and with a number of discs of tissue paper fastened to threads,
to be hung from various points, to show the existence and direction of
currents. Jam indebted to Dr. F. B. Lincoln for the neat idea of
using the tissue paper in discs, rather than in strips, as has long been
done. The advantage of Dr. Lincoln’s plan being that the disc is acted
on by only a small portion of air, while a strip may feel the effect
of several currents. ort
_ In bringing this paper to a close, I beg to remind my hearers that
vitiated air is an undoubted cause of consumption, and the certain
promoter of all other diseases. And thatin close, unventilated churches
and theaters much of the effect of sermon and performance is lost, —
because the ears that hear are partly deadened by the imperfect re-
moval of the impurities of the blood, and at the same time the clergy-
man is unable to deliver his message with the energy naturally his own.
Public sentiment should compel the perfect ventilation of every public
hall in the city by staying away from every place where that condition
is not found.
When such public sentiment shall have developed —as develop it
surely will — the devout churchman, the enthusiastic admirer of the
drama and of music, and the earnest school boy, may follow their bent
with infinite profit, and without the danger of laying the foundation
of wearisome and tormenting diseases from inhaling the exhalations
of some hundreds of others.
wy)
ANNUAL ADDRESS.
By the Hon. PAUL A. CHADBOURNE, LL. D
[Delivered April 11, 1882. ]
THE PHYSICAL SCIENCES THE PRODUCTS AND PROMOTERS OF
CIVILIZATION.
Mr. President and Gentlemen of the Albany Institute:
As the ship is crossing pathless seas, to the careless observer there
seems to be the same waste of water beneath and the same unchanging
heavens revolving from day to day above. But the commander, at
stated hours, observes the place of star and planet and marks upon
his chart the daily advance toward the desired haven. So in the
progress of the world, there is to the majority of men no clearer
notion of the real advance of science than there is to the ordi-
nary passenger at sea of the position of the ship that carries him.
They have a general notion that the world is drifting on, because from
time to time some new scientific discovery arrests their attention, as
would the blowing of a whale or the sight of some distant island break
the monotony of a long sea voyage. It is well then for societies
like this to have set times for observing the scientific heavens, that
they may report progress and make a point on the scientific chart for
anew departure. Such a time is properly the anniversary occasion.
As you have honored me by an invitation to aid you in this work, I
would gladly do something to exalt the physical sciences, and espe-
cially to mark their true place as elements of human progress.
In the enchanting stories of the Arabian Nights, we read of the
“slave of the ring” and ‘‘slave of the lamp” that transported men,
opened treasure-caves and reared stately palaces at the command of
their masters. ‘To those who are so-ready to see a hidden, double
228 Physical Sciences.
meaning in every old myth, it might seem that these wonders of the
Arabian Nights were dim prophecies of the marvels performed by
modern science. Some of the physical sciences stand like Titans
ready to wield a power that braids iron bars like straw and moves
with a single stroke of the piston a thousand ponderous wheels. They
train the lightning for a servant, and from dull clods bring out colors
that vie with the rainbow in its glory. They reveal the past history
of the globe, read from the leaves of stone the history of the world
from the ages when the old Silurian seas rolled over the Empire State
till the present day, unlocking the caves of the earth, revealing the
gold and silver in a thousand hills and the coal and iron that, as
physical agents, rule the world. They have revealed the laws of
vegetable and animal life, making the flowers we cultivate more beau-
tiful, the fruits more delicious, the herds in our fields more prolific
and even the rivers, lakes and the ocean itself to teem with more
abundant life, for the delight and support of man. If one would be
impressed with the service of the physical sciences, let him pass
through the streets and business centers of this city or any other in
our land. He need not visit the observatories to view the wonders
of the heavens, nor the halls of science where strange and wonderous
forms are embalmed in stone, but in the products of the marts, in the
furnaces that pour out molten iron, in the boats that defy wind and
tide, in fruits and flowers that have gained deliciousness and beauty in
our own time, will he see something of the wonders physical science
has wrought for man. Or go to the great Centennial Exhibition and
see the products which science has gathered from the earth, and the
power and skill by which these products are fashioned into forms for
use and beauty. No dreams of the old Arabian Nights surpass the
marvels of this scientific age. These physical sciences are both the
products and promoters of the modern civilization. In human prog-
ress, action and reaction are in the same direction, the exact opposite
of mere mechanical law. While human progress seems at first sight
to rest on physical science, the human mind must construct science,
and therefore must ever move on before it in its highest activity. The
sciences in their perfection simply mark the pathway of the human
mind, as the dead coral, with its cells and rays, marks the growing
pathway of the coral polyp, or as the builder stands upon the course
of granite which his own hands have laid, to rear still others for the
completion of his work. It is useless to plan and labor for the prog-
ress of science while we neglect the careful training of the human
mind, the instrument through which all these wonders have been
achieved — wonders that will cease to multiply the very day men
become content with mere practical science, and shut out the scientific
Physical Sciences. 229
mind of the world from the means of scientific research, and that
mental training which scientific research demands. The history of
science from its earliest dawn to the present day, is proof of the posi-
tion we wish to maintain, that while we boast of science as a promoter
of our civilization, this science itself is the product of civilized mind;
and in any progress in time to come, the mind of man must be the
moving and guiding power, peering into the darkness, making new
discoveries, gathering materials, controlling forces, forming classifica-
tions, which when completed are given to the world as science, before
which some seem ready to fall down as before a God that has created
the wonders of modern times. But this God of science is itself a crea-
tion —the creation of that mind made in the image of Him who
created the worlds. It is this thought that I wish specially to illus-
trate and enforce.
It is in the savage that we mark the first mastery of nature through
thought— that thought that builds upon the experience of others
and gives the first condition of science and of progress for the race.
No mere auimal, from thought or choice, makes provision for its own
improvement or that of its race. If improvement comes to the animal
at all, it comes from without, impressed upon it by the conditions of
nature or by man. Its physical nature is, indeed, plastic, and through
its plasticity the animal changes for its own good in the struggle for
existence, and also to subserve the uses of man.
But in every implement of savage life, rude though it be, there is
promise of unbounded progress. The bow may be of oak or ash, but
it is fashioned according to the fancy of the owner and for a purpose
which its owner understood while yet the stick from which it is fash-
ioned was growing in the wood. The bow was a mental conception
before it was formed or the string adjusted in its construction. And
the art of making and using the bow must be transmitted from father
to son by instruction. That simple bow in the savage hunter's hand
is as truly a product of thought and marks its owner as plainly above
the highest animal in kind, as does the repeating rifle or telegraphic
cable.
In every bundle of arrows chosen from the straightest rods and
tipped with flint; in the graceful canoe of birch or skin; in the paint
and feathers with which the savage makes himself hideous, are the
tokens of a progressive power from within the man. In every one of
these rude attempts at art and science, thought went before the act.
~The man moved and guided himself in the work. The necessity or
desire came, and by the power of thought, physical forces and material
products were made instrumental to supply his wants. Some one
more thoughtful, more cunning than the rest, took an upward step
230 Physical Sciences.
and marked the path for his fellows to follow. And all the gross
conveniences of his savage home are the results of many such steps
by succeeding generations. And rude as these products of his thought
are, they are unlike iz kind the perfect work of the instinct-guided
beasts and birds around him, and have in them the germs of all civil-
ized productions. They give promise of unending progress, not by
their perfection — for the works of bird and insect far surpass them —
but they give evidence of unending progress because they show their
maker’s power to go before the act in thought, to consider material
products in relation to his wants, and to meet these wants by contriv-
ance of his own, originating new combinations and yet building Dave
the experience a those who have contrived before him.
But in savage life much of the study of nature’s forces and of her
products has arisen from bodily wants alone. The plainest utility has
marked every step of the savage, except in his rude attempts at art.
Science for tts own sake, thought for its own sake, producing results
for the present unusable, are to him apparently unknown. It is only
when these are found, the cultivation of thought for its own sake,
that we have the first gleam of that intellectual progress of which the
present civilization is both the offspring and parent. Thought or
investigation for its own sake, the love of knowledge AS AN END, is
the pillar of cloud by day and the pillar of fire by night that has
guided the race in its onward march in civilization, while utility
alone would have kept it forever in the desert of savage or half-civilized
life. In this realm of pure investigation, the leaders of the race have
labored since there was any promise of a science, and long before science
gave promise of utility. In that same realm the leaders stil] walk
to-day. The world is enriching itself now with the products of their
former labors—labors performed when this same world sneered at
them as useless. ‘The laborers themselves come back from time to
time to gather the products of former labors, as a means of advancing
still farther. But should they heed the cry of these wise men, ‘ the
practical men,” falsely so called, and remain in the realm of mere
practical utility of to-day, all progress would stop and our civilization
would become fixed, like that of China and Hindostan. Nota single
physical science can be named that has not been built up by the labors
of men who were seeking for truth, while their labors were considered
puerile and ridiculous by mere utilitarians. And the best scientific
results of the present day, which have not yet borne fruit, the ques-
tions that engage the attention of our scientists, are recounted with
the same sneers and ridicule by those who claim to be practically wise,
as were observations in geology and experiments in electricity a century
ago. Every great advance in practical science in the last half century
Physical Sciences. 231
has been simply the combining or utilizing of materials and results
; wrought out as isolated products or facts, by long years of careful
investigation, by the patient truth-searchers in all portions of the
_ world. When these practical results are reached, the crowd will throw
up their hats and exclaim “ Great is science!” and with the same
_ breath cali that humbug which is preparing still greater successes for |
the next generation.
Let us interrogate the sciences or appeal to their history in proof of
our assertion. Whence cameour telegraphs that now link the nations
together? If you would answer that question, you must go back to
_ Franklin, to Galvani and Volta, to Ersted and Arago, to Grove and
_ Daniel, to Henry and Faraday, and their co-workers, men whose
- names are seldom whispered in connection with the telegraph, but
whose labors in accumulating facts, discovering laws and inventing
instruments, made the electric telegraph a possibility in our day. It
was no telegraphic line, nor oceanic cable with its round dividends in
gold that urged them on, but love for nature’s laws, the charm of
tracing this wonderful physical force — the lightning of the storm —
- in all its manifestations. And thus through years of thought and
labor for the love of science alone, the conditions were preparing for
the wonder of the nineteenth century to spring as by magic into full
perfection.
One practical thought seemed to do the work, as one spark calls out
the force that hurls the shot and shell; but that practical thought
would probably never haye existed except as a flight of fancy in some
tale of magic, or if it had existed as something desirable and possible
_ in real Jife, it would have been as barren of results as a grain of corn
on winter’s snow, had it not been for the preparation made by those
‘who labored for the love of original investigation, paid only by the
discovery of nature’s laws, without one thought of other gain.
_ What shall we say of Chemistry, that worker of wonders, transform-
ing waste products into wealth and changing daily the conditions of
life by its new products and applications? The old alchemists pro-
_ duced some meager results, indeed, while searching for the philoso-
_ pher’s stone and the elixir of life. But for the origin of true Chemistry
we must look to that illustrious band of whom Black and Davy and
Lavoisier were the types — men who asked for nothing higher than to
_ unfold the laws of nature in the constitution of water, air and earth.
_ The time has come, indeed, when Chemistry, like almost every other
_ physical science, is so full and complete in its facts and established
principles as to become truly deductive. Materials are so abundant
~ and methods of work so perfect, that practical life has but to suggest
its wants to have them supplied. But they are supplied, directly or
232 Physical Sciences.
indirectly, through work done before the want was known, and from
materials collected, perchance, as the mere curious rubbish of men
who would delve in science, the world knew not why.
Thus every physical science presents in itself perpetual proof that
the thought of man is ever ranging beyond it for new materials; that
it is itself only the perfected, organized product of past thought.
We are re-stocking our rivers with fishes to the wonder of the peo-
ple as well as to their profit — sixteen millions of profit already reck-
oned in the Empire State; but we are doing it under the instruction
of those who studied the habits of fishes when legislatures saw noth-
ing but folly and waste in giving money for the study of “eels and
horn-pouts.” We can do something to protect ourselves from the
insect hosts, but we do it mainly through the studies of those who
were content to bear the sneers of the “practical men” who saw
nothing but childish folly in studying ‘‘ bugs and butterflies.”
We can without pain endure the dentist’s forceps or the surgeon’s
knife; but this priceless boon to suffering humanity resulted from
experimenting with curious compounds that came into being through
love of science alone. Compounds of such wonderful powers were
not dreamed of till they appeared in answer to the chemist’s constant
search, through love of his science.
We rejoice that the world is reaping such rewards from the labor of
scientific men. But we would have the world remember, for its own
sake, the price which has been paid for its great scientific possessions.
We would have credit given to whom credit is due, not for any good
that can come to the laborers, most of whom are beyond the reach of all
earthly rewards, but for the good of the present and coming genera-
tions, that they may know the toilsome pathway along which the
builders of science have trod, and that they may also learn that the
real advance of science must evermore lie in a region beyond apparent
utility. We would have them realize the fact that science is the gift
of mind — not of mind simply crowded with facts, but of mind trained
to observe and compare, boldly pushing beyond the bounds that limit
the vision of those who see nothing but the practical utilities of
to-day. !
Modern science, then, is the thought of the past put into most
effective form for present use. As such it is a mighty magazine of
power. It isin the mental world even like the beds of coal as accu-
mulated force in the physical world. And by the diffusion of knowl-
edge every man may become armed with much of this accumulated
power — the accumulated thought of the past. This garnered power
of thought finds its full expression in our railroads and steamships, in
telegraphs and cotton mills, and in the wonderful transformations of
- Physical Sciences. | 233
the chemist’s laboratory. It predicts every change on the dial-plate of
the heavens and photographs the falling drop of rain. It thunders
and destroys in all the enginery of modern war.
An agency such as man never before wielded are the physical sci-
ences to-day. As such they bring the whole race to a plane of civil-
ization impossible without them. Butstanding high above the masses,
the few explorers see still higher hills, where in coming time shall be
a broad highway prepared by patient workers, for those to climb and
shout for science who see no use in all the labor till the road is ready
for their use. 3
While natural science, then, is nothing but an instrument, and one
prepared by man, it is an instrument which he prepares for his own
use and for his own advancement. It is the means by which one gen-
eration rises higher than another, standing upon the towers which the
other raised. As an instrument, natural science is like iron that
forms the hammer, chisel and anvil, by which other masses of iron
can be fashioned into more curious and useful forms; or it may be
likened as a whole to two of the most wonderful scientific products,
the telescope and microscope, instruments which are the product of
thought, but when once fashioned opening new fields of thought as
they bring within our view the extremes of the universe — the wonders
of the heavens and of a single drop.
As an instrument, as the product of civilization, we would now
inquire into the relations of natural science to the permanency and
progress of the civilization which produced it. Among the greatest of
all triumphs of science, in its influence on civilization, are the means
which it offers for intercourse among the nations. Men run to and
- fro, and knowledge is increased in the earth. The iron car thunders
along night and day from ocean to ocean, and then the vessels that
defy both wind and tide complete the circuit of the globe. And from
this great artery of travel branch off a thousand lines to every portion
of the earth. The work of months is thus crowded into days by the
forces called into action and directed by modern science.
And as though these swift messengers were not enough to bring the
world into sympathy, science stretches its wires across the continent,
sinks cables along the ocean’s bed, and now through the water and the
air the lightning has become the messenger of thought. Every event
of importance in the world becomes upon the same day, if not in the
same hour, the subject of thought in every center of civilization on
the globe. The thought and impulse of the nations in all questions
_ of universal interest move on together like the hands of the electric
clocks in a great city.
No longer is there danger that any of the important arts will be
30
234 Physical Sciences.
lost. The knowledge and improvement of any practical science or
useful art originating in any nation becomes the property of the world
before a single year has passed. In former times, such knowledge was
too often like the single standard of measure kept in the House of
Parliament, which, when destroyed by fire, not even the mathematics
of the whole kingdom could replace. These arts and sciences now in
their wonderful distribution, are like the new standard with its exact
copies distributed throughout the kingdom. No conceivable catas-
trophe could destroy them all.
And the rapidity of improvement corresponds with the means of
communication. The same experiment may be now tried in a hundred
places at the same time—the results be compared and conclusions
reached in a single year, that once required the life-time of a generation.
All that renders life desirable in knowledge or product may be trans-
mitted from one portion of the globe to any other, equalizing the
conveniences and luxuries of life. And poor and unfortunate in the
last degree must be the man who cannot transport himself and house-
hold gods to any portion of the earth that offers new attractions for
him.
Science has made the globe very small—a journey of but a few
weeks at most, and of but a few hours for thought — but it widens the
area of the globe for the spread of civilization. With its new appli-
ances, man defies the rigors of a northern zone and lives in comfort
where, without its aid, life would be impossible or reduced to the rude.
form of savage existence. Much of that zone of the earth where are
now gathered large cities with the most wealth and refinement, the
greatest means of enjoyment, the best conditions for the improvement
of the human race, without the fruits of science would have remained '
a wilderness inhabited by savage or half-civilized tribes, or by a sparse
population, wringing the bare necessities of life from a scanty soil.
t is science quickening art, perfecting its processes and rendering
them certain, that provides support for the dense population which
the most rapid growth and highest scale of civilization demands.
Without science, dense population becomes a mere struggle for exist-
ence; but with the products of science, we may welcome compact
population as the condition of the highest enjoyment for all.
If there is a possible overstocking of the earth for some gloomy
Malthus to dream about — predicting wars and famines — it must take
place in that uncertain future when the coal shall be exhausted or the
sun be dim for want of fuel. For untold ages to come, we know that
science as it now is will increase the enjoyments and improvement of
men as population becomes more dense; and with the possible ad vance-
ment in science, we dare not assign a limit to the means which
Pere Ty 64) A.
nu
SS eee ty”
Physical Sciences. 235
may be enjoyed by coming generations for social, mental and moral
improvement.
As a product of mind, that gives solid returns in money and goods,
science becomes a stimulus to mind that reaches to the masses. With
such means of intercourse that the same problems are subjects of
thought at the same time in all partsof the world, and with such
wonderful instruments for physical research as are already invented,
we may well boast of science as a promoter of civilization, as a broad
basis upon which it may now rest to build higher courses upon which
to advance. It is not strange that these results charm men. They
are worthy of admiration. Itis not strange that an instrument so
powerful should be exalted above its maker—that science should
become to some a divinity with power of self-revelation — the giver of
every blessing — that grand guideand prophet of future good on which
the hope of the race should center. Men look to physical science not
only as an agency destined to become more powerful as an advancer of
civilization, but as sufficient of itself to bring tv man all the good he
can enjoy. To this view we object, and utter our earnest protest
against it in the interest of science itself no less than in that of race.
We claim that the advance in science has come from knowledge of
method, and that knowledge of the true method of investigation came
from the study of man, his powers and their proper use. We claim
that there is nothing in natural science that is self-directive even in
securing physical good; that it is a mere machine which must be
brought into action by the same cunning workman that prepared and
organized its parts; that it has no power to secure justice or purity or
truth, except as it appeals to the higher tribunal in man, a tribunal
which science never organized and for which it can never become the
substitute. That tribunal, the Moran Reason, is in man like the
pilot to the ship, while physical science is the moving power which
fills the sails or turns the ponderous wheels—a force like the wind
bringing destructive tornadoes that will founder the ship without the
pilot’s skill to avert its force, or like the steam that shatters and destroys
except when controlled by valves and pistons as the engineer directs.
We wonder at science, indeed, but we wonder at it most of allasa
product of human thought. It is indeed a revelation of the thought
and plan of the Creator in the physical universe, but the revelation
Was meaningless as science, till the human mind, the image of God,
¢ put letter and line in place and proclaimed the mysteries of matter
and force in common language for the instruction of the thousands
unable to read the mystic signs in earth and sky for themselves. As
an invention —a discovery, an instrument, an agency — science prom-
ises to accomplish all its admirers can claim in giving power and the
236 Physical Sciences.
conditions of progress to the world. ‘That it promises stability to civ-
ilization we gladly admit. That it promises accelerated progress we
joyfully hope. That it incréases man’s power we know, but that power
needs control and direction, or 1t may prove a curse or be totally lost,
The world is now wild on the question of physical science. Like the
achievements of a hero that has done much, its results are exaggerated;
or like the riches of a rich man, the sum increases with every repeti-
tion. ‘The very wonders of science are the basis of wild speculations
impossible to be realized. ‘There are wild dreamers who know some-
thing of what has been accomplished, and little of the time and labor
required for securing the results already reached. Science is extolled
for what it has done, and sneered at with the same breath because it
cannot do more. Butstill thecry is, “ More practical science.” ‘More
production.” <‘‘In that is our hope.” ‘‘All else is ‘heavy guessing,’
or a remnant of the past to be buried out of sight.”
Amid all this clamor and din and glare in which the multitude seem
confused with the sounds and bewildered by the cross-lights, until they
rush with the crowd and shout the cry that seems to be in the ascend-
ant, let us listen to the voice of reason. Let us appeal to experience,
the history of the past. Let us scan physical science with that keen
searching method by which it has been built up. Let us turn clear,
scientific light in upon science itself. Let its triumphs be revealed.
Let us comprehend all its capabilities that we may know what it can
possibly accomplish. And where, I ask, in the past results or in its
present capabilities are found the power of controlling man, the power
of bringing the individual or the race on to that high plane where true
manhood reigns — the plane of right, of justice, of purity, of truth
and of good will to man which leads to labor and to the sacrifice of self
for the advancement of all mankind to this higher plane ?
We look in vain to physical science for such a result. It may give
light, but it never gives strength of purpose; and its light is that which
comes to show the extent of the disaster that has befallen us, rather
than a light ever shining upon a path that leads away from all danger. ©
For guidance and self-control we are to look within man to those
powers by which he comprehends moral relations—to that moral
nature for the approval of which a good man will lay down his life —
under the guidance of which physical science and its products are
means to be used or rejected as they hasten or retard the progress of
the man toward that true position of moral dignity where manhood in
its perfection becomes more noble and more glorious than all of the
visible universe besides. Under this guidance he is self-poised and
stable, because it leads him and links him to God Himself. Along the
pathway where the moral nature leads there is an illimitable road of
a |
r =
7
-
Physical Sciences. 237
progress for man to travel, even if science were to make no further
advance and production never exceeded its present limit. Do what the
moral nature of man demands in obedience to the moral law, and you
have multiplied the power of science for good a hundred fold. Stop
the waste of intemperance which science has made possible for the
world; the waste of carelessness which science can never correct; of
recklessness which science never cures; of prodigality and luxury to
which science indirectly supplies the means; of dishonesty which
science too often aids; of war which science every year renders more
terrifically destructive to labor and the products of labor by the Titanic
efforts of nations to surpass each other in the armor of ships, the weight
of guns and the destructive power of projectiles. Stop all these ter-
rible agencies, in all their forms; agencies over which science has no
more control than the water that thunders down Niagara has over its
own movements — stop all these and turn all this wasted energy into
another channel, put it under the control of that principle in man
that seeks his own highest good and the good of the race — under the
- control of an enlightened self-love and benevolence — and the world
would change as by enchantment. The light of civilization would be
freed from clouds and mists and shadows, and break forth with the
brightness of the morning sun. Science itself would advance with
a rapidity unknown before, for its votaries would be multiplied, their
powers be strengthened, and their means increased. The multitude
that now grovel in the low plane of sensuality would rise into the
sphere of rational enjoyment, and freedom would no longer be confined
to one portion of the globe, now advancing and now retreating before
anarchy and despotism, but she would walk with an assured step and
dispense her blessings in every land. Such is the promise we have
from man’s own nature, when those principles rule in him which make
him the image of God—in right of which he has dominion over all
the earth.
The dangers of this age are not that practical science will be ignored
or neglected, but that its proudest achievements may prove a curse
_ through misdirection; that honor and honesty and patriotism and
_ philanthropy may be weakened and overwhelmed in the strife for
gain and power.
Man, who can trace the planets in their courses, must learn to direct
his own steps. He who can control the lightnings, must learn to con-
trol his own passions. He who can reclaim the earth from wildness
must cultivate the rich garden of his own emotional nature. He who
can cross pathless oceans mid darkness and storms by the guidance of
_ the magnetic needle, must seek for some guide that shall conduct him.
_ safely through the doubts and darkness that beset the pathway of
238 Physical Sciences.
every bold adventurer in thought. For such guidance and for such
power of man over himself we must look beyond the sphere of physical
science. ‘lhe guiding-star to all permanent progress is found in the
firmament of man’s moral and religious nature. When this is acknowl.
edged and the study of man’s moral nature is exalted as the center
toward which the studies of youth should converge and from which
the acts and influence of every man should radiate, then will our ciy-
ilization reach the full splendor of which it now gives only feeble
promise, and then shall we see new triumphs of physical science, the
ereat motive power in the progress of the world, guided, controlled
and utilized by man ever guiding and controlling and utilizing his
own powers. ‘l'hen only shall we see the true relations of physical
science to civilization, and never till its true relation is seen and
acknowledged, will it have stable growth and give its full blessings to —
the world.
MEMBERS OF THE ALBANY INsTITUTE—I cannot close this discus-
sion without inviting your careful attention to what I consider to be
the office and duty of all such organizations as you represent. In your
complex and comprehensive plan you embody and symbolize the char-
acter of modern civilization which Guizot has graphically contrasted
with the ancient civilizations, presenting as they did only some single
phase of human activity and development, or that uniformity of
thought and activity that naturally ends in such fossilized civilizations
as China and‘India present. All questions that relate to the progress
of science and the social welfare of the race properly come before you
for discussion and illustration. In this way you secure individual
advancement, in which is the only hope of the world, for organizations
are but aggregations of individuals, and can rise no higher intellectually
or morally than the elements of which they are composed. But organ-
izations have certain powers which belong to no one of their number.
Organizations live while individuals die. Organizations, therefore, can
bring to bear upon the same problem the labor and observations of its
ablest men for generations, and carry on to completion grand under-
takings where the most gifted individual would fail. There is also an -
aggregate influence in combined numbers such ag no one man can
wield. When a newtruth is reached, organizations can defend it with
power against the onset of opposers, and in the important work of its
dissemination they can overcome obstacles and multiply agencies
where individual effort would be powerless. ‘T’he possession of these
peculiar advantages brings upon such an organization as the Albany
Institute a great responsibility as a promoter of every branch of science.
The world at large will give no heed and help to investigation till it
begins to promise money returns. How long it has taken our States
Physical Sciences. 239
_ to make appropriations for scientific research! And in almost every
case the hope of finding metals or coal or of securing some kindred
money advantage has been the moving force in deciding the legis-
lator’s vote.
New York did a noble work in so early and efficiently inaugurating
her scientific surveys, and richly has she been paid in the instruction
of her people and in the honor she has secured among our States and
the nations of the world. This Institute was the first memorialist in
favor of this great scientific movement. Wise legislators gave the
means of studying the rocks of New York, thus laying a foundation
for the grand superstructure of American Geology. The ablest scien-
tists of the nation were called by your Executives to carry on the
work. ‘The way had been prepared by Clinton, Van Rensselaer and
other honored names among the early patrons of science. The labors
of Eaton and Beck, of Torrey and Emmons, De Kay and Hall, and
others who still have their armor on, have instructed the world in the
whole field of Natural History and made the rocks of the Empire
State an everlasting monument to the wisdom and liberality of your
early statesmen. We trust the race of statesmen has not deteriorated,
but that the work will go on till all the treasures of science which the
State possesses are made accessible and free not only to all her people
but to all the people of the world who will visit her vast collections.
To the early statesmen there was only a promise and possibility of
results; for those of the present time there is the stimulus of work
already done. Your scientists have certainly vindicated their tireless
energy and their avility to enter new fields of observation and research.
Your Botanists and Zodlogists have described the living species, your
Geologists have not only given names to the rocks but to the thousand
extinct forms within them, so that the superb volumes of the Natural
History of New York are a necessity in the library of every working
naturalist. Your Henry, in this very city, discovered the principles
that made the telegraphic cable possible, and your Morse gave the
practical hint for surrounding the earth itself with electric nerves, so
that it responds to the will of man as though it were a living thing.
One touch of his finger can now move the globe, not convulsing it as
- dead matter, but quickening it as an obedient agent of his will, trans-
mitting the commands of him who was made to rule the earth.
You, as an organization, have all you can desire as an inducement
to careful work and courageous advance in time to come. And as an
organization you are to press on and encourage other searchers for
truth to enter that advancing morning twilight of scientific discovery
where untrained eyes see no light of the coming day. How many
great questions still remain for patient watchers and tireless workers
240 Physical Sciences.
to answer! The best inductions of history are yet to be made, and
the most weighty social and political problems are yet to be solved.
The history of our earth is, as yet, but a disconnected story. The
introduction and progress of life on the globe, and the origin and age
of man, as scientific questions, give rise now to the most conflicting
opinions drawn from meager and uncertain data. To meet these ques-
tions successfully there is need of patient research, broad training and
sense of deep responsibility for observations reported and theories
promulgated. The great retarder of science is hasty generalization,
especially if it be made by a man justly entitled to authority and
respect for any work he has accomplished. ‘The false theory will
vitiate books and misdirect the labors of many till its author is dead.
And it is a blessed thing for the progress of the race that individuals
die while society and organizations live. The earth will be true to
herself and will in time reveal her full history and the history of the
races of beings that live upon her. We need to observe with care and
to gather abundant materials for thorough investigation. This work
can be done most successfully by organized effort — by just such labors
as your Institute is fitted to perform. But while you look to science
as a whole, and seek its enlargement and perfection, I beg yon to
remember that man, as man, is the crown of all; and you can advance
science only as you advance men in intellectual and moral power and ©
social well-being. The education of the young, the constant progress
of men of all pursuits in those things that promote life, health, com-
fort and moral and intellectual growth, should be the leading idea in
all your work; and then the growth of science will be as natural and
sure as the springing of the blade in the warmth of May and the
maturing of harvest in the golden autumn months.
—.
PREHISTORIC MUSIC.
By ARMAND DE POTTER.
[Read before the Albany Institute, May 10, 1881.]
In bringing before you a subject which for the present, at least, is
more scientific than esthetic, more geological than musical, it would
_ perhaps have been better to call it a geological wonder. You may
have heard of the subject under the name of ‘‘Singing Stones,” or
“The Geological Piano,” but I would rather call it Prehistoric Music,
a name which seems to me more fitting. A few weeks ago, when on a
visit to the metropolis, I had the honor of being introduced to Mons.
Banudre, the discoverer and owner of the wonderful flint stones, of
which I shall endeavor to give a short account. In going to M.
Baudre’s house, I must confess I had but little faith in music drawn
from stones, and expected only to hear a doleful sound, such as I have
heard when staying with an Arab tribe, who had certain stones from
which they obtained sound and music enough to dance by. I was
therefore greatly surprised when I heard the musical sound as M.
Baudre struck the first stone, it seemed so sweet and wonderful.
Seldom have I experienced more pleasure, than when I heard this
gentleman sing an air to the pure musical tones of his flints. It
seemed as if we were suddenly carried back six thousand years. I
decided at once that this marvelous music had once been that of the
young world, and on mentioning the idea to M. Bauare, he said with
enthusiasm that it was the opinion of most archeologists, and indeed
his own. ‘There is no doubt that the flint was the first weapon, the
first tool, and produced the first fire, and until the comparatively
recent invention of matches, I think it was universally used for that
purpose. Prof. Newberry, of Columbia College, says: ‘‘ In all proba-
bility, the resonance of sonorous stones constituted all the music of
the man of the Stone Age.”
I have spoken of having heard the Arabs draw musical sounds from
stones, but a stronger proof in favor of the belief that the flint was
the first sonorous body heard by man is that the demi-savages in
Abyssinia used just such an instrument of nature to call the people to
war, and for other purposes. An English missionary brought three
such stones, which form the Abyssinian instrument, to London, where
they can be seen in the Kensington Museum.
31
242 Prehistoric Music.
The wonderful part of the music is, that it is drawn from the rough
natural stones without any polish or cutting whatever, while all other
musical instruments have been shaped and polished, and are nothing
but industrial products, in which strength and volume must be
observed in order to obtain the desired effect. M. Baudre says: ‘I
must call your attention to the fact, that iron or ingots of gold or
silver, as also rock crystal, in their natural states, are quite free from
vibrations ; flint on the contrary vibrates in its natural state, and does
not, like the former, require polishing and change of shape in order to
become sonorous.” So we may consider it a fact, that the first musi-
cal note that God gave to nature was deposited in the cold heart of
that stone which is also full of fire.
You all know of the colossal statue near ‘Thebes, called by the
Egyptians the Vocal Memnon, from the sounds emitted from it. I
remember wondering while I examined it, why stone apparently so
cold and silent should be called the singing statue. But now it
seems quite possible, and I only look forward to the discovery of some
papyrus that will tell the story of a colossal musical instrument. That
sounds were heard is confirmed by undisputed records. ‘They were
listened to by Hadrian and his ill-fated queen Sabina, and a host of
other historical personages. Some historians also say that the rude
Roman soldier, unused to any other sound than that of the trumpet,
listened in silence to its-voice. It has been said that the sound heard
from the statue was due to a blow, and this was no doubt the true |
cause. The Egyptian priests were crafty men, always working miracles,
and they alone were allowed to ascend the rocks, which were on one
side of the statue. There in the crevices, the Arabs of our own time
often conceal themselves, and for amusement strike a piece of granite,
which sends forth a sonorous and metallic sound which rings all over
the plain.
To return to the stones in possession of M. Baudre, they are
twenty-seven in number, and are suspended from a string, which,
not being a good conductor of sound, allows the vibrations of the flints
to be produced in their purity. The stones are rough, just as they
were taken from the quarries, and are of different sizes. M. Baudre
says, that there is an absence of the proportion which is indispensable
in instruments of music, for three stones of the same weight and
volume may produce very different sounds, while two stones, entirely
unlike in weight and volume, may correspond to the same note, which
is a fact that at present ‘cannot be explained. He says also, that cut- —
ting the stones, asa general rule, has the effect of destroying the purity
of the sound. So it was necessary to seek the note formed by nature,
without regard to the shape of the lumps. Repeated experience has
Prehistoric Musie. 243
shown him that the gravity of the flint is in direct proportion to the
number of irregularities on it; thusa long flint may give a good result
if it is, to some extent, regular in shape, but the full extent of the
vibrations is only obtained when the flint is full of projections and
cavities. Yet flints long and absolutely flat on cach side may pro-
duce fine effects, always on condition that the flint is perfectly homo-
geneous. As a rule, it is necessary to strike the stone on the smoothest
surface to obtain the most perfect note; the sides opposite to the
smooth, produce disagreeable multiple vibrations. The stones used
to strike the flints are free from allsound. The collection forms two
_ chromatic scales, commencing on D, andending on upper E sharp, and
the strings to which they are suspended are about two yards in length.
M. Baudre devoted twenty-four years to making this collection,
wandering with untiring perseverance through the departments of
Haute Marne, the Somme, Perigord, Artois, and lastly the basin of
Paris. More than two hundred thousand stones: were tested before
deciding upon the fitness of a single one. He was led to make the
search, which resulted in acquiring this geological wonder, in the fol- .
lowing manner. In 1851, he was superintending the works of a rail-
way in France; the workmen came upon great quantities of flint
_ which, producing a faint sound, attracted his attention. It seemed to
him a whole revelation, and he immediately thought it might not be
impossible to find in those quarries something useful to the musical
world. It required nine months of searching before he found the first
one that gave a satisfactory sound. He then began to regard his dis-
covery as belonging to the realm of science, rather than something to
be exhibited in concert halls as a mere curiosity, and only thought of
founding a geological collection of musical stones. Encouraged by
the result of his first truly sonorous stone, he continued his search at
his own expense, often laboring day and night, and thus in twenty-
four long years he obtained the desired result, and had his geological
piano complete. He considers these sonorous flints very rare, especi-
5 ally those with so pure and charming tones.
However this may be, such a collection must remain almost unique,
for although there may be more stones, it would be difficult to find
another man to seek for them, with so much patience, perseverance,
- and ardent enthusiasm as M. Baudre has shown. One of the stones
was once in the possession of Mr. Boucher de Perth, who valued it
from its resembling the head of a Sphinx. When M. Baudre saw this
stone in the museum of Abbeville, he remarked to the mayor of the
city, who was with him : “That stone would speak if I touched it.”
The mayor, rather astonished, desired him to try it, and handed him
_ the stone. He touched it slightly with a small stone, and to the
244 Prehistoric Music.
astonishment of all present, he drew from it a marvelously pure and
sweet musical sound.
When Rossini went, the same year of his death, to see M. Baudre,
he admired especially one of the stones which has a form of a thigh —
he told him he thought it must be the bone of an old musician.
Some French poet has written the following lines :
“ Ah, qu’on ne dise plus: Aussi froid que la pierre —
Les pierres ont une Ame et cette ime une voix
Vivante, harmonieuse et pleine de mystére.
Honneur a ]’Enchanteur qui leur a fait des lois.”
Victor Hugo also wrote him: “ Patience is not enough ; it needs the
original and fruitful idea; it needs faith, without which nothing
grand can be undertaken. All this you have had, and you have
achieved the impossible, the incredible, you make the stones sing.
Virgil, that other enchanter, had only known how to make them
weep. You are the poet predicted by the Roman orator who said,
‘Rocks and deserts answer to your voice.’ This truly prehistoric:
‘ harpsichord, these more than ancient keys, astonished without doubt
at repeating our most modern airs, have recalled to me the aerial, I
might almost say celestial chime from the lofty bell tower of the
Cathedral at Antwerp. There is then in the words of Chateaubriand,
“ A yoice in the stone, and the hard flint, from which flame darts, is
also the source of harmony.”
‘Stirred by Amphion’s Lyre, stones from the glebes
Skipped to their places on the walls of Thebes.
You to our ears a greater wonder bring,
Beneath your touch the flints divinely sing
The lovely music charms both ear and heart.
And we exclaim as wondering we depart ;
Sure to these rustic notes, in Eden’s glade,
Eve must have danced while father Adam played.”
THE CORRECT ARMS or THE STATE OF NEW YORK.
Frrst PAPER.
By Henry A. Homgs, LL. D.
[Read before the Albany Institute, Dec. 2, 1879.]
The people of the States of the New World, who have become in-
dependent of the monarchical governments of Europe, have all adopted
certain emblematic devices, by which they are recognized among
themselves, and by the rest of the world. These emblems they em-
ploy upon their public buildings, their flags, their seals, their medals
and in other ways. They consist of a shield and crest, and other in-
signia, which they call the Arms of the State, and the symbols are
calculated to awaken in friend and foe due sentiments of respect. In
devising these Arms or Ensigns, they have imitated their former
rulers, whose monarchies from the times of the crusades have em-
ployed such signs, most frequently called coats of arms, as badges of
honor and discrimination. The usage has been so systematized and
developed, as applied to families and States, as to give rise to that
special art, called the science of heraldry.
As a people we have no yearnings for heraldry, or for coats of arms,
except as a means of symbolizing a State by some sign of a lofty idea
or-aim, or of its characteristic traits; and in this spirit all the States
and Territories within the Union of the United States of America,
and also many of the cities and towns have adopted the custom of
using each a special symbol, us the stateor city arms. By and through
this symbol, the State, its presence, its dignity, its property, its
authority and the relation of individuals to it for obedience and love,
are declared with most effective emphasis. The devices on the arms
_ of these many States are extensively known and easily remembered
~ by all men interested, because they are perpetuated without any
changes except in unessentials, as of the drapery of the figures, or
the arabesques or scroll work surrounding them.
When, however, we come to our own State, the great State of New
York, we find that for many years past there has existed great uncer-
tainty, even among the best informed in the State, as to what is the
exact and genuine device of its State Arms; and in the community
generally, those who should be requested to state in an informal way
246 The Correct Arms of the State of New York.
what are the arms of New York, would be unable to answer with
tolerable correctness except that at least all, recalling ‘‘ that banner
with a strange device,” could probably say, ‘‘ I know that the Motto
is Excelsior.” Enquiries are frequently made from other States at the
public offices for a correct copy of the Arms, and whatever answer is
sent, it is with doubt and hesitation.
I am glad to be able to say, that I think that the information which
has been accumulated, from the date of the Centennial year of 1876,
makes it now possible to set forth the true Arms of the State in an
unquestionable form, and in their original beauty and force.
The first and only device of Arms that was ever made for the State
was prepared by a committee, appointed by the New York Provincial
Congress in the year 1777. In the Journals of that body, we read the
following, under the date of April 15:
“On motion of Mr. Morris, resolved, that a committee be appointed
to prepare a proper device for a great seal for this State ; and that Mr.
Morris, Mr. Jay and Mr. Hobart be a committee for that purpose.””*
The Congress adjourned in less than one month thereafter; and of
what was done on this subject by the three distinguished tMewya's of }
the committee, Lewis Morris, John Jay and John Sloss Hobart, nothing
is recorded in the journals of the Congress or the Convention, because
the disturbances of active war on the Hudson river, either prevented
protracted meetings or general business previous to the first meeting
of the legislature in 1778. The next mention of the State Arms is,
after the adoption of the Constitution of the State of New York of —
1777, at this first session. In the first general law, the one for the
organization of the government, and passed March 16, 1778, it is
said that the device prepared by this committee was adopted.
The language of the Statute of 1778 so far as relates to the Arms
and Seals is in these words :
«* And whereas arms have been devised for this State, and two several
seals have been devised and made, one of the said seals as and for the
great seal, and the other as and for the privy seal of this State, (and
which said seals are now in the Eu ioe and possession of his excel- |
lency the present governor):
“ Be it therefore further enacted -by the authority aforesaid, that the
said arms and seals shall severally be and they are hereby respectively
declared to be the arms, the great seal and the privy seal of this State.”
A subsequent clause in the section declares that such matters as were
issued under the seal at arms of the governor of the colony shall issue
under the new seal; and a clause in section five requires the person
*Provincial Congress of N. Y., Journals, vol. i, p. 882.
The Correct Arms of the State of New York. 247
administering the government to ‘‘deliver to the secretary of the
State descriptions of the device of the said arms and seals, hereby de-
clared to be the arms, the great seal and the privy seal.” These several
extracts embrace every mention of the word Arms throughout the
law.*
In April, 1786, an act was passed which authorized the issuing by
the State of $200,000 in bills of credit; and it declared, ‘upon
which bills shall be impressed the Arms of the State of New York,”
and no mention is made of an impress of any seal of the State upon
the said bills) The Arms are once more mentioned in the law in
speaking of the engraver to engrave them.t
Highteen years afterward, a law of January 26, 1798, provides for a
commission of three public officers to repair or cause to be made a
new great seal, after such device as the commission shall judge proper,
but it makes no allusion to the Arms of the State. It simply requires
that a written description of the seal shall be preserved in the secre-
tary of State’s office.{ This commission however in making a
new seal record the description of it in 1799 in these words: ‘‘ The
Arms of the State complete, with supporters, crest and motto, around
the same, The great seal of the State of New York.” They then de-
‘scribe the reverse. They do not pretend to have devised new Arms,
and while they have not followed closely the old device, they do not
appear by the terms of the law to have had any authority for any
changes which were made by the artist.§
A law of March 20, 1801, like the preceding one, regarding the great
seal and the privy seal of the State, uses the following language:
Sect. 5. ‘‘The description in writing of the arms and of the great
and privy seal of this State, recorded and deposited in the office of
the secretary of this State shall remain as public records ; and the arms
and great and privy seal aforesaid, of which descriptions in writing
have been deposited and recorded as aforesaid shall be and continue
the Arms, the great seal and the privy seal of this State: . . .”|
This law makes no further mention of the Arms, but merely con-.
tinues to speak of the two seals.
May 27, 1809, a law was enacted authorizing the fas eee of State
~ to make a special seal for his own office, of such device as the governor
*Laws of the State of N. Y., Greenleaf’s ed., vol. I, p. 181.
+Laws of New York, Greenleaf’s ed., vol. I, p. 241.
tLaws of New York of 1798, p. 249.
§The commission consisted of 8. Jones, 8S. De Witt and J. Ogden Hoffman.
Their report, filed January 22, 1799, may be found in the first volume of the folio
entitled “ Official Seals,” in MS. in the secretary of State's office. Also, see N. Y.
Civil List, ed. of 1880, p. 469.
|Laws of N. Y., Webster & Skinner’s ed., vol. I, p. 205.
248 The Correct Arms of the State of New York.
should approve ; and a new great seal with a written description, to
be preserved in the secretary’s office. This law of 1809 makes no men-
tion of the Arms of the State.*
A law passed Feb. 25, 1813, does not differ from the law of 1801 ex- »
cept that it includes a seal for the office of the secretary of State, under
a like requirement for the preservation of a description of the Arms.
Chap. XIV, Sec. 6, requires ‘‘ That the descriptions in writing of the
Arms and of the great and privy seal of this State and of the seal of
office of the secretary of this State, deposited and recorded in the office
of the secretary of this State, shall remain as public records; and the
arms and great and privy seal aforesaid, and the seal of office of the
secretary, of which descriptions in writing have been deposited and
recorded as aforesaid, shall be, and continue the arms, the great seal,
and the privy seal, and the seal of office of the secretary of this State.’’+
The State Arms are not again mentioned in this law, nor in any law
of this State since that date, except as they are mentioned in the re-
vised statutes; and the language in the last edition of 1875 relating
to the Arms and Seals, is the following :
** Sect. 20. The description, in writing, of the arms of this State,
and of the great and privy seals, and of the seal of office of the secre-
tary of State, deposited and recorded in the secretary’s office, shall re-
main as public records; and the said arms shall continue to be the arms
of this State, and the said seal of office, to be the seal of office of the
secretary of State.” {
The declaration that there is somewhere a standard Arms of the
State, that can be appealed to, is here very emphatic; and the import-
ance of the declaration will be seen in the sequel.
Of all the descriptions of the arms and seals alleged to have been
deposited and recorded in the ‘‘ secretary of this State’s office,” not
one can be found, I am assured, except a brief description, without
heraldic detail, of the seal of 1809. The search for these descrip-.
tions has, I believe, been repeatedly made during the last thirty years ;
their disappearance, if they ever existed in the office, is not a recent
one.§
This memorandum poHiiande the description of the great seal of
1809, describes a picture, having asa basis the arms of this State,
*Laws of N. Y., 1809, Chap. 141, p. 185. A description of this seal of 1809,
signed by Gov. Tompkins, and an impression of it may be found in the volume of
Official Seals, Secretary of State’s Office.
+ Laws of N. Y., Van Ness & Woodward’s ed., vol. I, p. 468.
tBanks’ Ed, of ecsncd Statutes, 1875, vol. I, p. 525.
SN. Y. Geneal. and Biog. Record, vol. III, p. 18.—N. Y. Civil List, ed. of
1857, p. 429.
J
5
ce
-
eh eh at ee el a a
—->» ne ’ (
The Correct Arins of the State of New York. 249
which is drawn up in heraldic language, but is none the less defective
if regarded as acomplete description of the Arms. I quote it in a
note as being of record in the secretary’s office. *
From all these extracts from the laws which I have read, and they
embrace all the laws relative to the subject that I have discovered, it
does not appear that the first device of Arms adopted by the State has
ever been changed by statute. Nor in the journals of the legislature,
from the time of the adoption of the Arms to the present time, is there
-any evidence of an attempt to change them by legislation. These
laws, authorizing changes in the seals of the public offices, do not en-
tail as a consequence, or even suggest, any change in the State Arms.
The Arms of a people, containing symbols and emblems, adopted
under the influence of and exemplifying the ideas and principles of an
especial crisis, are of too serious moment to be subject to be changed
in accordance with the peculiar fancies of individuals in each succes-
sive decade of years. And if changed at all after some new grand
crisis, the change should not be made regardless of the prevalent laws
of the science of heraldry. Thus it is almost without example in ac-.
cordance with its laws, that one or both of the two supporters of the
escutcheon should be ina sitting posture, as they may be found on
_ some of the seals of the State, and in pictures alleged or supposed to
represent the State Arms. The word “incumbent” or “recumbent,”
applied to the seal of 1809 in the New York Civil List is used to con-
tradistinguish the modern seal from the pendent seal of earlier days,
and not to the supporters as lying or sitting. The name of support-
ers, given heraldicaliy to the figures by the sides of a shield, implies
that they should be standing. Additions may more appropriately be
made to a shield than changes may be made in it: as in the case of
annexation of, or of union with a new State.
I must add that no prinéed description of the Arms of this State,
as devised and adopted in 1778, has been found to my knowledge in
* Copy of the memorandum of 1809 in the secretary of State’s office:
** Description of the new great seal of the State of New York, procured in pur-
_ suance of the act entitled ‘ An Act relative to the office of secretary of this State,
authorizing the making of a new great seal and to amend the act entitled an act
’ concerning oaths.’” Passed March 27, 1809.
Argent. A rising sun proper.
Crest. Ona wreath a demi globe and an eagle passant regardant all proper.
Supporters. The figure of justice on the dexter, and liberty on the sinister
_ side.
Motto. Excelsior.
Legend. The great seal of the State of New York.
32
250 The Correct Arms of the State of New York.
any early printed document of the State ; nor has there been found a
line, in any early document or memorandum printed or written any-
where, touching the arms or ¢he seals, authorizing both of the figures
of Justice and Liberty, or either of them, to be seated.
It might be conjectured by some persons that the changes which
were from time to time made in the seals implied a change in the
_ Arms, on the assumption that the word arms was merely a name for
the central portion of the seal. This assumption is without founda-
tion, because that, when in 1778 the great and privy seals were decreed,
the Arms were also decreed asa separate thing. ‘The proof of this —
is given in the specimens of the seals of 1778 annually reprinted in
the New York Civil List, where we see that the devices of the seals
differ from the device for the Arms. The first seal had on the
obverse side a sun, rising behind mountains with the motto, Excel-
sior, and the legend, “The great seal of the State of New York.”
On the reverse, was a rock amid the ocean, with the legend, Frustra,
1777. At the same time, the Arms were made having among other
emblems Liberty and Justice as supporters of the shield.
It will not have escaped notice that the resolution of the N. Y.
Provincial Congress of 1777 called for a seal only; while the law of
1778 declares the existence of and adopts both Arms and Seals. We
may be allowed to suppose that the committee having provided a seal
with a portion of what is now the Arms, with an obverse and reverse, as
for the pendent seals which have a seal on both sides, judged it neces-
sary to set fourth an Arms complete as a substitute for the colonial
Arms formerly in use with the Royal escutcheon, locking forward to
the time when they would be also upon the Seai. The section in the
law of 1778 providing for Arms speaks of the Governor’s ‘‘Seal at
Arms.” And so twenty years having elapsed before the subject was
again reached by the legislature, the Commission under the law of
1798, speak in 1799, of the new great seal, as having the ‘‘ arms com-
plete,” as if they had completed a work which had been intended for
the great seal from the beginning.* Embarrassment had been felt on
account of the contrast between the Seal and the Arms, and therefore
the new seal was made to embrace the original Arms of 1778, with
modifications, which there was authority to make, as regards devising
a seal; but as the law of 1798 makes no allusion to the Arms, conse-
quently it gave the commission no authority tomake changes in them.
The whole interest of: this essay turns upon the fact, that having,
as I hope, produced a strong conviction in your minds, that the Arms
of the State have never been changed by statute or legal authority,
¥N. Y. Civil List, ed. of 1857, p. 427.
_——
The Correct Arms of the State of New York. 251
and then shown that the written description of them has apparently
been lost, 1 am now able to adduce the strongest evidence of what was
the original device,— evidence which in most respects is of more value
than a description would be. The evidence consists in three speci-
mens of the State Arms which have been preserved as they were en-
graved or painted before the year 1785, a date which is within eight
years of the first passage of the law for a State Arms; and each one
of the three is impressed with a measure of official authority.
The first of these early specimens is a copy of the Arms as they are
engraved upon a military commission signed by Gov. George Clinton,
June 25, 1778, the commission itself being dated within about three
months after the passage of the law of March 16,1778. Mr. Edward
F. Delancey, president of the Westchester Historical Society, a
master of the mysteries of heraldry, who first brought this specimen
to my notice, gave a photographed copy of it to the State Library.
He thus speaks of it in a letter to me dated July 8, 1878:—
Brea... The whole form of the commission is engraved upon a
copper plate elegantly executed, about eight by ten inches in size, the
arms being in the upper right hand corner. ........ I never saw or
heard of it till this week......... It is as fine a piece of copper plate
engraving as I know of executed in America. I have had the elegant
initial letter T in which the arms are used as an interior ornament,
photographed. The engraver’s name is Dawkins, and he is I believe
the same man who made the first seal of the State........ He lived
at Poughkeepsie. The date of the commission is June 25,1778....
.... The photograph of the T is only a trifle larger than the original
Matias « This commission is a general military commission, and could
be used for any rank of field or company officers, blanks being left to
he filled as required.”
The commission was for Daniel Mortine, as second lieutenant of
Capt. Samuel Haight’s company of Westchester county, in Col.
Samuel Drake’s regiment. The initial letter T was for the first word
of the commission, The. The first clause of the sentence reads, “The
people of the State of New York.”
In this specimen the shield is much broader at the base than in the
two following spécimens, for a reason which will afterward be ex-
plained. The scales of Justice are held clear of her body, and the
sword is not held firmly erect. The drapery of the figures though
not classic is more agreeable than in the third specimen. As this
specimen is the first in order of time and is employed upon a mili-
tary commission signed by the Governor, it necessarily takes prece-
dence over the others as having more direct official authority.
Mr. G. R. Howell of the State Library has kindly furnished a blazon
of the Arms on this commission, that should have technical exactness
252 The Correct Arms of the State of New York.
so far as possible, regard being had to the failure of the engraver to
indicate color by the usual mode of dots and lines, and to the mod-
ern costume of the figures.*
The second specimen of the Arms is one which was painted upon
the flag of the Third New York Regiment commanded by Col. Peter
Gansevoort, Jr., during the revolutionary war. The regiment had
been raised and recruited by him in 1777, and its first active service
was in defense of Fort Stanwix on the Mohawk river, where it made
a successful sortie against the forces under Gen. St. Leger. The
colonels of the three New York regiments had petitioned the Commit-
tee of Safety to be furnished with colors as early as Nov. 30, 1776.
But this regiment was still unprovided with a flag. The knowledge
that the flag, which they had improvised during the investment, had
been made with portions of the garments of some of those within the
fort, induced the preparation, in the year 1778 or 1779, of the beautiful
stand of colors for the regiment, which is still reverently preserved in
the family, although much tattered. With the kind consent of its
*Blazon of the Arms of New York as engraved on the Military Commission of
1778, by Mr. George R. Howell. ;
Arms. Azure, in fess, the sun rising in splendor, or, behind a range of three
mountains, vert and half irradiated, at their base forming a grassy shore ; in base
a ship and sloop under sail, passing and about to meet, on a river (or strait) irra-
diated, bordered by a grassy shore fringed with shrubs, all proper.
Crest. On a wreath argent and vert, an eagle proper rising to the dexter
from a two-thirds of a globe, showing parallels of latitude, and the Atlantic
ocean with adjoining outlines of the equatorial portions of the two continents.
Supporters on a quasi compartment formed by the extension of the scroll.
Dexter. W.iberty, her face, neck, arms, and hands ‘proper, the feet in socks;
vested in a short tunic, uncinctured, fringed at bottom, demi-sleeved, over a
gown reaching to the feet. Over all, a broad sash vert, festoony, depending from
under her sinister arm to her dexter hip, and thence from a fastening nearly
to the ankle. In the dexter hand a staff ensigned with a Phrygian cap, the sinis-
ter arm embowed, the hand and fore arm behind and supporting the shield ; the
sinister foot resting on a royal crown dejected.
Sinister. Justice, her face, neck, arms, and hands proper, her feet in socks;
vested in a short tunic uncinctured, fringed at bottom, demi-sleeved, over a gown
reaching to the feet ; over all a broad sash gules, crossing bendwise from the sin-
ister shoulder to the dexter hip ; bound about the eyes with a fillet vert (?) ; in the
dexter hand a two edged sword, cross-hilted,erect, the middle point resting against
her dexter shoulder ; the sinister arm embowed, the hand holding out from the per-
son her scales proper.
Motto. Ona scroll argent, in sable, Excelsior.
Observations. A slight amount of scroll work is employed for ornament above
the shield.—No indication of color by dots or lines is given on this engraving, ex—
cept in the cases of the wreath, the sash of Liberty, and the sash and fillet of Jus-
tice, where the lines represent the colors above given, but may have been intended
only as an artist’s shading.
rT
ae ee a a
The Correct Arms of the State of New York. 253
present possessor, Mrs. Abraham Lansing of Albany, it was unfurled
with great ceremony at the centennial celebration at Oriskany in 1877,
exciting a thrill of admiration in the fifty thousand people assembled
there.
The regiment remained at Fort Stanwix (Schuyler), till June, 1779,
when it marched to take part in the Sullivan campaign of that year.
During 1780 it was with the main army under Gen. Washington in
New Jersey. In January, 1781, the 3d, 4th, and 5th N.Y. Regiments
were consolidated with the lst and 2d. Col. Gansevoort, Oct. 15,
1781, being at Albany, was sent by Gov. Clinton as General of brigade
to maintain the authority of the State in the direction of Vermont.*
Gen. P. Gansevoort, in 1864, wrote with his own hand a declaration
that that flag was also “‘ borne at the surrender of Yorktown in
1781,” ¢ having been carried probably to the 2d Regiment, and allowed
to be used on account of its history and beauty, and for the sake of the
battalion from the 3d Regiment which had joined it. It was after-
ward returned to Gen. Gansevoort at Albany. Whether the flag was
present on that occasion or not, its value is enhanced as a specimen of
the true Arms of New York in proportion as the date when it was
painted, approaches the year 1778, when the law establishing the
Arms was passed.
I have entered into more details regarding this flag than would have
been necessary, if it had not been that a State appropriation in 1879
was made to secure a copy of the Arms “ taken from a flag borne at
Yorktown in 1781,” which was expressed in these terms: “ For the
secretary of State, for the purchase of a colored picture of the arms
of the State taken from a flag borne at Yorktown by the American
army in 1781, to be deposited in the State Library, the sum of fifty
dollars.” .
The doubt thrown by the researches of Maj. Gardner, on the truth
of the alleged fact, led to conclusions as stated above, which made the
flag still more valuable as a witness to what are the correct Arms, than
on the assumption made in the law appropriating money for the
painting.
-* Some of the preceding statements respecting the history of this regiment have
been condensed by me from a much longer sketch in MS., for which Iam much
indebted to Prof. A. B. Gardner, LL.D., Judge-Advocate, U.S. A., now in New
York City.
+ Albany Army Relief Bazar: Catalogue of Relics. Albany: 1864. S8vo.
¢ Laws of 1879, May 15, Chap. 272.
254 The Correct Arms of the State of New York.
The Arms are carefully and finely painted upon both sides of the
flag, which is of dark blue silk, and about seven feet square. The
Arms complete cover upon the flag a space of about four feet four
inches wide by three feet five inches high ; the two figures are each two
feet two and a half inches high.
Acting again in the same kind spirit as I before mentioned, Mrs.
Lansing has afforded the utmost facility for securing an exact copy of.
this venerable flag for the purpose of the law. It has been beautifully
and perfectly painted on canvas in oil colors by Miss Annie Wright-
son, of Albany. ‘The copy is one-half of the size of. the painting on
the flag.
This second specimen presents some striking departures from the
first, chiefly such as were introduced by the fancy or carelessness of the
painter. It has the great value of being the first specimen which we
have in colors; and the colors of the drapery differ considerably from ©
those paibyedk in the third specimen. ‘The expression of the features
of the head of Liberty is peculiarly winning. Of the Arms on the
flag I am able to subjoin a more technical description, as before,
through the kindness of Mr. Howell.*
*Heraldic description of the Arms on the N. Y. Regiment Flag of 1779.
Arms. Azure, in fess the sun rising in splendor, or, behind a range of three
mountains, proper; in base the sea wavy.
Crest. Ona wreath argent and gules, an eagle proper, langued of the last, ris-
ing to the dexter from a two-thirds of a globe showing the Atlantic ocean, and a
part of the Eastern and Western continents in outline.
Supporters. Supporters on a quasi compartment formed by the oneal of
the scroll. Dexter, Liberty, her hair brown, her face, neck, arms, hand and feet
proper, the last sandalled and stringed gules; vested in a close fitting waist,
demi-sleeved, having lapels falling over a gown reaching to the feet, both cloth
of gold; a mantle gules depending from the shoulders behind to the feet; a
ribbon azure passing from the sinister shoulder bendwise under the dexter breast ;
in the dexter hand a staff, ensigned with a Phrygian cap, or,the sinister arm
embowed, the hand supporting the shield; the sinister foot resting on a royal
crown dejected.
Sinister. Justice, her hair brown, her face,neck, arms, handsand feet proper,
the last sandalled and stringed gules ; vested in a close fitting waist, demi-sleeved,
having lapels falling over a gown reaching to the feet, both of cloth of gold; a
mantle gules, depending from the shoulders behind to the feet ; a ribbon azure
passing from the dexter shoulder bendwise under the sinister breast ; bound about
the eyes with a fillet proper; in the dexter hand a sword erect resting between
the forte and middle parts on her dexter shoulder, the sinister arm embowed, the
hand holding out from her person her scales proper.
Motto. Ona scroll argent, in sable, Excelsior.
Obs. One branch of scroll work is used for ornament over each supporter, ter-
minating at the wreath. Finer scroll work borders the outer edge of the
shield.
oe ye ee
- rath
The Correct Arms of the State of New York. 255
The third of these specimens of the State Arms is a painting on
¢anvas, which was first hung up in St. Paul’s Chapel, New York City,
on the south wall,in 1785. It was suspended over the large square
and canopied pew occupied by Gov. George Clinton, and opposite toa
similar pew on the north occupied by Gen. Washington, one of them
having been the pew of the Provincial governor during the British
possession of New York, and after the burning of Trinity Church in
1776. At ‘some dreary day of modernizing ” * the painting was locked
up along with the painting of the Arms of the United States. After
a few years, they were suspended in the porch ; but both were restored
to their original places about the year 1857. The dimensions of this
picture of the New York Arms are 67 by 45 inches.
In 1875, the authorities in Philadelphia, preparing for the centen-
nial celebration of 1876, were desirous of securing paintings of the arms
of the original thirteen States for suspension in Independence Hall,
and they applied to Mr. De Lancey, whose name I have already men-
tioned, for a copy of the New York Arms. Mr. De Lancey regarding
this painting justly as the most correct and ancient picture of the
Arms then known, by his personal exertions obtained an appropria-
tion in the supply bill of 1875 of six hundred dollars for the purpose
of having copies of it made. It reads: “ For the governor, for the
purpose of procuring two paintings on panel-wood or metal, of the
arms or heraldic device of the State of New York, one to be placed in -
the State Library, and the other to be placed at the disposal of the
committee on the restoration of Independence Hall, Philadelphia, six
hundred dollars, or so much thereof as may be necessary.” + ‘The
object of the deposit in the State Library was to diffuse and perpetu-
ate a knowledge of the genuine State Arms. The first two specimens
which we have just mentioned having since been discovered, had not
come into public notice. We give in a note a description of this
painting of the Arms in heraldic language, made and published by tne
Rey. B. R. Betts, of New York City, in place of the description of the
copy which was made for the State Library in 1875, and which differs
from the original painting in some respects.{
*History of St; Paul’s Chapel, N. Y., by Rev. Morgan Dix, D. D. ,1867,—Rev.
_ Mr. Betts, in the N.Y. Geneal. Record, vol. III, p. 116, on the Heraldry of St.
Paul’s Chapel.
¢Chap. 634, Laws of 1875.
tBlazon of the Arms of New York from the St. Paul’s Chapel painting of 1785,
by Rev. B. R. Betts.
Arms. Per fess, the sky in chief and the sea in base, the upper half of the
Sun rising out of the latter, all proper.
Crest. Ona wreath vert and argent the northern half of the terrestrial globe,
of the second, the meridians sable, a spike projecting from the pale of the last ;
256 The Correct Arms of the State of New York.
Besides these two copies, a third was made for the Centennial Ex-
hibition in Philadelphia for the Hall devoted to the Women’s Pavilion
for the Works of Women. ‘This copy was embroidered by Tiffany &
Co., on a light colored silk, and was in size about fifteen by twelve
feet. The expense was paid by collections made for the purpose from
the women of the State of New York, under the auspices of Mrs.
Howard Townsend. By means of a second appropriation of the Legis-
lature in 1878, obtained upon the request of the same lady, another
copy, the fourth of the same painting, was made for the Mount
Vernon Association, to be hung up with the arms of the other States
in the mansion at Mt. Vernon.
Having now given a history of these three earliest known specimens
of the Arms, and accompanied each one with a scientific description,
it seems necessary and unavoidable that I should describe particularly
the earliest specimen in language which shall be clear and sufficiently
exact, avoiding as much as may be possible technical terms, and that
I should at the same time indicate the points wherein the second
and third differ from the first.
Arms. Shield. At the base of the shield of the first specimen, a
shore of land is seen fringed with shrubbery, beyond there is an
expanse of water smooth and calm. In the two later specimens the
water commences at the very base of the shield, in the second it is in
commotion, and in the third it is calm. Upon the water a ship and
a sloop are seen advancing toward each other. Upon the second and
third there are no vessels. Beyond the water appear in the two first
three mountains, the central one being the most elevated. In the
Library copy of the third there are mountains, but on the painting in
St. Paul’s chapel it is clear that the sun rises directly from the water
without mountains. In the first and second two-thirds of a sun, with
a great effulgence of rays, appears beyond the mountains.
above it, but not touching, an eagle rising proper, to the sinister, his head re-
flexed below his breast, grasping in his beak his dexter talon.
Supporters on a quasi compartment formed by the extension of the scroll or
Dexter. Liberty, hair brown, decorated with pearls, proper, face, neck, arms,
hands and feet also proper; sandalled gules, vested vert ; depending from and_
behind her shoulders a brown mantle, in her dexter hand a pole sable, spiked at
the foot or, thereon a Phrygian cap argent, the sinister hand resting on the shield.
Sinister. Justice, her face, neck, arms, hands and feet proper, sandalled gules, her
hair brown and flowing, decorated with pearls, vested in a brownish gray, ° cinc-
tured about the waist azure, the cincture fringed or, bound about the eyes with a
fillet sable, depending from and behind her shoulders a mantle as the cincture,
holding in her dexter hand a sword erect argent pomelled and hilted gold ; in her
left depending by a ribbon gules, her scales, the beam sable, the strings as the
ribbon, the scales, round, or.— From N. Y. Geneal. and Biog. Record, 1872, vol.
TIE p19.
The Correct Arms of the State of New York. 257
Crest. An eagle, with its head and front of its body directed to
the right of the shield and its wings spread, stands upon a two-thirds
of a globe, with parallels of latitude; it shows outlines of a portion of
the east coast of the New World and of the west coast of the Old World.
The eagle of the second specimen very nearly resembles that of the
first. Neither of them should be supposed to have been drawn to rep-
resent what we call an American eagle, but only the traditional her-
aldic eagle. ‘The eagle of the third specimen conforms more nearly to
our usual notion of the eagle, but it has the peculiarity that its head
is turned to the left, while its feet do not touch the globe, but it
hovers over it in flight. The word ‘“‘ America” is painted upon the
globe, and there are drawn meridian lines in addition to the parallels
of latitude, |
_ Supporters. The figure of Liberty is on the right of the shield,
and is completely dressed in a robe, with a mantle falling from one
shoulder, and passing in front below the waist. In the second and
third the mantle resembles an imperial cloak, spreading out behind
on both sides of the robe, and somewhat shorter. ‘The robe reaches
to the feet, which have socks upon them, while in the second and
third they have sandals. ‘There is no belt at the waist in the first or
second, but there is in the third. Besides the face and neck, the hands
and fore-arm only are nude. The same is true of the other two. Her
left foot rests upon a crown, which is overturned. In her right hand
she holds an upright staff with a liberty cap upon it, and her left sup-
ports the shield with vigilance and firmness. In the second specimen
also the foot rests upon a similar crown; in the third specimen the
crown lies a¢ the foot of Liberty. In the St. Paul’s Chapel picture in
New York, in addition to the crown overturned, there is lying under
the crown cross-wise a sword and a sceptre.
On the left of the shield the figure of Justice stands, with a robe
similar to that of Liberty, with a long waist, having lapels but no belt.
The mantle passes from behind over her left shoulder down in front
across under the right fore-arm. The same style of cloak is worn in
the second and third as by Liberty. In her left hand she holds an
even balance; in the two earliest specimens, it hangs away from her
body, and in the St. Paul’s Chapel specimen directly in front of her
body. In her right hand she holds a sword with the point upward,
but her arms down in the two early specimens, the elbow touching the
shield. The sword is raised higher, with her hand touching the left
point of the shield, in the Chapel specimen. Her eyes are blindfolded
in all three of them, but she seems anxiously and intently listening to
33
258 The Correct Arms of the State of New York.
reach the truth. The face, neck, hands and fore-arms only are exposed.
It is so also with the second. In the third nearly the whole arm is
bared.
Her feet are covered with socks in the first two, and sandalled in
the last specimen. ‘The first two have no belt at the waist, in the last
one Justice is belted.
Motto. The word Excelsior, painted upon a scroll, upon the ends
of which stand the supporters, alike in all three of the specimens.
There is a mantling of scroll-work over all the three specimens.
The next representations of the Arms, the nearest in time to the
Chapel painting, were on the New York copper tokens of 1786 and
178”. ‘There were issued four varieties of copper coins in those years ©
known by that name, and even a gold piece of the same size. ‘T'hey
were struck at Birmingham, England, as a means of profit for specu-
lators in New York City, and all bore upon them some portion of the
Arms of the State.* One of them, having on the obverse the figure
of an armed Indian chief, had on the reverse, a rudely cut but lively
picture of the complete Arms, the supporters markedly holding up the
shield, although each one is on the wrong side of it, and the head of
the eagle is turned to the left. None of these can be appealed to for
official evidence of the original device of Arms, as they were issued
without authority of law, the legislature declining to recognize the
undertaking.
A lithographic picture of the Arms, obtained from a study of the
three specimens first described, and conformed largely to the one from
the military commissivun specimen, has been prepared by Mr. S. C.
Hutchins and will be published as a vignette on the title page of the
edition of the New York Civil List for 1880. The volume will con-
tain from his peu many of the facts which I have mentioned. In the
year 1875, a copy of the St. Paul’s Chapel painting of the Arms was
cut on wood with the legend, Saint Micholas Club, 1875, as a design
for the seal of that institution, and it may yet be adopted as such.
No peculiar significance or meaning has been attached hitherto to
some of the emblems constituting the original Arms of the State ; yet
it is well worthy of our inquiry whether they had not a very distinct —
and positive meaning in the minds of the original proposers of them.
If the interpretation of them which I shall venture to give shall be
received as correct, [am confident it will enhance our respect and
attachment for them. This significance disappears from most of the
modern representations of the Arms; nor does any one of the three
express all the meanings with equal force.
* Hickcox’s American coinage, pp. 78, 79.—Historical Magazine, 1869, p. 117.
free “
The Correct Arms of the State of New York. 259
I think the device upon the shield is emblematic of New York itself,
by means of its most characteristic feature, the passage of the Hudson
river through the mountains to the ccean; the tranquil and calm water
represents not the #a but the Hudson river ; there is land at the base
of the shield, with shrubs upon it, which is the west bank of the
river. The reason why the shield was made so broad at the bottom as
compared with the very pointed base of the third specimen, was prob-
ably to give an opportunity to make the land on the west bank to be
more obvious to the eye. The mountains represent those of the High-
lands on the east bank. The water is not in commotion, dashing up
againat the base of the mountains, as drawn upon the great seal of
1777; for the mountains do not spring directly out of the water, but
have a shore of foot hills of very slight elevation between them and
the water. ‘The existence of this low land on one and both sides of
the water has never before been recognized on the shield in anyof the
later drawings until this moment.* Upon this river is to be seen, with
a ship, the once so familiar North river sloop, passing through this
wonderful chasm in the great Appalachian chain of mountains, which
tells of the path for an empire assured thereby to New York, in the
facility that this tidal communication, of one hundred and eighty miles
from the ocean by the river toward the great lakes, and to the heart of the
continent, was to offer for carrying on the commerce of the new United
States.+
The eagle as the crest of New York has this historical prominence,
that it is extremely probable that New York was the first of the States
to make use of it. It now forms the crest of only Maryland and
Pennsylvania of the original thirteen States. It was adopted by New
York previous to its being adopted by Pennsylvania.{ It was not on
the colonial arms of Maryland, and in what year after the revolution
it was first put upon the great seal of the State by the Council the
evidence is not yet clear.§ The eagle was not adopted as a portion of
*The Rev. J. H. Frazee, of Franklin, Delaware county, who has in his pos-
session the original engraved military commission of 1778, has at my request
made an attentive scrutiny of it, and he informs me that there is unquestionably
engraved upon the Arms, landon both sides of the water, such as I have described it.
+ It is not a conclusion that I have adopted ; but I have thought that whdh the
original blazon of the Arms comes to be discovered, if it ever happen, it may be
we shall find that the sun was designed to represent a ‘‘ westering ” sun, and not
a rising sun; in which case the mountains depicted upon the shield would be
those upon the west bank of the Hudson, and stand for the Catskills, which they
fairly resemble, while they are more than twice as elevated as the mountains
lower down the river.
¢ Penna. Legis. Docts., vol. IIT, 1875, No. 21.
§ Maryland, Laws of 1854.
260 The Correct Arms of the State of New York.
the Arms of the United States till June 20, 1782, more than four years
after its adoption by the State of New York, asitscrest.* It had not
been upon any arms or seals previously used in the State. There is
reasonable ground for the conviction that the crest of New York, an
eagle facing to the west, with wings spread, was the device of those
who were familiar with the idea of western development, rendered
popular by the prophetic verses of Bishop George Berkeley (of whom
Pope said he had ‘‘ every virtue under heaven”’), at the time of his
enthusiasm for education in America. They were written by him just
half a century before the Revolution, and were entitled ‘“‘ The prospect
of planting the Arts and Learning in America.” He afterward
passed more than two years (1729-1731), at Newport, in Rhode-
Island. ‘The device was intended to shadow forth, as in a picture, the
concluding lines of those verses :
‘‘ Westward the course of Empire takes its way ;
The four first acts already past,
A fifth shall close the drama with the day ;
Time’s noblest offspring is the last.”
The eagle’s head and front, and its flight are in the direction of the
dexter of the shield, from east to west, from the old world to the new.
The succeeding artist who painted the canvas for St. Paul’s Chapel,
aware we may suppose of the original intention of the design, and
thinking that the emblem was not sufficiently understood, endeavors
to make it more clear, by boldly painting upon the western continent
of the demi-globe the word America, and draws the eagle, instead of
standing upon the globe, as hovering over it in actual flight to the
west.
Massachusetts in the midst of the revolution, in 1775, adopted the
motto of her Arms from a couplet of Algernon Sydney. It would
not be surprising that New York should have been inspired in a simi-
lar manner by such memorable verses from Bishop Berkeley. We
know not what further revelations are yet in store for us from other
sources regarding the early history of this ensign of our common-
wealth. We know however that in 1776, Gov. Pownall had pub-
lished in London his folio volume on the geography of the Colonies.{
In this work he gives the greatest prominence to the position of New
_ York, as constituting the line of division between all the other colo-
nies, owing to the marvelous ‘‘chasm” as he calls it of the Hud-
* Preble, History of the Flag, Albany, 1874, p. 479.
+ Lossing in Harper’s Monthly, v. 13, p. 178.
{ Pownall, T. A topographical description . . . of the middle Colonies of
America, Lond., 1776, fo.
The Correct Arms of the State of New York. 261
son river, by means of which commerce easily reaches the lakes. And
in the same year Adam Smith, discussing the possible future of the
British empire, had applied by anticipation to the colonies the phrase
“‘the seat of the empire.”* With the writings of both these men,
Washington must have been well acquainted ; and hence when in 1784
in responding in New York city to an address of the Common Coun-
cil, he applied to New York the phrase “your State (at present the
Seat of the Empire),” he was adopting language expressive of a
thought, already current in America for many years; a thought sug-
gested first to the inventors of the Arms from the marvelous facts of
nature, then from the writings of these English authors, and finally
by them set forth to all men on the Arms themselves. +
The choice of Liberty and Justice as supporters of the shield, may
have been suggested to our committee, from their remembering that
in the Congress of 1776, on the tenth day of August these emblem-
atic figures had been suggested as the supporters by the first com-
mittee appointed to devise Arms for the United States, a committee
of the most distinguished character possible, John Adams, Thomas
Jefferson and Benjamin Franklin, and only abandoned on account of
the whole device as proposed for a seal with obverse and reverse, being
too complicated. In brief, on the shield of our Arms is expressed not
merely a sun rising upon the earth, but a sun rising upon the Hudson
river, the great geographical feature of the State ; while the crest is
not merely a portion of a globe but represents America, and the eagle’s
flight expresses the hope of other poets and authors than Berkeley —
the belief of tens of thousands of that day of the coming glories of
the New World. {
The Arms as we have now described them, continued to be set
forth on seals and vignettes of books published by authority, without
essential change, for a period of forty years. Engravings or wood-
cuts of them appeared on the title pages of the successive editions
of the laws of the State, which were published by Greenleaf in 1798,
by Webster and Skinner in 1801, by Southwick in 1813, and in the
annual volumes of the session laws from 1815 to 1819; they all give
us a passable idea of what was the original device. Gradually after
* Wealth of Nations, Book IV, Chap. 7, p. 59.
+ New York City: Addresses to Washington and his Answers, 1775-89. N. Y.,
1867.
¢ Rev. A. Burnaby in his travels in North America published in Lond., 1775,
_ writes: ‘‘An idea, strange as it is visionary, has entered into the minds of the
generality of mankind, that empire is traveling westward, and every one is look-
ing forward with eager and impatient expectation to that destined moment when
America is to give law to the rest of the world.” p. 155.
262 The Correct Arms of the State of New York.
that date changes came on; at first one only of the figures or sup-
porters appeared seated ; but after a while both of the figures were
drawn seated, or one of them disappears entirely ; besides many other
changes perhaps as serious, and without any apparent authority of
law. ‘To these changes we shall soon refer more particularly.
These changes originated in the substitution in these vignettes of
the title pages of the session laws and of other publications of the
State, of the pictures found upon the seals of the State in place of the
pictures of the Arms of the State. The new dies for the seals formed
a sufficiently graceful picture for a vignette. When the casts or blocks
used in printing were worn out by use, the pictures on the dies of the new
seals were allowed to take the place of the Arms. From time to time,
as new cuts in wood or in metal were needed, the varying tastes of
artists and engravers facilitated further changes, and occasioned still
wider departures from the original Arms. The genuine Arms having
once commenced to be disregarded as the unvarying symbols of the
dignity and sovereign authority of the State, and not being in re-
quest except for occasional decoration and ornament, the pictures
upon the seals were supposed to answer equally as well, and soon the
time came when they were all that could be appealed to when any one
was curious to see, or asked to obtain a representation of the State
Arms.
Thenceforward seals, vignettes and pictures of all kinds, made of
every sort of pattern for the public offices, have passed in the common
estimation as tokens of the State Arms: they have been of every de-
gree of completeness and exactness as regards the shield, crest and
supporters. The only thing which is uniformly repeated upon every
seal that I have observed except one, is the word Lzcelsior, which word
with the ideal aspirations that it suggests, is certainly well retained, as
conveying a double meaning of material and moral elevation.*
In the changes in these representations, whether regarded as Arms
or seals, there are some which are especially worthy of notice, though
_ we shall be obliged to omit all reference to many of them. In one of ~
the devices, instead of the three mountains, the shield has the colors
and stripes of the United States; another divides the shield between
the emblems of New York and of the United States. In one there is
the anachronism of introducing the canal asan emblem of New York ;
and in another a more violent anachronism, a steamboat and a railroad
with a locomotive in the ornamentation outside the shield for Arms
devised in 1778. The motto Excelsior is sometimes thrust within the
shield. One of the latest devices for a seal for one of the public
*N, Y. Geneal. & Biog. Record, 1874, p, 59,
The Correct Arms of the State of New York. 263
offices has a picture of a castellated and barred entrance to a prison,
and the only trace of the Arms of the State upon the seal is the in-
scription as if upon the doorstep, with a certain grim humor, of the
motto, Excelsior! In many of the current pictures, each of the two
supporters is on the opposite side of the shield to the one for which
they were originally designed. Justice is seated upon some of them,
and both Liberty and Justice are seated upon others. Liberty upon
one has the cap of Liberty upon her head with the word “Liberty”
upon the cap ; upon another the cap has disappeared, both from the
staff and from the head. Upon another Liberty is seated in a posture
as if she were overcome with other spirit than the spirit of liberty.
Upon a letter-head used in the Executive department as late as 185)
and perhaps later, there is the shield, the eagle and the motto, but the
globe and the supporters have disappeared; and the legitimate sym-
bols of Liberty and Justice have their places supplied by two figures
symbolizing Science and Industry. The engraved letter-head in use
. in the office of the Trustees of the’State Library has no unauthorized
additions to the Arms, but rejects the crest and both of the sup-
porters.
When by a movement of some one who has a fair knowledge of
what are the Arms of the State, a picture of them, most of it correct,
has been made, all that has been gained may be lost in the next picture
drawn. Thus in 1849, the State struck a gold medal in honor of
Lt.-Col. Bliss for gallantry in the Mexican war. The picture of the
Arms on the reverse side was not only most attractive and graceful but
in almost all respects was conformed to the original device. And yet
five years later, on a gold medal struck by the State in honor of Lt.
Hartstene’s services in the Arctic regions, the design for the State
Arms falls back upon all sorts of liberties and eccentricities, of which,
recalling what I have said on the usual presence of it, the absence of
the motto Excelsior is perhaps as noteworthy as any of them.
There is a change, much to be regretted, which has been introduced
upon quite a number of the semblances for the State Arms, that the
eyes of Justice are not blindfolded, the scales of justice, and the
sword have been withdrawn from her hands, and in place of a sword
is a roll of parchment. All these emblems belong to the original
picture of the Justice of 1778, and constitute a part of the mytho-
logical emblems to signify that justice is an avenger of evil acting
with impartiality. In another case, the avenging sword remains, but
without the balance or covering to the eyes. And yet the statue of
mere carved wood on the top of the cupola of the Old Capitol from
1806 until a late period, had been declaring, by the presence of the
264 The Correct Arms of the State of New York.
balance evenly suspended, and of the sword, what were the requisite
symbols of her presence.
Although it is now more than three years since under the laws of
1875, the copy of the painting of the St. Paul’s Chapel specimen of
the Arms has been suspended in the State Library, yet the knowledge
of the fact was not so widely diffused, but that the drawings which
served for the State Arms ag sculptured in stone over the fire-places
in the Assembly Chamber of the New Capitol, have both of the sup-
porters seated ; the eyes of Justice are not blindfolded,the figures of
Liberty and Justice are each on the wrong side of the shield; their
feet are not clad with sandals; and the two ships and the crown are
not there. There are other departures from the original, and yet the
picture is much more complete than has been frequently given out for
the correct Arms.
In respect of maintaining correctly the Arms of New York, the
military department of the State has made more progress than the
civil departments. ‘The painting of the State Arms for the centen-
nial of 1876 has apparently led to a change of the picture of the
Arms of the State, as displayed in the center of the regimental flag
of the N. Y. National Guard. In 1871 the Arms were painted on —
blue silk on regimental flags of twelve feet by ten, with the evident in-
tention to have a complete arms, but both of the supporters were
drawn sitting, and respectively on the wrong side of the shield. But
in 1878 upon the new flag of white bunting, both of the supporters
are drawn standing, as is proper, and Justice is blindfolded, with the
balance and sword, as is also proper, though the point of the sword is
turned downward and touches the ground. Upon the dexter or right
half of the shield are to be found as on the original Arms, water
(though without ships), mountains (four instead of three) and a
rising sun. Upon the left half of the shield are quartered emblems
of the United States; a measure doubtless justified on the ground
that since the adoption of the Arms in 1778 the independent State
of New York had formed a Union with the United States
America; and conformed in that respect to the usages of heraldry
(when done with authority). As the embroidery is worked through
and through, the supporters appear on the reverse to be on the pro-
per side of the shield.
I do not pretend to indicate or enlarge upon all the variations,
between the original Arms and modern pictures of them ; but there
is one symbol which has disappeared from every representation of the
State Arms that I have seen of the last ninety years. It is the over-
turned royal crown at the left foot of Liberty. I am not aware that
The Correct Arms of the State of New York. 265
the existence of this most significant emblem has ever before been
pointed out or recognized as absolutely belonging to the State Arms.*
It has disappeared from all the pictures of the State Arms, and from
all the seals of the State, if it were ever upon any of the latter. And
yet this crown is distinctly shown upon all the three early specimens
of which we have been speaking. Now, while the arms of many of
the States symbolize independence and liberty, our own State
stands alone in declaring by this position of a crown at the foot of Lib-
erty, a distinct abandonment of royal and monarchical government,
and the substitution instead thereof, of government by the people and
for the people.
By some accident in making the copy of the St. Paul’s Chapel paint-
ing for the State Library, the crown has not been observed or pre-
served in the copy; nor was the sword and sceptre under the crown
observed and copied. Or if observed, they may have been omitted on
the ground that they were not an essential part of the Arms, accord-
ing to canons of heraldry.
Without referring to the many arguments, which will naturally
occur to your minds, against distorting and altering the emblems on
the State Arms, I must instead beg you to dwell with me for a single
moment on the argument against such changes which offers itself,
from a consideration of the remarkable character of the three eminent
men who proposed the device for the Arms in 1778. They were men
who, we know from their history, had deliberately considered all the
consequences that were involved for themselves and the people, in
choosing the emblems which they set forth as a device of State Arms.
Lewis Morris, John Jay and John Sloss Hobart : — the first a descend-
ant of a commander under Cromwell and during the Commonwealth,
and a signer of the declaration of Independence; the second a de-
scendant of a French family seeking refuge here from monarchical
persecution, the first chief justice of the United States, and six years a
governor of the State; the third, a Son of Liberty of 1765, a judge of
the Supreme Court of New York, a circuit judge of the United
States , and a United States Senator. All three of them, prime lead-
ers among their fellow citizens, at this very time were suffering from
the devastation and wasting of their estates by the British, and were
refugees from their homes.t{ The enemy was at their doors. They
were familiar with the old seal of the province which down to the
Revolution had upon the obverse side the Royalarms of Great Britain,
* Rev. Mr. Betts speaks as if it was introduced solely by a fancy of the artist
who painted the St. Paul’s Chapel specimen. N.Y. Geneal. Record. III, p. 18.
+ Jones’s Hist. of N. Y., 1879, vol. II, p. 48.
ot
266 The Correct Arms of the State of New York.
and on the reverse the queen or the king of the successive reigns
standing and receiving the homage of two crouching Indians, a chief
and a woman, offering gifts.* The Arms of the colony, from the
year 1686 had retained over the shield and supporters the sole symbol
of the royal British crown as acrest. ‘The laws of the colony in vol-
umes printed in England or New York down to 1752 bore on the
title page a vignette of the complete arms of Great Britain.
But in 1752 and in 1762 the folio volume editions of these laws had
as their sole vignette the Arms of the colony. The same seal only
was on the coloniai money of 1771. In thus superseding the com-
plete British arms by the arms of the province, they were following
on in harmony with those same popular impulses which had led the
people to rush out from the King’s Arms tavern, to overthrow the
King’s Statue on Bowling Green, and to cause its lead to be melted
into bullets. No New York Arms had as yet replaced them in the
Province. The sole change made in the old arms was to place the
eagle over the shield instead of the British crown for a crest. They
were required to provide a complete appropriate substitute, to make
all things new. So these three men, rejecting with calmness all token
of subjection, and standing upon the manhood of common citizenship,
with no spirit of vengeance that with spear in hand exclaims, sic sem-
per tyrannis, devise an emblematic State Arms, which announce with
simplicity and directness a state to be maintained under popular sov-
ereignty, and supported by Liberty and Justice without the aid of
kingly power. The people of to-day, with a knowledge of the facts,
will certainly not be indifferent when they reflect that a device of
arms, originated and cherished by these leaders through such a crisis
of our history, is liable to be either abandoned or disfigured, and no
one can give a “reason why.”
If it should be said in reference to one feature of the Arms, the
overturned crown under the foot of Liberty, that according to heraldic
rules it can be disregarded as not an essential feature, yet, remember-
ing that it was placed there by men so honorable and honored in our
history, should we not be jealous to retain it? We recall also that
George Clinton, of whom Hammond says “he was in grain and prin-
ciple a republican,” in the same church where a preceding colonial
governor had sat in his pew under a painting of the British Arms,
had for many years, as Governor of the new independent State, sat
under these new republican Arms, with the approval of all the
people ; and can we with easy and careless indifference allow our-
* The Arms previous to 1664 are described in the MS. folio volume Annalium
Thesaurus, Secretary of State’s office. They had no supporters. An impression
of the seal having them may be found in Letters MS., 1647-1663. _
The Correct Arms of the State of New York. 267
selves to erase or efface so expressive a portion of this grand and
beautiful memorial of the birth of the State ?
These Arms were conceived during the battle-year of 1777; they
were formed at the crisis of the revolution. With these Arms on her
flag, New York went through the war; they were displayed at the
great surrender of Cornwallis at Yorktown. It cannot be possible
that any of the emblems upon them, of such historical significance,
will be allowed to disappear without any one knowing how it occurred
and without any approving voice of the people. How can we speak
of haying no blot on our escutcheon, if we are indifferent as to what
that escutcheon really is, and if we do not cherish the symbol of the
empire State with reverence, when we find it restored to our sight ?
When we consider the lofty and noble significance of the symbols
devised by these founders of the State, how paltry and trifling
are mere female figures, with the emblems of their character,
the cap of liberty, the scales, the blindfold and the sword removed ;
figures seated and inactive, supporting nothing and apathetic, while
our shield with its rising sun, and our motto, Excelsior, speaks of
aspirations for all that is best, to be sustained by Liberty and Justice !
The badges and ensigns by which to designate and identify a people
are a species of object-teaching, the use of which comes down from
the remotest antiquity. The twelve tribes of Israel were each shad-,
owed forth by a specific emblem. - Each one of the six nations of the
Iroquois was known by one. Our soldiers know what it is to follow
or stand by the national flag in battle: and each army corps of our
civil war had its unchangeable and easily recognizable badge.
-. In a comparative study of the arms and seals of the States of the
whole Union, I find that at least sixteen of them have arms and seals
which are nearly identical with each other, with the exception that
each seal has the addition of an inscription or legend, bearing the
name of the particular department using the armsas a seal. And in
Massachnsetts, as in New York, on parade or in service, the State flag
‘having upon it the Arms of the State is borne along in company with
the national colors. But the arms of several of the States appear to
_ have been subjected to various fanciful changes like our own, as if in
the view of those whu make fresh copies, there was no significance or
authority in the original picture or device. The arms on the seal of
the State of Connecticut were changed before the revolution from
fifteen vines to three with no apparent authority. The constitution
of 1818 declares that the seal shall not be altered, but neither in that
instrument nor in any law is the seal ascertained or described. In
1840, the Secretary of State was required to report whether any leg-
268 The Correct Arms of the State of New York.
islative enactment is required for a proper description of the seal,
which he neglected to report upon.* In Wisconsin the State has no
arms, €0 nomine, established by law, except the device upon the great
seal, which was devised by the Governor and Chief Justice in 1851 to
replace the two former seals, and ‘“‘ Forward” adopted as the motto,
as a free translation of the Excelsior of New York. And each de-
partment uses this as a coat of arms with such variations as the fancy
of the engravers suggests.t In Pennsylvania, the knowledge of the
correct arms and seal was found in 1874 to be lost, and a Commission
including the Governor was appointed ‘‘ to correct the arms of the
commonwealth and to have the same recorded in the archives.” This
commission made a report in 1875 recommending a return to the earli-
est known copy of the Arms of the year 1779. In one of the docu-
ments accompanying the report it is recommended “that a stringent —
statute be adopted requiring adherence to the arms and pro- —
hibiting any’ tampering with them or so-called zesthetic improve-
ment. e
Whatever are the merits of the arms which have been adopted by
any of the States, there are none of them which declare by so signifi- _
cant symbols, that the State has entered upon the maintenance of a
republican and democratic form of government, as the Arms of the
State of New York. ‘The military commissions of the State begin,
‘The people of the State of New York . . . reposing special
frush, im yous. 2s do appoint you ”—that is, in the name of the
people, instead of the language of a colonial commission, which was
in the name of the Governor, and founded on fis trust in the person
to he appointed.
If this position which I have maintained, that this State has a de-
finite and unchanged coat of arms for more than a century past, is
verified, as on examination I think it will be, then it would seem that
there cannot be a doubt what the decision will be, when the history
and character of the arms are appreciated.
A common sentiment will be stimulated to secure the necessary
action which shall prevent the Arms of the State from being con-
founded with the seals of the State; and measures will be adopted so
that it shall no longer be true that any man in the State who is a
voter may not easily know and be familiar with the symbols by which °
the State of New York a hundred years since decreed to make her-
self known to the world.
* Conn. Hist. Soc. Collections, vol. I, Art. by C. J. Hoadly.
+ Wisconsin State Journal, Dec. 1879.
t Penna. Legislative Documents, 1875, No. 21, vol. ITI. p, 1118.
The Correct Arms of the State of New York. 269
It is obvious that the topic which we have been considering is
deeply interesting to thousands in this State, and in other States
also, from the enumeration which I have made of three recent calls
for a public exhibition of our State Arms, two at Philadelphia and
one at Mount Vernon; and from the fact that three times successively,
in the years 1875, 1878 and 1879, the legislature has made appropria-
tions of sums of money for correct drawings of the Arms, its mem-
bers thus recognizing the importance of the subject. It is evident
that the time has now come to give effect to these efforts, and that to
prevent all whimsical or negligent treatment of the Arms in drawings
by artists or others, which might either destroy or disfigure their sig-
nificance, the legislature might wisely adopt measures to reéstablish
by some declaration the character of the old arms of a century past,
as not having been ever changed, if not as being unchangeable.
Among the measures necessary to be adopted one would be, to
secure that a correct blazon or heraldic description of the Arms
should be filed in the Secretary of State’s office, and embodied in a
special act, which should recite that the blazon which Goy. Clinton
was directed to file cannot be found as the reason ; and another that a
steel plate should be ordered to be engraved and preserved, in the
Secretary of State’s office or in the State Library, conformed to this
blazon.* And further to secure familiarity with the device, a paint-
ing of it on canvas should be suspended in the executive chamber,
and copies of engravings made from the plate should be suspended in
all the public offices of the Capitol, and sent for like publicity to all
the county clerks. Copies should be furnished on application to
cities and towns when applied for; and they might be accompanied
with a printed certificate from the secretary that the engraving shows
the true Arms of the State as preserved in his office.
It would be worthy of discussion also, whether it be not possible
that the seals of the public offices, at least the great seal, as was
originally intended, should ultimately bear these true Arms, each
seal having its legend around the border, of the particular office or
department using it. Questions relating to title to property may be
made to depend upon the impression upon a document of a genuine,
well-known and incontestable seal. Before the revolution, the royal
arms were impressed upon the pendent seal used in patents and
grants.t
*j] am indebted to Mr. De Lancey for this last suggestion, made to me in writ-
_ing since I read the paper to the Institute. He will also soon publish a paper
containing his own more scientific statements on this subject.
“+Addison on Contracts, Art. Seals, Am. Ed.
270 The Correct Arms of the State of New York.
The result of such measures and discussions would be to restore the
Arms to the position which belongs to them. If in 1806, the Arms
of the State had been carved and placed solely in the tympanum of
the portico of the then New Capitol, as it was intended to have been
done at the time when it was built, we would have been spared much
of the confusion of the last seventy years. The Arms, besides being
placed on seals, flags, military commissions, and medals of honor,
might be placed upon all the public buildings, carved in stone or
painted, not only on those of the State, but of counties, cities and
towns ; they should wave on a standard jointly with the flag of the
United States over the Capitol during sessions of the legislature, and
wherever if was natural and desirable to impress a sense of the
presence of the sovereignty of the State and of its eminent jurisdic-
tion. Every citizen and beholder would be inspired thereby with sen-
timents of respect and of patriotic pride in the Empire State.
Note.— On page 266 the Arms, usually called the Arms of the city of New
York, are referred to as the Arms of the Colony or Province. The same Arms
are indeed those which are stamped both upon the paper currency of the Colony
and upon the editions of the laws of the Colony for more than a score of years
previous to the Revolution. But the change of name from “ city ” to ‘‘ colony”
was made in the text while the essay was passing through the press without com-
paring it with the context. It would be, however, an investigation of much
interest if some gentleman would find time to make it, to discover and trace the
history of the origin and varied uses of the Arms of the Civitas of New York
from their first introduction to the present time.
THE CORRECT ARMS or tHe STATE OF NEW YORK.
SECOND PAPER.
By Henry A. Homes, LL. D.
[Read before the Albany Institute, May 24, 1881.]
I should not presume to address you a second time regarding the
State Arms, if I did not hope that I had some thoughts to present to
you, which were both new and true and worthy of your consideration.
I have some important additions to make to the statements on the
subject, which I made in this place eighteen months since, and of
such a nature that in listening to them, I hope they will explain and
justify to your minds my willingness and desire to bring them under
your notice.
I am not an enthusiast for this one idea of a correct Arms for the
State; but I have a strong persuasion that the restoration of the true
insignia of this great State to their proper place is an object worth
accomplishing, and that it will not be accomplished without steady
exertion to that end, and that when completed it is desirable there
should be a prevailing sentiment that it is well that it has been done,
and that the immense majority should be satisfied with the result
obtained. Yet I believe that there never will exist that prevailing
sentiment that it has been well done, if the matter is abandoned to
the taste and arbitration of any one man to decide alone on what is
the true representation of our original Arms.
Before calling your attention directly to my topic, I desire to be in-
dulged in a few preliminary remarks, on the relations which the
science of heraldry holds to the insignia or Arms of our American
States. The occasion for making them is that during the year I have
met with persons who were ready to decide questions regarding the
Arms of this State, by the rigorous application of the laws of heraldry;
while the making this rigorous application would entail results to
which in my opinion New York ought not to assent.
The relations of heraldry to our State Arms will be better appre-
hended after I shall have read a short extract from T. C. Banks’ pre-
face to afresh edition of the work of the great antiquarian Dug-
_dale, on the ancient usage of Arms.
« Both plain
And venerably simple, such as raise
A feeling more accordant with his strain
Than if a pyramid formed his monumental fame.”
If one would have his memory ‘‘smell sweet and blossom in the
dust,” he must build for others, not for himself. Otherwise he will
share the common fate —to be forgotten. & ; $ -
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Albany, Industrial and Material Progress ...........-+0+00 85
Proposed Erection of Historical Monuments.... ....... 137
Albany Institute, Annual Addresses...............- ce,
Members, Acting Resident, May 1, 1883 ........... Pcie 361
SMM AMEE NSEt Arr fs oats 20's 2'= ancisk a's ok4.5 <2 oie ase als ee Vv
MMC EIN TLE MCT DY 5 es esse eee nse cane Solve Be
meaapourne,. ban! -A., LL. D., Address by .-..........00--0% 227
Peoerne Manvineripts,, ACCOUNGOL 2.00604 .e ec cee ewes 128
meter, Armand, Paper by..............- yh ae ere anes 241
enna tae 11 AIMETICH Sooo oa cee ewe seats ele 334
Penguistie Discussions /......:.......- Moaces feta ce oe 306
SS Se ee ae 39
CT ee ee a enue 4 ted oe Sack ea 7
eesisot the Niagara Formation...............-6s.e.0 sees D7 -
ier ttormerbere and THamilton....... 0.05.26 -.06 6 145
LS Sa Re 18
travestones Aisthetically and Ethically Considered ...... ... 320
Semres, 0s bP. Papers DY ..s5.2 200.50 eee ke 5%, 145
femes, enry A., UL. D., Papers by.............. 128, 245, 271
RE NS hE UGE DY ook cies ios seis lane Dace eee c= eens 306
mma nepnen ©., Papers by... 22.0.2 ...0s 0-800 77, 198
ES SS OE eee ee ae 290
ee oats OG A ales we clivcals sinew asta’ ware 198
OS a) en 105
eee avi, fil -D,. Address by... ies cee tnasccecses 85
a NET n a9 pe cosa) i ds g 0) 8 dic a/gla/m Ae bmn w ni gre 241
ule PVEALC, ATMS Of oF oo. cic eed eee se dee wes Ree 5 ae
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EXPLANATION OF PLATE T.
DENDROGRAPTUS COMPACTUS.
Page 21. e
1. Frond showing the mode of branching, and its compact character as
compared with associated forms.
GRAPTOLITHUS ANNECTANS,
Page 20.
. 2. A very perfect frond, showing the small radical and the widely bifur-~
cating, slender, flexuous stipes.
g. 2a. Enlargement of a portion of the stipe to five diameters to show the
character of the cellules.
SAGENELLA AMBIGUA.
Page 22.
. 3. View ofa portion ofa frond that is attached to the shell of an Endoceras
proteiforme.
2
. 39 a, Enlargement of a portion to show the arrangement of the cells.
Mr. E. Hurlburt’s collection.
DENDROGRAPTUS 'TENUIRAMOSUS.
Page 21.
. 4. Avery perfect frond showing the flexuous stipe and slender branches.
DENDROGRAPTUS SIMPLEX.
Page 20.
5. A portion of a frond showing the celluliferous side.
6. The noncelluliferous side of a frond which differs somewhat in its mode
of branching.
5 a. Enlargement of a portion of a branch of fig 5.
position on the branch.
ORTHOCERAS ONEIDAENSE
Page 22. 8%
. 7%. Natural size and appearance of the individual described.
. 7a. Enlargement to show the cancellated surface,
MoDIOLOPSIS CANCELLATA.
Page 22.
. 8 View of a right valve, natural size.
g.8a.Enlargementof the surface. The concentric striz are not as strongly
indicated as they should be.
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EXPLANATION OF PLATE II.
TRIARTHRUS BECKI GREEN.
Page 23.
Fig. 1. Natural size and enlargement of an individual having one thoracic
segment.
Fig. 1 a. A narrow and more elongate individual of the first known degree of
development having one segment in the thorax.
Fig. 15. Natural size, and enlargement of i a, to fifteen diameters to show the
character of the head and pygidium and their relative proportions
and size.
Figs. 1-13. A series of individuals illustrating the gradual development of the
head and throax on the addition of each thoracic segment The
pygidium diminishing in size as compared with the other parts
of the body. The numbers 1-13 also indicate the number of
segments in the thorax of each individual to which they refer.
All enlarged to three diameters.
Fig. 13. Enlargement to three diameters of an individual having fourteen
thoracic seginents.
Fig. 14. Fully developed individual of sixteen thoracic segments, naturalsize.
All the larger specimens have been flattened by compression, The
esnvexity in the figure is the same as in an individual of sixteen
segments, 33mm in length. ©
The free cheeks are also pressed out so as to show their margins.
CYATHOPHYCUS RETICULATUS.
Page 18.
Fig. 16. A frond presenting the usual characters when flattened between the
layers of shale.
Fig. 16 a. A small frond showing the true cup like form.
Fig. 16 b. A more elongate tubular frond with a somewhat contracted aperture,
Fig. 16 c. A fragment of a frond showing the thickened cell walls.
Fig. 16d. Base of a frond flattened down upon the frond. The last is from Mr
E. Huriburt’s collection.
CYATHOPHYCUS SUBSPHERICUS.
Page 19.
Fig. 17. A flattened frond showing the plain structure and the small opening
at the summit. A portion of the margin is broken away.
DISCOPHYCUS TYPICALIS
Page 19.
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18. A small characteristic specimen. The margin is slightly corrugated
and numerous individuals of Orthis testudinaria are attached to
the surface.
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_ ARMS OF THE STATE OF NEW YORK:.
FAC SIMILE
of the Imatial T, engraved on
A New York Miirary ComMMIssIon
from Gov. G Clinton,
of June 25,1778.
&
ar.
FAC SIMILE
OF A NEW YORK REGIMENTAL FLAG
GF LTTS.
3 tiper
FAC SIMILE OF THE ARMS
FROM THE PAINTING IN ST PAULS CHAPEL
Ee He Oe eg oe
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SKETCH OF THE ARMS
AS RESTORED FOR THE ACTION OF THE
LEGISLATURE.
THE ARMS OF THE STATE OF NEW YORK,
AS RE-ESTABLISHED BY CHAPTER I9g0 OF THE LAWS OF 1882,
AND REQUIRED TO BE USED ON THE SEALS OF ALL
THE PUBLIC OFFICES AT THE CAPITAL
FROM THIS DATE.
JOSEPH B. CARR,
Secretary of State.
ALBANY, Fan. 7, 788}.
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