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PROCEEDINGS
OF WIth
ESSEX INSTITUTE.
/1\
YOULUME Itt.
1860 to 1868.
SALEM:
PRINTED FOR THE INSTITUTE,
1864.
PROCEEDINGS
OF THE
ESSEX INSTITUTE.
Wednesday, May 9, 1860.
Annual Meeting this day at 3 o’clock, P.M., Vice Presi-
dent Rev. J. L. Russell in the chair.
Records of preceding annual meeting were read.
Donations, since the meeting of the 26th ult. were an-
nounced :
To the Library—from Thomas Pinnock ; Jonathan Per-
ley Jr.; Philadelphia Academy of Natural Science ; Charles
B. Richardson of New York; Theron Metcalf of Boston 3
James M. Caller ; Joseph Winn ; Hickling, Swan & Brewer
of Boston; N. J. Lord; William Mack; Mrs. O. Parsons;
Ezekiel Roberts; Mrs. J. F. Andrew ; J. L. Sibley of Cam-
bridge ; Essex Agricultural Society; Charles W. Upham ;
Henry Wheatland.
To the Cabinets—from R. H. Wheatland; C. H. Norris ;
Emery 8. Johnson ; Mrs. J. F. Andrew ; Josie ee
Jason Wilkins.
Letters were received from Alpheus Crosby, Cor. Sec’y of
ESSEX INST. PROCEED. VOL. iii. 1.
2
Essex County Teachers’ Association; Trustees of Public
Library of Boston; E. Emmerton; A. W. Dodge, See’y of
_ Essex Agricultural Society.
The Report of the Secretary was read and accepted.
The Report of the Treasurer was read and referred to the
Finance Committee.
The Reports of the several Curators were read and ac-
cepted.
These Reports present a careful review of the doings of
the Institute during the year. Though no striking event has
occurred, yet the increase of the Library, the addition of
specimens to the Cabinets and the general interest of the
public to promote the objects of our organization, indicate a
gradual and healthy growth.
A brief synopsis is herewith appended.
Since the last annual gathering nine of our members have
deceased—a larger number has occurred than that of any
previous year; no distinction has been made in respect to
age—the young just entering upon the active duties of life,
those in middle age, and those who, after’ many years of .
usefulness, have at length been gathered to their fathers.
> Yst—Rev. Garpner Braman Perry, D.D.,.the venerable
pastor of Groveland. He was one of the ie st Vice Presi-
dents of the Essex County Natural History Society, and, in
the early organization of the Society, took a lively and deep
interest in its success. It was, at that time, a day of small
things, and he labored much to excite an interest in the
study of the natural sciences and its kindred pursuits, agri-
culture -and horticulture. All institutions, promotive of
these objects, received always his cordial aid and support.
He was born at Nortow in this Sta State, 9th August,’1783, and
;
-
q
3
was the son of Nathan and Phebe (Braman) Perry. In
1800 he became a member of Brown University; at the end
of the second year went to Union College, where he grad-
uated in 1804, and where he received the degree of D.D. in
1843. After teaching for some years, he was invited to set-
tle over the church in Kast Bradford, now Groveland, and
was ordained 28th Sept. 1814, and continued his pastoral
relation to the church until his decease, which took place on
the 2d of December, 1859. He married Istly, 22d May,
1816, Maria P. Chamberlain of Exeter N.H., 2dly Eunice
Tuttle of Acton, July 20, 1819, 3dly Sarah Brown of Graf-
ton, who survives him.
2. Rev. Davip Tenney KimBau of Ipswich, who delivered
a discourse occasioned by the death of Mr. Perry in Grove-
land on the 25th Dec. 1859, and who speaks well of him in
his various relations as a Christian Minister, pastor, friend,
&c.; was within a few weeks afterwards called to render the
final account of his stewardship, having served in the minis-
try of the church in Ipswich for. more than half a century.
His connexion with the Institute was that of an honorary
member, in virtue of his relation to the Essex Historical
Society. He was born at Bradford, Mass., Nov. 23, 1782,
and was the son of Daniel and Elizabeth (Tenney) Kimball
of that place. At the age of seventeen he entered Harvard
College and graduated in 1803. He was ordained at Ips-
wich 8th October 1806, and continued his relation to that
church and society until his decease, which took place on
Friday, 3d Feb. 1860, laboring with great diligence and
faithfulness.. He was a man of great modesty and humility:
and one whose memory will long be cherished with affec-
tion and respect. He married, Oct. 20, 1807 Dolly Varnum
Coburn, daughter of Capt. Peter and Elizabeth Coburn, of
Dracut, Mass.. She survives him.
.3. JOHN GiILLIson Waters, son of Robert and Lydia»
“Waters, was born in Salem,’ 11th April, 1796. For many.
4
years he was in the Zanzibar trade, and was one of the
first to engage in it after it had been thrown open by
treaty with the Sultan of Muscat, under the direction of
President Jackson. He retired in 1842, and has since re-
sided in Salem. He was, at an early age, interested in the
- religious movements of the times and was a “lover of good
men,’ always ready to assist in undertakings of this
character with a liberal and free hand.
4. Miss Exizaseray Amory; daughter of Jonathan and
Mehitable Amory, of Boston. For several years she has
resided in Salem and taken a great interest in the doings
of the Institute. She died at Salem, 6th July 1859,
aged 53.
5. JONATHAN Lovett WHIPPLE; son of Jonathan and
Mary (Cloutman) Whipple, was born at Salem April 19,
1824. He was educated at our schools and early indicated
a great taste for mechanical pursuits. For several years
past he has been engaged in the cleansing of Gum Copal, in
connection with his brothers. He was aman of integrity,
firm in purpose, warm-hearted and zealous in every good
work, and highly esteemed among his associates for his
amiability and gentleness of manners. He died on the 4th
of the present month, (May 1860.) He married September
18, 1855, Emma Noyes Dodge.
-6. CHARLES WENTWORTH UPHAM, Jr., eldest son of Hon.
Charles W. and Sarah (Holmes) Upham, was born at Salem
29th August, 1830. After passing through our several
schools he entered Harvard College and graduated in 1852.
He pursued the usual course at the Law Schoolin Cam-
bridge ; and spent the years 1855 and 1856 in travelling in
Europe. For the last two or three years he has resided in
Buffalo, N. Y., engaged in the practice of his profession,
where he was highly esteemed and gained the respect and
love of many friends by his pleasing manners, bright and
cheerful temperament and sprightly conversational powers.
5
To the graceful qualities of mind were added an accuracy
and promptitude for business which could not fail {to have
met with success.
T. GerorGE FRANKLIN DopcE; son of George and Orra-
na (Hale) Dodge, was born in Salem, 9th May 1829, and
died in the place of his birth, 16th March 1850. He was
educated in the public schools of this city, commenced life
as a clerk, and step by step was advanced to posts of
responsibility and trust; in all of which he possessed the
unlimited confidence and respect of his employers. His
modesty and retiring disposition prevented him from being
widely known, but those who had the pleasure of his friend-
ship will duly appreciate his conscientiousness, integrity,
obliging disposition, and gentle and refined manners.
8. GerorGE WASHINGTON RIDER; son of Joseph and Abi-
gail (Janes) Rider, was born at Salem, 6th March 1838. A
graduate of the English High School, a good scholar and
gave promise of usefulness in life. He died 24th Decem-
ber 1859.
9. JOSEPH ALONZO PorTER, son of Joseph and Sarah:
(Crowninshield) Potter, was born at Salem, 29th Dec. 1837,
and died July 80, 1859. He was an invalid from early
youth, and consequently did not engage much in the active:
duties of boyhood, but was induced to lead the life ofa re-
tired student. In 1856 he first playeda game of ehess, the:
study of which became his delight and hobby. In January,,
1857, he received the Chess Monthly, when he dates his:
chess life ; and from that time to his death he was absorbed:
‘in its history and science, whenever health would permit.
He composed problems, corresponded extensively with chess:
scholars—edited for eight months a chess column in the
American Union, and during his chess life wrote or received
over 1000 letters on the oe and left over 100 original
chess problems.
Five numbers of the Historical Collections were issued
during the year 1859, and two numbers of the volume for
1860. They have been favorably received and the success
thus far warrants a continuance.
Six Field Meetings have been held, viz: at Wenham,
Middleton, Saugus, North Andover, Groveland, and Beverly.
They were well attended and awakened considerable inter-
est in the places visited ;—also eight evening meetings du-
ring the months of December, January, February, March.
and April ;—the quarterly, and ordinary meetings occasion-
ally, for the transaction of the current business.
The following additions during the year may be specified.
To tHe Liprary. Many of the additions are valuable,
and, with few exceptions, donations from the General and
State Governments, societies or individuals.
The additions from all sources are as follows :—
Folios, - - - - ~i a §
Quartos, - - - . - 21
Newspapers bound, - . - 46
Octavos or lesser-fold - - - 895
— 468
Serials, - - - 1500
Pamphlets, - - - 1080 ——2580
3048
Also, several piles of newspapers more or less perfect.
The above have been contributed by. one. hundred. and:
fifty-six individuals, societies, &c.
To. rae. Department oF Naturau History...Mammals.
. Valuable additions, during the year, have been received.’
The contributions of Dr. H. Neisler of Georgia, consisted
7
of a goodly collection of the small quadrupeds of Georgia—
and that of James Bartlett of Wenham, those in this vicini-
ty. W. A. Lander presented a specimen of Ofisorea: pla-
tyrhinus, one of the smallest of our quadrupeds, and sel-
dom noticed.
_ Ornithology. Twenty contributors have made large addi-
tions. Progress has been made in the arrangement of the
collection ; the specimens are in good condition. The atten-
tion of the members and friends is called to that of the nest
and eggs—being deficient in several of the common species.
Herpetology. The curator reports a very gratifying in-
erease from thirty-six contributors, and that the collection
in regard to preservation is in the best possible condition ;
many of the wants in the species of the county have been,
through the kindness of friends, supplied, though we are far
from having all that is required to give us a complete his-
tory of the reptiles of the county.
Ichthyology. The additions have been unprecedentedly
large and valuable ; the collection of American fishes hav-
ing been largely augmented by donations and exchanges,
while by means of the cans despatched to different foreign
countries through the kindness of our merchants and ship-
owners, the Foreign specimens have nearly doubled. We
are greatly indebted to those gentlemen who have kindly
consented to take or send them and hope during the year to
obtain still other opportunities. The specimens have all
been alcoholic with the exception of a sturgeon, Acipenser
oxyrinchus, weighing about 150 pounds, presented by C. K.
Stevens of Lawrence. The number of donors, thirty-one.
Articulates and Radiates. Thirty-six contributors have
made valuable additions—these are principally, however,
‘confined to the crustacea and the radiata—this is owing, ina
‘great measure, to the system of sending cans and alcohol
‘through the kindness of our merchants and seamen. The
collection is reported to be in good condition.
8
Mollusca. The principal contribution was from S. H.
Phillips, who presented a very extensive and. valuable col-
lection of shells ; they occupy several drawers in the cabinet
awaiting for more extensive accommodations for. a suitable
arrangement.
Comparative Anatomy. Contributors; G. Upton, J. B.
King, S. Carlen, &c. Skeletons of several species of toads
and frogs, have been placed in the cabinets.
Mineralogy and Geology. Donors ; Edwin Upton, E. A.
Upton, B. E. Shaw, Miss Emily Gandnie! B. W. Stone, G.
Upton, W. Briggs, B. F. Mudge, C. F. Williams, 0. C.
Marsh, W. Prescott.
THe HistoricAL Department. The curators, in their re-
port, congratulates the society on the increased interest and
on the additions during the past year. Articles of every
description, tending to illustrate the dress, customs, habits,
manner of living &c., of the different parts of the world—
particularly of both the East and West Coasts of Africa, India,
China, the Sandwich and Fejee Islands, have been received
from thirty-nine contributors. This collection Mr. H. F.
Shepard is now arranging in systematic manner in groups
according to their country, and as faras possible in separate
cases,—a catalogue of this department is nearly completed.
DePARTMENT OF HorticuLTuRE. The Annual Exhibition
of Fruits and Flowers took place on Wednesday, Thursday
and Friday, September 18, i9, and 20, 1849. The weather
was very unpropitious—rainy and cloudy during nearly the
whole time of the continuance of the Show. . Owing to pre-
vious storms our gardens were much injured, fruit blown
from the trees, &c. However, under these discouraging
circumstances the exhibition was much more satisfactory
than was anticipated, and it was truly gratifying to witness
the general interest in the culture of fruits.
-
9
The following officers were elected for the year ensuing, .
-and until others shall be chosen in their stead, viz:
President—DANIEL A. WHITE.
Vice Presidents—John L. Russell, James Upton, H. M.
Brooks.
Secretary and Treasurer—Henry Wheatland.
Librarian—John H. Stone.
_ Cabinet Keeper—Richard H. Wheatland.
Finance Committee—John C. Lee, R. S. Rogers, George
D. Phippen, Henry M. Brooks, James Chamberlain.
Publication Committee—John L. Russell, Henry Wheat-
land, George D. Phippen, Tra J. Patch, Teh H. Stone,
Gare M. Whipple.
Library Committee—Daniel A. White, David Roberts, 8.
P. Fowler.
Curators of Natural -History—In Botany—John L. Rus-
sell; Mammalogy—F. Winsor; Ornithology—F. W. Put-
nam; Herpetology and Ichthyology—R. H. Wheatland;
Articulata and Radiata—C. Cooke; Mollusca and Paleon-
tology—H. F. King.; Comparative Anatomy—Henry Wheat-
land ; Geology—H. F. Shepard ; Mineralogy—D. M. Balch,
Curators of History—Kthnology—Wm. 8. Messervy, M.
A. Stickney, F. H. Lee; Manuscripts—Henry M. Brooks,
tra J. Patch, L. R. Stone, G. L. Streeter, S. B. Buttrick ;
Fine Arts—F. Peabody, J. G. Waters.
Curators of Horticulture—Fruits and Vegetables—James
Upton, John M. Ives, J. F. Allen, R. S. Rogers, George B.
Loring, C. F. Putnam; Flowers—F. Putnam, W. Mack,
C. H. Norris; Gardens—J. L. Russell, J. S. Cabot, J. Ber-
tram, B. A. West.
_ A Committee was appointed, consisting of Messrs. C. M.
Tracy of Lynn, S. P. Fowler of Danvers, John M. Ives of
ESSEX INST. PROCEED. VOL. ili. 2.
id
Salem, Benj. C. Putnam of Wenham, R. H. Wheatland and
C. H. Norris of Salem, and A. W. Dodge of Hamilton, to
arrange for the Field Meetings the coming season.
A Committee was also appointed to arrange for Lectures the
ensuing winter, if expedient, also for the Evening Meetings.
_ Messrs. J. L. Russell, James Kimball, F. Peabody, G. D.
Phippen, and C. M. Tracy were appointed on said Committee.
The consideration of the report of the: Committee on the
authenticity of the tradition, “that the old building on the
estate of David Nichols, rear of Boston street, was built from
the frame of the first church ever erected in Salem”, pre-
sented at the meeting of the 26th ult., was resumed and after
some discussion, the following vote was adopted.
Voted,—That the Committee, who have had charge of
this matter, and who have so faithfully and carefully exam- -
ined all the points of interest bearing on this subject, and
have prepared this able and interesting report, be further
instructed to take such action in relation thereto as they
may deem advisable ;—Provided, that the funds for this pur-
pose be obtained by private subscription, or by such appro-
priation from the general income of the Institute, as the
Finance Committee may direct.
Voted to adjourn.
Friday, June 8, 1860. -
Fietp Mrrrinc at Topsrietp.—The first of the series of
Field Meetings, held by the Institute, this season, took place
as above. The appointment had been made for Wednesday,
the 6th inst., but unfavorable weather compelled a post-
ponement.. The early train from Salem took up a party of
liberal dimensions, whose easy, “ open order’ stroll over the
H&E
village green gave it a look of as great activity, perhaps, as
it has shown since the days of May Trainings; unless in
some excepted cases, when the “ Cattle Show” may have
wakened the quiet spot to equal, and perhaps more enduring
animation.
Topsfield may stand as the central town of Essex county.
It is located on land nearly as high as any, and for irregu-
larity of boundary line, may fairly challenge any of the
neighboring townships. But these peculiarities are of small
moment, compared with that, which gives Topsfield the
praise of rearing and preparing more schoolmasters than any
other place, probably, in Eastern Massachusetts. Its small,
square, “‘ hip-roofed” Academy, occupying a pleasant little
rounded knoll, just at one side of the village, stands as the
monument of its own past usefulness, and an equal proof of
the continuance of that usefulness in the present. A greater
pride should this little structure be to Topsfield, than the
Arch of Titus or the Temple of Minerva, if either occupied
that little sunny knoll instead of it.
A dispersion of the company into parties soon took place ;
one betaking themselves to the enjoyment of the fine views
to be observed from the summits of “ Great Hill,” and “ Town
Hill”, over whose steep acclivities the unvarying Newbury-
port Turnpike forces its toilsome and almost dangerous way ;
and another going into an examination of the somewhat
noted ‘“‘ Treadwell Farm”’, not long since bequeathed to the
Essex Agricultural Society by its former proprietor. This
party was well entertained by the keeper, Mr. Brown, un-
der whose care several interesting experiments are progress
ing, in regard to the comparative efficacy of different ma-
nures. Here the Pasture Oak exists in fine condition, but
the visitors noticed with regret the recent felling of some of
these trees, and the thought naturally arose, that little was
Sa Nee * * aoe tee
, We rials ee, = .
12
done by cultivators to replace such losses, beautiful and’
¥ luable as this Oak is known to be. - Attention was, likewise,
directed to two unusually large Locust trees, which had
remarkably escaped the borer, till, in the case of one, a cir-
cumference of ten feet had been attained, four feet above the:
ground.
A third division made a rather longer jaunt toward the
north, through fields'‘and meadows and along the devious.
country ways, at one time very near the line of Boxford, and
again, emerging on the bank of that very beautiful sheet of
water called Pritchard’s Pond, the greater part of which is.
included in Ipswich. This pond bears much resemblance
to that in Middleton ; but is less encompassed with woods ;.
and having steep and elevated banks, is not; in the part
visited, certainly, as easy of access.as the other.
The various detachments returned in the neighborhood of
noon and a general rendezvous was made at “‘ Union Hall,”
in the basement of the Methodist Church, the use of which
had been kindly tendered for the occasion. Not long after-
ward, the meeting was called to order by Vice President.
John L. Russell, and after the reading of the record the fol-
lowing donations were announced, received since the 9th ult.
To the Library—from Jonathan Perley; Peabody Insti-
tute, South Danvers; James S. Bryant, of Hartford, Ct. +
George B. Loring ; Trustees of the New York State Library ;
Middlesex Mechanic Association, Lowell; Canadian Insti-
tute at Toronto, C. W.; Henry F. Shepard; John B. Alley,
M. C.; John W. Archer, of Brighton, Ill.;. Philadelphia
Academy of Natural Science; Boston Society of Natural
History ; J. I. Bowditch, of Boston ; San Francisco Mercan-
tile Library Association ; C. Benj. Richardson, of New York ;
B. W. Stone; John C. Holmes, of Lansing, Mich. |
13
To the Cabinets—from FE. Kirk Johnson of Nahant; S.
P. Fowler of Danvers ; Robert Brookhouse ; Jason Wilkins ;
James R. Phelps; H. F. Shepard; W. J. Chever; Miss M..
G. Wheatland; R. 8. Rogers; John Bertram; Stephen
Upton; George H. Hovey; Miss Sarah Kimball! ;—Frost of
Marblehead; R. Wheatland; Charles Davis of Beverly ;
John Washington; William Shackleford; Wm. Lefavor ;
Miss H. M. Jacobs of South Danvers ; John F. Ropes : James
D, McMurphy 3 ©. Cooke; W. H: Hali;:G. -E.> Cheversom:
Brookhouse, jr.; Henry E. Jenks; R. B. Forbes of Boston ;
George Harrington; James Upton; R. H. Wheatland.
Letters were read from N. 8. Shaler of Newport, Ky.;
A. E. Verrill of Norway Me. ; Connecticut Historical Soci-
ety ; Trustees of Newburyport Public Library ; Maine His-
torical Society ; John C. Holmes of Lansing Mich.; State
Historical Society of Wisconsin; C. M. Tracy of Lynn ;
R. Phillips of Topsfield ; William Merritt of Salem ; Smith-
sonian Institution; W. B. Trask of Boston; J. Colburn of
Boston ; M. A. Stickney ; E. O. Proctor o! South Danvers ;
Morris Spofford of Groveland. bas
_ The Chair introduced the exercises by some remarks on
the history and purposes of the Institute, calculated to
awaken an interest in the Institution in those who might
thus learn its nature and objects.
John M. Ives of Salem, observed that this was not the
first visit of this society to the town of Topsfield. Indeed,
the first public meeting of the Essex County Natural His-
tory Society, one of the parents of the Essex Institute, was
held here, at the old hotel, in 1834 ; and the first Field Meet-
ing under the present organization was also held here, in
the Academy Building, some four years ago. But he had fresh
proof to-day that all our own territory was not yet com-
eC eas ee eee
14
pletely known, nor a perfect acquaintance had with its
productions ; for he had to-day found the Painted Cup (Cas-
_tilleia coccinea) growing profusely in a neighboring mead-
ow, when he did not suspect its existence in the town. This
is a beautiful plant, making a notable feature in the land-
scape wherever it flourishes.
Dr. R. H. Wheatland of Salem; mentioned that hehad
been tolerably successful in securing specimens to-day, hav-
ing found four species of fishes, four of frogs, ‘three of tur-
tles, and one of snakes ; and he proceeded to offer remarks
upon their structure, growth, and habits. The animals ef
our own region are not less interesting than the rarest for-
eign species, though every country and climate has its pecu-
liar grade and style of animal life. He proceeded to illus-
trate the correspondence between animals and the situations
they are formed to inhabit, by some specimens of the cu-
rious “‘ Blind Fish,” so often heard of, from the Mammoth
Cave of Kentucky, and also a fresh water crab (Astacus
fluviatilis) from the same locality. These specimens were
brought from thence by Mr. B. C. Putnam of Wenham.
The Chair gave some descriptive Riise ex on a speéci-
men of the ‘“‘ seventeen-year-locust ” handed in by Mr. Felt.
These are said to do but little harm singly, but the immense
multitudes in which they often appear, commit great devas-
tation wherever their track happens to be. In the timely
destruction of such pests, lies the usefulness, too little ad-
mitted, of such birds as crows and robins. The cultivator
can see that these attack his fruit, and he thérefore judges
them his enemies, but he does not see; and rarely stops to
inquire, what incalculably greater good they do in their vig-
ilant pursuit of these insect destroyers, more than arian
the loss of a few handfuls of berries in a season.
15
Samuel Todd of Topsfield, invited attention to the gravel
pits in the vicinity. The general formation in this place is
sandy, but in the midst of it appear three knolls of gravel,
evidently originating somewhere else, and probably brought
from the far north by drift currents. Dr. Kane tells us of
red gravel covering the polar ice for miles, and it would
seem that such agencies are even yet at work breaking
down the solid rocks and scattering the debris southward.
The Chair pursued the subject in some remarks, regret-
ting the absence of our Geological member, B. F. Mudge, of
Lynn, lately removed to the West.
C. M. Tracy of Lynn, summed up the results of the bo-
tanical rambles of the day, having found the following,
among many more common plants:
Bulbous Arethusa, (Arethusa bulbosa.)
Purple Avens, (Geum rivale.)
_ Painted Cup. (Castilleia coccinea.)
The two first from a meadow north of the village, and the
last from one about half a mile to theeast. It makes a gor-
geous appearance there, coloring the herbage, as it were, for
many square rods. This is a peculiar variety having the
bracts a deep orange color, instéad of the fine scarlet com-
monly seen. If this plant could be cultivated, it would be
a choice thing for the garden, but it is thought to be para-
sitic by the roots, like the Gentians, which would render its
growth impossible, except in spots of its own choosing.
Mr. Osgood Perley exhibited and presented to the Cabi-
net one of the interesting concretions taken from the stom-
ach of the Ox. It consisted, evidently, of hair licked from
the animal’s coat and swallowed, after which, by the motion
of the stomach, it became “felted” and hardened together
into a solid ball.
The Committee on ‘eld Meetings announced that. the
next would be held at ‘rroveland, me cea June 27, if
favorable weather.
The thanks of the Lstitute were then voted to the propri-
etors of the Methodist Church tor their kindness in admitting
us to their. commodious hall; also. to Messrs. Phillips,
Adams, Merriam, Holines, Peabody, Leach and others, for
their polite and gratifying attentions to the members this
day. Adjourned.
There were on exhibition outside the Hall, two beautiful
living specimens of ornithology ; one of the White Headed
Eagle belonging to Kleazer Lake of Topsfield, captured in
December, 1858: the other of the large White Owl; taken in
December last, and owned by George Killam of East Box-
ford. This did not appear to be the Snowy Owl, but rather
an albino of some other species.. Both were healthy and
attracted much attention. ;
- Wednesday, June 27, 1860.
Freup Merrrinc at GroveLanp.—The Institute visited
this place in September last, and most of the local features
of interest may be found noticed in the account of that oc-
casion. ‘To-day the rendezvous was at the same spot as
before, viz: Balch’s Grove, whose-owner, William Balch, is
still living, having reached the age of ninety-three, with
faculties almost unimpaired. On the walk from the station
to this place the party were led to notice a hill whose loose
soil, now overgrown with rye, anciently served for an Indian
burial ground. The bones of the red men are not yet
wholly wanting on the spot, being now and then disturbed
by the unthinking ploughman ; and more than once, it is
said, the frost has gradually lifted the remains till the skele-
17
ton emerged from its resting place in the same sitting pos-
ture in which it was first interred. :
There was no lack of pleasant entertainment for the ex-
plorers to-day, who spread about in various directions ac-
cording to the demands of their differing fancies. Some
visited the huge bowlders on the land of Mr. Abel Stickney,
heretofore mentioned ; others examined the river-banks and
their productions, as well as those of the ancient stream it-
self. A few took ferriage across to the flourishing town of
Haverhill, which boasts so much of historic interest and
modern enterprise, and there passed the foreneon in re-
searches into the matters pertaining to the place, both new
and old.
The afternoon meeting took place at the Independent
Church, at 8, P.M. The Chair was occupied by Vice-Presi-
dent Russell, who favored the meeting with remarks suffi-
ciently extended to atone for the want felt by reason of the
absence of other speakers.
The following donations were announced, as received
since the meeting at Topsfield.
To the Library—from Ohio Mechanics’ Institute, Cincin-
nati; N. J. Lord; Alfred Poor of Haverhill ; Wm. Stearns;
H. M. Brooks; N. Y. Mercantile Library Association ;
Chicago Historical Society; Samuel Green of Boston; S.
C. Jackson of Andover; E. Hervey Quimby ; Philadelphia
Academy of Natural Science; N. Y. State Library; J. L.
Russell ; Jeremiah Colburn of Boston ; Mrs. N. Ingersoll ;
G. F. Read; Geo. Andrews ; Congregational Library Asso-
ciation.
To the Cabinets—from Arthur M. Merriam, Topsfield ;
Osgood Perley of Topsfield; R. H. Wheatland; B. FP,
Browne; S. Lewis jr.; Miss M. G. Wheatland; C. H. Nor-
ESSEX INST. PROCEED. VOL. iii. 3.
18
ris ; Geo. Dodge of Wenham ; Jason Wilkins ; Caleb Cooke >
Mrs. W. B. Johnson of Cohasset; N. B. Baker of Clin-
ton, Iowa.
Letters were read from Trustees of Newburyport Public.
Library ; Smithsonian Institution ; Trustees of Boston Pub-
lic Library ; Massachusetts Historical Society ; M. Spofford.
of Groveland; W. Merritt; A. Ordway of Boston; M.
Miles of Flint, Mich.
The Chair proceeded to give a pleasant account of his
own rambles during the day, and the various objects of in-
terest which had become known to him thereby. The study
of botany, always a favorite with him, was far from being
without value to others—to all, even the scientific and some-
what technical forms of it. No farmer should be destitute
of this knowledge. ‘ Here” said he, “is a plant from New
Zealand, a sort of Spinach, raised by one who bought the
seed under the supposition that it was parsnip seed. A lit-
tle accurate knowledge of botany would have certainly pre-
vented a blunder so very awkward and troublesome.” ©
He further exhibited various other plants, among them
the Tephrosia, known commenly as ‘ Catgut,” for its long
and onan fibrous roots, or sometimes as “‘ Hen and Chick-
ens.” It is a‘pleasant looking denizen of the damp boggy
lands, and belongs to the great Pea family.
The Tulip Tree (Liriodendron) had been brought up from
Danvers by Dr. Osgood. This fine tree is native as far
north as the interior of Massachusetts, penetrating further
in this direction than almost any other of the Magnolia
tribe. Its beauty is not to be, questioned, and its utility is
scarcely less ; its wood being soft and light, and valued by
wheelwrights and joiners, who use great quantities for pan-
eling, under the name of Whitewood. Many specimens of .
our beautiful Kalmia or Mountain Laurel, were also shown ;
and proceeding from this, he remarked that the beauty of
ae
hey
Me
19
eour own plants was far superior, in general, to that of the
European. Neither could Europe vie with us for variety
and diversity of vegetation. The whole number of species
of native trees, of all kinds, now to be found in Great Brit-
ain, was not as great as the number of oaks alone described
‘as belonging to the United States.
Jacob W. Reed of Groveland, author of a genealogical
history of the Reed family, gave a synopsis of the facts and
:speculations to which he has given much attention, as to the
topographical history of the Merrimac River. The abrupt
‘angle by which the stream turns, a little above Lowell, from
its nearly southerly course, to one almost northeast, has oc-
casioned much thought among those interested in such
changes. ‘ Now the fact is,” said he, ‘‘ that from this bend
a valley extends southward, in very nearly the primary di-
rection of the river, and terminates in Boston harbor. Had
‘the river been stopped back by obstructions across its pres-
ent bed at Lowell, it would have continued on through this
valley and flowed into Boston harbor instead of where it
now does.” He thought this was anciently the case, and
‘thus the Merrimac has lent its aid in the formation of
that harbor. But this natural dam having once given way,
the waters turned northeasterly until some other and simi-
lar stoppage took place, sending the current southward
-again. This seems to have happened several times and in
-one instance the stream had its outlet in the harbor at Sa-
lem. At apoint near “Rocks Bridge” the latest obstacle
‘seems to have existed. The Indians formerly had a tradi-
tion, that the mouth of the Merrimac was near that of Par-
ker River, thus leaving Newbury on the northern side.
Mr. R. further gave some interesting statements as to the
Indian remains found at ‘“ Ridge Hill”’ before spoken of.
20
Rey, Mr. Willson of Salem, offered some brief remarks on
the value of knowledge, even that little which has been tng
@ dangerous thing.
_ On motion, the thanks, of the Institute were then pre-
sented to the proprietors of the Independent Church for the
use of their house, also to Messrs. Spofford, Parker, Savory,
Reed and others citizens of the town for their kind atten-
tions during the day, and the meeting then adjourned.
Monday, July 16, 1862.
Fietp Mertine at West GLoucester.—This place became
the locality of the third of these pleasant occasions this sea-
son. It is not a very large or populous village, and a slight
survey is enough to show that not a large amount of travel
passes this way, at least to make any stay in this vicinity.
Yet it is certainly not for want of pleasant scenery, and local
matters attractive enough to the eye and heart, but not, per-
haps, to the money-seeking enterprise of the present day.
The town of Gloucester may rank as one of our oldest
daughters of Essex, having been incorporated originally in
1639, three years before it received its present name, The
West Parish dates back in its corporate existence, to 1716,
when Rey. Samuel Thompson was settled as its minister ;
but the old meeting-house, which was only taken down within
some ten years, had the date of 1713 on its sounding board,
and the ornamental carving, with the year upon it, is yet
preserved in a beer store in the village. The meeting-house
was about forty feet square, and stood about two miles from
where the Institute assembled, on a spot which the forest
has now overgrown. :
_Acompany of liberal magnitude attended the meeting
"a
—
CC —“—“3s7-°° =<
21
to-day, though, as usual, not all coming at the same time,
or by one route. One division had started early, and gone
by a more extended road to explore the ever-famous Magnolia
swamp, not far away. This spot always figures prominently
in the attentions of the members, when anywhere in its
neighborhood, but not every one, who visits it, brings away
full satisfaction or dry feet. The magnolia is certainly there,
genuine and lovely, but the plants are grown scrubby
through rude and frequent breakage, and the blossoms
never abundant, are made rarer yet by unscrupulous rang-
ers, who bid fair to destroy the bushes in their eagerness for
a two-penny traffic in the half-opened flowers. Still the
Magnolia Swamp will not answer to be neglected by the
botanist, for it contains many rare and beautiful plants
beside that for which it is named. The Inkberry (Prtnos
glaber or Ilex glaber) a close relative of the Holly, revels in
the bogs in profusion, its bright evergreen foliage alike
cheerful in summer and winter. The White Fringed Orchis
(O. blephariglottis) lifts its spikes of pure white flowers
here and there, and the Clintonia, named after the worthy
DeWitt Clinton of New York, here and there fills large
spaces with its broad leaves of brightest green, and adorns
them with its little golden lilies first, and blue berries after-
ward. The structure of this swamp appears peculiar, for
very little earth or soil of any kind is to be met after leaving
the margin, but instead, one level expanse, crowded and
packed with Sphagnum or peat moss. This, growing con-
tinually at the surface and decaying below, preserves its
condition of a soft, compact, elastic cushion, full of water,
but free from mud, green as grass at the top, and furnishing
an excellent footheld for all kinds of vegetation. |
The morning party being thus engaged with this and other
notable spots at some little distance from the rendezvous,
the latter, and more thoroughly pleasure-hunting company
22
turacd their care to other objects. Some started for the
oiicr villages of Gloucester to evoke whatever historical
ont WS might be slumbering about them. Still more, and
in fact nearly all the residue, set off to climb the tallest emi-
nence in the town, known as ‘Thompson’ s Mountain. This
eminence, no ed-by Babson as 255 feet high, has had its ce«
lebrity finally established by being made a signal station by
the United States Coast Survey. ” After a warm and rather
weary walk, the summit was reached, and from the stern and
almost naked rock which forms it, the party looked about
on a prospect of admirable diversity and extent. Immedi-
ately about the foot of the mountain lie the dense woods
that occupy all the western part of the town. Beyond are
seen the goodly buildings of the Harbor Parish, or Glouces-
ter proper, toward the southeast ; the more scattered ones
of the old Town Parish on the east; with Annisquam (or
Squam, familiarly) on the northeast, and Essex, nearly in
the west; all making up a charming picture of the homes
and haunts of Cape Ann, backed in the distance by Plum
Island, Coffin’s Beach, and the blue surges of the broad
Atlantic. Far away, the eye catches in the northwest, the
lofty swell of Holt’s Hill in Andover, and still further, the
blue and ghostly peaks that represent three more of New
‘Eugland’s sisterhood of states, Agamenticus in Maine, Gun-
stock in New Hampshire, and Beaconpole in Rhode Island.
These are all signal stations of the survey, and here the
company found Mr. Hassler, the assistant in charge, who
with his instruments, was very polite, and ready to add
what he might to the pleasure of his visitors. |
. After the reuniting of the various divisions, and the dis-
cussion of the refreshments made doubly acceptable by the
invigorating jaunt, the afternoon meeting was called to order
by Vice President Russell, under the shadow of a spreading
apple-tree on the grounds of a West Parish farmer.
23
Donations to the Library and Cabinets were annotiices
as follows: Fins 7 | ,
To the Library—from the Trustees of the New York
State Library ; C. B. Richardson of New York City ; Boston
Society of Natural History; Thomas Fettyplace of Motie,
Ala.; Zaccheus Gould of Topsfield; Henry M. Tircoks ;
Nathaniel Paine of Worcester; George C. Chase: \. Y.
Mercantile Library Association ; Connecticut Historical so-
ciety; Mrs. N. D. Cole; George F. Read; R. H. Wheat
tand ; Henry F. Shepard.
To the Cabinets—from H. M. Brooks; Thomas Fetty-
place; F. H. Lee; J.C. Lee ; R.S. Rogers ; James Bartlett
of Wenham; Joseph True; Richard H. Wheatland ; Chas.
H. Price; Benjamin F. Morrison of Nantucket; L. Eb.
Evans ; Chas. H. Norris; Elliot F. Smith ; Willian Clough
Letters were read from the Trustees of the New York
State Library ; Smithonian Institution ; B. F. Morrison of
Nantucket ; F. B. Perkins of Hartford, Conn.; Jeremiah
Spofford of Groveland.
The chair, on opening the exercises, recounted some of
his excursions and adventures during the day, and added a
pleasant description of several species of plants.
S. P. Fowler of Danversport followed, with a further dis-
cussion of the flora of this peculiarly fertile region, fertile,
at least in vegetable rarities. Mr. F. went somewhat largely
into the consideration of those plants which had come under
his notice in this day’s rambles.
Rey. C. C. Beaman of Salem, had gleaned a few facts of
interest concerning the old meeting house and had also paid
a visit to the parsonage, another ancient institution of the
place, on which he based some entertaining remarks. He
further spoke of several notable localities in this region in-
24
cluding that known as Hog Island, the birthplace of the
Hon. Rufus Choate.
A. B. Almon, of Salem responded briety to the call
of the chair, alluding to the various events and circum-
stances of the occasion in a very agreeable manner.
Prof. A. Crosby, of Salem, went into some account of the
excursion to Thompson’s Mountain, of the characters of that
eminence and the fine view commanded by it ; also, of the
operations of the Coast Survey in this locality, and the ex-
planations of the same given by Mr. Hassler.
S. P. Fowler of Danversport, followed with some remarks
on the habits of our native birds, and the changes which
these habits appear to be undergoing, principally in conse-
quence of civilization, and the new state of things continually
introduced by man.
John M. Ives of Salem had read some curious and inter-
esting observations on the same subject, a few of which he
recounted to the meeting.
George F. H. Markoe presented the following Catalogue
of Plants, observed by him, in flower or fruit, during the
excursion in the vicinity of the place of meeting.
Thalictrum cornuti, Meadow Rue.
Ranunculus bulbosus, Bulbous Crowfoot.
" acris, Tall Crowfoot, Buttercups.
Aquilegia canadensis, Wild Columbine, flower and fruit.
Magnolia glauca, Small or Laurel Magnolia.
Berberis vulgaris, Com. Barberry, fl. fr.
Nymphea odorata, Sweet-scented Water Lily.
Nuphar advena, Yellow Pond Lily.
Sarracenia purpurea, Pitcher Plant, fr.
25
Chelidonium majus, Celandine.
Papaver somniferum, Com. Poppy.
Sinapis nigra, Black Mustard.
Capsella Bursa-pastoris, Shepherd’s Purse.
Sisymbrium officinale, Hedge Mustard.
Drosera rotundifolia, Round Leaved Sundew.
“© longifolia, Long Leaved Sundew.
Hypericum perforatum, Com. St. John’s-Wort.
Silene inflata, Bladder Campion.
“ noctifisra, Night Flowering Catchfly.
Stellaria media, Com. Chickweed.
- Cerastium vulgatum, Mouse-ear Chickweed.
Malva rotundifolia, Com. Mallow.
Tilia Europea, European Linden.
Oxalis stricta, Yellow Wood-Sorrel.
Rhus typhina, Staghorn Sumach.
“glabra, Smooth Sumach.
“¢ _venenata, Poison Sumach or Dogwood.
Ceanothus Americanus, New Jersey Tea.
Trifolium arvense, Stone or Rabbit Foot Clover.
“¢ pratense, Red Clover.
“repens, White Clover.
“¢ procumbens, Low Hop Clover.
Spirea salicifolia, Com. Meadow Sweet.
“© tomentosa, Hardhack.
Geum album, White Aveus.
Potentilla Norvegica Floribunda.
a Canadensis, Com. Cinque foil.
s argentea, Silvery t ¢
Rubus villosus, High Blackberry.
Rosa Carolina, Swamp Rose.
“lucida, Dwarf Wild Rose.
“micrantha, Small Fl. Sweet Briar.
Epilobium angustifolium, Great Willow Herb.
ESSEX INST. PROCEED. VOL. iii. 4.
26
s
CEnothera biennis, Com. Evening Primrose. —
Aralia nudicaulis, False Sarsaparilla, fl. fr.
Cornus Canadensis, Dwarf Cornel, fr.
Sambucus Canadensis, Com. Elder.
“ — pubens, Red Berried Elder.
Mitchella repens, Partridge Berry.
Oldenlandia cerulea, Bluets. .
Eupatorium perfoliatum, Thoroughwort.
Rudbeckia hirta, Rudbeckia.
Leucanthemum vulgare, White Weed.
Leontodon autumnale, Fall Dandelion.
Taraxacum dens-leonis, Dandelion.
Lobelia spicata, Pale Lobelia.
Gaylussacia resinosa, Black Huckleberry, fr.
Vaccinium macrocarpon, Cranberry.
< vacillans, Low Blueberry, fr.
- corymbosum, Swamp Blueberry, fr.
Gauliheria procumbens, Checkerberry.
Clethra alnifolia, White Alder.
Kalmia latifolia, Mountain Laurel.
“angustifolia, Sheep Laurel.
Pyrola rotundifolia, Round Leavy. Pyrola.
Chimaphila umbeliata, Prince’s Pine, Pipsissewa.
Monotrova unificra, Indian Pipe.
Plantago major, Com. Plantain.
“lanceolata.
Lysimachia stricta, Bulb-bearing Loosestrife.
- quadrifolia, Four Leaved Loosestrife.
Verbascum thapsus, Com. Mullein.
Linaria Canadensis, Wild Toad Flax..
“ yulgaris, Toad Flax. Butter and Eggs.
Veronica scutellaia, Marsh Speedwell.
Melampyrum Americanum, Cow Wheat.
Mentha Canadensis, (M. borealis) Wild Mint.
— eee eer
27
Hedeoma pulegioides, American Pennyroyal.
- Nepeta cataria, Catnip.
¢ — glechoma, Ground Ivy. Gill.
Brunella vulgaris, Self Heal or Heal All.
Leonurus cardiaca, Motherwort.
Calystegia sepium, var. repens, Hedge Bindweed.
Solanum dulcamara, Bittersweet.
Apocynum androsemifolium, Do bane.
Asclepias cornuti, (A. Syriaca,) Milkweed.
‘© phytolaccoides, Poke =
Phytolacca decandra, Poke. Garget.
Polygonum persicaria, Lady’s Thumb.
ae aviculare, Door Weed. Goose Grass.
Rumex obtustfolius, Bitter Dock.
“* erispus, Curled Dock.
acetosella, Field or Sheep Sorrel.
Sassafras officinale, (Laurus Sassafras) Sassafras.
Corylus rostrata, Beaked Hazel Nut.
Myrica gale, Sweet Gale. |
‘“ certfera, Bayberry, Wax Myrtle.
Comptonia asplenifolia, Sweet Fern.
Sagittaria variabilis var. sagittifolia, Arrow Head.
Pogonia ophioglossoides, Pogonia.
Calopogon pulchellus, Calopogon.
Iris versicolor, Blue Flag.
ce
— Sisyrinchium Bermudiana, Blue Eyed Grass.
Smilax rotundifolia, Com. Greenbriar.
Lilium Philadelphicum, Philadelphia Lily.
“Canadensis, Wild Yellow Lily.
Polypodium vulgare, Com. Polypody.
Aspidium marginale, Shield or Wood Fern.
Polytrichum piliferum, Hair Cap Moss.
+
28
Mr. Beaman proceeded to speak of the very kind and cor-
dial reception met by the Institute in this place today. In
recognition of these hospitalities, he submittted the follow-
ing, which was unanimously adopted.
Resolved, That the thanks of the Essex Institute be ten-
dered to Mr. John Bray, who owns the ground where this
meeting is held ; to Messrs. Theophilus Herrick, Jr., John
TJ. Davis, and other citizens, for their kind attentions ; to
Mr. Hassler of the Coast Survey who was very attentive
upon Thompson’s Mountain ; to the Proprietors for the use
of Liberty Hall; and to the Rev. Charles Smith for tender-
ing the use of the Parish Church.
The meeting then adjourned, and the company, to the
number of about two hundred, returned home with much
pleasure from the excursion.
Thursday, August 2, 1860.
FIELD MEETING AT HamILToN.—This was the fourth meet-
ing this season, and one of the pleasantest of all. The spot
selected for the gathering was in the midst of the Hamilton
Ponds, so called, which, five in all, are situated in the adja-
cent corners of Hamilton; Wenham and Essex. All these
being connected, finally reach the sea by means of the larg-
est, Chebacco, or Essex Pond, delivering its waters into:
Essex River. A very worthy establishment is kept:-by Mr.
John Whipple, onthe road between Beck’s. and Chebacco-
Ponds, in a most attractive situation ;.and this. was reached
to-day by a large company, most of whom arrived. by \the
Eastern Railroad, having a.rather long ride, or walk, from
the Hamilton Station, and the rest by pleasant drives over
the various roads that traverse. this region.
The forenoon was spent by some in pleasure excursions
around the shores of the ponds, or in the diversified pastimes.
29
of rowing, sailing and fishing, in and from the numerous
boats with which these waters are well provided. Others
made scientific explorations here and there, while others, as
usual, gave attenticn to whatever of antiquity and historical
interest the vicinity might afford.
Some t'iree hundred persons assembled on the shady plat-
form of Mr. Whipple, and, neither the President nor Vice
President being present, Hon. Allen W. Dodge of Hamil-
ton was called to the chair.
The following announcements of donations were then
made.
To the Library—from Henry F. Shepard ; T. J. Hutchin-
son; George C. Chase; Joseph W. Stone; Martyn Paine
of New York; E. M. Stone of Providence R.I.; John L.
Russell ; Smithsonian Institution ; Massachusetts Historical
Society ; Philadelphia Academy of Natural Science; Cana-
dian Institute at Toronto C.W.; Samuel A. Green of Bos-
ton; N. J. Lord.
To the Cabinets—from R. H. Wheatland; Charles A.
Putnam ; J. Burehstead of Wenham ; Charles F. Williams ;
David Moore ; John Rider; J. M. Ives.
Letters were read from F. B. Perkins of Hartford Conn.;
M. Miles of Flint Mich.; Trustees of New York State Li-
brary ; F. W. Putnam; A. W. Dodge of Hamilton ; David
Choate of Essex.
The Chair then entered into a very happy vein of remark,
by way of welcoming the Institute to the town of Hamilton.
In this address, which though extended, commanded tho
close attention of all, the following noticeable points were
Stated. |
Hamilton, with an average territory, is strictly rural, with
30
enly about nine hundred inhabitants. Manning’s Mills on
Ipswich River, is its only manufacturing concern, and that
is not a large one. The town was set off from Ipswich in
1793, and named in honor of the celebrated Alexander Ham-
ilton. Some twenty years ago, a proposition was made that
this name should be surrendered and a new one taken, so
that a manufacturing village in the west of the state might
be called after the great American Statesman, but the idea
met with no favor whatever.
This place has the honor of being the home‘of the Rev.
Manasseh Cutler, a man of lovely character and brilliant
talent, and of whom very much has been written already.
He represented this district in Congress from 1800 to 1804.
But he was better known as a naturalist especially in the
department of Botany ; and at his house, yet standing, he
was often visited by men of science from abroad.
Felt, in his History of Ipswich, has noted the fact, probably
unparalleled, that in certain families of the name of Appleton,
residing here, there inheres a strange tendency to bleed pro-
fusely from the slightest wound. These “ bleeders” as they
are called, are all the sons of daughters in the direct line of
descent ; and no female or sons of males in the line are
ever known to exhibit this peculiar condition. The hemorr-
hage begins in eight or nine days after the injury, and con-
tinues in spite of all efforts to the contrary, till extreme
prostration and sometimes death ensues. This wonderful
phenomenon has never found any explanation.
The Chair also spoke of the potato rot, a malady which we
know next to nothing about, save its disastrous effects. Ap-
pearances favor the opinion that it has an atmospherical
cause, and is not due to insects, as some maintain; but
whatever it be, it seems declining, and we hope it may soon
disappear.
=
31
Some remarks on vegetable instinct, and an eloquent trib-
ute to the utility and happy character of the Field Meetings,
closed this address, which met throughout the hearty appro-
bation of all.
Dr. George Osgood of Danvers said that he had been both
pupil and friend of Dr. Cutler, whose name is so dear to the
people of Hamilton. He had rambled in these woods with
him fifty-five years ago, when he stood as one of the pioneers
of American Botany. From him he had his first lessons in
that study of nature, which during a long life, have given
him such pleasure and instruction. He proceeded to dis-
cuss the characters of the Tulip Tree (Liriodendron tulipi-
Jfera) and the Catalpa, (C. bignonioides) giving some state-
ments as to their rate of growth and value as ornamen-
tal trees. In the rambles of the forenoon he had collected
many beautiful plants, such as the Purple Orchis (Platan- °
therapsycodes ) Buttonbush ( Cephalanthus) and Indian Pipe,
(Monotropa).
S. P. Fowler of Danvers read the following essay on the
Changes produced by civilization in the habits of our common
birds.
Civilization has produced no greater changes in our coun-
try, than it has in the habits of our common birds. Our oc-
cupations, architecture, mode of cultivating the soil, habits,
Opinions, and even our legislation, serve to produce this
change. The establishment of a fort, or fur post in the Indi-
an country, or the opening of the forest for a clearing, by the
squatter, effectually and at once changes the mode of life of
many of our birds. Thus we see the near relation they sustain
tous. But I wish more particularly to notice at this time the
changes that have taken place in the habits of our birds in
Essex County, during a period of fifty years. None have
been noticed, I think, in our rapacious birds. They have
become less numerous than formerly, although they con-
tinue to breed among us. The Baltimore Oriole still con-
32
tinues to construct her nest after the old pattern, but has
learnt to weave it from materials furnished by civilization.
I have a beautiful nest of this bird, made wholly from mate-
terials swept out of the door of a milliner’s shop, woven and
interlaced with ribbons and laces and other fine things that
ladies wear, including a threaded needle, that girls so often
lose. In regard to the singular habits of the Cow-i’en-Bird in
not building nests of its own, but laying its eggs in other
bird’s nests, and leaving them to the care ol a foster parent,
there seems to have been no change. for many years at least.
All our ornithologists have failed as yet to account for the
vagrant habits of this bird. Darwin, in his Origin of Species
has at length, as le supposes, solved the mystery. The
habit as seen in the European Cuckoo, which is similar to
the Cow-bird, he thinks arises from the slave-making instinet
of animals. He reasons in this way: Now let us suppose
that the ancient progenitor of our European Cuckoo, had
the habits of the American Cuckoo ; but that occasionally
she laid an egg in another bird’s nest. If the old bird profited
by this occasional habit, or if the young were made more
vigorous, by advantage having been taken of the mistaken
instinct of another bird, than by their own mother’s care,
encumbered as she can hardly fail to be, by having eggs and
young of different ages at the same time ; then the old birds,
or the fostered young, would gain an advantage. And
analogy would lead me to believe, that the young thus
reared, would be apt to follow by inheritance, the occasional
and aberrant habit of their mother, and in their turn would
be apt to lay their eggs in other bird’s nests and thus be
successful in rearing their young. By a continued process
of this nature, the strange instinet of our Cuckoo could be
and has been generated.
Some modern naturalists have noticed among some ani-
mals, certain aberrant and mutilated forms, and established
what they term the theory of degradation. And, jor an
example, they give us the misplacement of parts, such as
are now exhibited in some fish, such as the flounder, turbot,
and halibut. These are supposed to have once moved about
upright, like most fish, but trom some cause or other, a long
time ago, they were thrown over and made to swim upon
their sides, their squinting eyes stuck upon the top of their
heads, and their moutlis twisted awry. Some theologians
33
say, that man even is in a state of moral degradation, and
his affections misplaced. But I think we are precluded
from supposing that the Cow Bird has at any period suffered
from degradation or misplacement of its parts, thereby ren-
dering it incapable of incubation, from the fact, that upon
dlissecting it, no disarrangement has as yet been found.
‘To my mind, it is evident, after giving the subject consid-
‘erable attention, that the Cow-bird’s unnatural habits are
such as were given it, by the Author of its being, and are
not the result of the slavery instinct, degradation, or the vice
of habit. This is very evident, when we consider the singu-
ar fact, that when its solitary ege is deposited with those
of its duped nurse, the parasite’s ege invariably hatches
from twenty-four to forty-eight hours before those of the
foster-parent. Here we find a special provision made in
favor of the Cow-bird, on which depends the continuation of
the species. How Mr. Darwin can account for this, by his
theory of slavery instinct, we cannot imagine. I have for
‘many years noticed one or more young Cow-birds in my
garden, reared principally in the nests of the Yellow-bird.
Sometimes the eggs of the parasite fail to hatch, by a floor
being laid by the owner of the nest over the egg and another
story being added to the domicil. The wailing note of the
-young Cow-bird usually attracts the attention of my family,
-and they are amused in noticing the fond maternal kindness
sof the little step-mother, towards the large, chubby, sooty
Youndling. We have noticed for several years a change
taking place in the habits of our Crow blackbird. ‘They are
becoming domesticated, like the Rook of England. This has
been brought about by the planting of the white pine in our
cultivated grounds. Wherever a cluster of these trees lift
“their heads thirty fect, they are visited by these birds for the
“purpose of breeding, even when growing in our populous
villages. They are absent, for the most part, from their nests
‘during the day, showing that they are not yet perfectly at
home in their new location. The purple finch has likewise
followed our cultivated evergreen trees into our grounds—
“a few years since, they were only to be seen in our cedar
pastures, but they are now quite numerous. With me they
breed on the branches of the spruce, and feed early in the
-season on the flower buds of the white elm, and when these
“fail, Iam sorry to say, upon the fruit buds of the pear tree.
ESSEX INST. PROCEED. VOL. ili. 5.
34
The Cedar bird, which has become domesticated to a con-
siderable degree, within a period of forty years, has discov-
ered that our cultivated fruits are more juicy and palatable,
than the hard dry berries of the Red Cedar. Hence the
changing of its name, within my recollection, to Cherry-bird.
It now wholly escheweth its former food and haunts, and
while it has learnt to love our summer fruits, it has likewise
acquired a relish for our canker worms.
The Robin is the most familiar bird we have, and has been
the longest domesticated. This has taken place in conse-
quence of its cherished name, early given to it by our ances-
tors, which led them to spare the bird—which name, by the
way, more properly belongs to the Bluebird, its mild and.
quiet habits more nearly resembling the Robin Red Breast .
of England, than our ardent and vociferous fruit-eating
thrush which we call Robin. The special legislation afforded
the Robin in our Commonwealth, within a few years, has.
done much to completely domesticate them, and thus render-
ing them, in my judgment, a great nuisance to the fruit
grower. If any law is necessary to protect our birds, it
should be sufficiently broad to cover all of them. I would
make no exceptions. The constant and cruel enactments,.
murderous deeds and mean contrivances to destroy and:
poison crows, would have resulted, long ago, in the destruc-
tion of the whole species, were they not very intelligent and.
sagacious birds, as fully able to take care of themselves, as
those who are laboring to destroy them. Our present bird
law is a queer piece of legislation, evidently drawn up by
persons, who had not one particle of knowledge, sufficient
to classify our birds into orders, deemed by them useful or
‘noxious. For instance, no protection is given in the act to-
‘the Swallow family, Woodpeckers, Flycatchers, Wrens, &c.,
all perfectly harmless, injuring no one, and whose whole
lives are spent in destroying noxious insects. I-can shoot,
or employ others to shoot all the birds above enumerated,
every hour in the day, and’every day in the year, when they
are to be found, and no penalty would be incurred. But if
I'should shoot a Robin on my ‘own ground, in the. act of
eating the last cherry, which he had overlooked on the tree,
I should subject myself toa fine of two dollars!) =
The Swallow tribe has undergone more changes, probably,
than any other order of birds.» The Barn ROW a, havo:
eee
a
35
Yong since left their ancient breeding places, the overhanging
eliff of rocks, and sought the habitations of men. The
Chimney Swallow has deserted the hollow sycamore, its
ancient home, for our unoccupied chinneys. The Cliff
‘Swallow no longer frequents the shelving rock, but has
-sought shelter under our roofs. The same may be said of
‘the Purple Martin and White bellied Swallow, as having
left the uncultivated portions of the country, to seek pro-
tection in a home among the habitations of men. The
Sand Martins are the only species which continue to
rear their young in the river bank. Man’s civilization has
not as yet induced them to leave their ancient homes.
Great changes have been observed in the appearance and dis-
appearance of the several species of swallows. During a period
_of less than fifty years, the purple martin has become com-
paratively scarce in the eastern part of Essex County. Some
authors say, upon the authority of Prof. Kalm, that the pur-
ple martin was not seen in New England previous to the
Revolution. But I have examined Kalm’s travels in this
country, and cannot find that he says anything about the
appearance of the Martin. It is certain they were numerous
in this vicinity, forty years ago, and that they are now very
scarce. I think it is equally certain that the Barn Swallow
is becoming less numerous. * One of the causes, I think,
which has led to this, is our modern tight barns, the poor
swallow being as it were, shut out of house and home. On
the other hand, Chimney Swallows have become very abund-
ant. I can distinctly remember when they were rarely seen.
The White-bellied Swallows have become likewise very nu-
merous, and as they are so quarrelsome in their habits, that
one pair can only agree to live together in a box, they are
driven sometimes to great straits, to find a domicil. Last
_year,4 discovered this bird, building in an old nest of the
Baltimore bird. I was greatly interested at first in this dis-
covery, thinking I had found at last, a new species of bird
in my grounds. The nest retained its old outlines, but the
_swallow had fitted up its interior, so that it presented to me
_a different-appearance. If Mr. Darwin’s theory of slave. in-
-Stincts in ‘animals be true, why may we not suppose that, in
time those white-bellied swallows that cannot find accommo-
-dations in boxes or such places as they would like, would
36
acquire the habit of using old bird’s nests ; and when they~
cannot be found, attempt a forced entry into an occupied
nest, wherein to deposit its eggs, and thus acquire the idle
habits of the Cowbird.
In conclusion, I would say that, without doubt, many more-
changes in the habits of our birds, and the introduction of new
species, willtake place around us during the coming fifty:
years. The results following the opening of the Pacific Rail:
Road will not be confined to commerce and trade, for we see
that plants invariably follow the track of these roads, and
birds as surely follow vegetation. It is well known that rivers,
mountains and coast lines, are used by birds to direct and:
assist them in their migrations, and why may not railroads.
The voluminous Pacific Rail Road Reports themselves have
brought to our notice many new birds, which we cannot fail,
to recognize when they arrive among us.
George D. Phippen, of Salem, had come to the meeting.
by that pleasant drive which leads through Manchester-
Woods. Here Flora was found to be in excellent circum-
stances, and beautiful plants in great variety were to be had
for the picking. He exhibited Pyrolas, Cornels, etc. with
the Beach Pea (Lathyrus maritimus) the Tufted Loosestrife
(Naumburgia thyrsifiora) and the beautiful Willow-herb
(Epilobium.) In answer to a question, Mr. P. sketched the-
outlines of the natural family to which the Sumac be-
longs, and noticed the various species of Rhus that grow
among us, including the Poison Dogwood, (Rh. venenata)
and the Poison Ivy. (R. toxicodendron.)
Dr. R. H. Wheatland, of Salem, responded to some'inqui-.-
ries by detailing the principal features in the development.
of the common Toad. The Toad deposits its eggs in the
water in the latter part of April. They soon hatch, and the
small pools may be seen almost black with the multitudes of”
spawn. These, in about seven weeks, go through all their
changes and hop out on dry land as miniature toads,
and in numbers almost without number ; from whence they-
ey
37
scatter in all directions. Their insatiable appetite for in-
sects renders them great’ helps to the cultivator, though
he has rarely been ready enough to confess his indebtedness
to them. Different species require very different periods for
full development, and some more than the common toad
and some less; our knowledge about the matter, in detail.
is very little.
Rey. C. C. Beaman, of Salem, made some pleasant re-
marks upon the natural beauties of this locality, aud further
spoke of some of the historical points raised by the chair,
Hon. David Choate, of Essex, author of an Essay on the
Geographical and Agricultural Survey of the County, con-
tinued the topic of the last speaker. He had felt deeply
impressed with the remembrance of the aboriginal red men,
whose these delightful hills and waters once were. Not
long since he saw one of these, a relic of Indian greatness,
standing at the church door ; and when, upon invitation, he
addressed a few remarks to the children of the Sabbath
School, he had listened to him with the most intense interest,
On motion of Mr. Beaman, it was then
Resolved,—That a vote of thanks be given to Mr. John
Whipple, for the use of this spacious platform, or tent saloon,
for this meeting of the Institute, for the courteous permission
to use the grounds, and for other civilities to the large num-
ber in attendance ; also to the several gentlemen of Wen-
ham and Hamilton whe have acted as guides to the party.
This meeting was very successful, and the large company
appeared to enjoy the proceedings very highly.
38
Thursday, August 16, 1860.
Firtp Meevinc at Ipswich.—This, the fifth this season,
happened to fall on the 226th anniversary of the incorpora-
tion of this sterling old town. A company of flattering
magnitude arrived by the early train, and various explora-
tions were speedily planned and put in forwardness, ‘* Town
Hill,” probably the highest land in the place, received a large
share of attention ; another party found their way to Ipswich
Beach ; and yet others visited Castle Neck, where stands the
lighthouse, and where is also located the farm and boarding-
house of Capt. Humphrey Lakeman, a well known and wor-
thy citizen of old Ipswich. He has always been prominent
in public affairs, and equally given to hospitality and kind
offices, till more than seventy years have ripened upon him
in the midst of his good works. In this region the sand has
played such antics as continually remind one of the wilds of
Nubia, and the buried temple of Abou-Simbel. Whole
apple trees of liberal size have been buried under the accu-
mulating hillocks of shining white sand, till only the lesser,
top boughs remain exposed ; these however, still bear plenty
of fruit. Ipswich has, until within a few years, enjoyed the —
honor of being the location of the Probate Office for this
County, but that has now departed for a new position in
Salem. The buildings devoted to this and the other Courts
yet stand, but have suffered some alteration. The other
County Institutions, the Jail, the House of Correction, and
the Insane Asylum are still in active service; but much of
the early consequence of the town is now lost. Very much
remains to prove its antiquity ; venerable dwellings, the time
honored tavern, the academy, incorporated in 1828, the
staunch old bridge built in 1764." The place, in fact, is’ all
full of the antique, so far as any of New England can be.
‘Two Englishmen were kindly received here in 1611. Three
years later, Capt. John Smith, the famous, praised “Agawam”
39
specially, as he did almost every other place along the coast.
John Winthrop, son of the Governor, commenced a settle-
ment here in 1633, and the next: year ‘¢ Agawam”’ was incor-
porated as ‘‘ Ipswich,” to bear the name with honor for more
than two centurics.
Three o’clock, P.M. The formal meeting was called to order
in the Town Hall, by Vice President Russell, who explained
the objects and plan of the Institute, as usual. Donations
were then announced, as follows :—
To the Library—from Henry M. Brooks; Zoologischen
Gesellschaft, Frankfurt, a. m.; S. A. Green of Boston ;
Boston Society of Natural History ; Philadelphia Academy
of Natural Science ; C. B. Richardson of New York; J. W.
Stone ; A. H. Sanger of South Danvers ; John Andrew.
To the Cabinets—from J. M. Ives; Miss M. G. Wheat-
land ; Henry Perkins ; Edward Andrew; G. F. H. Markoe;
A. H. Sanger of South Danvers.
Letters were read from the Department of the Interior ;
Smithsonian Institution; C. M. Endicott; S. P. Fowler of
Danvers ; and Dr. C. Johnstone of Baltimore, Md. The last
named accompanying two small parcels of the “‘ Nottingham
Earth.” ;
The following communication from Henry F. King was
then read :—
The two small packets received from Doct. C. Johnstone ef
Baltimore, each containing a portion of earth from the same
stratum, but from different situations above and below Not-
‘tingham, Calvert County, Md., have been submitted to
‘microscopical examination. They belong, geologically, to
‘the Miocene Tertiary formation of the United States,
“and in general characters agree with the infusorial earths
‘from the Rappahannock River, Va.
+0
“After a preliminary examination, we find them to contain,
among others, the following fossil Diatomaceous Plants, viz :
Heliopelta Metii, Ehr.
Heliopelta Leeuwenhoekii, Ehr.
Heliopelta Euleri, Ehr.
Heliopelta Selligueii, Ehr.
Pyxidicula operculata, Ehr.
Pinnularia Couperii, Bailey.
Coscinodiscus gigas, Ehr.
Coscinodiscus radiatus.
Coscinodiscus oculus iridis, Ehr.
Gallionella suleata, Ehr.
Actinocyclus undulatus, (Senarius, Ehr.)
Nayvicula Bombas, Ehr.
Navicula striatula, var.
Craspedodiscus elegans, Ehr.
Zygoceros rhombus.
Sceptroneis caduceus, Ehr.
Podiscus Rogersi, Bailey,
Terceratium favus.
Dictyocha fibula.
The variety of earth from just above Nottingham is cleaner
and appears to have more specimens of Heliopelta than that
just below. .
We agree with Doct, Johnstone in believing the Notting-
ham earth to be the same as Bermuda Tripoli; at least we
are now certain of another locality of the Heliopelta, hereto-
fore;considered so rare. A communication by Dr. Johnstone,
arguing this point, was read at a meeting of the American
Scientific Association recently in session at Newport.
In the year 1844, Prof. Bailey received from M. Tuomey
Esq., of Petersburg, Va., a fine specimen of infusorial earth,
labelled “ Tripoli from Bermuda.”: Mr. Tuomey received
it from some mineralogical correspondent, and had no doubt
_ that it came from the Bermuda Islands. Collectors have sought
in vain for it at those islands, and Bermuda. as its locality
has long since been given up. The Heliopelta and its vari-
eties are abundant in Bermuda Tripoli and have not yet
~ been noticed in any other earth, except the present Notting-
ham specimens. From this only specimen received by Prof.
41
Bailey from Mr. Tuomey, specimens were sent to Prof. Ehren-
berg, the celebrated German Naturalist, and by him distrib-
uted among the leading microscopists of the world.
The Nottingham specimens appear to be the same as the
infusorial earths from the Rappahannock, with the exception,
principally, that the Actinocyclus and some other forms in
the latter, are replaced by the beautiful Heliopelta in the
former, as in the Bermuda Tripoli. They are interesting to
the geologist as showing the apparent resemblance of geo-
logical formations.
The statements of this communication were further com-
mented on by the chair.
John M. Ives, of Salem, offered some remarks upon the
various fruits now engaging the attention of the horticul-
turist.
The Chair exhibited a rose, from the center of which a
green stem had been produced; a phenomenon not very
rare, but full of botanical interest, the rationale of which he
explained to the meeting.
George D. Phippen, of Salem, after making some remarks
on the plants collected during the day, read the following
communication on
Tur INSTINCT OF PLANTS.
Whether this term be inadmissible or not, it cannot be
denied that plants do exhibit actual sensibility, though of a
low order, and that, in many cases, they have the power of
“‘ making movements tending to determinate ends.”
The Creator has placed on the earth many races of sentient
beings of high order, and these with such a structure and
organization that their very existence here is made to depend
upon the presence of another class of organized life, wholly
distinct in characters from the first. This latter, feeding on
the store of mineral and gaseous material: around, is ever
made to prepare, by assimilation, the aliment of those higher
creatures known asanimals. Thus these intermediate struc-
ESSEX INST. PROCEED. VOL, iii. 6.
42
tures, called plants, are made the grand elaborators of
organic matter for the whole creation ; and this first, though
lowest manifestation of life becomes in this view as erand as
any, perhaps, to be found in higher spheres.
Life, overwhelming in its mystery, is never deficient in
self-sustaining power. It is a gift that none of its recipients
have the least power to value.. Yet it is given with a differ-
ence. One well says, “‘ animals have, breathed into _ them,
the breath of life; while plants are breathed upon.” But
both streams rise from one fountain, and are fanned by the
same mysterious wing.
Life is not mere organism; implying growth cer tainly
implies motion ; and while the motion of animal life is fuil
of evidences of what we, too blindly perhaps, call instinct, |
plants, confined and restricted, are not without something:
of the same kind.
The vegetable economy is full of motion. Roots move
downward, seeking darkness and moisture, stems upward
for air and light. An Indian grass no larger than a quill,
climbs the highest trees to gain these two essentials. So of
roots. The author of the Studies of the Essex Flora says of
Bidens connata, “I have found vigorous plants growing in.
the crevices of the bark of trees, three or four feet from the
ground, where the seed had been deposited by the water,
when the pond by which they stood was unusually full, and
a persevering root had in every case followed the retreating
water till it had finally reached the earth.”
While most motions of plants are apparently mechanical,
others are as evidently spontaneous and voluntary. Some
may be explained by the principles of endosmose and the
peculiar laws that control the transmission of fluids. Setting
all these distinctions aside, however, we only stop now to con-
template the wisdom that has adapted each to the special
end in view.
By one of these spontaneous SORES everywhere to be
seen, the upper side of the leaf is always turned to the light.
This position is rigidly adhered to, even by a severe twisting
of the petiole when the leaf has been designedly reversed, and
whole fields of clover will thus turn their leaves to, and with
the sun. Another of these movements has gained the name
of “the sleep of plants,” as it mostly occurs on the with-
43
‘drawal ofthe sun. Leguminous plants exhibit it most freely ;
every one has noticed how the common Locust folds its
leaves at night, and so keeps them till they are relaxed by
the morning sun. The common Sensitive Mimosa takes on
with something of violence, when touched, the same state in
which it rests at night, yet this is hardly a state of repose or
relaxation, but quite the reverse, being a somewhat strained
or contracted condition. Composite flowers are slightly
affected in the same way and close their heads at night and
during storms. Such as the Dandelion, Succory, &c.
‘“‘ Oft as light clouds o’erpass the summer glade,
Alarmed, she trembles at the moving shade ;
And feels, alive through all her tender form,
The whispered murmurs of the gathering storm.”’
Many flowers open in the morning and close at night;
ut some reverse this rule, as the Might-blooming Cereus.
‘‘ Bright as the blush of rising morn, she warms
The dull cold eye of midnight with her charms.”
The Evening Primrose opens its petals with some violence
at night, and as some say, with a flash of phosphorescent
light. The Four o’clock, opening late in the day, continues
expanded all night, and droops in the morning, leaving its
place well supplied by the Convolvulus or “ Morning Glory.”
Even the passing of a few clouds, or a slight shower, are
. enough to affect certain plants. Whole beds of tulips, pre-
viously drinking in the sunlight, to tinge their many colored
robes, shut hastily with the plash of the first rain drops.
The Anagallis, called the “ Poor Man’s Weather Glass” is
more sensitive still, for, by repute, it anticipates these changes
so truly, that fine weather always follows its expansion.
Such movements are natural, beneficial, and certainly,
evidences of life ; but whether they point to a real share of
sentient happiness and consequent disposition to avoid dan-
ger, is not easy to say. Something like faintness is now and
then seen among plants ; the Impatiens or Jewel-weed droops
so quickly, on being plucked, that its very life seems to ex-
hale from the wound. We see no such exhalation ; neither
do we from the leaves of the forest, which send up clouds of
vapor like a perpetual incense ; if such were visible, we
might gain more vivid ideas of vegetable life.
We notice also the means by which climbing plants ascend,
44
-and their consequent movements. The Grape, miei.
Passion-flower, &c., move forward and upward by tendrils,
seizing every support as animals do with their claws. The
Bignonia and Ivy have fibrous processes, thrust into every
crevice, carrying them up over surfaces of only the slightest
inequality. There are Galiums and Polygonums that climb
by the hooks and prickles of the stem. The Honeysuckle
and Convolvulus make one tendril of the whole stem and
ascend by this twining spirally, while the Dodder fastens and
lifts itself by suckers that rob the plant to which they cling.
_ “* With sly approach she spreads her dangerous charms,
And round her victim winds her wiry arms.”
The Clematis employs the long petioles of its leaves, whieh
have been compared to hands.
The Celastrus by its leaves and fine-drawn, spiral stems ;
the Tropeolum also by its leaves; and these, like many
more, move upward thus in quest of light and air.
It is remarkable as well as inexplicable, that twining stems
do not all turn in the same direction. The Morning Glory,
Bean, &c., invariably turn “ against the sun,” W. S. E., but
the Honeysuckle, Hop and others are equally tenacious of
the opposite course, and turn always E. 8S. W.
The Sur. dew of our bogs is a very peculiar plant. Its
leaves, glandular, and, as it were, jewelled all over, are sen-
sitive to the tread of insects, who are often caught in these
glutinous toils ; and its graceful mode_of flowering, uncoil-
ing its raceme, to place the freshest flower at the highest
point, has called forth the words of Darwin :—
‘** As with sweet grace her snowy neck she bows,
A zone of diamonds trembles round her brows, .
Bright shines the silver halo as she turns,
And as she steps, the living lustre burns.
We see an instinctive purpose in the economy of the
Peanut, for it buds and flowers in the air like any other, and
then plunges its blossom into the earth, that the hot sun may
not scorch the ripening seed.. Much the same end is served
by certain aquatic plants that only perfect their fruit under
water. Of these last the Valisneria, growing at the bottom
of ponds, lifts its fertile flowers to the surface for impregna-
tion, and then, by a spiral coiling of the stem, dy aws See
the fruit to ripen beneath the surface.
45
Plants under difficulties will sometimes make what seem
great exertions to ripen their seed and secure a progeny.
Many are very sensitive just at the time of impregnation of
the seed, the stamens and pistils making spontaneous movee
ments to accomplish that end. The stamens of the Aalmia
or Mountain Laurel, leap up toward the pistil with a jerk :
and in the Barberry, this jerk is repeated as often as the fila-
ment is irritated. In the Saxifrage and Parnassia, each
stamen in turn, bends down over the pistil, and in Genista
and the Lupine, five stamens alternate with the other five in
these approaches ; while in Mgel/a, the stamens being too
short to reach the pistil, it bends itself down and meets them.
Probably the closing of flowers at night or before rain is
intended to preserve the pollen from extraneous moisture.
Many of the Lilies and other bell-shaped flowers drop their
blossoms for the like reason ; but all these plants lift up the
pod afterward most rigidly to be ripened in the sun.
The production of honey in flowers might be cited to illus-
trate this point ; for by the agency of the insects that seek
it, the pollen is spread and scattered more perfectly among
the pistils. The Columbines and Apocynums afford good
examples of this; those plants having catch-fly abilities are
of this class.
Such are some of the wonders of plant life, visible to all.
In microscopic research, a fresh mine of manifestations ap-
pears, not belonging to the present purpose. Vitality cannot
be analyzed. It is the gift of God. In many respects its
nature, as shown in the fixed vegetable and in the moving
creature, is the same. Both have functions, and attributes,
commensurate with their welfare; but animals alone have
faculties, to which plants in no sense approach.
Rey. 8. Barden: of Marblehead, exhibited specimens of
Indian implements of stone, and made some very interesting
remarks thereon. He further spoke of his obligation to the
Institute for the benefits he had here obtained; his strong
interest in mineralogy, and the deep pleasure he thence de-
rived, being all traceable to the Field Meetings, where they
were first excited.
David Pulsifer, the distinguished antiquarian scholar, °
formerly of Ipswich, was prepared to entertain the meeting
_with several articles, the result of his historical gleanings,
but lack of time preventing, he substituted a few animated
and pleasant remarks in the same vein, to the evident grati-
fication of all.
After passing a vote of thanks to the Town authorities, of
Ipswich, for the use of this Hall, to the several gentlemen
who have acted as guides, and to the citizens generally, for
their kindness and attentions during this visit of the Insti-
tute to their ancient town, hallowed by many associations,
more especially as the adopted home of Oakes, a name en-
deared in the early annals of our Society and one of the
most distinguished botanists of New England.
Adjourned.
Thursday, December 26, 1860.
Meeting, this evening, at the rooms, Plummer Hall,
Henry M. Brooks, one of the Vice Presidents, in the chair.
Records of the preceding meeting read.
Donations received since the meeting in Ipswich, August
16, were announced :— ;
To the Library—from John L. Russell ; John H. Stone ;
Samuel Colman of New York; R. B. Kerr of New Orleans,
La.; Samuel A. Green of Boston; Philadelphia Academy
of Natural Science; St. Louis Academy of Science ; Connec-
ticut Historical Society ; Nathaniel Paine.of Worcester ;
Wisconsin Historical Society ; Pennsylvania Historical Soci- -
ety; Philadelphia Board of Trade; Moravian Historical
Society at Nazareth Penn. ; Stephen A. Chase ; R. Manning
Chipman, Walcottville, Conn.; N. J. Lord; Caleb Foote ;
47
S. S. Mackenzie of Topsfield; Canadian Institute, at To-
ronto, ©. W.; Isaac P. Foster; New Jersey Historical
Society ; William P. Tucker of Brunswick, Me.; Vermont
Historical Society ; Nathaniel Ropes of Cincinnati, Or.
Daniel C. Gilman of New Haven, Conn. ; Henry F. Sines &
Oliver Warner, Secretary of Sata ; William Brown ; Amer-
ican Geographical and Statistical Society ; Mercantile Libra-
ry Association of New York; Boston Society of Natural
History ; Zoologischen Gesellschaft in Frankfort; H. F. G.
Waters; Jeremiah Spofford of Groveland; E. 8. L. Rich-
ardson of Chicago, Ill.; Town of Gloucester; G. F. H.
Markoe; Mrs. N. D. Cole; John B. Alley, M. C.; Miss
Rebecca Miller of Temple, N. H.; S. K. Whipple of Boston :
Smithsonian Institution ; David Pulsifer of Boston.
To the Cabinet—from William Clough; Matthew A.
Stickney ; B. F. Stedman of Milburn, Lake Co., Il.; Au-
eustus Fowler of eee ei H. Wheatland; Elliot F.
Smith of Keokuk, Iowa; 8. 8. Mackenzie of Topsfield ; Miss
Ellen Brown; Isaac O. Guild of Lynn; J. W. Standley:
W. Mack; Isaac Chandler; G. F. H. Markoe; James 8.
Williams ; C. L. Pierson; R. W. Bemis of Chicopee; Mes-
srs. Phippen & Endicott; W. Perkins; R. Wheatland :
Thomas P. Gentlee of Manchester ; Charles H. Price ; John
Chamberlain; W.G. Webb; Charles Endicott; Henry P.
Ives ; Derby Pickman; Charles A. Putnam; J. Phillips;
Miss H. R. Lee; George Fabens; Mrs. 8. P. Fowler; M.
Miles of Lansing, Mich.; N. C. Locke; George F. Reed;
Daniel Currier; E. 8. L. Richardson of Chicago, Ill.; L.
Peirson Ward; F. W. Putnam; R. 8S. Rogers; Thomas
Fettyplace ; John W. Goodridge ; Smithsonian Institution ;
W. B. Wyman of Marblehead ; Francis F. Wallis; John N.
Martin.
Letters wore read from Historical and Philosophical Soci-_
ety of Ohio; Maine Historical Society ; Trustees of New
York State Library ; Chicago Historical Society ; New York
Mercantile Library Association ; Trustees of Boston Public
Library ; Corporation of Harvard College; Peabody Insti-
tute, South Danvers; Pennsylvania Historical Society ;
David Choate of Essex; N. J. Holden of Lynn; William
Agee ; Thomas H. Barnes; J. F. Webb, jr. ; Adams Express
Oo.; S. P. Fowler of Danvers; M. A. Stickney ; Joel Mun-
sell of Albany; F. S. Pease of Albany; S. F. Nichols of
Boston; S. A. Green of Boston ; Wisconsin State Historical
Society ; R. C. Kerr of New Orleans, La.; M. Miles of Lan-
sing, Mich.; Smithsonian Institution.
A. C. Goodell read a very interesting paper, giving a suc-
cinct account of the literary and scientific labors of James
Tytler, who emigrated from Scotland to Salem in 1795, and
died in the year 1804. Many of our older citizens will prob-
ably remember this eccentric and learned person, who resi-
ded in a small house on. the Neck, a short distance from the
Hathorne House.
After remarks from Rey. Mr. Beaman and Mr. J. Batch-
elder, a vote was passed thanking Mr. Goodell for his valua-
communication, with a request that he would prepare the
same for publication in the Historical Collections of the
Institute.
Adjourned.
Monday, January 7, 1861.
Meeting this evening at 7.30 o’clock, Vice President,
Henry M. Brooks, in the chair.
Records of preceding meetings read.
Donations announced from the following a .
To the Library—from Henry M. Brooks; George ©.
49
Chase ; 8. A. Green of Boston ; Tennessee State Library ;
N. J. Lord; H. F. Shepard; Henry E. Jocelyn; Mrs. N.
D. Cole; C. Foote ; James B. Curwen.
To the Cabinets—from Charles H. Buffum ; George Har-
rington; Samuel V. Shreve; Mrs. N. D. Cole; Henry E.
Jocelyn.
Letters were read from John C. Holmes of Lansing,
Mich.; M. Miles of Lansing, Mich.; 8. A. Green, Librarian
of State Library of Tennessee; C. B. Richardson of New
York.
The following communication from 8.8. Mackenzie, of
Topsfield, was read by the Secretary.
THE LocaL GEOLOGY OF TOPSFIELD.
In speaking of this, the numerous hills, as being the most
prominent objects, deserve first to be noticed. The most
southerly of these, called, from the present owner, Pingree’s
Hill, begins near Nichols’ Brook, so called, and rising grad-
ually, attains its highest elevation at what was formerly
known as Estey’s Hill, from which it declines southeasterly
in the same easy slope, till it is lost in the Wenham meadows.
This might be called a series of hills, rather than one; the
whole elevation consists of swells or ridges, like waves of the
ocean rolling in from the northeast ; and these ridges con-
tinue all the way from Ipswich River to the town of Danvers,
with a constant range from north-west to southeast. Pin-
gree’s Hill, the highest ridge, is about 200 feet above the
river-bed, and not far from two miles long.
Next, on the northerly side of the river, and in the wes-
tern portion of the town, we have Lake’s Hill. It is so
named on the County Map; but many prefer to call it
Gould’s Hill. Indeed, families of both names have occupied
it nearly two centuries. For still another name, the older
inhabitants recognize it as “ Billingsgate Hill.” This is also
formed of swelling ridges, still ranging N. W. & S. E., with
a rather abrupt termination at the northwesterly extremity.
Its whole length is about a mile, the noted Treadwell Farm
ESSEX INST. PROCEED. VOL. iii. 7.
50
lying not far from one end. An old burial-place, now bare-
of monuments, is found on the southern slope, and tradition
ascribes its occupancy to families of the name of Stanley.
Northerly from this lies Great, or Towne’s Hill. On its -
southerly side the Topsfield Hotel once stood, on the site of
the present house of Daniel Perkins. The summit is north
of this point, and is called the highest point in town, though
in this respect there is little difference between this and
Pingree’s Hill. Like the others, this has the wavy, ridgy
surface, and is somewhat abrupt at the northwesterly end.
From this, moving southeasterly, we reach Bradstreet’s
Hill, which is a regular swell of land for more than half a
mile. On its eastern side, however, it is broken by sharp
ridges along the river meadow.
Northeasterly from Bradstreet’s Hill, across the meadows
and the river, rises Cumming’s Hill, named from its former
exclusive owners, though now its possession is shared by
others. Tradition says that an ancient owner of this hill,
named Howlet, gave it entire to a boy named Cummings, as
a freedom present, and it is added, that the boy lived to the
age of a hundred and three years. ‘he hill is of the same
general form as Bradstreet’s, but somewhat higher.
Lamson’s, or Third Hill is found a little further to the
northeast. It has been known as “ Thick Woods,” but none
but apple trees are on it at present. Here we have the
structure of the large hills again; blunt and steep toward
the northwest, furrowed and ridged through its length, and
sinking gradually toward the southeast, where it continues
into Hamilton.
Recrossing the river and moving northerly, Paine’s Hill is
reached, so called from a former owner, so says tradition.
The westerly side is rather abrupt, and the easterly and
northwesterly slopes are broken into knobs and ridges.
Easterly from Lamson’s Bridge and beside the Ipswich
Road, is a small elevation called, from its form, Round Hill.
It was once planted with a single row of corn (or beans)
which ran round it spirally to the top. Since then, however,
part of the hill has been removed for the benefit of the high-
way. A willow grows on the top, planted there by one
Benj. Hobbs, sixty or seventy years since.
ol
Bear Hill may be mentioned. This lies near the George-
town Road, on the northerly side of the town. It has the
same general form as the rest, and seems only one of a series
of hills that begin near the Meeting House, in Boxford, and
are known in some parts as the Perley Ridges.
This wavy or furrowed figure has procured for these hills
many subordinate names, as the particular hillocks were
regarded. Thus, Pingree’s Hill includes Dwinnell’s, occu-
pied by the Danvers road, and Towne’s, by that to Wenham,
while another height is known as Peabody’s, and Rea’s Hill
is a small ridge running into Danvers. Others might be
named, but all belong to one general elevation. So of that
undulation called Great Hill, which lies northeasterly from
Towne’s Hill (on which the Hotel stood). It has no claim
to a separate consideration, forming, undoubtedly, with
Towne’s, only one real elevation.
The soil of these hills and its fitness for agricultural and
other purposes, are next to be considered. In these respects
all seem much alike. The soil is always loose, with sand
and gravel, a small amount of clay, and stones, large and
small, near the surface. On penctrating deeply, however,
the earth becomes more compact and very firm. Water,
enough for man and beast, has been obtained on all these
hills by means of wells. Of springs flowing out at the sur-
face, there is no lack, but wells have been dug to all depths,
from ten to twenty-five feet, to obtain more convenient sup-
plies. The deepest well ever dug in the town was at the
Hotel. This was carried down to eighty-five or ninety feet ;
but the only water-vein that was found, occurred about
twenty fect from the surface, and yielded some twelve gallons
per day. As forty horses were to be kept at the place, this
supply was thought too limited, and the work went on, to
the above depth. But as the lower strata seemed even dryer
than the upper, the effort was abandoned and the well stoned
up. It filled with water, however, and has never been dry
since, but yielded abundantly. At one time, considering
that a bucket was never lowered in it further than forty or
fifty feet, the part below, of some forty fect more, was filled
with stones, as useless, and so remains without affecting
the supply.
In 1855 a well was dug near Mr. Pingree’s house, about
twenty-one feet deep and fifteen feet in diameter. Here
water was found about eighteen feet below the surface. The
earth was compact clay and gravel with stones of all sizes.
The whole was thoroughly mixed and and solidified ; no part
of the earth or stones being in a stratified state; yet there
were small rounded stones that appeared to belong to strati-
fied rocks, Among the mass were also pebbles of white
quartz and of sandstone. In the course of the excavation
there appeared what seemed once to have been a crack, or
rent in the earth, once open and afterwards filled with gravel
and sand. It was about six inches wide; and though very
firmly filled, could be traced nearly to the bottom of the well.
The large hills are all composed of similar materials, and |
all reckoned good land for cultivation. No ripple-marks.
occur in any of those described, save at Round Hill. This
is chiefly loam and gravel, resting on sandy loam, and was
evidently thrown up by the action of currents of water, as.
indeed most of the small ridges may have been, ripple-marks.
being found in them as well.
The plains and meadows will repay a moment’s notice.
A large plain begins at the river near the Treadwell Farm,
and exteuds northerly to Prichard’s Pond. It has a gradual
ascent at an angle of about one degree. It seems to continue
northerly as far as the Merrimac, and to reach westerly from.
Towne’s Hill to the hills in Andover, making due allowance
for allthe minor elevations as seen from some of the high hills.
The plains are apparently all composed of one class of
materials. Soil, answering well for cultivation, forms the
first layer of from two to twelve inches; coarse and fine
gravel succeeds, with sand and small pebbles in layers, till
at eight or twelve, sometimes twenty feet deep, according to.
location, quicksand and water are met with. This is true
of most of the plain land, though near the brooks and mead-
ows clay appears after passing the upper layers of earth.
At many points, brick yards were worked at the time of the
early settlers, but vone of them at present. One of these
was near the place once occupied by Jacob Averill.
The meadows here yield a large a large amount of peat of
every grade and texture. In some of them, charred stumps,
and charcoal from small sticks are found three feet or more
53
below the surface, indicating that the swamps were burnt
over before the peat was formed.
When we come to the examination of the Rocks and Min-
erals of Topsfield, the first object of attention is what is
known as the ‘“‘ Copper Mine.” Most that is known of this
comes by tradition. It is said that an Englishman named
Buntin, came here about 1760, and with some of the towns-
men begun mining for copper. Three points were selected ;
one near the meadow, on Jand now of David Towne, and
near the house of Elisha Towne, then living on the premises.
From this they passed to another point near the junction of
the roads, where they sunk a shaft; and again going up the
hill to the northeast, they sunk a third one some forty feet
deep, with a considerable chamber at the bottom, made by
removal of this rock in the search for ore. The tradition
continues, that they shipped a large quantity of the ore, or
rock, for England ; but as nothing was ever heard of it, it
was supposed that ship and cargo were lost at sea. About
1838 these shafts were reopened, and in them some of the
old mining tools were found, shovels, picks, &c. An exam-
ination was made as to the utility of again working the mine,
but nothing was done further, as there appeared no prospect
of profit.
The rock at these places is of a green color, and very hard
when first broken up, but by exposure to the air, it crum-
bles down into slaty or scaly fragments. It can be traced
nearly two miles from the meadow above named, in an east-
erly direction. It appears near the surface just east of the
house of Daniel Towne. It passes under the river at the old
fordway, sometimes called the “Old Weirs.” Still to the
east the Newburyport Railroad cuts through it, near the
house of David Perkins, to a depth of fifteen fect. Here it
betrays the presence of copper quite as much as at any of
the other points. In part the rock consists of quartz; and
the indications of metal are increased very much by the
action of the atmosphere. How much further the formation
extends eastward is not known.
Few extensive ledges of granite exist here. Bowlders,
large and small abound in and upon the hills, scattered and
distributed with little or no order.
In form, size and color, they are of course greatly diversi-
fied. Formerly, a large one, fourteen feet long and two feet
in diameter, lay on the hill nearly southwest from the arched
bridge over Ipswich River, and some forty rods from the
turnpike. It was egg-shaped and almost wholly buried in
the earth. This rock was worked into stones for the above
bridge in 1853. It is a peculiar rock, with no other'like it
in the region. It may have been one of the “lost rocks” of
which we sometimes hear; but as it had lain there some
time and no owner called, it was worked into the bridge.
In building the railroad, on the north side of the river,
an excavation was made through a hill and ledge near the
bridge. Here the cut was actually carried down through
the rock, which was found to rest. on sand. It is only a
mass of compacted, reddish gravel ; and on exposure to the
atmosphere, crumbles to dust. It seems very retentive of
water, and is considerably used for grading. A hill of the
like quality is found on the easterly side of the Common ;
and here, also, the rock rests on the sand. Hillocks and
rock of the same kind occur in a pasture north of the Com-
mon, formerly belonging to the parsonage; but whether
they rest on the sand is not yet known.
At the house of Mr. Small, a well was sunk eighteen or
twenty feet into a ledge, and receives its water through a
seam.
- 4
Ee
97
Georce D. Putpren, of Salem, had heard the question
asked during the day, whether this region possessed any
special interest in its history ; and he had heard a negative
reply given. But the fact was otherwise. No one should
forget that the first settlement on the proper soil of Massa-
chusetts was near this spot, a little toward Cape Ann. The
region, from that little colony toward Naumkeag or North
River, was thought very beautiful by the early voyagers.
Gosnold thus spoke of it in 1502; and the redoubtable Capt.
John Smith, a dozen years afterwards, declared that ‘ Cape
Ann Side,” as it was long called, was “the paradise of all
these parts.” When Higginson came here with his few
followers, and also when the Arabella arrived with the
honored lady whose name she bore, the passengers described
the perfume that came from this shore “ like the smell of a
garden.” They said, also, that here they landed and picked
“plenty of strawberries, gooscberries, and sweet single-
roses.”” We have been regaled with some such to-day.
The natural as well as the civil history of this district, has
its points of interest. They have attracted the attention of
the curious and scientific for years, even from the time of
Jocelyn’s mythical lions and monstrous frogs, to the present
day, notorious with the fame of the Sea Serpent. And if to
pass hence to the subject of plants be not too abrupt, we all
know that no other spot in New England shares with this
the glory of producing the Magnolia Glauca. And here, as
the lovers of the beautiful have scen today, is a special
haunt of the Aalmia or Mountain Laurel, a truly American
plant, and worthy to be adopted as a national emblem by
us, as the “ Fleur de lis” has been by France. Or, looking
to somewhat humbler forms, the same great order of Heaths
to which the Aalmia belongs, furnishes many other species
to represent it in this vicinity ; and all are plants of special
beauty. Thus, although there is no true heath in the west-
ern world, we have abundantly before us the remarkable
ESSEX INST. PROCEED. VOL. Hi. 18.
98
beauty,that characterizes the family to which it gives its
name.
F. W. Purnam of Salem, being asked, what was the opin-
ion of Agassiz as to the Sea Serpent, stated that the great
naturalist had often remarked to him that ‘“ there was no
reason why there should not be a Sea Serpent, but as yet
he knew of no sufficient proof that there was one.” Ra-
finesque, a half century ago, named and described from the
accounts given by sailors and others, several genera and
species of Sea Serpents.
A comunittee of the New-England Linnezan Society made
a report which was printed forty or fifty years since, upon a
specimen, as it was claimed, of this wonderful creature. But
that specimen was, doubtless, nothing but a mal-formed
black snake.
Mr. Putnam remarked upon the kinds of insects collected
by him during the day, stating that such as are found along
the sea shore always differ, materially from those proper to
the interior. He further spoke of the difference of the ani-
mals of the land and the ocean,:saying that in the ocean
while we find nearly all classes represented, they are gener-
ally the lower orders of the class, and also species that attain
the greatest bulk ; thus in the higher class, that of mamma-
lia, we find its giants, the Whales, only in the ocean, and
these are of the lowest order of the true mammals.
Jn the class of Birds, the lowest, or the Sea-Birds, are also
of large size, having but few equals on land. In the Reptiles
this is reversed, as we find that what have generally been
held as the highest order, the Chelonians, are represented
by the large Sea-Turtles; while the lowest true Reptiles, the
Snakes, are terrestrial. Among the class of Batrachians
there are no marine representatives known. In the class of
Fishes, the Sharks and Skates exceed all others in bulk, and
99
are confined to the ocean, though they are in many respects
more highly organized than the other fishes ; again, the low-
est of all fishes, the, Lancelet and the Mixine, are purely
marine animals. Among the Articulates the class of Crus-
taceans is to a great extent oceanic, and the larger species
are strictly so. Most of the large worms are inhabitants of
the salt water ; and even among the Insects there are many
species that live on the sca-shore, on the Sea-weed, &c. The
greater number of the Mollusks are also marine, and the
whole class of Cephalopods (Squids, &¢.,) in which we find
the giants of the branch, are strictly so. Among the Radi-
ates there are few, such as the fresh water Bryoza, that are
found away from salt water. The difference noticed be-
tween the animals of the ocean, the fresh waters, and the
land, is, as a general thing, so well marked, that we can al-
most always assume that the oceanic representatives of a
group are the lowest, the fresh-water ones being higher and
the terrestrial the most highly organized. |
C. M. Tracy of Lynn, had spent most of the forenoon
in the Magnolia Swamp. ‘Tihere are species of plants in
that spot not generally to be met with. Not only is the
Magnolia there, but also a beautiful white fringed Orchis ;
the pretty Clintonia; the Inkberry, a species of Holly, and
one of the finest evergreens we have; the brilliant and
charming Sundew; with others of commendable beauty.
He would like to make careful search through that swamp,
for it would hardly fail to reveal many botanical treasures.
The thanks of the Institute were then voted to the Messrs.
Bartlett of Wenham and the Messrs. Knowlton of Kettle
Cove, for their kind attentions during the day, and the In-
titute adjourned.
100
Thursday, August 6, 1861.
Firtp Merring at Lynn.—This meeting was held at the
Gravesend Village, and had been appointed for Wednesday
of the week previous, but postponed on account of important
public events. The company having mostly arrived in the
morning train from Salem, and alighted at the Central Sta-
tion, proceeded to the rendezvous on foot through the tract
known as *‘ Rocks Pasture,” and under the direction of Mr.
W. W. Lummus. No especial haste was made in this walk ;
and some halts were made to visit High Rock, and the other
elevated spots, and pleasant locations, with which this terri-
tory.is so well supplied. Arriving at the Gravesénd School
House, a temporary stay was had, and then a division into
small parties for further explorations. One detachment, led.
by Mr. H.8. Lufkin, made a tour among the meadows and
copses in the vicinity, in search of the varied botanical
riches there found, and these had much pleasure and en-
couraging success.
A second division resorted to the shore of the Flax
Pond, near by ; and found much satisfaction in the, examina-
tion of the surroundings of this fine old shcet of water.
Others took various jaunts among the neighboring hills and
woods in quest of geological and other objects of interest, of
which no small share are to be met with in this region.
~~ The afternoon meeting was organized in the school house
at about 3 P.M., when in‘ the absence of both President and
Vice President, chive 1). Phippen of Salem, was called to
the chair.
Records of the preceding meeting read.
Donations were announced as follows:
Mb the. Library —trom,Mrs, As Nichols ; Mise Mama
R.H. Wheatland ; Trustees of the New York State Library ;
101
C. B. Richardson of New York;-N. Bouton of Concord,
N.H.; Zoologishen Gesellschaft der Frankfurt: A. P. How-
ard of Boston.
To the Cabinets—from S. V. Shreve: Mrs. J. F. Deypey-
ster of New York.
Letters were read from the Trustees of Boston Publie Li-
brary ; Corporation of Yale College ; C. M. Tracy of Lynn ;
L. Agassiz of Cambridge; A. P. Howard of Boston; Mrs.
Frances G. Deypeyster of New York; D. C. Gilman of New
Haven Conn.; C. M. Endicott; M. A. Stickney.
The Chair, in introducing the exercises, made some state
ments explanatory of the principles, objects and history of
the Institute, and of the purposes and method of these
“Field Meetings.” We had pursued this system of gather-
ings for several years, and thus far, with signal advantage
and enjoyment to all who participated. At these meetings
we bring together those who feel an interest in the works of |
Nature and who make them their especial study; and we
place them face to face with the various phenomena of crea-
tion, as they are exhibited in our fields, our hills, and our
forests. By these excursions, we are relieved from the ne-
cessity of studying these things in the dry, dead cabinets of
home; and the student who walks with us has a view of
them as Nature has herself arranged them, drawing his
conclusions from facts undisguised by the interference of
man, and free from that partial and imperfect character
which will ever be detected, even in the best ordered and
fullest collection. Such students of nature are with us to-
day ; may we hear from them how they have fared in these
respects during the day’s rambles.
James J. H. Grecory of Marblehead, said that this region
presents many interesting matters to the eye of the geolo-
gist. In this immediate vicinity, the rock in place is uni-
formly porphyritic, and the porphyry takes on a great variety
of texture, color and marking; so that a long and pleasant
102
course of study might be made upon this rock alone. ‘The
State Map does not notice the porphyry of this vicinity; or
only feebly indicates it. This is certainly a grave defect,
and ought to be amended; for the rock is too rare and
striking in its characters to be overlooked in) such ‘a work.
Greenstone is found not far from here, but it is somewhat
different from that of Marblehead, being of a rather slaty
character.
Mr. Tracy, of this place, has thrown out the suggestion
that the type of vegetation in a given territory is directly af-
fected by the nature of the rock formations there found. He
had no doubt but this idea was based on fact. He had to-
day made a short excursion of a mile and a half, or so, to
look at some of the curious exhibitions of drift to be seen
among these hills. In this ramble he had seen for himself
that a difference could be detected in the forest growth along
either side of the line of junction between the porphyry and
the granite. No doubt a closer study would set this matter
in a clearer light; it is certainly a point deserving of care-
ful attention. He had been to-day among bowlders of every
size, from small pebbles to a small house, for some of them
were at least one hundred and twenty feet in circumference
and thirty feet high. And yet these great blocks are not
left with sharp angles, but in almost all cases are rounded and
finished off like beach-stones. Undoubtedly they have all
been moved, and belong to the great mass of the drift forma-
tion. In the deep woods near the South Danvers line, he
had been piloted by Mr. Tracy to find what he could never
could have found alone—the somewhat noted and very re-
markable “‘ Pheton Rock.” A more curiously situated
rock would be hard to find, or to conceive of. A vast block
shaped like half a pear with the flat side uvdermost, some
ten or fifteen feet in greatest length, lies precisely balanced,
and firmly sustained on four small rounded stones twelve or
fifteen inches in diameter, just on the brink of a precipice,
over which its smaller end projects for almost half the length
103
of the entire block. We can never sufficicntly admire the
means, stupendous as they must have been, and yet magnifi-
cently simple, by which such a mass has been thrust out
from its parent bed and deposited in a position so strange,
and we may almost say, magical.
The mineralogist is not favored in this region like his geo-
logical brother. So far as ascertained, the list of species is
-small and the kinds not specially remarkable. He had been
asked whether rocks grow. The question may be variously
answered. In some cases, rocks certainly grow smaller if
the expression be allowable. The wind and frost--all the
elements—are wearing down the granite about us and the
figure of the ledges becomes much altered by this cause.
Rocks whose structure depends on the agency of heat can
have no increase of bulk afterward ; but such as limestone,
sandstone, bog iron ore, and chalk, the products of mere
accretion and pressure, may be all the time in process of
formation, or, as we might say, of growth. |
The distribution of shells is always interesting io the geol-
ogist, bearing, as it does, on the subject of fossil remains.
An exploration of the islands in Salem Harbor affords some
curious results, in the peculiar distribution of the genus
Helix. On House Island, near the Misery, are found sev-
eral species, some of them in abundance. Eagle Island also
furnishes many specimens, but they differ matcrially from
those of the first locality. Helia albolabris, H. alternata and
AI. horiensis are the principal kinds found at these places.
C. M. Tracy of Lynn, said that although the list of min-
erals found here was not large, yet some of them did not
lack importance. One cf the first, if not the very first,
establishments for the working of iron in this country was
at Saugus, and was supplied, as is believed, with bog iron
ore from the northern part of the town.. Again, just east of
the place of meeting, lies the celebrated Lynn Mineral
104
Spring, whose waters, almost turbid with some ferruginous
matter, redden the stones they run over, and will throw
down clouds of solid matter by standing in a bottle for a
few days. This is a true chalybeate water, and may acquire
its properties by the decomposition of iron pyrites.
Tue Cuarr observed that from the rocks we may readily
turn our attention to the vegetation that covers and adorns.
them. Many fine species may be detected in this region ;
some of them have come to our notice to-day. The fragrant
White Alder, (Clethra), the Dogbane, (Apocynum), and
the various Milkweeds, (Asclepias), are all plants of beauty
and deep interest. A species of the latter, the Common
Milkweed (A. Cornuti) has a fibre of great strength and
delicacy, resembling that of Flax. VEY Pet ms SS oe ied ba
« ~. J } i
108
place were well scrutinized by those who seldom neglect a
fair opportunity.
The refreshments of the day were served in rustic style in
the grove, after which, resorting to the Town Hall, the
afternoon exercises were opened, Vice President 8. P. Fow-
ler in the chair.
Records of preceding meeting read and donations from
the following were announced :
Fo the Library—from Mrs. Andrew Nichols ; Department
of the Interior; John B. Alley, M.C.; John Robinson ;
George F. Read ; Zoologische Cosollaahat, Frankfort, A. M.;
American Piste hical Society.
To the Cabinets—from W. 8S. Daland; C. H. Norris;
George Goldthwaite; Samuel Preston; Israel T. Howe;
Joshua P. Haskell of Marblehead ; J. J. Rider.
Letters were read from E. Everett of Boston ; Trustees of
Newburyport Public Library ; Department of the Interior ;
D. F. Weinland, Frankfort, A.M.; C. M. Tracy of Lynn.
In his opening remarks, the Chair took occasion once more
to urge on those present the importance of preserving the
local and civil history of our community by the preservation
of all documents, regarded, perhaps, as worthless, while still
possessed of intrinsic value. Of this nature, all old wills,
contracts, depositions, records and books of account, may be
mentioned as worthy of prime regard. Likewise all old
books ; the older and more marked by the pens or pencils of
the former owners, the better; and every pamphlet, news-
paper and old letter; all should be carefully saved, for no
one knows how much there may be in one or other of them
for the good of those who are to come after us. It is the.
business and pleasure of the Essex Institute to be the treas-
109
urer of these relics; all that need be done is, to send
to their Secretary any and all such contributions, and the
three-fold advantage is gained, of pleasing them, of benefit-
ing posterity, and clearing one’s own house of what might
unsuitably encumber it. Let all remember these things,
and let no document go to destruction, however insignificant
it may be in your own eyes.
JAMES J. H. Grecory, of Marblehead, had examined the
place pretty thoroughly for geological features worth men-
tioning here. He had found only two ledges of out-crop-
ping rock in the town, and this was a very peculiar circum-
stance. Not many places in New England could say the
same ; we generally are marked, all over the country, by
bare and craggy projecting rocks of one sort or another,
often in great profusion. Undoubtedly, rock might be found
under all this gravel, as in other places; but at present, the
drift lies undisturbed and conceals tlieem. There seems to.
be great variety in the character of this drift; around the
pond were many of the different types of granite and forty
of them might be collected within an hour. He had pro-
cured a good specimen of sienitic granite; also a piece of
pure sienite, from which the feldspar had been washed out,
leaving curious, irregular markings and cavities. These
ribbed and worn fragments are rather common along the
ancient water-courses of New England, and indeed there is
nothing very peculiar in any the formations about here.
The chief point of interest is, after all, the abundance and
quietude of the overlying drift, so covering and hiding all
the ledges that only two of them anywhere appear.
C. M. Tracy of Lynn, had noticed some plants about
the pond worthy of note, and some still more striking had
been found by others. The Pipewort, (Eriocaulon) whose
globular, lead-colored heads are so conspicuous-along muddy
110
shores, is a kind of intermediate form of! vegetation, having
much of the sedge about it and nota little of the character
of a moss. It is however, a true flowering plant. The little’
Creeping Spearwort (Ranunculus) is almost the smallest ‘of’
the Buttercup family, but though its leaf is no broader than’
a grain of wheat; and its blossoms as small as a sparrow’s
eye, yet its petals bear the beautiful lustrous gloss in full
perfection, that so marks each and every species of Ranun-
culus. The shrubby Potentilla is, generally, more common
about peat bogs, and in its time of flowering makes quite an
ornamental appearance, for although a simple Five-finger,
it has a pretty, compact habit, and claims more beauty for
its form than otherwise. Beside these, a fortunate explorer
had to-day detected a splendid clump of the Cardinal Flower, °
(Lobelia) whose always inimitable scarlet had sported into
the most coquettish dashes of red upon a ground of the
purest white.
subject, and added to the interests:of the plants themselves” »
a yet stronger interest arising from the untiring devotion to
et
his favorite study, seen in this botanist of almost eighty
years. To-day he had met with a species, which he exhib-
ited, the like of which he had not found for many years.
F. W. Putnam, of Salem, proceeded to describe most of
the zoological specimens taken during the day. He also,
by the help of the blackboard, explained the four divisions,
or branches, of the animal kingdom ; showing how thie radia-
ted structure characterizes the Star-fishes, Jelly-fishes, and
Polyps, or coral animals, hence called Radiates; how the
character of concentration is stamped on all animals belong-
ing to the branch of Mollusca, of which the Clam, Snail,
and Squid are common examples; whereas, in the branch
to which the Insects, Crabs and Worms belong, articulation,
or a division of the body into segments, added to an equal
arrangement of parts on each side of the longitudinal axis,
and a tendency to an outward display, are the principal
characteristics; this branch is called Articulata ; while in the
fourth branch, that of Vertebrata ; formed of the Fishes, Rep-
tiles, Birds and Mammals, including Man ; the body is divided
by a longitudinal axis, the back-bone, into an upper and lower
arch ; the upper containing the brain and spinal chord,
while in the lower are situated the organs of vegetative life.
In reply to questions, Mr. P. said what we call the locust
is quite another insect. The oriental Locust is only a spe-
cies of what we call a Grasshopper ; while our Locust ought,
instead, to be called the Harvest Fly. Again, the real
Grasshoppers are small green insects, quite different from
those that have borrowed this name. The noise produced
by these creatures is not at all vocal, but made by a brisk,
fiddling movement of the rough hind leg across a part of the
wing-cover. Further, Mr. P. stated, that the whales now on
exhibition at the Aquarial Garden, Boston, were genuine
specimens of a small species known to naturalists as the
Beluga; and were very well worth an examination.
{12
Tur Cuair said that this season we had been visited, in
our fields, with what all of us had often heard of, but many
had never seen. This was the dreaded army worm. He
had specimens of the worm and its cocoons on the table,
and had been somewhat careful in observing its habits. It
had been known in this country two or three times before,
but only at long intervals. This might be the last time it
could be observed by any now living, and it would be well
to improve the opportunity, and put on record what we
might of its character and history.
On motion the following were appointed a committee to
collect all available facts on the above subject and report at
the Annual meeting of the Institute :—Messrs. F. W. Put-
nam and Henry Wheatland of Salem, and 8. P. Fowler of
Danvers.
Rev. Warren Bourton, of Middleton, offered some remarks
expressive of his high gratification at the proceedings of the
day. He cordially approved the purposes and plans of the
Institute; and while he wished them full success, was
always glad when they sought that success in this quarter
of the county.
Davin Stiues, Jr., of Middleton, made some statements
of a local character, bearing chiefly on the histery of the
town and certain of its prominent families. He further
assured the Institute of the hearty welcome they might ever
expect on visiting this town, and his own hope that such
visits might be often had and enjoyed.
The thanks of the Institute were then voted to Messrs.
Stiles, Esty, Graves, and others, whose kind attentions so
much enhanced the comforts of the day; to the Selectmen,:
for the use of the Town:Hall for this meeting; and the
citizens of Middleton generally for their friendly interest in
our prosperity ; after which the meeting adjourned.
113
Friday, November 15, 1861.
Meeting this evening, at the rooms in Plummer Hall, the
President, Asahel Huntington in the chair.
The record of the preceding meeting read.
Donations were announced from the following :
To the Library—from H. K. Oliver, a large collection of
books and pamphlets, including many valuable musical
works; from C. B. Richardson of New York; L. M. Bolt-
wood of Amherst; A. H. Quint of Jamaica Plain ; Boston
Society of Natural History ; Canadian Institute at Toronto ;
John L. Sibley of Cambridge; Chas. ‘I’. Brooks of Newport ;
Montreal Society of Natural History; C. K. Whipple of Bos-
ton; J. F. Worcester.
To the Cabinets—from Joseph Short of Philadelphia; J.
W. Libbey; Chas. Hoffman ; Edward D. Ropes; Mrs. Thos. .
S. Greenwood of Ipswich; Willard A. Ashby; S. P. Rich-
ardson; Stillman Barden of Rockport; John B. Ashby ;
Richard 8. Rogers; Geo. L. Neal; W. H. A. Putnam;
Museum of Comparative Zoology at Cambridge.
Letters were read, from Massachusetts Historical Society ;
Trustees of Boston Public Library; Edward D. Ropes;
Charles Hatch; A. B. Almon; and N. T. True of Bethel,
Maine.
It was announced that a portion of the books bequeathed
by the late Judge White, had been deposited in the Library,
that the remainder would be received in a few days, and
that, at a future time, a report concerning the same would
be presented.
A. C. Goodell, Chairman of the Committee on Evening
Meetings, reported progress on the subject committed to
their care, and on his motion it was voted that the next
meeting be held on the first Monday in December.
ESSEX INST. PROCEED. VOL. iii.15.
MCR
114
Henry M. Brooks, of the Curators on the Historical De-
partment, read a circular which he had prepared, requesting
the friends of the Institute and others to collect any matter
that may serve to illustrate the cause, origin and progress
of the present war ; and, on his motion, it was voted that the
same be printed and distributed under the direction of the
curators.
A large collection of specimens in Natural History were
placed upon the table, the same having been recently received.
F. W. Putnam made a few remarks upon these specimens,
and stated that there were on the table 262 different species,
and over 400 specimens of animals, and that at least 200 of
these species were new to the Institute’s collection, this
being a much larger number of species than it was often the
good fortune of any Society to obtain at one time.
The collection received of Mr. E. D. Ropes, of Zanzibar,
is of great value to science, and will add much to the use-
fulness of the Institute’s collection. There are several new
and undescribed genera and species of Fishes in this collec-
tion, and many that are very rare and interesting—in all, 54
species of Fishes, T species of Birds, 4 species of Reptiles,
30 species of Mollusks, 33 species of Crustaceans, and 39
species of Radiates, making 167 species of alcoholic speci-
mens. Many of the Radiates and Crustaceans are unde-
scribed. In addition to these there are three bottles con-
taining Insects in alcohol that have not yet been arranged, and
a large number of dried specimens of Corals and Sponges,
that will be reported upon at a future meeting. Be-
sides the specimens retained at the Institute, quite a large
number of duplicates have been sent to the Museum of
Comparative Zoology at Cambridge, in exchange for species
not in the possession of the Institute. Mr. Putnam desired
to take this opportunity of calling the attention of members.
115
to the importance of collecting large numbers of every spe-
cies; duplicates are in reality as valuable to the Institute,
as unique specimens, for the purpose of exchange. On mo-
tion of Mr. Putnam the thanks of the Institute were unani-
mously voted to Mr. Ropes, for the valuable and interesting
collection of specimens of Natural History announced this
evening. Mr. Putnam, alluding to the other specimens on the
table, said that they consisted of a collection of 66 species
of Reptiles, Fishes, Crustaceans, Mollusks and Radiates
from Hong Kong, China, presented by Capt. W. H. A. Put-
nam, nearly all of which are new to the Institute’s collection
and some of them are undescribed.
uous ; not so in insects, here they occupy an equal footing
with those which they destroy. The parasites of the army
worm are quite numerous. There is at least one of the —
Diptera, the Senometopia militaris, Walsh. And among
the Hymenoptera, we find Ophion purg:atus, Mesochorus vi-
treus, Walsh ; Pezomachus minimus, Walsh; Microgaster
militaris, Walsh; Ichneumon Leucania, Fitch; and one or
two others figured in the last edition of Harris under the
article on the army worm. The Chalcis albifrons, Walsh,
is parasitic on Pezomachus minimus ; and Glyphe viridas-
cens, Walsh, on another ichneumon; thus are counter-
checks brought to bear upon the checks themselves. The
Calosoma Calidum, though not a parasite, destroys a great
many of the caterpillars.
But not only are insects our friends, but also the birds
greatly benefit us, far more than enough to pay for the
harm they do. The army worms are caten greedily by all
our black birds, crows, robins, &c. So let our interest cry
mercy with our pity, and protect our beautiful feathered
friends.
In spite of all these natural checks, we see that some-
times the insects are permitted to increase, beyond their
place, and it becomes necessary for us to protect ourselves
against them. I will now therefore proceed to consider the
methods which have been found the most effectual for keep-
ing them in check, and protecting our crops from them.
If it is true that they lay their eggs in Summer near the
roots of the grass, we have all the knowledge of their econ-
omy we need to enable us to fight against them in the sur-
est way ; we know every stage ol their life, and have only
to find the best means of attacking them in the different
circumstances under which they present themselves.
It appears from Mr. Walsh’s investigations, that the best
time to destroy these insects is at the beginning of their ex-
istenee, while they are still in the egg ; all that is necessary
to accomplish this result is to burn the fields in the dead of
the year; by so doing all the eggs in the grass are burned,
and the fields are much improved, the old stubble is re-
moved, while the ashes contain all the chemical constituents
which would be left if the stubble was allowed to decay in
199
the natural manner. It was found that the fields which
were burned Winter before last, last year were free from
the army worm; so theory and facts agree as to the utility
of this process. It seems to me also that this is the casiest,
least expensive, as well as the surest means of prevention.
When the worm has appeared, (Gt not having been de-
stroyed in the egg,).we must provide the pound of cure, the
ounce of prevention not having been forthcoming ; there
are two ends to be aimed at, first, to prevent them from eet-
ting into fresh fields, and, secondly, to destroy them in those
already infested. The most successful method for accom-
plishing the first object, is, according to Mr. Kilpatrick, to
plow two furrows three {cet apart, and as deep as will be
made by going over each furrow three times, the side of the
furrow towards the ficld should be very steep, as otherwise
the caterpillars would be able to get a foothold and climb
up; the sides should be reformed after every rain, since the
water washes them down and makes them hard enough to
enable the insects to climb up. In the second place, where
they are in a field, we must expect to lose the greater part
of the crop; the best thing appears to be to cut the crop as
soon as they are discovered, and remove it at once, as they
continue to eat the fallen grain; then turn in the hogs,
poultry, &c., and they will have a great feast and fatten on the
insects and the grain which they had dropped. In this way
the whole crop will not be lost and the chanee for the next
year’s crop will be much improved.
I do not think it would pay to try to destroy them while
in the ground ; the best way to do it that I can think of
would be to turn them up with a harrow, and turn in the
hogs and poultry as before. In the moth state, the best
method of destroying them, is that suggested by Dr. Harris
for the tent caterpillar, namely to build bright fires at night
where they abound, into which they fly blinded by the light.
The ichneumons were so industrious last year, in one lot
killing fifty-four out of fifty-six, that we may hope their ray-
ages will be much smaller this year, but in some pla-
ces, I see no reason .why they should not be even more
plenty, for instance among those I brought from Middle-
boro’, not more than ten per cent, were destroyed in this
200
way. Ifthe eggs were deposited in large numbers, I see no
reason why they should not do well, because all our injurious
Spring insects seem to be plentier this year than common,
for instance, the Clisiocampa decipiens (americana of
Harris) the common caterpillar, the canker worm Anis-
opteryx vernata, Vanessa Antiopa, Chyllopaga quercina the
dor bug, and others not so well known.
I have seen in the hewspapers that the army worm has
appeared in the southern part-of this state, and also in Ken-
tucky, but I do not know how large its numbers are. Ifthe
proper care is taken, I do not think we need be troubled
about them ; it was the suddenness of their appearance and
our ignorance of their habits, which gave them the impor-
tance they had last year; now we are prepared for them,
and need not have any care except to protect ourselves.
The chair remarked that the Army Worm was not the
only insect found with us that deserved our study. He had
brought speciméns of one which seemed to be but little
known, and which he considered worthy of investigation. It
infests the Gooseberry and Currant bushes, but he had never
noticed them so doing, till the present season.
S. C. Bancrort, of South Danvers, thought the creature
was no new comer, but perhaps had taken to new fields of
depredation. He was sure he had been long familiar with
it, and had often seen it on the Woodwaxen.
“B.W. Putnam, of Salem, made some further remarks on
the subject, when on motion of Rev. C. ©. Beaman, of
Salem, the matter was referred to the same committee who
had just reported on the Army worm.
ALpHEUs Hyatt, of Cambridge, gave the result of his geo-
logical observations upon Ship Rock and other boulders in
the vicinity, and explained the researches and conclu-
sions of Agassiz, and others, on the great drift formation
201
and its probable connection with a stupendous system of
ancient glaciers.
C. M. Tracy of Lynn, gave some description of the
plants gathered during the day. Among these were found
an Azalea, a Kalmia, several Silenes or Catch-flies, an Utri-
cularia, or Bladderwort, and some of the Cornels, with
many species of other kinds. By request he gave some ex-
position of the character and habits of that pest of the pas-
tures, the Woodwaxen. Among the Pea family, to which
this plant belongs, it presents ak anomaly in its simple
leaves, the general tendency of all leguminous plants being
toward compound ones. The Woedwaxen ripens abund-
ant seeds, and spreads itself with great rapidity ; yet it has
never found congenial soil far beyond Eastern Massachu-
setts or, in fact, beyond Essex County. It is said to afford
a fine yellow dye, but it is doubtful if any such use has been
made of it in this region. Like all troublesome plants, it
is beset with methods for its extirpation ; plowing, mowing
at flowering time, and feeding down with sheep, being all
recommended. It never comes into cultivated lands, or
rarely, and therefore the operation of these means against it
has probably never been fully tested.
Dr. GEorGE Oscoop of Danvers, the veteran botanist of
the Institute, followed in a course of remarks on the plants
found by him, evincing the unabated enthusiasm that al-
‘ways marks his botanical efforts.
F. W. Putnam took the opportunity to speak of the col-
lection of insects and other small animals, made by a class
of his pupils in Salem. Moths and beetles, with a rare
dragon-fly, appeared among the insects, and a variety of
‘snakes, toads and frogs, made up the set. Mr. P. explained
ESSEX INST. PROCEED. VOL. lil. 26.
202
the transformations of the latter creatures very happily,
and also alluded to the large variety of spiders that had
been found, representing a highly interesting, but poorly
understood class of animals.
Grorce D. Purtppen of Salem, had found a specimen of
the common Red Clover (Trifolium pratense) which, by
some obscure process of nature, had produced its flowers of
nearly a pure white. This was made the basis of remarks
on hybridization and the origin of varieties among plants. .
‘Mr. Bancrorr had often heard of an animal called the
-* Hair Snake” found in stagnant water, and said to origi-
nate from the hair of animals. He would like to have in-
formation about this creature, which he had often seen.
Mr. Putnam said, in reply, that this was one of the idle
steries used by those who knew nothing of science, to ex-
plain facts without the trouble of observation. The truth
was, a real hair could never become a living animal under
any circumstances. The Gordius, or Hair Snake, is a true
and legitimate creature, with a regular progressive devel-
opment and the condition in which it so resembles a hair, is
one of its stages. It bears considerable affinity to the tape-
worm and others belonging to that class.
T. M. Stimpson of South Danvers, made a few remarks .«
upon this meeting at the Bowlders ; expressing much inter-
est in the suggestions of Mr. Hyatt on the subject of glacial
action, &c., and concluded in offering a vote of thanks to
Mr. H. for his instructive and interesting remarks; unani-
mously adopted.
Ov Motion of Rey. C. C. Beaman, voted that the thanks
of the Institute be tendered to the proprietors of the Chapel,
and to Mr. Joel F. Needham and others for civilities and
attention. Adjourned.
203
Thursday, Aug. 7, 1862.
Fietp Mretinc at Rockport. The extension of railroad
communication from Gloucester to Rockport, recently opened,
contributed, probably, to attract the large party who went
in the early train to visit the extreme settlement of Cape
Ann. Not only nearly all of those whose pleasant counte-
nances usually enliven these meetings were there, but many
were noticed ; visitors from places further away, devotees of
science, secking much anticipated pleasures under the pat-
ronage of the only society that holds “ field meetings,” in
this region.
The dispersion of the explorers was, of course, in many
directions, as usual. ae
fay Ae Oe Sign he oe OMe a ee
gard to whatever is to be found upon or beneath its surface,
or relates to its natural or local history in every department,
He invited the people of the County to co-operate in these
objects, to become members of the Society, and to contribute
to its library and cabinets whatever of interest or value they
were willing to spare for the purposes contemplated.
Records of the preceding meeting were read.
Donations were received, since the last meeting, as appears
by the report of the Seerctary, from the following:
To the Library—ULong Island Historical Society ; Henry
R. Stiles of Brooklyn, N. Y.; J. W. Thornton of Boston ;
Massachusetts Historical Society: W. P. Upham: Beverly
Public Library; Oliver Carlton: Joseph A. Goldthwait: A.
Lincoln of Boston.
To the Cobinets—F. H. Lec; H. M. Brooks; 8. Q. Felt;
B. O. Peirce of Beverly ; James H. Emerton; J. A. Smith ;
Alfred 8. Peabody; Capt. Robert Manning.
Letters were read from Trustees of New York State Libra-
ry ; Newburyport Public Library : Henry R. Stiles of Brook-
lyn N. Y.; Benj. Greenleaf of Bradford; 8. H. Seudder of
Boston ; W. R. Deane of Brookline: H. G. Jones of Phila-
delphia ; Joel Munsell of Albany N.Y.: J. J. Babson of Glou-
cester; Charles W. Felt.
As especially appropriate to the locality, the President first
called upon the Rev. Josepu B. Feit, LL. D., whose Annals
of Salem and other historical productions were complimented
for their completeness and thoroughness, for some informa-
tion concerning Salem Neck. Dr. Felt then read a paper
containing many valuable memoranda and historical state-
ments respecting the Neck, Winter Island, and the fortifica-
tions—the p'ace being prominently connected with the his-
tory of Salem from its earliest settlement. This paper is
/
280
printed in the Historical Collections of the Essex Institute.
(See vol. v. page 255.)
H. Wuxarianp, the Secretary, next read a list of the
miherals found on the Neck by the researches of some of
- the young mincralogists of the Society. It appears that, a
few years ago, a beautiful blue mineral was discovered in a
quarry near Fort Lee, which was at first called cancrinite,
but when analyzed was found to be sodalite. It was then
thought to be exhausted, but subsequent and quite recent in-
vestigations have followed the vein in deeper and some very
good specimens have been obtained. The sodalite is found
in veins of elowolite, which is itself rare in this country, it
being known only in Arkansas. It has been found with so-
dalite and cancrinite at Litchfield, Me., but is believed to be
now exhausted. Last fall a large vein of elcolite was dis-
covered near the other but it has not yet been found to con-
tain any sodalite. The following minerals, in small quanti-
ties, have been extracted from these veins, viz.: zircons,
white iron pyrites, black mica in crystals, hornblende erys-
tals, magnetic oxide of iron, small seams of opal, and per-
haps, fluor spar and molybdenite.
Rev. StiLLMAN Barpen of Rockport spoke very eloquently
upon his favorite subject, and remarked upon the rarity of
some of the minerals named. He urged the importance of
having our eyes open and of learning more of the wonders of
nature immediately about us. One of-his friends, he said,
had written a charming book of Science, entitled “A Walk
in my Garden.” He did not need to go even so far
-as his garden; on his own doorstep he found deep
themes for study and contemplation. He felt grateful to God
every day that He has provided so many beautiful things to
look upon, investigate and enjoy. He complained that sci-
entific collections were not thrown open with sufficient lib-
281
erality to the public. For his part he was always ready to
promote the cause of Science by giving the freest access to
his collections.
Rey. G. W. Skinner of Gloucester exhibited a number of
beautiful crystals some of them closely resembling diamonds,
and explained the wonderful process of the formation of the
crystals of oxide of silicon—how granite was decomposed by
great and continuous heat—and how the erystallic force in
nature was ever active. His remarks were very interesting
and attentively listened to, and the audicnce were thankful
with him that we could now investigate these mysteries of
nature without being denounced as heretics or hanged for
witcheraft.
Brief remarks were made by Messrs. WittIAM R. DEANE,
of Brookline, and Wituram B. Trask, of Dorchester, the
latter a descendant of Captain William Trask, one of the ear-
ly planters of Salem.
Mr. Davip Puusirer,. the distinguished antiquarian, of
Boston, formerly of Salem, made some very earnest remarks,
and referred to recent purchases of the original Solemn
League and Covenant signed by the Covenanters of Scotland
in 1638, and of some rare folio volumes of the Bible, printed
in 1469—which had been secured at high prices to be pre-
served in this country. He spoke with enthusiasm of the la-
bors of the members of the Institute, and of the richness of
the old county of Essex in materials of historical interest
and value.
At this point the roll of thunder and indications of a
heavy shower became sw threatening as to cause a speedy ad-
journment, much to the regret of the audience, as there were
many other speakers present who would have delighted and
instructed the listeners. In addition to members of the In-
ESSEX INST. PROCEED. VOL. iii. 36.
. 982
stitute, who are always ready in their various depart:nents,
there were present from abroad Nehemiah Cleaveland, lsq.,
of New York; Rev. Dr. E. L. Cleaveland of New Haven,
Conn.; Hon. J. Hammond Trumbull of Hartford, Secretary
of the State of Connecticut; Rev. Mr. Peabody, a returned
Missionary ; Wm. ©. Binney, Esq., of Amesbury ; Hon. J. J.
Babson of Gloucester ; and many others.
Wednesday, September 2, 1863.
MEETING this day, at noon, J. G. Waters in the Chair.
/
Wituiam P. Upuam stated that the U. 8S. Government pro-
pose to build one or more Forts in Marblehead, and sugges-
ted, it was proper that one of them should bear the name of
“Glover,” a deserving tribute to the memory of Gen. John
Glover of Revolutionary fame, and, on his motion, it was
Voted That 2 Committee be appointed to co-operate with
the town authorities and citizens of Marblehead in such a
manner as may be deemed appropriate to obtain this, so de-
sirable an object.
Messrs. W. P. Upham and A. C. Goodell Jr. were ap-
pointed on said committee. Adjourned.
~
Thursday, October 22, 1864.
The last Field Meeting the present season was held at New-
bury this day, having been postponed from yesterday on ac-
count of the weather. The larger portion of the party pro-
ceeded directly to Newburyport, and, having the fortune to
be under the guidance of a native of the place, Rev. George
D. Wildes, Rector of Grace Church, Salem, visited many ob-
jects of interest in this locality, so rich in historical associa-
tions ; after devoting several hours very profitably and very
pleasantly to this exploration, the party proceeded to the
283 |
vestry of the Old-Town Church in Newbury, which was built
by the Ladies Benevolent Society, where the afternoon
meeting was held.
Several alighted from the cars at the Serpentine quarry,
collected specimens of minerals, also zoological from woods
adjacent and on the road side to the place of rendezvous.
The old burial ground in the vicinity of Rev. Dr. Withing-
ton’s church offered many objects of interest and presented
many quaint inscriptions ; The venerable Pastor of this par-
ish, who was settled in 1816, joined the company at. the ves-
try and added interest to the meeting by his presence and re-
marks. Dr. W. in his 75th, year is still hale and vigorous.
In 1804 he was among first apprentices to the printing bus-
iness in the office of the late J. I. Buckingham. He subse-
quently entered Yale College, and his scholary, honorable,
and useful career since is well known.
The meeting was called to order at 3 P. M.,—A. C. Good-
ell, Jr., one of the Vice Presidents, in the chair. Records of
preceding meeting read, &e.
Donations were announced from the following, received
since the Field Meeting, Aug. 20, 1863 :—
To the Library—Humphrey Devereux ; Firelands Histor-
ical Society of Norwalk, Ohio; American Academy of Arts
and Science ; Miss A. M. Hemmenway of Ludlow, Vt.; Mon-
treal Society of Natural History ; J. Hammond Trumbull of
Hartford, Conn. ; ‘Trustees of New York State Library ; lowa
Historical Society; Charles T. Brooks of Newport, R. I. ;
Henry M. Brooks; E. P. Robinson of Saugus; N. J. Lord;
Mrs. James Chamberlain; Adams, Sampson & Co,, Boston ;
'€. B.-Richardson of New York ; Editors of British American
Magazine ; George R. Curwen ; Redwood Library and Athen-
eum ; Charles F. Nichols ; Henry P. Nichols; 8. S. Rantoul;
R. Damon of Weymouth, England; Long Island Historical
284
f
Society ; William P. Tucker of Portland, Me.; M. A. Stick-
ney ; American Geographical and Statistical Society ; James
Chamberlain ; Connecticut Historical Sovgiety; William
Stone ; Mrs. Lydia D. Parker of Boston; Robert ©. Mills;
‘Philadelphia Academy of Natural Science; George Per-
kins ; Lynn Free Public Library.
To the Cabinets—From John Robinson ; Charles F. Nich- -
ols; Henry F. King; R. Deland; Wm. P. Martin; A. F.
Clark ; James Kimball; James H. Emerton ; Arthur Upton ;
Daniel L. Proctor; Mrs..H. M. Colcord of South Danvers ;
C. F. Williams ; Stephen W. Hall; Charles H. Higbee ; Sam-
uel Phillips, Jr., of Boston; F. H. Lee; Nathan Nichols ; W.
G. Welch; J. B. Haskell ; Franklin Grant ; Lawrence Phil-
lips; A. S. Peabody; Mrs. G. R. Mason of Lynn; N. A.
Frye ; Samuel Hultman ; Mrs. M. D. Wallis of Beverly ; B.
Brown; W. B. F. Johnson; Mrs. J. Chamberlain; Mary E.
Williams; Samuel Shepard; A. C. Goodell, Jr., Geo. Har-.
rington. :
Letters were read from Firelands Historical Society ; Cor-
poration of Brown University ; Maryland Historical Society ;
George A. Walton of Lawrence ; Amesbury and Salisbury
Agricultural Association ; L. Agassiz of Cambridge ; lowa
State Agricultural Society; Francis H. Wade of Ipswich;
Mrs. L. D. Parker of Boston; E. P. Robinson of Saugus ;
Long Island Historical Society ; J. Hammond Trumbull of
Hartford Conn.; Regents of the University of New York;
H. A. Smith of Cleveland Ohio; Mrs. P. A. Hanaford of
Beverly ; John Bertram ; Edward Ballard of Brunswick Me;
Salem Temperance Loser? ; O. Howe of Beverly.
The Chair in opening offered some general remarks aoll
the objects of the Institute and the mode of carrying out the’
various plans of its organization. He mentioned that the
committee having in charge the lectures and evening meet-
ings had cenget that, on the 2d and 4th Monday viaaminat
.
28H
of each month, a mecting of the Institute will be held at
their rooms, Plummer Hall. commencing at 7 o’clock ; on
the intermediate Monday evening Mr. F. W. Putnam will
deliver a lecture, at the same time and place, on some zool-
ogical subject, illustrating the same with specimens from the
Cabinets. A course of ten Scientific Lectures will also be
delivered at the Lyceum Hall, Salem, usually on Thursday
evenings, commencing about the middle of November.
Rev. Dr. Wiruincron of Newbury gave a brief account of
the early history of the church of which he is the present
pastor and over which he has been settled about fifty years.
He alluded very happily to the conservative character of his
church during the Whitefield excitement, a century since,
the unhappy differences arising therefrom with the sister
churches, and the peaceful settlement of all discord at the
time of his ordination. Dr. W. casually stated that his par-
ish, when he was settled, was the largest in extent in the
county, and contained 2500 people; and as the law then
would not allow the other ministers to marry members in his
parish, he enjoyed the monopoly of the business, and joined
in marriage an average of twenty-five couples a year.
The Rev. George D. Wipes of Salem, being called upon
by the President, occupied nearly an hour in a very inter-
esting resume of the incidents of the morning’s ramble,
interspersing the same with very graphic historical sketches
of the houses, localities and people of the olden timds of
Newbury and Newburyport. Quite a large number of the
members of the Institute had been detained by engagements
at Salem, until a late hour, and the valuable remarks of
Mr. Wildes enabled them to follow the course of the Insti-
tute in the visits of the morning. :
Mr. Wildes stated in substance, that no towns in our an-
cient, and truly old English County, were more fruitful in
286
interesting historic association, than Newbury and Newbury-
port, from the earliest to the latest dates in their history.
Many of the inhabitants of these towns, or their deseend-
ants, had held very prominent positions among the literary,
the commercial, and most distinguished men of the country
in all departments of active life. Taking up the several
localities visited in order, Mr. W. resumed the remarks
which he had made at the various points of interest visited
in the morning. Prominent among these were the “‘ Dexter
Museum” now occupied by Dr. E. G. Kelly, and illustrating
in its restoration, and in the beautiful gardens about it the
well known taste of its hospitable proprietor ; ‘The ‘ Mall”
once the Camp ground ofa portion of Arnold’s Expedition
to Canada ; the house of the Misses Tracy where are depos-
ited the beautiful paintings by Copley, of Col. and Mrs. Lee
of Marblehead. Copley is said to have remarked of these,when
in later life asked which were his best paintings, that those
at Newburyport were regarded by him as foremost among
his works. Mr. W. then spoke of the “Wolfe Farm” now the
Merrimack House ; the Tracy Mansion, where Washington,
Lafayette, Talleyrand, Louis Phillipe, Chateaubriand and
others were .at various times guests ; “ St. Pauls Church”
with its old altar piece, and the exquisite memorial Chapel
erected by Rev. Dr. Horton; the tomb of Bishop Ban, the
first Bishop of Massachusetts ; the Ferry Way ; the residence
and work shop of Jacob Perkins, the famous Inventor and
Engraver ; the law office of Chiet Justice Parsons, where J.
Q. Adams, Rufus King and Robert Treat Paine and other
eminent men studied; the “Old South Church” with the
monument and tomb of Whitfield ; the ancient Colonial Jail ;
the “Old-Town Meeting House’ ; the Green where another
portion of the Canada Expedition encamped; the ancient
Grave Yard of Newbury, -where the party found many
unique epitaphs; several old houses of historical interest ;
among pthom, the Garrison house now the Pettingell Farm
287
and many other objects of great interest among the antiqui-
ties of the County. Our limits forbid a fuller account of
the remarks of Mr. Wildes, which were listened to with
marked interest and awakened much zeal in the historical
reminiscences of the ancient towns of Newbury and New-
‘buryport.
Mr. F. W. PurNam mentioned that in company with sev-
eral members he had visited the serpentine quarry and
found some interesting specimens of serpentine, asbestos, &e.
During his rambles in the woods adjacent and the road to
this place he had collected several specimens of Insects and
Mollusca. Instead of alluding to these at this time he would
confine his remarks to the habits of the humble bee, which
he had observed during his residence, the past summer, on
the banks of Lake Champlain ; he spoke of the formation
and growth of the colony, comparing fhe same with those of
the common honey bee. He also alluded to the habits of
the leaf-cutting bees and the manner of constructing their
cells from circular pieces cut from the leaves of the common
rose bushes. A general resume was then made of the sev-
eral species of Reptiles and Fishes found in this county, with
some remarks upon their habits.
Rev. C. C. Braman of Salem spoke of the old burial place
near by, called up some ‘old associations respecting several
worthies of the olden time whose remains lie buried there,
—and read some of the epitaphs which were inscribed upon
the tablets erected to their memories. He concluded by of-
fering the following votes of thanks, which were unanimous.
ly adopted.
Resolved, That the thanks of the Institute be presented
to Dr. E. G. Kelly, William Ashby, Esq., the Misses Tracy,
and Mrs. J. C. Fletcher, friends in Newburyport, for their
very polite attentions in affording facilities for satisfying the
288
curiosity for things rare and of historical and antiquarian val-
ue ; also, to Mr. Ashby, for his generous hospitality,
Resolved, That we tender our thanks to the Ladies’ Be-
nevolent Society of Newbury, for the generous loan of their
hall, and to Dr. Withington and Mr. Edmund Smith, for
their polite attentions during the day. '
The meeting then adjourned and the company made a
pleasant call upon the venerable Joshua Coffin, Esq., to pay
their respects to the historian of “Ould Newberry.” Mr.
Coffin’s health has been quite feeble and would not permit
him to attend the meeting, but it is now improving and all
were glad to take him by the hand before proceeding to the
ears for home, which was reached safely after a day of unin-
aerrupted interest and enjoyment.
Monday, October 26, 1865.
Meeting this evening, at 7 1-2 P.M. A. ©. Goodell Jr.
Vice President in the Chair. |
Records of preceding meeting read.
Donations were announced from the following:
To the Library—From C. B. Richardson of New York ;
G. F. Bagley of Amesbury ; Francis H. Wade of Ipswich.
To the Cabinets—From James H. Emerton ; George Har-
rington ; John Robinson ; James M. Caller; H. P. Nichols. |
Letters were read from Trustees of Newburyport Public ©
Library ; Department of the Interior; Benjamin ‘Peirce of
Camsiarioae: ay
Mir. R w. Putnam read the: following communication from
~
ee, ee eS ee
Dg ee ee en Oy a
289
delivery of the young the parent lay on the right side, with
the body curved in such a manner as to bring the sexual or-
ifice opposite that of the pouch, the mouth of the pouch was
open or drawn down by contraction of the muscles so as to
reccive the young when delivered. The young were seven
in number. The time occupied in delivery was about four
hours. ‘The parent remained in the same position about
thirty-six hours and refused all sustenance.
Immediately after the transfer of the young to the pouch
1 removed one, by detaching it from the teat, in order to as-
certain ifthe movement of the foetus was instinctive. I found
that it was at least partly voluntary, as it made an effort to
regain its place in the pouch, and the same movement was
made by the parent, as at first, to receive it. I did not no-
tice any use of the limbs or lips of the parent during the
transfer of the young.
Mr. F. W. Putnam stated the results of his investigations
on the growth of fishes noticed during his residence on the
borders of Lake Champlain during the past season. Adj.
Monday, November 9, 1865.
Meeting this evening, Vice President Goodell in the Chair.
Records of preceding meeting read.
Donations were announced from the following :
To the Library—From Department of the Interior ; Hen-
ry Wheatland; Jonathan Perley Jr.; Editors of British
American Magazine ; John B. Alley, M.C.; Zoologische Ges-
ellchaft, Frankfort a. M.; John L. Sibley of Cambridge :
John H. Silsbee ; George Blake.
To the Cabinets—From H. F. King ; Charles F. Nichols ;
C. H. Higbee ; Henry Wheatland ; Frank P. Watson.
Letters were read trom the Trustees of Boston Public Li-
brary; Smithsonian Institution ; George Perkins; Arthur
J. Upton; F. W. Putnam; C. T. Jackson of Boston ; J. W.
Proctor of South Danvers.
ESSEX INST. PROCEED. VOL, ili. 37.
ca
290
Henry Wheatland presented in behalf of Charles Davis of
‘Beverly two Record Books of the Essex County Health In-
surance Company, established in Beverly in 1847. In con-
nection with this he exhibited several policies of Insurance
issued about a century since and gave a brief sketch of the
various modes of Insurance practised in this vicinity from
that time to the present. |
Charles Davis of Beverly being called upon gave a very
interesting account of the operations of this Society during
the two years of its existence.
This subject was further commented upon*by Messrs €.
C. Beaman, James Kimball and the Chair.
F. W. Putnam made some remarks on the Iron Mines at
Port Henry suggested by specimens presented by Samuel
Gray of Portsmouth, N.H.
William P. Upham read a letter from J. W. THorNTON of
Boston relative to the naming of the new fort at Gloucester
“Fort Conant,” referred to the committee appointed in Sep-
tember last on naming of the Fort at Marblehead.
Remarks were offered by several members suggested by
the donations presented this evening. Adjourned.
Monday, November 23, 1863.
Meeting this evening Vice President Goodell in the Chair.
Records of preceding meeting read.
Donations were announced from the following :
To the Library—From Iowa State Historical deoiaiade >
American Geographical and Statistical Society; R. A. Guild
Librarian of Brown University; J. D. Hedge Librarian os
Providence Atheneum ; Estate of John Russell ; D. H. sea |
son, Jr. *
,
7 °F
;
;
a
7
294
To the Cabinets—From James Chamberlain; H. 3.
Wheeler of Newburyport; Miss E. K. Roberts; Mrs. T.
Hunt; O. H. Saunders; John Robinson.
Letters were read from Massachusetts Historical Society :
lowa State Historical Society ; Robert H. Ives of Providence ;
H. 8S. Wheeler of Newburyport.
The Chair introduced Hixry L. Orpway of Ipswich who
exhibited and explained an invention for preserving trees
~ from the ravages of the Canker Worm.—
Mr. Ordway spoke as follows:—
Very little has been said and written concerning the hab-
its of the Canker Worm until quite recently, that is of much
benefit to fhe owners of fruit trees.
Professor Peck’s Natural History of the Canker Worm
and Dr. Harris’ book on Insects have been so universally cir-
culated, that a general description of the insect will not be
necessary.
The female, or grub,* commences to ascend the trunks of
trees early in autumn, but not before the ground has been
slightly frozen. Some seasons I have seen them appear up-
on the trees as early as the first week in October; while
this last autumn they did not appear until the second
week in November. Thus it would seem the action of the
frost has something to do with the time of their appearance.
It has often been remarked that the eggs which are deposi-
ted in autumn do not come to maturity, inasmuch as they
are destroyed by the severe cold of winter, and that it is
necdless to prevent the grubs from laying their eggs upon
the trees. This is doubtless a mistake, and is one reason
why the numerous expedients that have been adopted, to
check the ravages of the worm have not proved more suc-
cessful. For several years past a large majority of the
grubs have deposited their eggs in the fall. They have
changed their habits in this respect as formerly the grubs
were seen in larger numbers in the spring than in autumn.
If then a majority of the eggs are deposited in autumn it is
ote
* The term grub is here used to designate the adult female and not the larva.
292
reasonable to presume that the insect may at no distant day
exterminate itself, provided we admit the truth of the above
statement. I can think of only one reason. why the eggs de- .
posited in autumn are not as liable to hatch as those depos-
ited in spring, viz: The males, or millers, are seldom seen in
autumn, while in spring the males are more abundant than the
females. Hence itis a reasonable conclusion that the eggs de-
posited in autumn are not all impregnated. ‘The grubs are
very tenacious of life. No amount of cold or wet seems to
affect them in the least degree. Subject them to the coldest
weather ; freeze them solid as ice and it will not prevent
them from laying their eggs, after placing them in a warm
room. ;
A great many people believe that the Canker Worm will
descend from the trees on the 17th of June, this idea is not
correct, the time of their leaving the trees is governed by
the time of their hatching from the eggs. If the season is
backward, and the trees do not put forth their foliage, as a
matter of course the young worms will not make their ap-
pearance. The same degree of heat that causes the buds to
expand will cause the eges to hatch. After which it will re-
quire a certain number of days for them to arrive at matu-
rity. They will then leave the trees and not before unless
obliged to do so for want of food. In the summer of 1861
I commenced to catch the larve for experimental purposes on
the 17th of June and found them quite numerous until
the 26th, some of these worms were placed in a glass tube filled
with earth and others in a barrel in which sods were placed.
In both instances the experiments were conducted in the
open air, and were quite successful. The worms in the
tube burrowed in the earth to a depth of about four inches,
while those in the barrel formed their chrysalides among the
roots of the sods not going quite so deep as those in the tube.
The worms in the tube did not immediately change into the
chrysalis state but remained in the larva state at least six
days. On the fourth day after the worms had disappeared
from the sides of the tube I opened some of the chrysalides
and found the larva snugly packed away without change, ex-
cept that it was reduced in length about one half, and on be-.
ing disturbed it commenced spanning off in the usual style.
The question is sometimes asked how do the Canker
Worms moye from one place to another? How is it that
2985
some orchards are eaten so badly year after year and others
not far distant are not eaten at all? These questions can not
be answered satisfactorily perhaps, but it would not be amiss
to conjecture or guess how they travel, or by what means
the change is brought about. The erub governed by her in-
stincts ascends the first upright object that comes in her way
and deposits her eggs indiscriminately, going no farther than
is necessary to effect her purpose. Clusters of eggs are fre-
quently seen upon fences, posts, houses, &c. The young
insects generally are supposed to dic when hatched in places
where they cannot find food, but this summer I put some eggs
into a small bottle, where they hatched and were allowed to
remain four or five days without food. On letting them out
of the bottle they were as lively and vigorous as whem
hatched upon a tree. I believe the young worms hatched
upon the trunk of a tree are able to sustain themselves un-
til they reach the foliage, even if they are obliged to travel to
the extreme top of the tree. The worm, I think, is to a certain
extent migratory in its habits, not that they travel in swarms
fis some species of caterpillars do, but that they are sometimes
forced to leave the trees upon which they were hatched for
want of subsistence and go to others not caten, where after re-
maining a short time, they mature, spin down a second time,
and go into the ground, where they remain until autumn,
when the grubs ascend the trees upon which the worms were
matured. Hence it is plain that the worm causes the
change in locality and not the grub as many suppose. The
worms are often times blown by high winds considerable
distances toward other orchards, when they travel the re-
mainder of the rout thus making a change in that way.
One other means by which this insect is sometimes chan-
ged from one place to another is by transplanting Iruit trees
from nurseries that are infected by these pests. Valuable or-
chards have been almost destroyed in this manner.
As the female insect is so very prolific all means should
be employed for their extermination. Plough the orchard
soon after the larve form their chrysalides, and allow the
swine and poultry to run at large among fruit trees.
We have another exterminator in the common garden
toad. It is surprizing to sce what quantities of worms they
will despatch at a single meal.
There is one other subject to which I wish to call your at-
294
tention before closing these remarks, and that is in relation
to the male insect. As it is of no consequence about
keeping the male from ascending the trees; those ‘who
have written upon the habits of the Canker Worm haye
neglected to say anything regarding him. J should like
to have some one who understands this matter explain the
manner in which they get out of the ground, and how they
appear when first seen. ,
F. W. Putnam said that there were at least three species
of insects known as Canker Worms. ‘I'wo of these belong
to the genus of the true Canker Worm Anisopterix and are
very much alike in habits and in their general appearance.
The third species is larger and the larva is of a yellow color.
There are several enemies to these pests; of these the large
handsome ground beetle, the mason wasp and the ichneu-
mon fly called Platygaster, which lays its eggs in those of
the Canker Worm, and as the young Platygaster feeds upon
the Canker Worm’s eggs their developement is secured at
the expense of the latter.
Remarks were then made by Messrs. C. C. Beaman; Ord-
way, J. M. Ives; and Putnam on the geographical distribu-
tion, of the Canker Worm and its disappearance ‘in certain
seasons, &c. The opinion prevailed that this State is nearly
its northern limit.
On motion of Mr. Beaman,
Voted That the thanks of the Institute be given to Mr. Ord-
way for his useful, and instructive remarks on the subject of
Canker Worms.
On motion of Mr. James Kimball,
Voted, 'That the officers of the Army and Navy stationed
in this city and vicinity, or at home on furlough, be inyi-.
ted to visit the Tastitute at such times as may be. convenient.
Adjourned. —
7 ae ‘
i ae tl ee le I a
‘
;
295
Monday, December 14, 1865.
Meeting this evening, the President in the chair.
Records of preceding meeting read; and donations were
announced from the following : |
To the Library—from Jonathan Tucker: Miss E. 8.
Hotchkiss of New Haven, Conn.: N. J. Lord; Society of
Arts, Manufactures &c., London ; John B. Alley M.C.; Red-
wood Library and Atheneum; J. L. Jenkins.
To the Cabinets—from C. F. Nichols; D. M. Balch; Hd-
ward H. Knight ; James H. Emerton; Charles H. Higbee
H. P. Nichols; J. C. Stimpson; Miss Quiner of Beverly ;
Theodore F. Brown; Frank P. Watson; Daniel P. Fitz ;
A. R. Russell ; John M. Ives; George Abbot.
e
bg
-
>
A letter was read from JoserH A. Torrey of Providence,
in relation to printing. In this connection Mr. Goodell pre-
sented some remarks upon the combination types and other
improvements in type-setting as suggested by C. W. Felt of
Salem, with some allusion to Mr. F.’s type-setting and justi-
fying machine, now nearly finished, and in a condition to
test the merits of the invention, to a great extent.
A letter was read from JoHn A. Mc’ ALLIsTER of Philadelphia,
accompanying an impression from an old plate in his posses- ,
sion, “ a Caricature of the Congressional Pugilists in 1798.”
A brief account of the scene to which this referred was
read from the Congressional Journal of that date, and a
brief sketch of Roger Griswold M.C. from Connecticut, and
Matthew Lyon M.C. from Vermont, the persons represented
therein, was given by the Secretary. |
Letters were also read from Chicago Historical Society ;
Directors of Providence Atheneum ; Pennsylvania Histori-
cal Society ; Trustees of New York State Library; R. S&
~
296
Rantoul; Chas. W. Tuttle of Boston; N. E. Atwood of
Provineetown ; Daniel H. Johnson, Jr.; lowa Historical So
ciety; Jacob Batchelder of Lynn ; Editors of the Round
Table.
W. P. Upuam from a Committee appointed at a previous
meeting, submitted the following statement :—
In making the recent alterations at Fort Pickering, about
half: of a dozen twelve pound shot were taken from the
morth-east aud south-west corners of the old parapet facing
the harbor. They were found buried about three feet be-
neath the turf half way from the top of the parapet. There
is good reason to believe that these balls were thrown there
®y the British Man of War Nautilus, when she: chased the
Privateer Rattlesnake into Beverly harbor, Oct. 10, 1775.
An account of this affair is given in an old newspaper, the
<“New England Chronicle or Essex Gazette,” of Oct. 12,
1775, also in Stone’s History of Beverly, page 64.
The Privateer was chased in from the Bay and ran ashore
in Mackerel Cove near Beverly. The Man of War got
aground on Nathaniel’s Ledge, south-east of Woodbury’s
point-and in this position bombarded the town of Beverly
till the tide leaving her, she carecened so that she was
anable to bring a single eun to bear. Thus she remained
under constant fire from the Salem peaple.on Hospital point
and from Sharpshooters on the Beverly shore till dark, when
she cut, her cable and got off, having been considerably dam-
aged. — It is probable that as the Nautilus entered the har-
Hor, she passed not far from Fort Pickering and fired a
broadside at it.
The Fort has been repaired twice since then, once in 1798
and again in [809.—but from the accounts lately given of
these repairs and from the appearance of the place previous 4
to the present alterations, it is inferred thata part of the
old parapet where these balls were found has not been ina- ;
tevially altered since the Revolution.
rEoRGE D. Witpes followed with some remarks relating.
to the Fo?ts and to the sailors and soldiers of the Revolution
and of the War of 1812 furnished by Salem, Newburyport
and other towns of the County. He made particular men-
297
tion of Capt. William Nichols of Newburyport, a noted pri-
vateersman in the war of 1812, and related some of his
feats of bravery and skill, of his being a prisoner, his escape
and his recapture. He then alluded to the Collins House
in Danvers, (now the residence of F. Peabody, Jr. Esq.) as
a, place of historic interest, being the head-quarters of Gev.
Gage, and also the encampment near by of a regiment of
British troops, on the eve of the outbreak of the Revolution.
A. C. GooDELL in reply to some questions, spoke of the
Forts in Salem and vicinity, the old Town House and oth-
er incidents of the period immediately preceding the revolu-
tion. He then offered the following resolution in behalf of
a& committee appointed at a previous meeting which was
unanimously adopted.
Resolved, That the Essex Institute earnestly unites in
the petition of any persons or corporation to the Secretary
o{ War to give to the fortifications erecting or to be erected
in Marblehead in this county, the name of Fort Glover, in
memory of Gen. John Glover and to the works designed for
the ‘Stage’? in Gloucester in this county, the name of Fort
Conant, in honor of Roger Conant the founder of the first
plantation in Massachusetts Bay.
On motion of James Kimball,
Voted, That the Rev. G. D. Wildes be requested to prepare
a memorial of Capt. Wm. Nichols of Newburyport to be
read at a meeting of the Institute and for publication in the
Historical Collections. Adjourned.
Monday, December 28, 1863.
Meeting this evening, A. C. Goodell Jr., in the chair.
Records of preceding meeting read, and Donations were
. announced from the following :
To the Library—from George R. Curwen; J. H. Hick-
cox of Albany N.Y.; C. B. Richardson of New oe Ca-
ESSEX INST. PROCEED. VOL. iii. 38.
298
nadian Institute ; Montreal Society of Natural History ;
Editors of Round Table, New York ; 8. H. Scudder of Bos-
ton; R. H. Wheatland.
To the Cabinets—from Joseph A. Goldthwaite; C. H.
Higbee; E. Q. Putnam.
Letters were read from Pennsylvania Histor ical Society ;
Long Island Historical Society ; J. A. Goldthwaite ; >; N. EL
Atwood of Provincetown ; W. B. Rogers of Boston.
F. W. Putnam announced the decease of the Cabinet
Keeper, R. H. Wheatland, with appropriate remarks.
Messrs. J. A. Gillis and F. W. Putnam were requested to
prepare a biographical notice to be presented at the an-
nual meeting.
W.P. UpHam announced the decease of the following
members of recent occurrence—Charles M. Endicott, Gil-
bert G. Newhall, Thomas Trask, John B. Peabody. | Messrs.
G,. D. Phippen and the Secretary were requested to prepare
obituary notices for the annual meeting.
Rey. Grorce D. WiLpres read a letter from B. Hale. of
Newburyport, respecting the materials for a memoir of Capt.
William Nichols of Newburyport, recently deceased.
F. W. Putnam offered some remarks upon the habits of
the Grisly Bear—suggested by a skull, a recent contribution
to the Cabinets from the late Capt. Wm. O. Potter.
Grorek A. Warp stated that measures were in progress
to obtain possession of the frame of the old building on the
land of ‘David Nichols:in the rear of Boston Street, and to
place the same in rear of Plummer Hall,
George A. Ward was placed om the Gointuittas of enquir
as to the authenticity of the tradition that the frame of the
above anentioned building is that of the first meeting-house —
in Salem, i in place of Charles M. Endicott, deceased. Adj.
INDEX TO VOLUME THREE.
Comunications,— Verbal.
Agassiz, L.—on the growth of the
Natica heros Pa
Barden, S.--on the minerals of
Rockport, tye 20S
Batchelder, Jacob,—on the deci-
mal system in weights and meas-
ures, easly galO
On the Saccharine qualities of
the Beet Root, a premaes<.:
Dodge, A. W. —Historical notice
of Hamilton, . . sii ee
Gregory, J. J. H.—on the geology
OF Py n f 64 182 che ant sate ok
On the geology of Cape Ann,205
Jackson, C. T.—on the geology of |.
Rockport, Bre 5 ee 214
Nichols, David—on Photogr aphs of
Washington, < «229
Oliver, H. K.—on the habits of
the Honey Bee, 256
Osgood, George,—on Notice of
Rev. Dr. Cutler and the plants
of Hamiiton, Sa hare |
Phippen, George, D.—on Fibrilia
or Flax Cotton, sors are, te ih
Historical Notice of Cape Ann,97
Reed, J. W.—on the Topographi-
cal history of the Merrimac
‘River, . . 19
Russell J. L.—on on plants at Grove-
land, i ane ae or Fedo
Roberts, David,—on the character
of D. A. White, 7uGgs
Tracy, C. M.—on plants at Tops-
field, eel aa 4)
On plants at Gloucesthit . 99
On Woodwaxen, . 201
On plants at Rockport, 276
‘Wheatland, H.—on Minerals on
Salem Neck, ; ; 280
Wheatland, R H.—on the devel-
opment of the Common Toad, 36
Wildes, G. D.—Historical Notice
of Newburyport, 285
Communications, — Written,
Barden, Stillman,—on the Geolo-
gy of Rockport, . . . 281
Beaman, C. C —Historieal Sketch
of the Howard Street Church,
Salem, , CEG
on. the Geographical outline of
Cape Cod, its discovery, 130
Felt, Joseph B.—Historical Notice
of Hamilton, . = tos gi see
On John Endicott, the First Gov-
ernor, . saree: 238
Hisierieal Sicateh of the Forts, on
Salem Neck, 279
Fowler, S. P.—on changes pro-
duced by civilization in the hab-
its of our common birds, . 31
On Cotton Mather, 119
300
Goodell Jr., Abner C.—on the
History of the Puritans, . 182
On ‘New England’s Herald-
1 Se Oe ee . 225
Historical Notice of Salisbury
and Amesbury, 261
Gregory, J. J. H.—on the Topog-
raphy of Powow Hill, 269
King, Henry F.—on the ‘ Not-
tingham Earth,’’ (infusorial) 39) '
Mackenzie, S. S.—on the Geolo-
gy of Topsfield, . . . 77
Markoe, G. F. H.—Catalogue of
Plants observed in Fruit and
Flower at West Gloucester, Ju-
ly 6, 1860, 24
Plants collected at Amesbury
and Salisbury, 3-7 ZI2
Ordway, Henry L.—on the Cank-
er Worm, . oe oe sig pe
Phippen, George D.—on the In-
stinct of Plants, . . . 41
On the fibriletexture of the Milk-
weed, . 215
Quincy, Josiah—Letter on the cor-
rectness of the likeness of Wash-
ington, in possession of David
Nichols, . ... 230
Russell, J. L.—Report on the Her-
barium, . eS a & |
Seudder, 8S. H.—A list of the But-
_ terflies ot New England, 161
Shurtleff, C. A.—Report on the
Army Worm, . ih, eoEos
Shute,J.G.—on the Opossum, 288
Upham, W. P.—On the Orderly
Books of Gen. John Glover, 285
On Relies found at Fort Picker-
iigdS.. .. Me a
Verrill, A. E —Notice of a Prim-
noa from St. George’s Bank, 127
on the structure of Corals and
the Polyps producing them, 132
Catalogue of Birds found at
Norway, Me., . 136
Birds found in Maine and not
observed in Norway, Me., 156
Whittier, Jobn G.—Flowers, and
Flowering Shrubs and ‘Vines at
Amesbury and Salisbury, 271
Donations.
To the Library—1, 6, 12, 17,
23, 29, 46, 48, 56, 58, 59, 60,
75, 82, 88, 95, 100, 108, 113,
117, 124, 125, 126,180, 179,
180, 188, 184, 186, 191, 204,
O18, 221, 224 228, 231, Vas,
235, 239, 240, 247, 252, 259,
273, 279, 283, 268, 289, 290,
295.
To the Cabinets—1, 6, 13, 17, 23,
29, 46, 49, 56, 58, 58, 60, 75,
88, 88, 95, 101, 108, 118, 117,
124, 125, 126, 130, 180, 183,
184, 187, 192, 203, 218, 222,
224, 228, 281, 233, 285, 239,
240, 245, 252, 259, 273; 279,
284, 285, 289, 291, 295.
HorticuLturg,
Reports on. ~ 8 247
Lectures—Notice of 244, 284
Massachusetts Provincial Statutes—
Resolutions for the reprinting of
the same by the State 234
Oxsrtuary Notices or
Amory, Elizabeth, . Le
Andrews, George, 241
Bowditch, N. I, 74
Brown, William, . 248
Chandler, Samuel, 229
Dodge, George F, .-. . Ǥ 8
Fettyplace, Henry King, . 185
Gardner, Barnard West, . . 72
Gibbs, Josiah Willard, ey i
Kimball, David Tenny, 3
Kimball, Nathaniel Augustus 242
Lewis, Alonzo, : oo ee
. Laie
2
On the Classification of Birds, 208
Maecmullen, William,
Odell, Thomas F.,. r+
Perry, Gardner Braman, .
Potter, Joseph A. . 2 Se Fae
Potter, William Oliver, . 186
Putnam, Charles Fiske, 243
Rider, George Washington,
Sibley, JohnS. . . .
Stoue, John Hubbard, .
Walker, Samuel, ..
Waters, John Gillison,
Webb, John Felt, .
Whipple, Charles J., .
Whipple, Jonathan Lovett.
White, Daniel Appleton, .
. 242
Upham Jr., Charles Wentworth, 4
301
5
73
74
Williams Jr., Charles F. . 242
Williams, John B. . . . 74
Williams, William, . . . TI
Woodberry, Larkm, . . . 72
Orricens chosen, 9, 79, 189, 250
Treasurer’s Reports, 77, 188,248
Wurre, D. A.—Notice of his death,
resolutions, &e. . . 63, 65
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“ 20—9th “ “ top, “1862 “ 1860.
“* 35—4th “« * « 4 Chinneys, ‘ - Chimneys.
“ 74—2d <“* « bottom, ‘“ 11, js ee
“ 87—5th “ “ top, “ 1848 ie out
“cc 99—12th CoS 406 ‘6 6c Bryozoa 66 —
‘ 159—2d “ « bottom, ‘* Chrowcocephalus C, reecocephalus.
** 169—I1st ‘ “. top, ‘“‘ dnterragationis, interrogations.
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PROCEEDINGS
OF THE
ESSEX INSTITUTE.
RE ig kV
1864—5.
[issued Quarterly. ]
SALEM:
PUBLISHED BY THE INSTITUTE.
P66 6s
.
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PROCEEDINGS
OF THE
ESSEX INSTITUTE:
1864.
=
ay >
Monpay, January 11. Evening meeting.
The President, A. Huntington, in the chair.
Donations to the Library and Cabinets were announced.
Rev. G. W. Briggs occupied the evening in reading a portion
of a Memoir of the late President of the Institute, Hon. D. A.
White.
Adjourned to Thursday evening next, for the continuation
of the reading of the Memoir.
Wepnespay, JANUARY 18. Ordinary meeting.
J. G. Waters, in the chair.
E. K. Roberts was appointed Secretary pro tempore.
Arthur Kemble, and William Neilson of Salem, were elected
Resident Members; Benjamin Peirce of Cambridge, James B.
Endicott now in England, and William Endicott now in China,
Corresponding Members.
THURSDAY, JANUARY 14. Adjourned evening meeting.
The President in the chair.
H. M. Brooks was elected Secretary pro tempore.
Rev. Dr. Briggs finished the renging « of his Memoir of the
late Judge White.
II
The thanks of the Institute were voted to Rev. Dr. Briggs,
for his valuable and interesting Memoir of our late President,
and a copy was requested for. publication. (See Historical
Collections, VI, No. I.) |
Monpay, JANUARY 25. Evening meeting.
- The President in the chair. :
Donations were announced to the Library and Cabinets.
Letters were read, from G. A. Ward accepting membership ;
from Corporation of Yale College; Trustees of the New-
buryport Public Library; and New Haven Colony Historical
Society, acknowledging the receipt of Publications: from R. 8.
Rantoul, in relation to the naming of Forts in Marblehead
and Gloucester.
George A. Ward read a communication, giving an account of
the formation of the Esssx Historica Soctery, forty-two
years ago last June.
Allusions having been made in Mr. Ward’s commana
to the existence of the frame of the original ‘‘First Church,” in
Salem, on the land of David Nichols, rear of Boston street,
considerable discussion ensued, as to the ‘proof of the above
mentioned frame being that of the ‘First Church.” The
President, Francis Peabody, G. A. Ward, A. C. Goodell Jr.,
and Rev. G. D. Wildes participated. in the discussion ; the
arguments adduced seemed to favor the affimative of the ques-
tion.
To ‘shine of the Institute were voted to Mr. Ward, for his
valuable communication and a copy was requested for publica-
tion. — Wee Historical Ooblicninonie, VI, NoL.)
oasis Fesrvuary 8. Evening meeting,
The President in the chair. »_
Donations to the Library and Cabinets were announced. —
Letters were read, from Wm. Neilson accepting membership: ~ ;
; Wy 7s TH pe. ee Aa
;
|
.
2
}-
EEE
from the Smithsonian Institution, Washington, acknowledging
the receipt of Publications: from Jonathan Pearson of Schenec-
tady, in relation to the publications.
The Secretary read a communication from D. M. Balch,
‘© On the Sodalite at Salem.’’ Referred to the committee on
publications.
F. W. Putnam read a communication from George H. Em-
erson of Cambridge, ‘‘ On Magnetite, and an Unknown
Mineral at Nahant.” Referred to the publication committee.
Rev. G. D. Wildes spoke of the thoroughly English aspects
of several of our olden towns in the County of Essex, noting
particularly those of Ipswich, as illustrating to the untravelled
eye, the marked features of the English rural town. Probably
no County in the State in its local names and physical char-
acter is more suggestive of associations connected with the
mother land.
A. ©. Goodell Jr., in presenting to the meeting, one of the
parts, (viz: the deed to the grantees, Edward Winslow and Robert
Cushman, ) of the original indenture or patent from Lord Shef-
field, of the territory of Cape Ann, which indenture was depos-
ited in the archieves of the Institute by J. Wingate Thornton
. Esq., of Boston, gave a brief account of the dates of the several
voyages of discovery, charters and settlements by Englishmen in
America; and specially referred to the earlier grants and char-
ters of the planters at New Plymouth and Massachusetts Bay.
The instrument deposited by Mr. Thornton, bearing date
Jan. 1, 1628-4, he declared to be the grant under which the
_ New Plymouth people first laid claim to Cape Ann, and began
that series of settlements by fishermen and planters which laid
the foundation of this flourishing Commonwealth.
Mr. Wildes followed Mr. Goodell in some remarks as to the
great value of such documents, and alluded to the care taken of
similar articles in the British Museum, mentioning several very
valuable historical relics which he had seen in that collection.
IV
The thanks of the Institute were voted to Mr. Thornton for”
this valuable contribution. |
Wepnespay, Fepruary 10. Ordinary meeting.
H. J. Cross in the chair.
Charles Creesey and Joshua Safford, of Salem, were elected
Resident Members.
Monpay, Fesruary 22. Evening meeting.
Vice President, A. ©. Goodell Jr., in the chair.
Donations to the Library and Cabinets were announced.
F. W. Putnam presented a communication by A. S. Pack-
ard Jr., of Brunswick, Maine, entitled ‘“ Notes on the Family
Zygenide.” Referred to the Committee on Publications.
R. 8. Rantoul read the following communications which he
had recently received from the War Department, at Washing-
ton, accompanying the same with a brief account of his visit to
Washington and his interview with Mr. Whiting, the Solicitor
for the Department, in relation to the subject of naming the
Forts in Gloucester and Marblehead :—
War Department,
Washington City, Feb. 8th, 1864.
Rosert §. Rantoun Esq.,
Dear Sir,
I have the pleasure of enclosing the order of the
Secretary of War made at my request in accordance with the
wishes of the Essex Institute, naming Fort Glover and Fort
Conant.
Respectfully, your obedient servant,
WILLIAM WuHuittINe,
Solicitor of the War Department. ~
War DrpartTMeEnt, | es
Washington City, Feb. 7th, 1864.
Sir,
The Secretary of War directs me to acknowledge the ;
Vv
receipt of Mr. Robert S. Rantoul’s communication dated Janu-
ary 22d, addressed to you and enclosing copy of a resolution
passed by the ‘‘ Essex Institute’ of Salem, Massachusetts, rec-
ommending that the fortifications’ now erecting in Marblehead
be named ‘“ Fort Glover,” and the works designated for the
‘‘ Stage’ in Gloucester ‘‘ Fort Conant.”
In reply, I am instructed to inform you, that the Secretary
regards the names proposed as suitable designations of these
defences, and that he has ordered that they be named accord-
ingly.
Very respectfully, your obedient servant,
Ep. M. CaMBy, _
Brigadier General, A. A. G.
Hon. Wm. WHITING,
Solicitor of the War Department.
The chair remarked as follows: soon after the publication
of Mr. W. P. Upham’s Memoir of Gen. John Glover of Mar-
blehead, 8. H. Phillips Esq., suggested the propriety of hay-
ing one of the Forts about to be constructed in Marblehead
named ‘ Fort Glover.”
At a meeting of the Essex Institute, held on Wednesday,
Sept. 2, 1863, on motion of Mr. W. P. Upham, a committee,
consisting of Messrs. W. P. Upham and A. C. Goodell Jr.,
was appointed to codperate with the town authorities and citi-
zens of Marblehead in such a manner as may be deemed ap-
propriate to accomplish this object.
At a meeting held on Monday evening, Dec. 14, 1863, the
subject of naming the fortifications designed for the ‘‘ Stage”
in Gloucester, ‘‘ Fort Conant,’’ suggested in a letter to Mr.
Goodell by J. Wingate Thornton Esq., of Boston, in honor of
Roger Conant, the founder of the first plantation in Massachu-
setts Bay, was brought to the notice of the Institute and refer-
red to the same Committee who had under consideration the
naming of the Fort at Marblehead. .
Mr. Goodell moreover stated that as the business for which
the Committee was appointed had been so fully accomplished
by Mr. Rantoul, he desired to be excused from further duty.
VI
This was voted, and also a resolution of thanks to Mr. Rantoul.
Adjourned to meet on Monday of next week, Feb. 29th, and
voted that meetings be held on every Monday until otherwise
ordered. °
WepNESDAY, Frspruary 24. Ordinary meeting.
H. F. King in the chair. |
Henry R. Stone of Salem, was elected a Resident Member.
Charles E. Hamlin of Waterville, Me., and §S. I. Smith of
Norway, Me., were elected Corresponding Members.
Monpay, Frsruary 29. Evening meeting.
Vice President, A. C. Goodell Jr., in the chair.
Donations were announced to the Library and Cabinets.
Letters were read, from Henry R. Stone, accepting member-
ship: from B. F. Mudge, of Quindaro, Wyandote Co., Kan-
sas, in relation to the Geological survey of that State: from
Trustees of the New York State Library; Historical Society of
Pennsylvania; Henry A. Smith of Cleveland, Ohio; J. Henry
Stickney of Baltimore, Md.; and N. Paine of Worcester,
relating to the publications.
F. W. Putnam made some remarks on Orthopterous Insects,
suggested by specimens presented to the Institute by Miss Ed- .
mands. i
Mr. Putnam presented a communication from A. E. Verrill
of Cambridge,‘ entitled ‘‘ Synopsis of the Polyps collected dur--
ing the years 1853-6, by Dr. Wm. Stimpson, Naturalist to
the North Pacific a a sie commanded by Captains Ring-
gold and Rogers.” Referred to the publication committee.
- The Secretary read the following communication from Geo.
A. Ward, in regard to the naming of ‘‘ Fort Lee.’’
“ While at work in reconstructing the fort on Salem Neck in
1812.as a member of the Salem Light Infantry, my grandfather
informed me that it was originally planned by General CuaRLEs
Lez, and that he gave instructions regarding it, and thathis
name was given to it. My said Grandfather was of the Com-
ta
VIT
mittee of Safety and had considerable to do as to the fortifica-
tions in the neighborhood of Salem, and I think he could not be
mistaken as to Fort Lee.”
Extracts from the Town records were read in relation to this
subject, and remarks were offered by the chair, H. Wheatland,
W. P. Upham and others. Some suggesting that the Fort was
named for Colonel W. R. Lee, formerly collector of Salem and
an active officer in the Revolution.
~The chair presented in behalf of J. VY. Browne, a copper
plate, on which was engraved the likeness of Rev. Joseph
Sewall of Boston, and gave a brief sketch of the life of Mr. Sewall.
T. Ropes made some enquiries relative to the old Friends
Meeting House, on the South side of Essex street, between
Monroe and Dean streets, which were replied to by the chair.
John M. Ives spoke of the new silk worms that feed on the
Ailanthus, and remarks were offered by F. W. Putnam and.
others on silk producing worms.
The remainder of the evening was occupied by F. W. Put-
nam, who gave a general view of the geological succession of
animals, and their geographical distribution at the present time.
John H. Bettis and Robert Brookhouse 3d, of Salem, were
elected Resident Members.
_Monpay, Marcu 7. Evening meeting.
Vice President, A. C. Goodell Jr., in the chair.
Donations to the Library and Cabinets were announced.
Letters were read, from C. E. Hamlin and S. I. Smith, ac-
cepting membership: from S. Jillson respecting some Birds.
H. Wheatland read extracts from the Records of the
Superior Court of Judicature and the Inferior Court of Common
Pleas (1766) relative to one Jenny Slew of Ipswich, Spinster,
(colored woman) vs. John Whipple Jr. of Ipswich, claiming
damages for his detention of her as aslave. The judgment of -
the Inferior Court was reversed by the Higher Court and the
plaintiff recovered her liberty and damages.
Rey. G. D. Wildes spoke of Domestic Servitude as it existed
Vill
in this country prior to the Revolution, and instanced the case
of a Norwegian girl in his Grandfather’s family, whose services
were purchased for a term of years.
The chair alluded to a similar case in Manchester.
Mr. Wildes spoke of Marblehead as presenting a near and most
- interesting field of Antiquarian research for the younger mem-
bers of the Institute, whose minds might be directed to that de-
partment. St. Michael’s Church, with its ancient Church yard ;
the old mansions of that formerly flourishing seaport; the
history of several families identified with Colonial and Revo-
lutionary history, would be found to present most interesting
points of enquiry.
Mr. Wildes also spoke of Christ Church, Cambridge as per-
haps the best specimen, in this country, of the English Village
Church of the last Century. It was a question whether the
frame of this Church was brought from England or not. Mr.
W. gave an interesting account of the Vassal family, in connec-
tion with this Church, and of the several old mansions, still
marking the social life of Cambridge in the Ante-revolutionary
history of the town. A visit to Cambridge, in connection with
researches into the history of some of these, even now elegant
residences of a later generation, would be found to be full of
interest and instruction.
Remarks of a conversational character from Messrs. Wildes,
Beaman, the chair and others, relating to Boston and its vicin-
ity in Revolutionary times occupied,the rest of the evening.
A Committee consisting of Messrs. F. W. Putnam, J. A.
Gillis, R. S. Rantoul, W. P. Upham and H. Wheatland were
appointed to revise the Constitution and By-Laws.
Monpay, Marcu 14. Evening meeting. |
Vice President, A. C. Goodell Jr., in the chair.
Donations to the Library and Cabinets were announced.
Letters were read from Joseph A. Goldthwait of New Berne,
N.C., relating to specimens sent to the Institute: from Wm. A.
ee i
a 63
Smith of Worcester, Mrs. P. A. Hanaford of Beverly, 8. D.
Bell of Manchester, N. H., C. M. Tracy and F. E. Oliver of
Lynn, relating to business matters.
The Secretary read some extracts from the Records of two
Aqueduct Corporations, which, though limited in their opera-
tions, are interesting as relating to the history of the introduction
of water into this city. (See [Historical Collections, VI, No. I.)
F. W. Putnam exhibited the Pea Hen recently presented by
I. Peabody and mounted by 8. Jillson. This Hen had been
kept on the grounds of Col. Peabody for seventeen years; about
two years since she commenced to assume the plumage charac-
teristic of the male, and had so far accomplished this object that
at the time of her death she had attained the ‘‘train’”’ and the bril-
liant colors of the male. Mr. Putnam stated that Latham, in his
Synopsis of Birds, mentioned two such instances that had come
under his observation. He also said that similar cases had
been noticed among other birds, and was quite common in the
English Pheasant. Similar changes in the external appearance
were known to take place in some species of fishes.
A. C. Goodell Jy. read a portion of an account, presented by
George B. Loring, of the houses on Essex street in 1798, writ-
ten by Col. Pickman who died in 1819.
Thomas Morong of Gloucester, was elected a Resident Mem-
ber. Jeremiah L. Hanaford of Watertown, and Benj. F. Mudge
of Quindaro, Kansas, were elected Corresponding Members.
Monpay, Marcu 21. Evening meeting.
Vice President, A. C. Goodell Jr., in the chair.
Donations to the Library were announced.
Letters were read, from the Trustees of the New York State
Library, giving notice of the transmission of books: from
Trustees of the Boston Public Library, acknowledging the re-
ceipt of publications: from Wm. A. Smith of Worcester, in
relation to publications.
Mr. Goodell concluded the reading of Mr. Pickman’s account
x
of the old houses on Essex street. Referred to the publica-
tion committee to be printed in the Historical Collections.
Some discussion followed relative to the old houses in Salem,
participated in by Messrs. Ropes, Goodell and others.
Monpay, Marcu 28. Evening meeting.
Vice President, A. C. Goodell Jr., in the chair.
Donations to the Library and Cabinet were announced.
I’. W. Putnam made some remarks upon the Trilobites from
the Braintree quarry, presented by A. S. Packard Jr.
The Rev. Mr. Wildes, presented to the Institute, several
articles which he had procured in a visit to Newburyport this
afternoon. One of these was a framed engraving of the body of
Marshal Ney, as it appeared after being taken to a conventieal
house in Paris, immediately after his execution. ‘The engrav-
ing, suppressed by the Allied Commander in the fear that it
might tend to popular tumult, is supposed to be the only one in
this country. It presents a most faithful portrait of the Mar-
shal, and is not the least interesting among the historical objects
in the collection: of the Institute.
Mr. W. also presented to the Institute, on deposit, the bullet
by which Capt Greenleaf was wounded in the fight with the
Indians near Newbury, in 1695. It is hoped, that the buff
coat, worn on the occasion by Capt. G., and still in the posses-
sion of his descendants, may eventually be obtained for the
Institute.
A third article presented by Mr. We, on behalf of the Misses
Tracey of Newburyport, was the snuff box of the eminent mer-
chant Jeremiah Lee of Marblehead, the subject of the exquisite
painting by Copley, now, with that of Madame Lee, in the pos-
session of the Misses Tracey. . 2
Another article presented by Mr. W., in behalf of E. W.
Rand Esq. of Newburyport, was a pair of very ancient tongs,
used for the purpose of lighting a pipe, and with various 8 pecu-
we r i
- UP «
. sagan
XI
liar contrivances for securing reasonable comfort in smoking.
Mr. W. accompanied the presentation with various interesting
details as to these and other objects of interest, which might
eventually be procured from the same sources for the collections
of the Institute.
F. W. Putnam called the attention of the meeting toa singu-
lar monstrosity that had been presented by Mr. James Bufling-
ton of Salem. This was a young duck that had, apparently,
an extra leg developed from its back. Upon dissection this leg
proved to be made up in some parts, of two legs closely united.
The portion joining the pelvis (the femur,) being single, but
the second segment of the leg (tibia and fibula) was shortened
and spread out, so as to allow the articulation of wo tarso-meta-
tarsal bones, and from this point the foot was nearly double,
having six toes, the two small hind toes being wanting.
Mr. William Mansfield presented to the Institute a wooden
model, used before the city government to illustrate the grade
and direction of the proposed route of the Eastern Railroad, in
1837-8, through Washington Street, in Salem. This model
contains, in miniature, all the buildings then standing on the
land included in the present Washington Street South of Essex
Street, except the ‘Marston building.”” The chair gave an
historical sketch of these several buildings, and of earlier struc-
tures in the same locality.
Additions to the Museum and Library during January,
February and March, 1864.
TO THE NATURAL HISTORY DEPARTMENT.
BERTRAM, JOHN. Specimen of Malachite.
BurFFINGTON, JAMES. Malformed Young Duck.
Epmanps, Miss A. M. Collection of 24 species of North
American Orthoptera, named by Mr. Scudder. 250 speci-
mens of New England Spiders.
Feut, 8. Q. Lime incrustation from Brazil.
GoLpTHWAIT, Capt. J. A., New Berne, N.C. Fossil wood, ©
a portion of a large tree, from Neuse River, near Kingston, N.C.
Hamuin, Pror. C. E., Waterville, Me. 3 Salamanders, 2.
species from Waterville.
Harrineton, Capt. GEO. Fossil Shells from Gibraltar.
Hartt, C. F., St. John, N. B. Fossil coral, Siderastrea
siderea Blainv. from Bermuda. 7 species of Minerals from
Nova Scotia. |
Hartt, J. W., St. John, N. B. Two specimens of Fossil
Kish from the Albert Coal Mine, N. B.
Kine, Cart. H. F. Wood of the Sophora Japonica.
Lyceum or Naturau History or WILLIAMS COLLEGE.
(In exchange.) 19 species of Corals from Florida, named by
Mr. Verrill. |
Museum oF Comp. ZodLtocy, Cambridge. (In exchange.)
32 species of corals from various localities. Named by Mr.
Verrill. 16 specimens, 11 species of Bird’s eggs from Florida,
Grand Menan and Anticosti.
Neat, Jos. Body of a Fox, for Skeleton.
OrpwaY, H.L., Ipswich. 84 specimens, 5 species of Spi-
ders from Ipswich.
PackarD JR., A. 8., Brunswick, Me. ‘Trilobites from the
Braintree Quarry. 40 species, 200 specimens of Lepidoptera
Maryland. 8 species, 8 specimens of Lepidoptera from
England.
Prapopy, Francis.
a:
XXVII
and withstand the overturning of the brain, upon over-
drinking; yea, the very smell thereof will disperse such
fumes and vapors, as would trouble and disquiet the
head.”
Gerard, alluding perhaps to the Pansy, then called Herb
Trinitie, says they ‘‘ have a prerogative above others, not
only because the mind conceiveth a certain pleasure and
recreation by smelling and handling them, but they bring
to a liberal and gentle minde the remembrance of hones-
tie, comelinesse and all kind of virtues.” An eastern poet
has said of this flower,
‘© Tt is not a flower ; it is an
Emerald bearing a purple gem.’’
Houstonia ceerulea, one of the most common of the
spring flowers, and a universal favorite, often called Vio-
lets,—a most delicate little biennial plant, its erect and
very slender stem topped off with starry white or pale
blue flowers with a yellow eye, and in masses often ap-
pearing like a thin sprinkling of snow over the fields.
It does not appear to have been introduced into the
Kew gardens till 1785. It is figured in Curtis’s Magazine
and elsewhere.
— Saxifraga virginiensis. One of Parkinson’s seventeen
tribes of plants are the “Saxifrages, or Break-stone
Plants,” so called from their habit of growing in the seams
or crevices of rocks, not inaptly described by Josselyn as
“The New England Dayzie or Primrose, the second kind
of Navelwort in Johnson upon Gerard; it flowers in May
and grows amongst moss upon hilly grounds and rocks
that are shady.” It is an Alpine plant, this and a_ co-
species, the 8. nivalis, were among the very last flowers
that greeted the eyes of Kane and his weary voyagers as
they pressed onward toward the pole, beyond all vegetable
life.
XXVIII
Erythroneum americanum, most improperly and un-
happily called “ Dog’s Tooth Violet,” a fine locality of
which can be seen in the low land among bushes near
Legg’s Hill and the Forest River road. It belongs to the
Lily tribe, and it has been suggested that it be called May
Lily. It has elegant glossy leaves, blotched with purple.
Josselyn, in 1672, calls it “Yellow Bastard Daffodil; it
flowereth in May; the green leaves are spotted with black
spots.” It was cultivated in England in 1665, and is
mentioned in Rea’s Flora.
Feathery Catkins, from the branches of Alders, Willows,
Poplars and Maples, are now for a brief period shaking
their pollen to the winds, and in their graceful beauty are
well worthy of study. They are occasionally mentioned
with much effect in the poems of Bryant, some of whose
sweetest inspirations were caught under the swaying
branches of his native woods.
Rev. G. D. Wildes gave an account of a recent celebra-
tion of May-day in England.
F. W. Putnam gave a summary of a paper, presented for
publication by J. A. Allen of Springfield, entitled a “ Cata-
logue of Birds found at Springfield, Mass., with Notes on
their Migrations, Habits, &c., together with a List of those
Birds found in the State not yet observed at Springfield.”
Referred to the Publication Committee.
The proposed amendments to the Constitution were
read for the second time.
Charles D. McDuffie, of Salem, was elected. a resident
member.
Wepnespay, May 11. Annual Meeting.
Vice President, A. C. Goodell Jr., in the chair.
Donations to the Library and Cabinets were announced.
Letters were read, from 8. F. Baird, William Stimp-
a ee
a
4
‘
a a
NATX
son, J. A. Allen of Springfield and L Trouvelot of
Medford, relating to the publications and the “ Naturalist’s
Directory”; from J. E. Oliver of Lynn, N. B. Shurtleff of
Boston, A. W. Dodge of Hamilton and C. F. Hartt of Cam-
bridge, on business matters; from J. T. Rothrock of
Cambridge transmitting a paper for publication in the
Proceedings.
The reports of the Secretary, Treasurer, Cabinet Keeper
and Curators were read and accepted.
The Secretary stated that the Society was never ina
more flourishing condition than at present. The receipts
from the assessments of resident members had been great-
er than in any preceding year, which was also the case
in regard to the sales of publications. During the year
thirty-seven resident, and twelve corresponding members
have been elected. Six members have died, leaving the
number of resident members three hundred and sixty-one.
Biographical notices of the deceased members will be
printed in the June number of the Historical Collections.
The Secretary alluded in particular to the late venerable
botanist, Dr. George Osgood of South Danvers, who had
always taken an active part in the Field Meetings of the
Institute, and who was extensively known as one of the
Linnzan school of botanists.
Five field meetings were held during the past summer,
in Swampscott, Amesbury, Salem, Newburyport, and Rock-
port, which were all fully attended, and acknowledged suc-
cessful in the attainment of their objects. Throughout the
winter months meetings were held at the Society’s rooms
on Monday evenings, alternating with lectures on Zodlogy
(from Mr. F. W. Putnam.
. A course of twelve lectures was given under the aus-
pices of the Institute, at Lyceum Hall during the last win-
ter, as follows :—two from Prof. C. T. Jackson, on Min-
EEX
ing; one each, from Mr. C. W. Tuttle, on Cometery
Astronomy; Mr. Cleveland Abbe, on Astronomical Instru-
ments; Capt. N. E. Atwood, on the Habits of our Native
Fishes; Prof. Benjamin Pierce, on Cosmogony; Mr. Al-
pheus Hyatt, on the Mollusca; Mr. C. M. Tracy, on Ber-
ries; President Hill, on the Geometrical Curve; and Mr.
A. E. Verrill, on Corals and Coral Reefs.
The mobhention of the Proceedings and Historical Col-
lections has been continued during the year. Of the
former, the first quarterly number of the fourth volume,
under its new form, is ready for distribution to subscri-
bers. The Historical Collections have now reached to
number one of volume six.
The annual Horticultural Exhibition took place on the
23d, 24th and 25th of September, but owing to the great.
scarcity of fruit, of all kinds, the tables were not loaded as
in former years, though many fine specimens were con-
tributed, particularly of grapes, which included not only
those varieties grown in the hot-house, but many chai
seedlings raised by the industry and care of Edward’S
Rogers, of Salem. The show of vegetables was unusually
good and in great variety. Heretofore very little atten-
tion has been devoted in our exhibitions, to this class of ©
horticultural products.
To the Library valuable additions have been made,
during the year, consisting of 1603 volumes and pamphlets,
received from one hundred and nineteen individuals and
thirty-two societies, editors of journals, and the various
departments of the State and General Government... The
most valuable of the donations were, one from George
A. Ward, consisting of 160 volumes in the various depen
ments ir History, and general reading: and another from
the retiring Vice President of the Institute, James Upton,
comprising 51 valuable volumes, prineipally relating to
horticultural subjects.
_
:
+
ae
we
XXXI
The Treasurer presented the following statement of the
financial condition, for the year ending May, 1864.
GENERAL ACCOUNT.
Debits.
Athenzeum Rent, half fuel, &c. ‘ : $491 77
Lectures, $237 76; Publications, $699 25, 937 O1
Collecting Assessments, $16 50; Gas, $8 74, 25 24
Express and Postage, $24 68; Sundries, $30 22, 54 90
To Historical Account, ; : 209 78
To Natural History and Horticultural Account, 42 47
Balance in Treasury, ‘ ; : : 7 04
$1768 21 21
Credits.
Balance of last year’s account, 39 36
Dividends Webster Bank, $40 00; Sundries, $15 60, 55 60
G. Andrews’ Legacy, $190 00; Lectures, $311 55, 501 55
Sale of Publications, é ; 497 70
Assessments, : ‘ ba r - 674 00
$1768 21
NATURAL HISTORY AND HORTICULTURE.
Debits.
Preservatives and ‘Taxidermy, $29 22; Cases, $44 97, 74 19
Books, $30 76; Glass, $37.48, . ; 68 24
Horticultural Exhibition, ; : ; 42 12
$184 55
Credits.
Horticultural Exhibition, ; . : 90 08
Dividends Lowell Bleachery, - 40 00
ig Portland, Saco & Portsmouth Railroad, 12 00
General Account, , 42 47
$184 55
HISTORICAL ACCOUNT.
Debits.
Binding, $236 08; Books, $12 00, : : 248 08
Repairing picture frames, . ‘ : #\, 13-30
$261 58
Credits.
Dividends Naumkeag Bank, é ‘ ; 13 00
Coupons Michigan Central Railroad, : . 38 80
General Account, ‘ ‘ : : 209 78
$561 58
XXXII
The Cabinet Keeper reported that the specimens in the
Museum were in as safe a condition, as the crowded cases
of some of the departments would allow. During the
year, Mr. T. M. Pond has arranged, catalogued, and labelled
the North American birds, and their nests and eggs. Mr.
Horace Brown has done the same with the collection of
Mammalia, and had commenced to catalogue the Osteologi-
cal collection when other occupations prevented his
completing the work. Mr. Charles H. Higbee has ar-
ranged the Mineralogical collection, and by his efforts
much has been done to increase its value. The Reptiles
have been partially catalogued and named. The snakes-
which were sent to Professor Jan of Milan have been
returned in good condition, with his identifications.
Among the specimens Prof. Jan found several unknown
species, descriptions of which will appear in his great work
on Ophidians, in which he will give full credit to the Insti-:
tute for its assistance. ;
During the year, an Essex County Collection has been
commenced with the intention to soon have the Natural
History of our county fully represented and separately
arranged.
The total number of donations to the various sections of |
the Department of Natural History, since the last annual: 7
meeting, amounts to one hundred and twenty-six, received
from eighty-six persons ; besides which, several exchanges
have been made with the Museum of Comp. Zodlogy at
Cambridge, and the Lyceum of Nat. History of Williams’
College. |
Mr. James H. Emerton, curator of Articulata, reported
that the Insects had been looked over, the worthless ones
discarded and the others carefully protected from injury.
The large collection of Brazilian Insects had been arranged,
according to their orders, in a case by themselves. Tho
4% 4%,
sy
XX XIII
other pinned specimens have been arranged in tight boxes
and drawers. The alcoholic specimens of Insects, Crusta-
ceans, and Worms have been arranged in the central cases
of the large Hall. The pinned specimens of Coleoptera,
Orthoptera, and Hemiptera have been catalogued and as
far as possible named. Of the Coleoptera there are 1212
species, and over 3000 specimens. Of Orthoptera, 155
species; Hemiptera, 169 species ; Neuroptera, 40 species.
Several hundred species of Diptera and over 2000 speci-
mens of Lepidoptera, one half of which are from South
America. The Lepidoptera have been partially named by
Mr. 8. H. Scudder while in the Museum of Comp. Zodlogy.
The small collection of Bees has been named by Dr. A. 8.
Packard Jr. Several exchanges have been made with
Messrs. Scudder and Packard. The collection of Spiders
has been largely increased during the year, and the curator,
who is specially engaged in studying this order of insects,
requests contributions of specimens from all parts of the
country for his work.
Mr. John Robinson, Curator of the Ethnological De-
partment, reported that the collection under his charge
had been rearranged during the year. There had been
many valuable donations received from fifty-five persons.
Several sub-departments have recently been commenced,
and good progress thus far made in rendering them avail-
able for purposes of study and examination ; the Curators
request the codperation of the members and friends of
the Institution in aid of these objects, trusting that their
appeal will meet with a hearty response, and that many
specimens will be contributed, especially such as are
evanescent in their character, and if not preserved at the
time, soon disappear, and afterwards are very difficult if
not impossible to obtain.
The Constitution and By-Laws as revised by the Com-
mittee were unanimously adopted.
5
XXXIV
The following officers were elected for the ensuing year:
PRESIDENT.
ASAHEL HUNTINGTON.
VICE PRESIDENTS.
Of Natural History—SamMvueL P. Fowter. , Of History—A. C. GoovE Ly Jr.
Of Horticulture—J. F. ALLEN.
SECRETARY AND TREASURER.
HENRY WHEATLAND.
LIBRARIAN.
NATHANIEL J. HOLDEN.
SUPERINTENDENT OF THE MUSEUM.
F. W. Putnam.
FINANCE COMMITTEE.
J. C. Lee, R. S. Rogers, H.M. Brooks, G.D.Phippen, Jas. Chamberlain.
LIBRARY COMMITTEE.
J.G. Waters, Alpheus Crosby, H. J. Cross, G. A. Ward, G. D. Wildes.
PUBLICATION COMMITTEE.
A. C. Goodell Jr., G. D. Phippen, Ira J. Patch, C. M. Tracy,
Wm. P. Upham, R. 8. Rantoul, ¥F. W. Putnam.
LECTURE COMMITTEE.
A. C. Goodell Jr., Francis Peabody, G. D. Phippen, George Perkins,
James Kimball, G. W. Briggs, F. W. Putnam.
FIELD-MEETING COMMITTEE,
A. W. Dodge, OC. M. Tracy, S. Barden, S. P. Fowler, J. M. Ives,
. G. D. Wildes, C. C. Beaman, E. N. Walton.
CURATORS OF NATURAL HISTORY.
Geology—H. F. Shepard; Mineralogy—C. H. Higbee;
Paleontology—H. F. King; Botany—C. M. Tracy;
Comparative Anatomy—Henry Wheatland; Vertebrata—F. W. Putnam;
Articulata—J. H. Emerton; Mollusca—H. F. King;
Radiata—Caleb Cooke.
CURATORS OF HISTORY.
Ethnology.
William S. Messervy, M.A. Stickney, John Robinson, J. A. Gillis.
“f Manuscripts.
W.P. Upham, H. M. Brooks, S. B. Buttrick, G. L. Streeter, G. D. Wildes.
Fine Aris.
Francis Peabody, J. G. Waters, G. A. Ward.
CURATORS OF HORTICULTURE.
Fruits aud Vegetables.
J. M. Ives, J. S. Cabot, R. S. Rogers, John Bertram, G. B. Loring,
S. A. Merrill, W. Maloon, A. Lackey, G. F. Brown. 4
Flowers.
Francis Putnam, William Mack, C. H. Norris, Benj. A. West, Geo. D. Glover.
ee eT
’
; :
a
XXXV
On motion of Mr. G. A. Ward, a committee, consisting
of Messrs. G. A. Ward, R. S. Rantoul, George Perkins,
KR. N. Walton, T. M. Stimpson, Charles Davis, G. D. Wildes,
S. P. Fowler, and W. P. Upham, was appointed to present
the claims of the Institute upon the public for a more lib-
eral patronage, so that it may be better enabled to
accomplish the objects of its organization.
On motion of Mr. S. P. Fowler a committee was ap-
pointed to make a collection of card photographs of the
members of the Institute. Messrs. 8. P. Fowler, John
Robinson, and D. W. Bowdoin were placed on this com-
mittee.
Mr. S. P. Fowler was requested to prepare a paper on
the Ornithologists of America, for publication in the Pro-
ceedings.
THURSDAY, JUNE 9th. Ordinary Meeting.
J. G. Waters in the chair.
The following persons, having been nominated at a
previous meeting, were duly elected Resident Members:
William B. Parker, James 8. Kimball, Edward H. Payson,
S. W. Davis, Edward LL. Perkins, George P. Farrington,
Mrs. John Clark, J. Ford Smith, A. G. Cornelius, Charles
Roundy, James F. Hale, E. F. Roberts, J. W. Roberts,
David Perkins, Jeremiah Page, Henry Morton, Benj. M.
Chamberlain, A. P. Amidon, all of Salem.
Additions to the Museum and Inbrary during April, May
and June, 1864.
TO THE NATURAL HISTORY DEPARTMENT.
BrooxuouseE Jr., Ropert. Specimens of Glyptemys insculpta from Salem.
Burt, D. W. Male and female Attacus cecropia.
CHAMBERLAIN, JAMES. Eggs of a Mollusk and an Echinus from Beverly
Bar.
Cuipman, R. M. Attacus luna from Salem.
XXXVI
CrouTman, Capt. W. R. Snake from Yangtse River, Japan.
Cotcorp, Mrs. H. M., of South Danvers. A Red-winged Black-bird from
Danvers.
Conway, Capt. Mounted specimen of White Owl.
Cooke, C. Dried Plants, Shells and Echini from Zanzibar, Africa.
Cross, oH. J. Sponge from Marblehead Beach.
Davis, Cuar.es, of Beverly. Young Eagle taken from the nest in Beverly,
June 2d.
Emerton, J. H. Insects, Helix, and 2 Salamanders from an Island off
Manchester. 125 specimens, 91 species of Insects from Essex Co. 147
specimens, 82 species of Insects from Salem. A collection of Ants from Sa-
lem. 6 species of Insects and a Tree Toad from Danvers. Cyclopterus
lumpus and Raia sp. from Nahant.
GtoveR, Geo. D. Attacus cecropia from Salem.
Hunt, Y. Attucus cecropia from Salem.
Lake, ELeazer, of Topsfield.
wine okt &
i et: ee i: ot
XLV
time, and he recollected being carried, When a little boy,
to see the old building torn down. At this tavern, as he
had heard the story from an ancient dame, Washington
once stopped during his journey, rested awhile, and only
allowed himself a cup of cold water. Mr. N. also spoke
of a series of articles on the history of the town, pre-
pared by his late father Benj. F. Newhall, and printed in
the Lynn Reporter, a reprint of which is under consider-
ation.
Joseph Dampney, of Lynn, gave some further statements
in the same direction, particularly as to the first church
built in Saugus, which was at the “ Center.”
The chair said that Saugus was a place very interesting
to the antiquary, and historian. Some of the ramblers of
the day had probably seen the heaps of scoria at the
“Center” called the “Cinder Bank.” At that spot was
established the first iron foundery in the country, the scene
of the labors of Joseph Jenks, one of the pioneers of
American inventors. It was he who first contrived and
introduced the long stiff scythe now used by mowers ; and
we also find record to show that he invented an “ engine
for the more spedye cutting of grasse,” for which he
sought legislative encouragement. What this “ engine”
was does not well appear. The foundery was a success,
it would seem, and a choice relic from it is yet preserved
in the family of the late Alonzo Lewis, of Lynn, to wit, the
first article cast, being a small quaintly shaped iron pot.
Rev. C.C. Beaman, of Salem, gave a brief account of
the delightful scenery at and about “ Pirate’s Glen” and
also adverted to the tribe of Indians who formerly dwelt
hereabout. It was said that their camps might still be
traced by the imbedded clam-shells in the soil; and there
were some who could recollect the last of these easy,
indolent, fish-eating people, as they lingered awhile among
their civilized and more powerful successors.
XLVI
Rev. A. W. Bruce, of Marblehead, expressed his satis-
faction at the proceedings of the day, and spoke further
of the importance of preserving items of local history.
James H. Emerton, of Salem, made some statements
as to the large collection of insects received by the Insti-
tute in the past year, and gave some suggestions on the .
preservation of specimens in this class. ‘
P. L. Cox, of Lynn, testified to the pleasantness of the
day’s fe and paid a just and warm tribute to the |
memory of Benj. F. Newhall, the historian of Saugus.
Prof. John C. Holmes, of Michigan, gave some descrip-
tion of the tulip tree as found in that State (allusion
having been made to the tree by Mr. Tracy.) He
then spoke of the developement of the agricultural re-
sources of the West, the transportation eastward of their
products, and the necessity of increased facilities for this
purpose. : 3
W. P. Upham, made some remarks on the jasper and
porphyry of this region.
Rev. C. C. Beaman, of Salem, called attention to the
character’and worth of the late Joshua Coffin Esq., the
historian of Newbury, and on his motion, the Vice Presi-
ident of History was requested to prepare a memoir of
that venerable author to be read at a future meeting.
On motion of Mr. Upham the thanks of the Institute
were tendered to Messrs. Wilbur F. and Alston Newhall
for their services as guides and otherwise, to the Proprie-
tors of Waverley Hall and all our friends in Saugus for
their kindness this day. Several persons were nominated
for membership and the Institute then adjourned.
a La a eT
_Taurspay, Juty 14. Ordinary meeting.
G. A. Ward in the chair.
The following persons nominated at the Saugus meet.
ing by Messrs. G. A. Ward, R. 8. Rantoul and H. Wheat- —
XLVII
land, were duly elected Resident Members; Abraham J.
Stanley, Samuel Carlen, John Mackie, C. W. Richardson,
W. C. Moulton, Charles Baker, J. M. Rice, Miss Annie
Treadwell, Mrs. Mary Doyle, Mrs. Chas. Hoffman, Charles
Sewall, Thomas P. Newhall, Robert McCloy, James Tref.
fren, Fred. Porter, W. D. Northend, Julian A. Fogg, J. 8.
Cross, Andrew H. Lord, Charles Osgood, Mrs. D. A. Neal,
all of Salem; S. S. McKenzie, of Topsfield; A. W. Bruce,
of Marblehead; Wilbur F. Newhall, John W. Newhall,
Harmon Hall, James 8. Oliver, John Westwood, and Miss
Charlotte M. Hawkes, of East Saugus.
WEDNESDAY, JuLY 27. Field meeting at North Beverly.
A small company of those most actively interested
repaired to the neighborhood of Wenham Pond in the
morning, taking the early train as far as the little village
of North Beverly. These spent the forenoon in various
rambles in the vicinity and being Joined by a large addi-
tional force from Lynn, Salem, and other places, at about 3
P. M. the regular meeting was organized on the westerly
margin of the pond under a clump of venerable pines on
the grounds of Richard P. Waters Esq. Vice President,
A. C. Goodell Jr., took the chair and made a few remarks,
explanatory of the objects of the Institute. |
After the reading of the records of the last Field
meeting, and the announcement of donations to the Li-
brary and Cabinets, letters were read from the following ;
Trustees of Boston Public Library, acknowledging receipt of publications;
W. F. Newhall, of East Saugus; A. W. Bruce, of Marblehead; D. C.
Haskell, J. F. Walden and Mrs. J. H. Silsbee, of Salem, accepting membership;
R. M. Piper, of Nahant; S. Barden, of Rockport, and Wm. Lafavor, of
Salem, on business matters.
Robert 8. Rantoul, of Salem, read an extended essay on
the History and Uses of Wenham Pond. In his remarks
he spoke of the remarkable purity of its water; its per-
manency of level; the enormous crops of ice taken from it
XLVIII
and the esteem in which this product is held abroad ; the
many notable characters associated with it in history, par-
ticularly Rev. Hugh Peters; and the singular amount of
litigation that had marked the adjoining territory in the
course of years.
A short but very pleasing poem by Mrs. J. H. Hanaford,
late of Beverly, but now of Reading, was read by Rev.
Geo. D. Wildes of Salem who prefaced it with a few re-
marks. The Poem was descriptive of the emotion felt by
an American in Europe on meeting with a specimen of
the famous ice from these waters.
Stephen H. Phillips, of Salem, adverted to the very in-
teresting fact that this was one of those “ greate pondes,”
of more than ten acres in extent, whose entire freedom to
all our people for fishing and fowling is guaranteed for-
ever, first, by the “ Bodye of Libertyes,’ drawn and pro-
mulgated by Rev. Nathaniel Ward of Ipswich in 1643,
then by later enactments of the General Court, and now
finally made a fixed fact by decision of the Supreme Court
lately rendered. He read extracts from the manuscript opin-
ion of the Court in the case of Inhabitants of W. Roxbury
vs. Stoddard, bearing on this point. Thus, said Mr. P. we
are in full posession of these lovely waters, for all legiti-
mate public uses, free of cost and beyond hinderance by
designing men; and this more than by all else, by the
early foresight of Nathaniel Ward of Ipswich, known as
the “Simple Cobbler of Agawam.”
James Slade, late City Engineer of Boston, gave some
interesting facts on the subject of furnishing water to
cities, and said that when a tolerable source was selected, .
it was always found that the quantity provided by nature
could be much increased by art, by the use of means to
prevent loss and waste. |
Rev. G. W. Skinner, of Gloucester, made some sitar
ments upon the remarkable ridge, or moraine, which runs
|
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2
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XLIX
along the shore of the lake, from near this spot to almost
the northern end. He discussed its structure very fully
and concluded that it was formed, during the period of
drift, by the deposit of stones and gravel brought by
ice-floes or field-ice, which here, restrained by the high-
lands, was forced to move for sometime in a kind of eddy.
C. M. Tracy, of Lynn, made some observations on the
peculiar structure of the Sarracenia or Huntsman’s Cup.
He favored the idea that its pitchers, which are usually
partly full of pure water, are reservoirs for the collection
of dew, which may, by some natural means, be formed
upon them more readily than upon other objects. The
specimen before the meeting was from Cape Ann, and,
despite the severe drought, had been found with its usual
supply of water.
Prof. B. O. Pierce, of Beverly, had also examined the
moraine spoken of by Mr. Skinner, and gave some con-
siderations thereon, as also on the mollusca found in
Wenham Pond.
Richard P. Waters, of Beverly, said this moraine had
attracted the notice of Hitchcock who had pronounced it
a wonderful formation; but he seemed not to have alluded
to itin his writings.
Rev. C. C. Beaman, of Salem, gave some notice of the
earlier proprietors of this region, and particularly of Rev.
Mr. Fiske, one of the first clergymen in Wenham ; also
of the church records of that old parish which are still
preserved.
Charles 8. Osgood, of Salem, alluded to the kind enter-
tainment given us this day, and moved the thanks of the
Institute to the friends who had furnished it. The same
were voted unanimously. After the nomination of several
persons for membership the Institute adjourned.
L
THURSDAY, JULY 28. Ordinary meeting
Vice President, A. C. Goodell Jr, in the chair
The following persons nominated at the North Beverly
meeting by A. C. Goodell Jr., and H. Wheatland, were
elected Resident Members; Isaac Appleton, of Beverly ;
Geo. P. Russell, of Haverhill ; Shadrach M. Cate, Ephraim
Miller, James C. Stimpson and George Newcomb, of Salem.
The thanks of the Institute were voted to Mr. Rantoul for
the reading of his paper, on the “History of Wenham
Pond” at the meeting of yesterday, and-a copy was re-
quested for publication in the Historical Collections.
Wepnespay, August 10. Field meeting at Gloucester.
About three hundred persons arrived in the first train
from Salem, and were escorted to the Town Hall where a
few remarks of welcome were made by Rev. Mr. Skinner,
of Gloucester, and the divine blessing was invoked by
Rev. Mr. Banvard of Worcester. The party was then
dismissed for rambles and observations. Some visited the
“Stage Rocks” and “ Rafe’s Chasm”; others rambled along
the beach or in the woods in search of plants and animals.
At one o’clock the party had mostly reassembled at
the Town Hall, where after appeasing the good appetites
caused by the morning walks, the meeting was called to
order by Rev. S. Barden, of Rockport, who made a few
opening remarks.
The records of the last Field meeting were read, and
donations to the Cabinets and Library announced. Letters
were announced from:
New Jersey Historical Society, acknowledging the receipt of publications ;
J. F. Tuckerman, of Salem, accepting membership ; C. M. Tracy, of Lynn;
A. P. Peabody, of Cambridge, and G. W. Skinner, of Gloucester, respecting
Field meetings.
G. D. Phippen, of Salem, gave a brief account of the
early history of Gloucester, and then spoke of the trans-
a
.
&
a
LI
mutation of species among plants, holding that, while under
cultivation, plants were by the hand of man, changed, so
as to produce well marked varieties, yet, if left to nature’s
own laws, every species would remain true to the charac-
teristics stamped upon it by the Creator, at its first appear-
ance upon earth.
Rev. E. C. Bolles, of the Portland Nat. Hist. Society,
upon being introduced, made a most eloquent, and appro-
priate speech, advising all to study the works of God in
the field, and open their eyes to the beautiful gems at their
feet. Mr. Bolles stated that he had come from Portland
with his fellow member of the Nat. Hist. Society, Mr.
Morse, to see how a field meeting was conducted, and
hoped that his own Society would be able to follow the
example of the Essex Institute.
Rev. G. W Skinner, of Gloucester, exhibited, under a
microscope, some infusorial earth found on the Cape, and
explained the probable origin of the deposit.
Prof. Wm. Hinks, of University College, Toronto, C. W..
was introduced to the meeting, and gave an interesting,
general account of the lower animals and plants, during
which he stated that he was inclined, with others, to admit
a fifth branch to the animal kingdom, in which the sponges
and allied organisms should be placed. :
Rev. Joseph Banvard, of Worcester, gave an account of
the Worcester Society which had similar objects with those
of the Essex Institute, and had commenced to hold field
meetings. In the Worcester Society, ladies are not only
admitted as members, but are elected assistant curators,
and take an active part in all the meetings of the Society,
reading papers, and discussing the various subjects pre-
sented. Mr. Banvard stated that he had recently seen the
ants feeding upon the juices secreted by the aphides, or
plant lice, and that he had noticed three distinct species
LI.
of ants, each of which lived upon the secretions of a
pe ralne species of aphis.
Ed. 8. Morse, of Portland, whose depeothd study is the land
snails, gave an account of thie collection made by himself and
Mr. Bolles during the morning, stating that he had found
several specimens of two very rare species of minute snails.
The structure of these little snails, furnished, like most of
the larger species, with a shell, which is secreted by, and
is a part of the animal itself, and not a house which it can
leave at will, as is commonly supposed, was explained by
drawings. He also showed the position and shape of the
hundreds of microscopic teeth with which the snail’s
tongue is furnished for the purpose of rasping its food.
Mr. Morse read the following list of Terrestrial Mol-
lusca collected at Gloucester during the morning.
Tebennophorus dorsalis Binney. Helix ferrea Morse.
Limax campestris Binney. ‘¢ Binneyana Morse.
Helix striatella Anthony. ‘© exigua Stimpson.
‘* Jabyrinthica Say. Vertigo ovata Say.
‘s arborea Say. Pupa pentodon Say.
‘© chersina Say. Succinea Totteniana Lea.
‘© lineata Say. . «« avara Say.
<* milium Morse. Melampus bidentatus Say.
A. C. Goodell Jr., called the attention of the meeting to
the little neglected barnacle on the rocks, and after
giving an interesting description of its structure, which
he illustrated by a drawing of that portion of the animal
under the shell, he favored the meeting by reading a few
stanzas, found in his pocket, relating to the little crusta-
cean.
F. W. Putnam, of Salem, being called upon to explain
the structure of the lobster and other animals that had
been collected during the day, gave a brief account of
the various animals, and by a comparison of the lobster
with the young barnadle, which for a short period of its
life, is a free swimming animal, showed how closely related
were the two, and how erroneous was the common opinion,
oe ee ee a
LAT.
that the barnacle was a mollusk, on account of its hmy
shell.
Prof. A. Crosby, of Salem, gave an account of the walk
taken by his party to the rocks, where many interesting
things were discovered, and several kinds of minerals
collected.
Rev. S. Barden, of Rockport, exhibited a number of
the minerals that had been collected, and described the
structure of each.
George F. H. Markoe, of Boston, explained the various
properties of the medicinal plants which he had collected,
and furnished the following list of plants seen during the
day.
Drosera longifolia Epilobium lineare.
Drosera rotundifolia. Cornus canadensis, in fruit.
Leucanthemum vulgare. Scutellaria laterifolia.
Maruta cotula. Spirzea tomentosa.
Nymphea odorata. Spireea salicifolia,
Nuphar advena. (Enothera biennis.
Gaultheria procumbens. (Enothera pumila.
Achillea millefolium. Antennaria margaritacea.
Asclepias incarnata var. pulchra. Eupatorium purpureum
Platanthera blephariglottis. Impatiens fulva.
Sambucus canadensis. Lobelia cardinalis.
Mitchella repens. Lobelia inflata.
Leontodon autumnale. Lobelia spicata.
Arctostaphylos uva-ursi, in fruit. Pontederia cordata.
Hypericum perforatum. Sagittaria variabilis var. sagittifolia.
Hypericum sarothra. Vaccinium oxycoccus.
Elodea virginica. Lythrum salicaria.
Silene inflata. Xyris bulbosa.
Statice limonium. Solanum dulcamara.
Clethra alnifolia, Oxalis stricta.
Cuscuta Gronovii. Trifolium repens.
Eupatorium perfoliatum. Trifolium pratense.
Epilobium angustifolium.
James H. Emerton, of Salem, exhibited a collection of
about an hundred species of insects, including many
species of spiders, the object of his special study, that had
been collected by him during the day.
Rev. E. B. Willson, of Salem, made a few general
remarks upon the usefulness of these meetings in pro-
moting the study of Nature.
LIV.
Henry W. Peabody, of Salem, was nominated for Resi-
dent Membership by A. C. Goodell Jr. and H. Wheatland.
On motion of Mr. Goodell the thanks of the Institute
were voted to the Selectmen of Gloucester, for the use
of the Town Hall during the day, and to Rev. G. W.
Skinner and other friends in Gloucester, for kind atten-
tions. Adjourned.
Taurspay, Aucust 25. Field meeting at Rockville, South
Danvers.
A company of pleasant size and character gathered
this day at the little chapel at “ Rockville” for a series of
refreshing rambles in the neighborhood of our old famil-
lar “Ship Rock.” Some of the party started for Barthol-
omew’s Pond; others proposed to find “ Wildcat Ledge”
on the declivity of Prospect Hill near the line of Lynn;
and some went to Spring Pond and the Aqueduct Foun-
tains. The largest portion, probably, as generally hap-
pens, took the shortest walk, and ended their jaunt at
“Ship Rock.” The iron ladder and steps, provided by the —
Institute, are still in good order; and the shady woods
around were very refreshing for a hot and dusty day.
The afternoon meeting was organized in the chapel;
Rey. S. Barden, of Rockport, taking the chair. On so
doing, he remarked that we had brought stones, plants
and animals, and displayed them on and about the sacred
desk. It might seem as if this apparent desecration
needed some apology, but to him, at least, it was evident,
that no antagonism existed between these elements, but
most. beautiful harmony. True, we seldom see it exem-
plified in this way. The works of God are never opposed
to his word; and Nature teaches nothing in support of
irreligion or vice.
Tae records of the last meeting were read and dona-
1 en
tions to the Library and Museum announced. Letters
were announced as received from the following persons
‘and Societies, since the last meeting:
Julian A. Fogg ; John P. Browning; George P. Russell, of Haverhill ;
J. H. Wildes of San Francisco, accepting membership: James D. Dana, of
New Haven, respecting Ordway’s ‘‘ Tree Protector’? : B. Westermann & Co.
of New York; J. A. Allen, of Springfield; Raynal Dodge, of Newburyport,
relating to the publications ; J. D. Dana, of New Haven ; James Hubbert,
of Toronto; S. F. Baird, of the Smithsonian Institution ; James Hall, of
Albany ; Vincent Barnard, of Chester Co. Pa.; Charles H. Pitman, of North
Barnstead, N. H.; Wm. Dawson, of Spiceland, Ind.; Amory L. Babcock, of
Sherborn; Geo. C. Huntington, of Kelley’s Island, Ohio ; James Lewis, of
Mohawk, N. Y.; John Johnston, of Middleton, Conn.; John Haywood, of
Kingston, Ohio ; W. M. Beauchamp, Skuneateles, N. Y.; Wm. Muir, of Fox
Creek, Mo., relating to the Naturalists’ Directory : 8. Jillson, of Feltonville;
E. S. L. Richardson, of Chicago, IIl.; P. A. Hanaford, of Reading, on busi-
ness matters. /
The chair then spoke of the geology of this region ;
and said that he had been able to-day to verify the ob-
servation made by Messrs. Alger and Jackson in 1848,
of scratches and groovings on the ledge under the eastern
base of Ship Rock. These clearly proved it a bowlder ;
since there must have been a time when it stood else-
where, and other materials were doing this grinding work
in the place it now occupies. Under the well known rock
in Gloucester called the “ Whale’s Jaw,” similar markings
are to be seen, proving the same thing. If any one
doubted that such rocks had ever been transported, or that
ice was an adequate agent for such work, he had only to
visit Cape Cod in the winter, when in one of its harbors
it might be seen at play, as it were, with a great stone,
carrying it rods atvay and back, this way and that, with
every tide.
F. W. Putnam exhibited the various animals which
had been collected and explained the characters of the
bream, perch and shiner, showing in what way the shiner
differed from the other two, and how the perch and bream
LVI.
belonged to two closely allied families. He stated that the
three species under consideration had a wide geographical
_range, only equalled by one or two other North Amertr-
ican fishes, being found in almost all the ponds and lakes
east of the Rocky mountains and south of the Arctic regions.
He also made some brief statements as to the nature and
habits of the several kinds of batrachians such as frogs,
toads, and salamanders.
C. M. Tracy, of Lynn, made some explanation of the
plants collected by the explorers, particularly of the
composite family, which make ten per cent. of the world’s
vegetation, and were well represented to-day, by a pro-
digious thistle, some six feet high. A few moments were
spent in considering a variety of plants reputed to cure
the bite of snakes and other venomous animals. Some of
them, it was stated, probably possessed a degree of virtue,
while others would be but idly employed for such a
purpose.
Rev. Joseph Banvard, of Worcester, said that he had
seen to-day, fresh evidences of that grand principle of
Nature, that all life is nourished by decay. Death and
dissolution are everywhere before us. The animal dies,
the plant perishes, and both are turned to mould. The rock
weathers and disintegrates. Ship Rock itself is crumbling.
From the dust of all decaying structures, a new order and
generation of things, sentient and otherwise, springs con-
stantly up, to fill a place and enjoy a time in the universal
history. So in all things. Inasense wholly legitimate,
we have lived for years on the blood and bones of our
Revolutionary Fathers. To-day we are called to fertilize
the soil anew with sacrificial blood, that life and enjoy-
ment may arise for future generations. These things are
often more literal than we think. When, some time ago,
there was opened the grave of good old Roger Williams,
the root of an apple tree was found to have travelled to
LVI
the head of the coftin and penetrated all along the spine,
and thence branched down the legs to the feet, being
thus nourished by the material of the bones. And _ there-
fore those who ate of that tree had been unwittingly
partaking of the very substance of the old Reformer. Nor
in all this is there anything abhorrent to a fine and merci-
ful sense. Nature destroys with sudden stroke, mostly,
all things that can feel. She saves pain, she shows no
malevolence, but only kindly transfers the life from one
form to another.
Prof. A. Crosby, of Salem, gave some account of the
operations of the Portland Natural History Society. This
institution has excellent accommodations, and is about
commencing a system of Field Meetings, much on the
plan of our own. A curious feature at their rooms, is the
grand table, eleven feet long by six wide, made of a single
plank from the “Big Tree” of California. Prof. C. also
spoke of the facilities afforded by these meetings for
educational purposes, and for acquaintance with things
around us which are too rarely seen in schools.
KE. N. Walton, of Salem, spoke in continuation of the
same subject.
The Secretary read a letter from Rev. Charles Babbage,
chaplain in the army, in relation to Wenham Pond, giving
some curious anecdotes of that locality, and the former
residents thereabout.
On motion of C. M. Tracy of Lynn, the thanks of the
Institute were voted to the Proprietors of the Rockville
Chapel for the use of their premises to-day; also to the
friends in the village who have favored us with their
assistance and encouragement.
Henry W. Peabody of Salem, nominated at a previous
meeting, was elected a resident member.
The Institute then adjourned.
| 8
LVIII
FRrmpay, SEPTEMBER, 16, Field meeting at Newburyport.
This meeting had been appointed for the previous
Wednesday, but postponed ‘on account of dull weather.
The company from the lower towns of the county, arriving ~
by the morning train was quite large.
Under the efficient guidance of the Rev. G. D. Wildes,
the large company were at once placed upon the route
for visiting the most interesting objects in Newburyport
and its néighborhood. A small party of the members
whose interest was more immediately connected with the
botanical and mineralogical departments, left the cars at
the “ Serpentine Quarry,” returning thence in time for the
collation and public meeting. After a general gathering
at the City Hall, some of the party went on a delightful ;
trip to Plum Island ; others chose to stroll over the bridge, |
and enjoy the fine walk and views on the Salisbury side,
and the remainder ‘proceeded to visit. the Church and
Memorial Chapel of St. Paul’s. The latter structure
attracted special attention, from the connection with the
memory of a deceased clergyman and his daughter, held
in affectionate remembrance by many friends in Salem.
The exquisite memorial windows of the Chapel placed as
monuments to their dead, by several families of St. Paul’s
parish, may certainly be regarded as among the finest
specimens of the stained glass to be found in this country.
From the Chapel, the party were next conducted to the
beautiful grounds of the Dexter mansion, which were
thrown open to them through the kindness of ‘the proprie-
tor, Dr. E. G. Kelley. In other particulars than this, the —
Institute, as on previous occasions, found themselves.
greatly indebted to the courtesy of Dr. Kelley. After
spending some time in these grounds, the party proceeded
to the Mall, the Putnam School, and thence to the beauti-
ful Oak Hill Cemetery. None could fail to admire the
LIX
new gateway, just erected through the generous gift of
Mr. Tappan of New York, a native of Newburyport.
None could fail to be struck with the beautiful inscription
wrought in the granite entablature. We understand that
the inscription was furnished by Mrs. Tappan, the daugh-
ter of the late C. W. Story Hsq., of Newburyport, and we
record it, as itself a testimony to a tasteful and pious cul-
ture long known to her friends :
“Until The Day Break,
And The Shadows Flee Away.”
From the elevated portions of the cemetery, beautiful
and extensive views of the surrounding country were
obtained, embracing on the south and west the hills of
West Newbury, Rowley, Ipswich, and Old Town; on the
east and north the headlands of Cape Ann, the sandy
shores of Plum Island, Salisbury, and Hampton: the dis-
tant Isles of Shoals, and the woods and hamlets of Salis-
bury, Seabrook, with the towns of Amesbury and West
Newbury. After leaving the Cemetery, the Copley paint-
ings were visited at the house of the Misses Tracy, who
very kindly threw open their mansion to the large party, |
and furnished much valuable information as to the history
of the portraits of Colonel and Mrs. Lee. Another fine
portrait by Trumbull of Col. Jackson, the ancestor of the
distinguished Jackson family of Boston, was seen at the
same place. From this point, the route was taken to the
old South Church, passing by the way the old colonial jail
house in Federal street. Many of the party visited the
tomb of Whitfield, where the remains of the great preach-
er, together with those of Prince and Parsons, were seen.
After testing the quality of the whispering gallery in the
church, the party proceeded to the old Tracy Mansion,
once honored by the presence of Washington, Talleyrand,
Chateaubriand, Louis Philippe, LaFayette and _ others,
.
LX
This venerable mansion, now occupied, in part by the
Rev. Mr. Fletcher, the distinguished traveller in Brazil, is
soon to be used for the purposes of the Public Library ;
alterations to that effect being now made. We hope to
see in connection with the valuable Public Library of
Newburyport, a flourishing branch of the Essex Institute.
After viewing other localities of interest as connected
with the literary, professional and commercial history of
the city, tlfe party returned to the City Hall, where the
large hospitality of their friends in Newburyport had
made excellent provisions for a noonday repast.
The afternoon meeting was called to order in the City
Hall, about 2 1-2 o’clock, and Rev. George D. Wildes, of
Salem, was invited to occupy the Chair. On assuming
that place he made some remarks in explanation of the
plan and practice of the Institute and the influence
exerted by its meetings on the community around.
Donations since the last meeting were announced and
letters were read from the following:
A. S. Packard Jr., of Brunswick, Me.; G. C. Huntington, of Kelley’s
Island, Ohio; J. D Dana, of New Haven; J. A. Allen, of Springfield ;
Thomas Barlow, of Canostota, N. Y., in relation to the publications ;
Smithsonian Institution, acknowledging the receipt of publications ; Lyceum
of Natural History of New York ; 8. Barden, of Rockport ; W. H. Prince,
of Northampton ; John L. Russell ; Mrs. E. H. Derby, of Auburndale, on
general business ; A. L. Babcock, of Sherborn ; Thos. Gile, of Washington;
Hiram A. Cutting, of Lunenburg, Vt., on exchanges of books and speci+
mens.
F. W. Putnam, explained the structure of the galls
found on the leaves and stems of plants, and the habits of
the gall flies. He also spoke of the habits of the Aphis,
Coccus and other insects injurious to vegetation.
Rey. 8S. Barden, of Rockport, had been to the “ Devil’s
Den.” But there was nothing there infernal; it was a
place of unmixed beauty. He was glad to see the clergy-
men of this place interested in the pursuits of this day;
———
}
:
3
LXI
they have saved Newburyport to the cause of science.
While laboring with his hammer at the ledge he had been
cheered by the presence of some of them, and encouraged
to open more fully the wealth of that spot. There
were beautiful specimens of serpentine, as well as asbestos,
or amianthus of a fine description. He exhibited an
elegant vase made from the serpentine by Mr. Osgood, of
Newburyport, and pronounced it equal to anything of the
kind to be seen elsewhere.
Dr. H. C. Perkins, of Newburyport, said that every boy
in the place had at some time been to the “ Devil’s
Den,” which few here know as a serpentine quarry.
It was opened for lime exclusively and worked for
some time. It furnished besides serpentine and asbestos,
some very good steatite and dolomite. The celebrated
Jacob Perkins, once of Newburyport, made paper from
this asbestos and printed some bank-notes on it which
were incombustible and served to surprise his friends.
Rev. Artemas D. Mussey, of Newburyport, expressed
his deep satisfaction in the meeting and its purposes.
He could not doubt its effect on those who attended,
especially on the young ; and he hoped a branch society,
or something like it might be formed and sustained in this
place.
Rev. J. S. Spalding, of Newburyport, had fortunately
met the party at the “Den” and highly enjoyed the
enthusiastic activity of those who composed it. If all the
members of the Institute were equally engaged and suc-
cessful, the best results must follow. There are young
men in Newburyport engaged in science and natural his-
tory. They have made fine collections of birds’ eggs
including many rare kinds and if directed and encouraged
by some systematic society, they would do much for
themselves and the cause of knowledge.
“LX
Rev. C. C. Beaman, of Salem, thought the Essex Insti-
tute could not fail to be greatly cheered by such language
as that of the Newburyport people to-day. The historical
side of our society well deserves encouragement. We are
at work to preserve a worthy past by gathering and
securing every relic of historic value.
Rev. Mr. Spalding, said that Essex North was rich in
archeological wealth. Its history was both valuable and
available. Felt, in his annals, had made some statements
as to John Barnard, a celebrated teacher of the early
times; but recent researches have corrected him in this
matter and identified parties very differently.
Rev. John N. Sykes, of Newburyport, was glad to see
the activity of the young men who took part in the opera-
tions of the Institute. The benefit of such employment
in youth must be great. They would form habits of
observation, which in after life would be of the greatest
advantage.
C. M. Tracy, of Lynn, gave some explanation of the
plants gathered by the explorers, alluding in particular to
the asters, goldenrods and other autumnal flowers, and dis-
cussing somewhat the relations of the oaks and hickories.
He also spoke of his visit to the garden of Dr. E. G.
Kelley, in which were noticed, among the many interest-
ing objects there found, the beautiful and finely grown
hedges of hemlock, spruce and other evergreens also one
of weigelia, this last in the time of flowering must have
presented a splendid appearance.
Dr. Perkins said every one ought to study Natural
History. It was the greatest source of comfort amid
pain, sorrow and afiliction, that he had ever known.
When the botanical specimens were just now brought
forward, they seemed to him like old friends. He remem-
bered that forty years ago, he left Cambridge with a class-
mate and botanized from thence to NOM DEER losing
the way in the ardor of the pursuit.
rl ee
4
e
LX
The Chair added some further thoughts on the Institute
as a means of education. Such an institution forms the
best of safeguards for the young and developing minds.
The love of science will live every where. He had seen,
in the icy fastnesses of the Alps, the little band of German
students, on their vacation from the Universities, camping
in the mountain valleys and enjoying their explorations
with a zest that made him almost envious. Yet this
enjoyment is not all, for modern science is not pleasurable
only; it is eminently practical and therefore eminently
useful. Encourage its growth among the people and
you give them at once both happmess and power. ;
Stephen B. Ives, of Salem, offered the following resolu-
tions, which were unanimously adopted.
Resolved, That the sincere thanks of the Essex Insti-
tute be presented to the City Council, of Newburyport,
for the use of the City Hall, for its meeting here this day.
Resolved, That the most grateful acknowledgements of
the Institute be presehted to those kind friends in New-
buryport, whose attentions in making the most ample, and
tasteful arrangements for the field meeting, and, in provid-
ing bountiful and elegant refreshments, have rendered the
present meeting among the foremost in interest and encour:
agement in the history of the Society.
Resolved, That the thanks of the Institute are especially
offered to Mrs. D. T. Granger, Mrs Pearson, Mrs. Nourse,
Mrs. W. Horton, the Misses Tracy, of the ladies; and to
the Messrs. G. J. F. Colby, E. 8S. Moseley, E. G. Kelley,
D. T. Granger, Charles Wills, C. H. Bailey, J. H. Froth-
ingham, J. Bogardus, J. Horton, and others who have
so largely contributed to the gratification of the Institute
in its present meeting.
After the nomination of members the meeting adjourned.
WEDNESDAY, SEPTEMBER 21. Ordinary meeting
Joseph G. Waters, in the chair.
William Whitaker, Thomas L. Perkins and William H.
LXIV
Emmerton, of Salem, and John S. Allanson, of Marblehead,
nominated at a previous meeting were duly elected Resi-
dent Members.
FRIDAY, SEPTEMBER 30. Special meeting.
The President, A. Huntington, in the chair.
The president stated that the object of our assembling
this evening was to take some suitable notice of the re-
cent sudden decease of our late associate member GEORGE
ATKINSON Warp, of Salem. Mr Ward was one of the
original members and very active in the organization of
the Essex Historical Society. He removed to New York
in 1823 to engage in business in that metropolis. He
returned to Salem, in November last to spend the remainder
of his life among the scenes and friends of his youth;
since that time he has renewed his-interest in the doings
of the Institute and by his zeal and industry has largely
contributed to its success. e
Rey. George W. Briggs moved that a committee be
appointed to prepare resolutions and a memoir to be
presented at some future meetings, accompanying hg
same with appropriate remarks.
Francis Peabody, in seconding the motion, alluded prin-
cipally to Mr. Ward’s previous residence in Salem, his
interest in the Institute and in all measures conducive to
the intellectual and moral culture of his native place.
Rev. George D. Wildes stated that his acquaintance
with Mr Ward was recent, but during that time he had
seen much of him both in his walks and in visits to his
home, and bore testimony to his worth and character as a
citizen and a friend.
A. ©. Goodell Jr. followed in remarks of a similar
import and suggested that the committee consider the
propriety of providing a portrait of Mr. Ward to be
placed in the rooms of the Institute.
LXY
The motion of Mr. Briggs, seconded by Mr. Peabody
and amended by the suggestion of Mr. Goodell, was
unanimously adopted, and Messrs. C. W. Upham, A. Hun-
tington, A. C. Goodell Jr., G. W. Briggs and Francis
Peabody were appointed on said committee.
On motion of Mr. F. Peabody, Mr. C. W. Upham was
appointed, in place of Mr. G. A. Ward deceased, on the
committee to which was referred the “ consideration of
the authenticity of the tradition that the frame of the old
Building in rear of Boston street is that of the first
meeting house in Salem.”
The committee on resolutions was authorized to call
meetings whenever it may be prepared to report.
Adjourned.
Additions to the Museum and Library during July, Angust
and September, 1864.
TO THE NATURAL HISTORY DEPARTMENT.
ALLEN, J. A., of Springfield. 52 specimens, 9 species Reptiles from Spring
field. 1 specimen Trout, young.
Bascock, Amory L., of Sherborn. (In exchange) Several fresh water
Shells. Specimens of Gryllotalpa borealis and other Insects and Spiders,
3 Jumping Mice, Embryos of Native Birds from Sherborn, Mass. Body of
Little Ant-eater and several Nuts from Surinam. Fossil Coral from Kansas.
Barven, Riv. StinuMan, of Rockport. Specimens of Pyrhoclose, Smoky
Quartz, Pyrites, Fluorspar, \c., from Rockport.
Bottes, Rev. Epwty C., of Portland, Me. 8 Specimens Helix hortensis
from Broom Corn Island, Casco Bay. 38 valves of Pecten icelandicus, 4
do. of Mytilus edulis, 38 do. of Saxicava distorta Say, 8 do. of Astarte
laurentiana Lyell, from the Post Pliocene, Canal St., Portland, Me.
3 Specimens of Macoma fusca, 4do. Muscula antiqua Mighels, 11 do.
Leda portlandica Hitchcock, from the Post Pliocene, Land Slide, West-
brook, Me.
Bownpircu, Mrs. Resecca. Specimen of Limax from Salem.
Briaas, Mrs. Apaine, of 8. Danvers. 2 Specimens Attacus cecropia.
Brown, Bens. Fossil coral.
Brown, Horace. Specimen A. cecropia.
Byrnes, Cuirrorp C. 2 specimens Slag. Iron found among coal.
Caren, Samven. Brown Bat taken in Salem.
9
LXVI
Cuipman, R. Mannina. Flowers of Linnea borealis from Westford, Mass.
CREAMER, Mrs. F. M. Cones and twigs from the ‘‘ Great Pine of Cali-
fornia,’’ also a string giving the exact circumferance of the tree from which
they were taken.
Derby, Mrs. M. A., of Auburndale. Deer’s horns from Minnesota.
Specimen of coral.
Emerton, James H. 112 specimens, 44 species Insects, collected at the
field meeting in East Saugus, June 13. 23 specimens Insects, 23 specimens
2 species Ants, 1 larva of Cicindela from Salem. 658 specimens, 84 species
Insects collected in Beverly. 132 specimens, 74 species Insects collected at
the Gloucester field meeting.
Emmerton, W. H. Specimen of Walking-stick, Bacunculus femoratus, from
Salem. 4
Farrinaton, Miss A. W. B. Specimen of Attacus cecropia from Salem.
Fuint, G. F. Specimens of Eudryas grata.
Frost, Mrs. L. A. Clay from Talahama, Tenn.
Goopett Jr., A. C. Nest of Wasps from Ipswich.
Grant, Henry. Fossil Mollusks from Lake Champlain.
Hatz, Carr. W. H. 6 Starfishes and Embryo Whale from West Coast of
Africa. :
Hammonp, Capt. JosepH. Fishes, Crabs, Starfishes and Mollusks from 7
Baker’s Isle, South Pacific. Flying-fish, North Atlantic. Several Fishes,
Crustaceans, &c., from off the coast.
Hanarorp, Mrs. P. A. Specimen of Chauliodes pectinicornis. =
HaskewL, Josuua, of Marblehead. 5 specimens of Insects collected at
the field meeting at Wenham Lake.
HicBee, Cuartes H. 8 specimens of Solitary Bees and specimen of
Attacus Promethea from Salem.
KIMBALL, Mrs. Enocu F., of Wenham. Nest of Chimney Swallow.
Kine, H. F. 4 specimens, 2 species Coleoptera from Gorham, N. H.
Lake, Cuartes H., U.S. V. Specimens of Galena, Blende, Pyrites, Mica,
Limestone, Tourmaline, Hematite and Fossils from the vicinity of Little Rock,
Arkansas.
Leavitt, Mrs. Larva of Cerura borealis from Lexington.
Ler, Joun C. Humming Bird from Worcester.
Leravor, JosepH. Specimen of Cicada pruinosa,
Lewis, I. P. Large Pearl from a Quahaug.
Lorp, George R. Specimen of Monohammus sp.
Lowp, Marx. Nest and specimens of Hornets.
MERCHANT, AppIsoN, of Gloucester. Barnacles and Shells from Banks of
Newfoundland.
Nicuors, H. P. 297 specimens, 148 species Insects, 2 malformed Hen’s
eggs, 40 specimens 3 species Salamanders, 20 specimens Fish, collected in
Bethel, Vt. 73 specimens, 40 species Insects from Salem,
Osaoop, J. C. Nest and eggs of a Wren from Salem.
LAVII
PaRKER, Cuas. Specimen of Walking-stick, living female.
Peass, W. H., of Honolulu, Sandwich Isls. 29 species of Land Shells
from Tahiti. 71 species of Marine Shells from the Pacific Islands. Several
specimens of each species, all named and several types of new species.
Perkins, Henry W. Full grown larvee of Attacus cecropia.
Putnam, I’, W. 2 specimens of a large Aphis, with eggs and cast off skin
from Salem. Quartz, Pyrites with gold, from Rangely, Me. 49 specimens
of Spiders froma the northern parts of Maine.
Putnam, Capt. W. H. A. Collection of over 500 specimens of Coral and
several Shells from Singapore, E. I. 2specimens Forficula. Several hundred
Crustacea and several Fishes from soundings off the coast.
Roxsinson, AsAP., Specimen of Nepa from Grafton Lake, Me.
Rosinson, JouN. 73 specimens, 50 species Insects from Salem.
Russett, Jonn W. Full grown larve of Attacus cecropia.
Sarrorp, Josuua. Coal with vein of Sulphuret of Lron.
SavaGce, Miss. Specimen of Walking-stick, female with eggs, from Salem.
Surspee, Witt1aM. Nest of Hornets with about 1000 specimens in differ-
ent states of growth.
Smitu, Henry. Specimen of Prionus laticollis.
Smitu, Lawrence P. Specimen of Attacus cecropia.
Stickney, M. A. Specimens of Pterogorgia and Plexura from the Cape
Verd Islands.
Stone, Frank. 85 specimens, 34 species lusects from Salem. Specimen
of young Turtle from North Reading.
Srone, Dr. Lincotn R., U. S. A., Gallipolis, Ohio. Specimen of Sphinx
quinquemaculata from Gallipolis.
Symonps, 8. 8. Specimens of Pelecinus sp. and Philampelus satellitia
from Salem. |
Tracy, C. M., of Lynn. Specimen of Scolopendra sp.
TRvuE, JosEPH. 18 specimens, 4 species Hymenoptera from Salem.
Watson, Frank. Specimen of Monohammus sp. from Salem.
Wuire, Geo. M. 60 specimens of a Beetle from Milkweed, Salem.
Witsoy, Miss Avice. Specimen of Cicada pruinosa from Salem.
TO THE HISTORICAL DEPARTMENT.
CHAMBERLAIN, JAMES. 2 Postage stamps, Cape of Good Hope and Victoria.
Cuipman, R. M. Grains of Corn from the grave of an Indian supposed
to have been buried 400 years.
Creamer, Geo. G. Piece of the Stone steps down which Gen. Putnam rode
when pursued by the British during the Revolution, Greenwich, Conn.
Fetr, S.Q. Piece of Palmetto wood from the Rebel ram Merrimac.
Hammonp, Capt. Josepg. Model of Canoe and native Spear Sandwich Is.
Purnam, Peruey, (Estate of) 38 Weapons from the Feejee Islands.
wo
’
LXVIHI
Putnam W. H. A. 10 cent Postage stamp of Netherlands India.
Rantout R. 8. Netherland Copper Coins.
Waters, R. Paimer, of N. Beverly. Helmet of a British soldier.
WILLIAMS, . 4shot, 2 fragments of shot and 1 fragment of Cannon
from the old Ft. Pickering, Salem.
TO THE LIBRARY.
Apams, Sampson & Co, of Boston. N. Y. State Business Directory, 1 vol.
8vo, New York, 1859. Fall River Directory, 1864, 1 vol. l6mo. Taunton
Directory, 1864, 1 vol. 16mo.- Lawrence Directory, 1864, 1 vol. 16mo.
Manchester Directory, 1864, l vol. 16mo. Charlestown Directory, 1864,
1 vol. 16mo.
Croutman, Wm. R. MHoffman’s Shopping Dialogues in Japanese, Dutch
and Engiish, 4to. London, 1861. Van Reed’s collection of Phrases in
English and Japanese, 1 vol. 8vo. .
Drown, Cuarues, of Troy, N. Y. Annual Register of the Renssellaer
Institute, 1864, 8vo, pam ph.
Foote, Cates. Files of the County Papers for several months. ,
Gisss. J. W., of New Haven. Family Notices by W. Gibbs of Lexington, q
8vo, painph. 1845.
Hanarorp, P. A., of Reading. Bible Society Record, nine numbers.
Dwight’s Open Converts, 1 vol. 16mo, New York, 1836. Stone, W. L.,
Matthias and his impostures, 1 vol. 16mo, New York, 1885. 22 Pamphlets,
also several Newspapers.
Hotpen, N. J. Proceedings of Am. Anti-Slavery Society at its 8d decade.
8vo, pamph. New York, 1864.
Hormes, Joun C. 2d Annual Rep. of Secretary of Michigan State Board of
Agriculture, 1 vol. 8vo. Lansing, 1868. Boston Daily Evening Traveller,
for 1850, 2 vols. folio.
Hotmes, Tuomas, (Estate of) Historie de France par Anquetil, 15 vols.
16mo, Paris, 1822. Memoires pour Servir a 1’ histoire de France sous
Napoleon, Tom 1—6 ; Tom 2, notes—7 vols. 8vo, Paris, 1823. Gourgaud’s
examen critique del’ ouvrage de Segur, 1 vol. 8vo, Paris, 1825. Bonnycastle’s
Algebra, 1 vol. 12mo, Phil., 1806. Letellier Grammaire Francoise, 1 vol. 16mo,
Tournay, 1816. Gilleland’s Counting House Assistant, 1 vol. 12mo, Pitts-
burg, 1815. Spanish Grammar by Jos. Giraldel Pino, 1 vol. 12mo, Phil.,
1795. Veneroni’s Complete Italian Master, 1 vol. 12mo, London, 1791.
Bonnefoux, Seances Nautiques, 1 vol. 8vo, Paris, 1827. Several Log Books.
Pamphlets, &c.
Kurrpart, J. H., Cor. Sect’y Ohio State Bd. of Agric. Ohio Agricultural.
Reports for 1858, 1856, 1857, 1858, 1859, 1860, 1861, 1862, 8 vols. 8vo.
Mann, Miss Exizapeta N. Andover Advertiser, from 1857 to 1863 incl.
7 vols. folio.
Mannina, R. C.. Cooper’s Surgical Dictionary, 2 vols. 8vo, ‘aes York,
et
by ee Pe eS Nery : , — 2 Vy . *
Te eee ee * een
LXIX
1832. Ballou’s Candid Review, 1 vol. 12mo. Orton’s Discourses, 1 vol.
12mo, Boston, 1816. 14 Pamphlets.
Morse, Epwarp §., of Gorham, Me. Observations on the Terrestrial
Pulmonifera of Maine, by E. S Morse, Svo, pamph., Portland, 1864.
Mupeg, B. F., of Quindaro,’ Kansas. 1st Cat. of Officers and Students of
Kansas State Agric. College 8vo, pamph. 3d Ann. Rep. of Sup’t. of Public
Instruction of Kansas, 8vo, pamph. Cat. of Baker’s University. The
Rocks of Kansas, by Swallow and Haven, Svo, pamph., St. Louis, 1858.
Munsett, Joet, of Albany. Catalogue of Library of Philom. Sos. of
Union College, 1868, pamph. Baker’s Address to Chem. Soc. of Union
Coll. July, 1863. Annual Catalogue of Columbian Coll. 1362—8. Albany
Female Academy Report of Exam. June, 1855. Twenty-five pamphiets.
Nason, Witu1Am A., of Chicago, Ill. The Gulielmensian No. 8, May, i564.
The William’s College Quarterly for June, 1864.
Packarp, A. 8., of Brunswick, Me. Catalogus Collegii Bowdoinensis,
MDCCCLXIV, 8vo, pamph.
Packarp Jr, A. 8., of Brunswick, Me. Synopsis of the Bombycida of
U. S. A., by A. 8S. Packard Jr. 8vv, pamph. .
Parsons, G. W. ‘* The Cartridge Box,”’ printed at U. 8. Army Hospital,
York, Pa, 1864, several numbers.
Puitirps, Srepuen H. Proceedings of National Union Convention at
Baltimore, June, 1864.
Putnam, Expripce. The old Franklin Almanac for 1860—64 inclusive,
8vo, pamph.
Putnam, Mrs. Espen. Several Pamphlets.
Putnam, Perey, (Estate of) Nouvel Abecedaire, 1 vol. 12mo, Phil.,
1811. Reuss on the trade between Great Britain and U.S. A., 1 vol. 8vo,
London, 1888. Duane’s Infantry Regulations, 1 vol. 8vo, Phil., 1818. Life
of Moreau, 1 vol. 12mo, New York, 1806. Rawson’s Military Duty, 1 vol.
8vo, Dover, 1793. Hawney’s Measurer, 1 vol. 12mo, Baltimore, 1818.
Steuben’s Regulations 1 vol. 12mo, Boston, 1802. Vose’s Astronomy, 1 vol.
8vo, Concord, 1827. Fisher’s Military Tactics, 1 vol. 8vo, New York, 185.
Gray on the Revelations 1 vol. 12mo, Newburgh, 1818. Trial of Gen. St.
Clair, Aug. 25, 1778, 1 vol. fol. Phil., 1778. History of Revolution in
Frince, 1 vol. 8vo, Boston, 1794. 79 Pamphlets.
Stocum, Espen. Cooper’s Naval History, 2 vols. 8vo, Phil., 1840. Ditto
continued to 18538, 1 vol. 8vo, New York ,18538. Browne’s Whaling Cruise,
1 vol. 8vo, New York, 1846. Frost’s Naval Biography, 1 vol. 8vo, Phil.,
1844, .
Stone, Beng. W. Philadelphia Directory, for 1848, 1855, 1859, 1860,
1861, 1862, 6 vols. 8vo.
Swett, Joun, of San Francisco. 1st An. Rep. of Sup’t. of Pub. Instruction
of California, 8vo0, pamph. Sacramento, 1863.
Symonps, Epwarp. Several Almanacs.
LxXxX
Titties, Miss 8. J., of Beverly. 12 Pamphlets.
‘Trask, Amos. Moore’s Navigation Improved, 8vo, pamph. Salem, 1815.
Tucker, Cou. James 'T’., U.S. Volunteers. Journal and Proceedings of a
Convention for a Revision of the Constitution of Louisiana, 8vo, pamph.
New Orleans, 1864.
Tucker, JoNATHAN. Opening Address by the President at Illinois State
Agric. Soc. Fair at Decatur, 1864, 8vo pamph.
Tucker, WinutAM P., of Portland, Me. Catalogus Collegii Bowdoinensis,
MDCCCLXIV, 8vo, pamph. x
Unitep States, DEPARTMENT OF State. Diplomatic Correspondence, 1863,
2 vols. 8vo, Washington, 1864. ;
Wane, Misses, of Ipswich. Frisbie’s Oration on Restoration of Peace, in
17838, 8vo, pamph. Dana ’s Eulogy on Washington, 1800, 8vo, pamph. 3
Warp, Cuaarues. Journal of Commerce Jr. for several months. Essex 7
Statesman vol. 1 fol. Salem, 1863—-4.
Warp, Grorcgz A. The Giles Memorial by John A. Vinton, 1 vol. 8vo,
Boston, 1864. 7
Waters, J. Linton, of Chicago. Annual Statement of Receipts and
.
:
a
Expend. of Chicago, from Apr. 1, 1863 to Apr. 1 1864, 8vo, pamph. Cata-
logue of Library of Chicago Young Men’s Association, 8vo pamph. Chicago,
1856, ditto 1859. Chicago Revised Charter, 8vo, pamph. 1863. 30 Pamphlets.
Wiautman, W. J., of Reading. 11 School and other Reports of Reading.
BY EXCHANGE
AMERICAN ANTIQUARIAN Society. Lincoln’s Address on C. C. Baldwin,
8vo, pamph. Jenks’ Address Oct. 23, 1818, 8vo, pamph. Proceedings at
Meeting April 1, 1864, 8vo, pamph.
AMERICAN PuiLosopHicaL Society. Proceedings, vol. 1x, No. 71.
CANADIAN InstiTuTe. The Canadian Journal for July, 1864,
Epirors. Historical Magazine, for July, Aug., and Sept, 1864.
Towa Srate Hisrorican Socrery. The Annals of Iowa for July, 1864, 8vo,
pamph.
Lona Istanp Historrcan Socrery. Ist An. Rep. of Directors, Librarian,
&c., May, 1864, 8vo, pamph.
MontreaL Socrery of ,Naturat History. Canadian Naturalist and
Geologist, for Feb., Apr , June and Aug., 1864. aa
New Jerssy Hisrorican Society. Proceedings vol. 1x, No. 6, 8vo, pamph.
New York Lyceum or Naturat History. Annals vol. vir, Nos. 18—16.
Vol. vir, No. 1. ;
New York Mercantice Lrprary Assocration. 438d Annual Report, July, wh
1864, 8vo, pamph. y
PHILADELPHIA ACADEMY or Natural Sorence. Proceedings for May, Jun mr
July and August, 1864.
ELxXXi
PorrTLAND Society oF NaturAL History. Proceedings, vol. 1, pages 7 te
128 incl.
Pusrisuers. North American Review for July, 1864.
QUEBEC LireRARY AND PaiLosoputcaL Society. ‘Transactions, New Se-
ries, vol. r, Nos. 1 and 2.
Wiimineton (Det.) Institute. Annual Report April, 1864, 8vo, pamph.
Monpay, Octozer 10. Evening meeting.
The President, A. Huntington, in the chair.
Records of previous meeting read and donations to the
Museum and Library were announced.
Letters were read from the following :
Chas. H. Lake, of Little Rock, Arkansas; J. A. Allen, of Springfield; W.
H. Dall, of Marquette Co. Mich., relating to donations of specimens: J. H.
Hickcox, of the New York State Library, Albany ; S. J..Young, Librarian
of Bowdoiu College ; Secretary of the American Philosophical Society, Phil-
adelphia, relating to exchanges of publications: Prof. 8. F. Baird; J. H.
Thompson, of New Bedford ; Sam’l Clarke, of Milwaukee, Wis., relating to
the Naturalists’ Directory: Miss Lucy Treadwell, of Salem ; Miss A. L
Coffin, of Newbury ; J. K. Oliver, of Lynn ; J. W. Young, of Worcester ; S.
Tenney, of Cambridge ; James Lewis, of Mohawk, N. Y.; Rev. E. C. Bolles,
of Portland, on business matters: A. L. Babcock, of Sherborn ; Dr. A. 8.
Packard Jr., of Brunswick, Me. ; Theo. Gill, of Washington ; W. Hoxie,
of Newburyport, relating to exchange of specimens.
Albert B. Russell, and Miss Lucy Treadwell, of Salem,
and Theodore Attwill, of Lynn, having been nominated
at a previous meeting were elected Resident Members.
Mr. Putnam communicated a paper from Mr. Alpheus
Hyatt Jr., entitled “ Remarks on the Polyzoa of New Eng-
land” In this paper, which was referred to the committee
on publication, Mr. Hyatt describes and figures several
new species of Cristatella and Plumatella from Cambridge,
Mass., and Norway, Me. For these species he proposes
the names of C. ophidioidea, P. hyalina and P. pennissewas-
seensis. Mr. Hyatt also describes the anatomy of the
genera Cristatella and Pectinatella and discusses their
relations, as naked Polyzoa, to the remaining genera of
the sub-order Lophopea.
LXXIi
It was voted that meetings be held on the second and
fourth Monday evenings of each month until otherwise
ordered, and that all persons interested be invited to attend.
The President, from a committee appointed at the last
meeting, reported that the Hon. C. W. Upuam had con-
sented to prepare a memoir of Mr.Ward, and was desirous
of receiving any contribution that would aid in its prep-
aration. After a few additional remarks, in which he
stated that Mr. Ward was born at Salem, March 29, 1793,
and died at Salem on Thursday evening, September 22,
1864, he submitted the following resolutions:
Resolved, that the members of this Institute received
with deep and unaffected sorrow intelligence of the recent
and very sudden death of our friend and associate, GEORGE
ATKINSON Warp; and desire, by these proceedings, ‘to ex-
press our high appreciation of his character and worth as
a man and citizen, and our very great respect for his
memory. As one of the original and prominent founders
of the Essex Historical Society, in whose behalf he early
enlisted with all his accustomed energy and enthusiasm,
and to whose interests he was strongly committed, and as
the last survivor of the founders of that institution, since
merged in our body, it is especially fit and becoming, that
we who have thus entered into these his early labors,
should mark, with suitable testimonials of regard and
respect, the event of his death, so sudden and startling to
his friends and to this community, and so much deplored —
by us all. Descended from one of the most ancient and —
honored families of Salem, he was always ready and pre- —
pared, by his accurate and full knowledge’ of her annals —
from the earliest days of the Colony, to vindicate her —
character and good name; and whether at home or abroad,
he was ever steadfast to the traditions, memories, ang
principles of the place of his birth. Endowed with oa
most genial qualities, with high executive ability, ai
with large practical and business capacities, he early
sought a fitting sphere for their exercise and deve men
in the commercial metropolis of the. country; and ¢
walking in the high places of commercial life for aoa
t
o
LXXIIL
thirty years, with varying fortunes and success, but always
with honor and integrity, never too busy to foster and cul-
tivate the studies aud tastes of his earlier life, or to
engage in those works,- which in all communities are
required and expected at the hands of men of public
spirit, and enlarged views, he came back here, but little
less than one year ago, to a new generation—to die in his
native and beloved town, and to be here gathered to his
kindred and fathers. Although suffering from disease
and infirmity he was still the same genial companionable
and enthusiastic man as ever, in all good words and works,
and betook himself at once, with all the zeal of his youth,
to the care, culture and growth of this child of his earlier
days, as one of the departments and functions of the
Institute. How he labored to extend its means and use-
fullness, and to enlarge its boundaries ; and how he com-
mended it to the regards, support and encouragement of
our people we are all this day his witnesses. He had
performed the same work on a larger scale, many years
ago, for the Historical Society of New York, by present-
ing with great attractiveness, and in his fervent and
glowing manner, its objects and labors to the culture and
wealth of that city, thus greatly augmenting its means,
and largely aiding it in entering on that career of useful-
ness and renown for which it has since been so much
distinguished. The hand of our friend and associate was
strongly in that earlier work of revival and reconstruction ;
and it was only in renewal of similar labors, years before,
in the formation of the Essex Historical Society. It is an
affecting incident, that his very last days and thoughts
were employed in preparing illustrative memorials of the
first meeting house of the First Church in Salem (and the
first Congregational Church founded on the Western Con-
tinent,) the frame of which is now being reérected and
covered for preservation on the grounds of the Salem
Atheneum, in the rear of Plummer Hall, under the direc-
tion of acommittee of the Institute, a work which he had
undertaken, as a labor of love, and in which he was
engaged at the very moment of the fatal attack.
Resolved, That a man of a character so strongly marked
as that of our deceased friend, and who has so impressed
10
LXXIV
himself in various ways and degrees of usefulness on his
day and generation, deserves to be held im honored
remembrance ; and we are happy to have it reported to
us this evening, that the work of preparing a fitting and
just memorial of his life, and character, is entrusted to
entirely competent hands, and that in due time, it will be
ready for publication in our Historical Collections.
Resolved, That these Resolutions be entered at length
on our records, in perpetual remembrance of the respect
we bear for the memory of our deceased associate and
friend, and of our grief at his death; and that an attested
copy thereof be transmitted by the Secretary to the
nearest relatives of Mr. Ward.
The acceptance of the resolutions was moved by Rev.
G. D. Wildes and seconded by Prof. A. Crosby, and they
were unanimously adopted.
Monpay, Octosper 24. Evening meeting.
Vice President, A. C. Goodell Jr., in the chair.
Donations to the Library and Museum were announced.
Letters were read from—
Maine Historical Society, acknowledging the receipt of publications : Prof.
8. F. Baird, of Washington, relating to the ‘* Naturalist’s Directory’’: H. L.
Ordway, of Ipswich, on the habits of the Canker worm: Albert B. Russell
and Theodore Atwill, of Lynn, accepting membership: Department of the
Interior, Washington, giving notice of the transmission of books: A. L.
Babcock, of Sherborn, relating to exchange of specimens: Dr. A. 8. Pack-
ard Jr., of Brunswick, Me.; John W. Young, of Worcester ; Miss Mary H.
Coffin, of Newburyport ; 8. Lincoln, of Boston; 8. J. Young, Librarian of
Bowdoin College ; Joseph Willard, of Boston ; Wm. A. Smith, of Worcester,
on business matters : James C. Ward, of Northampton, in reply to a com-
munication containing the resolutions in memory of his father, the late
G. A. Ward, Esq.
F. W. Putnam exhibited a skeleton of a Green Turtle,
which had been prepared from a specimen lately presented
by Francis Peabody, Esq., and explained the various parts
of the skeleton, comparing it with that of a bird. He also
spoke of the different sub-orders and families of Turtles as
h
5
LXXV
characterized by the skeleton, and exhibited a skeleton of
the Chelys Matamata from the Amazon, which had been
in the possession of the Institute for nearly thirty years,
but had only recently been prepared for exhibition.
The Secretary presented, in the name of the Heirs of
the late Perley Putnam, an autograph letter of General
Lafayette, accepting the invitation to visit Salem in 1824,
and made some remarks on the visit of Lafayette to this
country in 1824—25,
The request of the “ Picture Committee ” of the National
Sailor’s Fair, for the loan of the portraits of John Rogers,
Andrew LeMercier, Samuel Sewall, William Pinchon, Sam-
uel Cooper, Benjamin Colman, Thomas Prince and Edward
Holyoke, was referred to the Board of Directors.
WEDNESDAY, NOVEMBER 9. Stated meeting.
Vice President, A. C. Goodell Jr., in the chair.
F. W. Putnam proposed several amendments to the By-
laws, which were adopted.
Solomon Lincoln Jr., of Salem, was elected a Resident
~ Member. Edward 8. Morse of Gorham, Me., and Edwin C.
Bolles of Portland, Me., having been nominated by the
Directors, were elected Corresponding members.
Monpay, November 14. Evening meeting.
Vice President, A. C. Goodell Jr., in the chair.
Letters were read from the following:
Minnesota [Historical Society, acknowledging the receipt of publications :
Major Albert Ordway, 24th Mass. Infantry ; Lt. John 8. Allanson, Ist New
York Engineers ; Alex. Agassiz, of the Museum of Comp. Zodlogy ; Alpheus
Hyatt, of Cambridge, relating to the transmission of specimens: James C.
Ward, of Northampton ; E. M. Stone, of Providence, R. I., relating to the
transmission of books: Prof. A. 8S. Packard, of Brunswick, Me.; J. 8. Lewis,
of Batavia, N. Y.; E. S. Morse, of Gorham, Me.; 8S. I. Smith, of Norway,
Me., in relation to the publications.
F. W. Putnam read a communication from J. A. Allen of
: : ; |
tae We roe PAS
ee Ye ie a m woes te ud oa
LXXVI
Springfield, entitled “ Notes on the habits and distribution
of the Duck Hawk, or American Peregrine Falcon, in its
breeding season, and description of its eggs,’ which was
referred to the Committee on Publications.
Mr. Putnam presented, in the name of Rev. E. C. Bolles,
of Portland, a collection of land and fresh water shells
from Maine and New York.
Mr Bolles, who was present by invitation, being called
upon, remarked that he felt like little more than a beginner
in this department of conchology. He had been attract-
ed to the study by the examination of the lingual ribbons
of the land mollusks, organs remarkable for their beauty
and regular structure, and exhibiting under the micros-
cope fine specific characters. As yet there are but a few
American students of these shells. In general, people are
ignorant of the riches scattered about them in every forest
and on every hillside. A snail is only a snail to almost
everybody, and the common belief is that there is only
one species and that unworthy of a serious man’s attention.
In Maine from which most of these specimens were
brought, there are fifty species of land and fifty-four of
fresh water mollusks. Most of these are forms peculiar to
N. America. One, the Achatina lubrica is a cosmopolite,
the same in both hemispheres, on islands and on
continents. Some are analogues of foreign shells,—
not facsimiles, but built on the same general plan. A few
were evidently imported—carried by the accidents of
commerce, as vermin and weeds have been, to make the
grand tour of the globe. The islands of the Maine coast
were early colonized. Sometimes old coins and carved
stones are discovered there. There is another proof of
European visits. The common snails of England still
retain their rights of squatter sovereignty upon the soil. _
These shells have never been found far inland. They
testify like the weeds which follow the pioneer to the
great tide of nature’s migration.
LXXVII
These specimens show us another great law of nature.
Dissimilar as they are, all their differences lay in simple
modifications of a simple type or plan. Beginning with
Vitrina there is a loose transparent whorl of organized
lime to protect the viscera of the mollusk. Through the
flattened Helices to the turretted Achatina this whorl is
twisted more or less closely, sculptured or plain, tinted or ~
blanched, elevated or depressed, but in all cases repro-
ducing the original plan in its structure. The animal ex-
hibited the same fact. Animal and shell must be studied
together. Here we begin to realize with what economy
the Divine Wisdom worked. Out of a few simple sub-
stances and by touches of change almost microscopic in
their minuteness the living vesture of the globe is made
so various in its beauty and exhaustless in its forms.
The study of the anatomy of these mollusks is ren-
dered somewhat difficult by the softness of their bodies.
The most wonderful organ is the tongue or lingual
membrane,—a rasp by which the creature secures its food.
Each tooth of this rasp seems formed of the clearest
glass. In some species there are over two thousand of
these teeth upon the lingual organs. Under the micro-
scope and especially by polarized light they form beautiful
objects for examination. Mr. HE. 8S. Morse, to whom the
Natural History of Maine owes so much, has studied this
matter scientifically and with fine results.
In short—Nature at our side everywhere offers us the
choicest encouragement, whatever our particular tastes.
The land repeats the wonders of the sea, and any associa-
tion, like the Essex Institute, to study the lessons of both,
is an association for mutual enjoyment, education and re-
finement in the knowledge of the great Creator.
The donations to the Library and Museun, received
since the last meeting, were announced.
Charles Babbidge, of Salem, was elected a Resident
Member.
LXXVII
Monpay, NovemBer 24, Evening meeting.
The President in the chair.
Letters were read from the following:
Rev. E. C. Bolles, of Portland, Me.; Solomon Lincoln Jr., and Charles
Babbidge, accepting Membership: A. S. Peabody, of Cape Town, Africa ;
C. H. Jones, of Sun Prairie, Wisc., relating to the transmission of specimens :
A. R. Burton, of Littleton, N. H.; William Muir, of Fox Creek, Mo., relating
to exchanges: Rev. James Hubbert, of Toronto, C. W.: Prof. A. E. Verrill, ,
of Cambridge ; Charles W. Felt ; Robert Hamlin, of Bennington, Vt., on
business matters. |
F. W. Putnam read letters from George C. Huntington,
of Kelly’s Island, Ohio, giving an account of the “ Red
bug” of that Island, specimens of which were presented
to the Institute by Mr. Huntington. Mr. H. stated that
the insect was, as far as he could learn, found only on
Kelly’s Island. It is called the ‘“‘ Red bug” on account -
of its bright crimson color when living. It is so minute
as to be hardly visible to the naked eye, and from its habit
of penetrating beneath the skin, at the elbow joint, under
the arms and other tender places, is very annoying to per-
sons of delicate skin, especially to women and children;
of late years however, it has been discovered that alcohol
applied to the part affected will kill the insect and allay
the eruption caused by it. Whence this insect comes,
or where it goes, is still a mystery. They do not
propagate while under the skin. In many of its habits it
is similar to the “Jigger” of the Southern States, and it
is thought by most persons to be the same insect, but by
its size and structure this is at once disproved. Mr Put-
nam thought that the insect was allied to the Louse |
(Pediculus) and, as far as he could ascertain, it was as yet
undescribed.
William P. Upham presented in behalf of Mrs. Martha
Lee late of Manchester, an old Journal kept by Benjamin
Craft during the siege of Louisburg in 1745, with letters
LXXIX
written by him at that time; also a Journal kept by
Hleazer Craft in the Revolutionary war, at the period of °
the surrender of Burgoyne, which was presented by Mrs.
A. H. Trask of Manchester.
After some remarks upon the subject by A. C. Goodell
Jr., and Rev. G. D. Wildes, the communication was refer-
red to the Committee for publication in the Historical
Collections.
The Secretary presented in the name of 8. H. Phillips,
a portrait of President William H. Harrison, painted by
Abel Nichols Jr., of Danvers, who visited North Bend on
the Ohio, for this purpose, during the Presidential cam-
paign of 18-40.
The chair made some remarks upon the events connec-
ted with this campaign, and mentioned several incidents _
illustrative of the character of the late President.
Two very handsome and large specimens of sponge col-
lected from the piers of Beverly bridge, in the channel of
the river, at about ten feet below low water mark, were
presented by Rev. A. B. Rich of Beverly, who stated that
these specimens exhibited, in his opinion, the two ex-
tremes of the species, as he had other specimens in his
collection from the same locality, having intermediate
forms. ;
Mr Putnam spoke of the structure of sponges and the
various opinions of Naturalists as to their proper af-
finities, some holding them to be plants and others the
lowest form of animal life; to the latter opinion he was
strongly inclined.
R. 8. Rantoul stated that the War Department had
caused surveys to be made for one or two new forts,
within the limits of our County. One of these is at Bev-
erly and is intended as a part of the defence of Salem
Harbor; for this fort the name of “ Hale” would be ap-
propriate, in honor of Col. Robert Hale, a distinguished
LXxx
citizen of Beverly, in the last century; and if the other
should be located in Ipswich, it might be designated
“Fort Dennison,” in respect to the memory of Col. John
Dennison, formerly one of the most noted personages in
that section of the county. On Mr. Rantoul’s motion a
committee, consisting of Messrs. Davis, Rich and Tuck,
all of Beverly, was appointed to confer with other parties
in relation to the naming of the proposed forts, should
they be erected. |
Mr. Rantoul called attention to the large number of val-
uable manuscripts that were daily sent to the paper mills,
and trusted that all present would endeavor to rescue as
many old papers as possible and have them placed on file
at the Institute.
A. C. Goodell Jr., followed Mr. Rantoul, and hoped that
all the friends of antiquarian research would endeavor to
save the old manuscripts, books, papers, &c., especially
those of the Ante-Revolutionary period, from the collec-
tors of such articles for the paper manufactories.
G. D. Phippen mentioned that during the past season
Mr. C. W. Felt had removed his establishment for the man-
ufacture of the Type-setting and Justifying machine to
this city. Much interest having been expressed in this
machine, which bids fair to chahge the present mode of
composition in the printing office, Mr. Phippen moved
that a committee be appointed to invite Mr. Felt or his
associates to give am account of the machine at some fu-
ture meeting of the Institute; Messrs. Huntington, Phip-
pen, Goodell and Kimball were appointed on said com-
mittee.
James Talant of Concord, N. H., and James Hubbert
of Toronto, O. W., having been nominated by the Direc-
tors, were duly elected Corresponding Members.
\ ake
LXXXI
WEDNESDAY, December 7. Special meeting.
The President in the chair.
The chair announced that the object of the meeting was
to listen to an explanation of the Type-Setting, Justilying
and Distributing Machine invented by ©. W. Felt of this
city, and now in the course of construction at the manu-
factory on Bridge street. After some general remarks
appertaining to the subject, a general explanation of the
machine, and of the purpose of its various parts, and their
mode of operation was given by Mr. Wm. G. Choate, and a
more detailed description of particular parts of the machine
by Mr. John B. Richards, and remarks were made in regard
to the invention by Mr. A. C. Goodell, Jr., and Mr. James
Kimball.
This machine, as its name imports, sets and justifies type,
and also distributes. The setting is done by the manipula-
tion of a key board. There are thirty-seven keys for
setting the type, one for each letter and character of some
one alphabet, or size of type. While other keys touched
with the keys of the several letters, turn the letters into
any required alphabet, or size of type. Thus there is an
italic key, and a capital key, which touched with the key
of any letter, turn that letter into a capital or an italic,
&c. The mechanism is so arranged as to keep pace
with the most rapid compositor. Consequently if the
manipulation of a key board is the quickest method of
communicating motion intelligently to mechanism, as is
believed, then this machine will enable a compositor to
set types as fast as in the nature of things it can be done.
Some idea may be formed of the rapidity with which the
machine may be operated from the example of printing
telegraphic machines which are operated by a similar key
board. Rapid operators can compose on these at the
rate of 7500 ems an hour, which is seven and a half times
qe
LXXXII
-
as fast as a rapid compositor can set types by the old
method. By the use of a certain series of combined
letters, cast in single type, which Mr. Felt has invented
and which are used in the machine, there will be a further
gain of about one-third, thus bringing the capacity of the
machine nearly if not quite up to-10,000 ems an hour in
the hands ofa quick and skillful operator. Besides setting
the type, this machine spaces and justifies the line, as
well, or even better than can be done by hand and also
leads the matter. The operation of justifying which print-
ers have usually pronounced impossible for machinery to
accomplish, and which no other type setting machine
does or attempts to do, is performed by the machine
automatically, all that the operator does, being to touch a
key when his line is full, which transfers the line into the
justifying apparatus and puts it in motion. Nor does the
justification take the time of the operator. It is pees
while he is setting the next line.
Attached to the machine is a register as it is called,
which makes a complete record of all the operations of the
machine by punching holes in a strip of paper. The use
of the register is in résetting and distributing the matter.
These strips of paper being placed in the machine, and the
machine set in motion, it will automatically set and justify
the same matter in the same or a different type at any
future time. This will obviate the necessity and save the
expense of sterotyping books. The distribution is also
automatically performed by means of the register, or it
may be effected by the key board, or by nicks-in the type.
Besides this machine Mr. Felt has invented several very
simple and ingenious applications of the principles of
the machine to setting type by hand which will be of
great value, especially in small offices, where the inte ij
machines ilk not be required.
On motion of James Kimball it was voted—That the
LXXXIII
thanks of the Institute be presented to Messrs. Choate and
Richards for their interesting and instructive remarks
and explanations of the machine.
Monpay, December 12. Evening meeting.
The President in the chair
Letters were announced from:
New Hampshire Historical Society ; Maine Historical Society ; Massa-
chusetts Historical Society, acknowledging the receipt of publications: A. L.
Babcock, of Sherborn and A. B. Burton, of Bethleham, N. H., relating to
exchange of specimens : Dr. Wm. Wood, President of the Portland Society of
Natural History ; Lt. J. S. Allanson, lst New York Engineers ; Prof. 8. F.
Baird, of the Smithsonian Institution, on business: Rev. Joseph Banvard,
of the Worcester Society of Natural History ; Rev. E. C. Bolles, of Portland,
Me.; Prof. A. E. Verrill, of Norway, Me.; J. A. Allen, of Cambridge ; W.
H. Dall, of Chicago, Ill., relating to the publications.
F. W. Putnam read a letter from William Hoxie, of
Newburyport, in which Mr. Hoxie stated that he had
found the following birds breeding in Byfield Parish
during the past season—~Scolecophagus ferrugineus Sw.
(Rusty Blackbird), Mytodioctes canadensis Aud. (Canada
Fly-catcher) and 3 eee } * - J
to oe a ane) Oe A a P . 4
CXV
Monpay, May 1. Regular meeting.
Vice President Goodell in the chair.
Letters were read from:
Chas. Stodder, Boston; Samuel R. Carter, Paris Hill, Me.; Wm. A.
Haines, New York; Prof. T. S. Parvin, Iowa City; Asst. Surg. B. G.
Wilder, 55th Mass. Vols.; Chas. Wright, Wethersfield, Ct.; Prof.
Edw. Hitchcock, Amherst College; Dr. John Gundlach, Habana, Cuba;
Tryon Reakirt, Philadelphia; Thomas Meehan, Editor of the Garden-
er’s Monthly; S. I. Smith, Norway, Me.; John Bolton, Portsmouth,
Ohio ; S.D. Poole, Lynn; J. D. Parker, Steuben, Me.; Prof. Dana,
Yale College; Isaac C. Martindale, Byberry, Pa.; Prof. D. &. Sheldon,
Griswold College; Wm. 8S. Sullivant, Columbus, Ohio; Prof. H. A.
Thompson, Otterbein University; G. F. Matthew, St. John, N. B.; Prof.
A. E. Verrill, Yale College; 8. B. Mead, Augusta, Ill.; Dr. J. Aitken
Meigs, Philadelphia; W. J. Howard, Central City, Colorado; Dr. 8. A.
De Morales, Habana, Cuba, relating to the Publications: Wim. Wood &
Co., New York; Wm. W. Stewart, Custodian, Buffalo Soc. Nat. Scien-
ces, on business: A. M. Edwards, New York, announcing: the forma-
tion of the American Microscopical Society in New York.
Donations to the Library and Museum were announced.
A large number of native plants, collected by Nathaniel
Hooper and James H. Kmerton, were placed on the table
and were explained by Geo. D. Phippen, who had a few
interesting remarks to make on each of the various speci-
es. Mr. Phippen thought that the opening of the flowers
this year, was about ten days in advance of many previous
years.
Messrs. Hooper and Emerton gave an account of the
special locality of several of the rarer species. Mr. Emer-
ton read a few notes relating to the time of flowering of a
number of species of plants, the present season, and also
as to the first appearance of several species of insects this
spring.
F. W. Putnam stated that the Toads commenced
spawning on the 16th of April. He then made some re-
marks, suggested by those of Mr. Phippen, upon the vari-
ous theories regarding the origin of species.
a Se
CXVI
Messrs. F. W. Putnam, Charles Davis, W. P. Upham
and the Secretary were appointed a committee to nomi-
nate officers for the ensuing year, and report the same at
the annual meeting.
Edward Dean and T. Francis Hunt, of Salem, were
elected Resident Members. E. T’. Cresson of Philadelphia,
was elected a Corresponding Member.
Wepnespay, May 10. Annual meeting.
Vice President Goodell in the chair.
The reports of the Secretary, Treasurer, Superintendent,
Curators and Committees were read andaccepted. From
these reports the following particulars may be specified.
The Society is in a good and healthy condition. The
receipts from the assessments of the Resident Members have
been greater than in any preceding year, which was also
the case in regard to the sales of publications. During the
year one hundred and fifty seven Resident and twelve Cor-
responding Members have been elected. Hight Resident
Members have removed from the county, and the follow-
ing have died during the year: Wm. B. Brown, Henry
Hubon, Edward L. Perkins, Charles W. Swasey, Lucy
Treadwell, George A. Ward, Mary E. Wheatland, Sam-
uel Webb, all of Salem. ‘The sad intelligence of the de-
cease of the following Corresponding Members has been
received: Hon. Edward Everett of Boston, Mass., Pro-
fessor Benjamin Silliman of New Haven, Conn., Carlton A.
Shurtleff of Roxbury, Mass., and William B. Fowle of
Medfield, Mass. Biographical notices of the. deceased —
Members will be printed in the Historical Collections. The
present number of Resident Members is five hundred and
two, of Corresponding, one hundred and thirty-six.
Five field meetings have been held during the past sea-
son; at Hast Saugus, Wenham Pond in Beverly, Glouces-
ter, Rockville chapel in South Danvers and Newburyport.
‘These meetings have been largely attended, and a greater*
interest than at any previous season has been manifested. _
CVT
Evening meetings have been held on the second and
fourth Mondays of each month for the first part of the
winter, and the first and third Mondays afterwards, at the
rooms of the Institute, commencing in October and clos-
ing with the annual meeting in May. The large number
attending these meetings calls for a more commodious
meeting room at as early a day as practicable.
The Lecture Committee, having adopted the plan of
having courses of lectures on special subjects and of an
educational character, delivered to appreciative audiences,
in lieu of the more extended courses of a miscellaneous
character of former years, made arrangements with Messrs.
Putnam and Tracy, who have taken the initiative, and the
committee trust that this plan will be adopted in other
branches.
F. W. Putnam, on the five Thursday evenings in
March, delivered a course of lectures on “Insects, their
habits and structure,” at Lyceum hall, under the auspices
of the Institute, which were very instructive and were well
attended by highly appreciative and intelligent audiences.
At the close of the course the following resolution, moved
by Prof. A. Crosby and seconded by Gen. H. Kk. Oliver,
was unanimously adopted:
“Resolved: 'That we express to Mr. Putnam our high
appreciation of the valuable and interesting Course of
Lectures he has just completed; and the personal thanks
and obligations of our community to him for these labors
in the cause of science and public improvement, especially
in view of his generous appropriation of the greater part
of the proceeds to the benefit of the Museum of the Hssex
Institute.” .
Cyrus M. Tracy of Lyna has delivered two of a series
of eight lectures on Botany at the rooms of the Institute
on the two preceding Saturday afternoons.
CXVIII
The Treasurer presented the following statement Be |
the financial condition, for the year ending May, 1865.
GENERAL ACCOUNT.
Debits.
Athenszeum Rent, half fuel, &c.
Publications, $1001 25; collecting assessments, -e ‘10,
Postage and Express, $76 90; Gas, $11 90,
Printing, $26 75; pre ouery and 5 ae #33 03,
Sundries,
Historical account,
Natural History and Horticultural ‘account,
- Balance in Treasury, ,
Credits.
Balance of last year’s account, ;
Dividends Webster Bank, $60 00; Books ‘sold, #180 19,
Sale of Publications,
Assessments, a
$535 538
1024 35 |
88 80 "am
59 78
41 06
143 50.
59 34
12 27
$1964 63
7 04
240 19
809 40
908 00
$1964 63
NATURAL HISTORY AND HORTICULTURE.
. Debits.
Preservatives &c., $65 00; Specimens, we 00,
Cases, $56 75; Bottles, $6 60, ,
Horticultural Exhibition,
Credits,
Horticultural Exhibition,
Dividends Lowell Bleachery,
. Portland, Saco & Portsmouth Railroad. ;
General Account, - ;
HISTORICAL ACCOUNT.
Debits.
Binding, $100 00; Books, $98 50, S FiXG ie
Credits.
Dividends Naumkeag Bank, / aid
Coupons Michigan Central Railroad, ar
General Account, 4 : : -
99 00
63 35
53 10
$215 45
104 11
40 00—
12 00
59 34
$215 45
CXIX
The Library is daily in receipt of additions. A large
increase is consequent upon the exchanges that have been
arranged with different societies, and editors or proprietors
of historical and scientific journals, newspapers, &c.
The additions during the year, principally by donation
or exchange, are:
Octavos and lesser fold, 500°
Quartos 4, Folios 12, 16
Newspapers, Folios, (files) 88
Pamphlets and Serials, 1,500
2,104
The above have been contributed by one hundred and
twenty individuals and _ fifty-seven Societies, Editors of
Journals and the various departments of the State and
General Government.
The publication of the Proceedings and Historical Col-
lections has been continued during the year: of the for-
mer, vol. IIT and Nos. 1, 2, 3, and 4 of vol. LV have been
printed ; of the latter, volume VI.
The annual Exhibition of Fruits, Flowers and Vegeta-
bles took place on Wednesday, ‘Thursday and Friday,
Sept. 21, 22, 23, and exceeded our expectations after the
severe un precedented drought. There were many plates of
fine pears. The leading feature was the display of out-
door grapes, which was judged the finest ever exhibited in
the state. The vegetables were particularly fine. The
flowers, as usual, were very attractive and contributed es-
sentially to the general appearance of the rooms.
The Historical Department has been increased during
the year by the addition of two hundred specimens to the
Ethnological section, a large number of valuable manu-
scripts and several engravings and portraits. ‘I'he room
given to this department is much crowded, rendering a
proper display of the collection impossible and obliging
the storage of many of the engravings and mauuscripts
for the want of accommodation.
T'wo hundred and thirty-seven donations, embracing
eight thousand five hundred and three specimens, have
been received for the Natura] History Department during
the year. ‘The work in the various sections of the depart-
CXX
ment has been carried on with good results, and several
are in a forward state of arrangement. Catalogues have
been commenced and in some of the classes the specimens ©
are as far arranged as the limited supply of case room, jars
and alcohol will allow for the present. We are under great
obligations to Professor Verrill, of Yale College, for the iden-
tification and arrangement of the Polyps, and Acalephs..
‘These classes have been largely increased by the valuable
addition of several hundred specimens of East Indian corals,
collected and presented by Capt. W. H. A. Putnam. By
the kindness of Professor Verrill, and Mr. Alexander Agas- © __
siz, who had previously identified the collection of Echino-
derms, we have the specimens belonging to the branch of
Radiata so far identified that it is proposed to publish a
catalogue of the collection at an early day. We are also
indebted to Rev. E. C. Bolles, of Portland, for the identi-
fication of many of our native land and fresh water shells.
It is to be hoped that the work on the collection will not
Jong be impeded by the present insufficient supply of cas-
es and materials for the proper exhibition of the speci-
mens. Much larger accommodations are required for the
various departments of the Museum and these cannot be
supplied to the extent desired without an addition to the
present building by which, at least, three times the present
amount of case room can be obtained. Not more than
three-fourths of our specimens are now visible to the pub-
lic, or of use for study, as many are stowed in kegs and
cans in the cellar and in drawers and boxes in the hall.
A partial supply of case room could be obtained by the
construction of a few railing and table cases in the hall
for the Insects, Fossils and Birds’ nests and_ eggs. The
cases for the pinned Insects are needed at once, for this
valuable collection is being destroyed by its insect ene-
mies, and until more room is given to it this destruction
cannot be wholly prevented, even by the constant vigilance
of the Curator
As the arrangement of the various classes is perfected.
large numbers of duplicate specimens are separated, which
will be presented to such institutions and individuals as
will use them for the advancement of science, in accor-
dance with the rule adopted by the Institute regarding
*
*
CXXI1
the distribution of its duplicates. ‘Though a number of
collections are now being packed for transmission to vari-
ous persons and societies the following, only, have been
sent during the past year.
To the Cabinet of Yale College:
40 species, 102 specimens, of Corals.
25 6“ Al 66 ‘“ Hechinoderms.
: ra. 20 ' “© Sponges.
4 6 5 $6 ‘“ 'Tunicates.
To A. L. Babcock, of Sherborn, Mass.:
168 specimens of South American and
2 66 “ African Insects.
To the Chicago Academy of Science :
2) species, “110 specimens, of foreign Helices.
'To the Museum of Comparative Zodlogy:
1 specimen of Goniaster cuspidatus Gray, from the
West Coast of Africa.
To J. G. Shute of Woburn, Mass.:
28 species, 09 specimens of foreign Shells.
To Rev. E. C. Bolles, of Portland, Me:.:
73 species, of several specimens each, of foreign and
American land and fresh water Shells.
The following estimate of the number of specimens
(exclusive of a large number of duplicates) in the various
departments of the Museum presents a general view of the
character of the collection at the present time.
HisTroricaL DEPARTMENT.
The section of Ethnology contains about 1400 specimens, illustrating
the habits, costumes, war and domestic implements of the various races
and nations.
In the section of Manuscripts there are a very large number of
Manuscripts relating to our early civil and ecclesiastical history.
In the section of Fine Arts there are several hundred Portraits,
Paintings and Engravings, many of which are of great historical
value.
DEPARTMENT OF NATURAL HIsTory.
Specimens.
Geological specimens, about : 200
Minerals, 1896 BpeUnsnss: of which 196 are from
Essex County, ; : : ; : 1896
17
OXXII
FOssILs.
Radiates, 186 species, 250 specimens.
Moliusks, 1108 Sg 000 as
Articulates, 20 es 50 6
Vertebrates, 90 rs 120 2
Plants, 135 . 200 iy Fossils,
RECENT.
Piants, about 5000 species, native and foreign, among
which are nearly all the species found in Essex County, a
number of specimens of wood, and a large number of seeds
&c., in all about 6500. Plants,
Sponges, 42 species, 100 specimens. Sponges,
Acalephs,
Polyps, 446 species, 1500 specimens.
Echinoderms, Radiates,
Mollusks, in alcohol, 500 species, 1000 specimens.
Shells, 4152 species, 8000 specimens.
_ Mollusks,
Worms, 110 species, 200 specimens.
Crustaceans, 150 be dry, 330 species in alcohol,
about 13800 specimens.
Insects, 21000 specimens pinned, 5000 specimens.in alcohol,
of these 2000 species of the pinned have been catalogued.
Nests, 15 species, Articulates,
Fishes, 1000 species, 2000 specimens in alcohol, and about
200 specimens dry and mounted.
Reptiles, 400 species, 1000 specimens, principally alcohol-
ic. (A dine collection of Turtles mounted.)
Birds, 100 species, 150 specimens in alcohol; 411 species,
500 specimens mounted.
Birds’ nests, 50 species, 80 specimens.
Birds’ eggs, 180 RS 425 $s
Mammals, 51 y 75 4 in alcohol;
ae 65 8 70 ee mounted ;
‘a 9 = 10 66 as skins.
Vertebrates
Skulls of Manmals, 172 species, 230 specimens, of which
39 are human.
Skulls of Birds, ,
Skulls of Reptiles, . : rae
Skulls of Fishes, ; , 10 3 10 rs
Skeletons of Mammals, : 12 “4 12 so
Skeletons cf Birds, . : Sige f 8s 5 ve
Skeletons of Reptiles, 6 ns 6 (3
Skeletons of Batrachians, . 10 s 30 7
Skeletons of Fishes, : 8 “6 8 6
Parts of Skeletons, of Mammals, 8 ” 8 sg
“6 ee
Birds, 10 ¢ 10 os
Teeth of Mammals, A
Jaws of Fishes,
Horns and Antlers,
Osteological collection
150 species, 200 specimens.
9 6c“ AA “
6500
100
1500
9000
27515
4510
CXXIII
May not the Institute hope that its friends and the pa-
trons of science will soon give that aid, which is so essen-
tial to promote its objects and to continue with success
its usefulness in diffusing a knowledge of the works of the
Creator and of the History of Mankind ?
If an addition to our present accommodations and
means could be: obtained and a number of professional
Naturalists, having the charge of the various branches of
the department of Natural History, and also several as-
sistants in the Library, who, in addition to the ordinary
duties could classify and arrange the manuscripts, pam-
phlets, newspapers and other materials that appertain to
the Historical department, be permanently attached to the
institution, much good would be done to the cause of
education in our community by well arranged collections
and libraries, and also by free lectures illustrating the vari-
_ ous objects of the Institute. Much could also be accom-
plished through the medium of our publications in advanc-
ing the cause of science, and also of historic research
by the continuation of the printing of abstracts of wills,
deeds and other documents which are deposited in the
offices of the county of Essex, and other materialg of an
historical nature that may be obtained from various sources.
Letters were read from:
Prof. S. 8. Parvin, Iowa City; Asst. Surg. B. G. Wilder, 55th Mass.,
Vol.; W. P. Alcott, Andover; Dr. Wm. Prescott, Concord, N. H.; J.
W. P. Jenks, Middleborough; John Jenkins, Monroe, N. Y.; Rev.
Joseph Blake, Gilmantown, N. H.; Edwin Harrison, St. Louis, Mo.; Dr.
Simeon Shurtleff, Weatogue, Ct.; W. W. Jefferis, Westchester, Pa. ;
W. J. Beal, Cambridge ; L. E. Chittenden, New York; Wm. H. Edwards,
Newburgh, N. Y.; Wm. F. Hall, Boston; Theodore Howland, Sect.
Buffalo Soc. Nat. Science; E. Lewis, Jr., Brooklyn, N. Y.; Chas. N.
Hoyt, Providence, R. I.; John C. Trantivine, Philadelphia; Frederic
Ware, Cambridge; Edward Norton, Farmington, Ct., relating to the
publications: Elihu Hall, Athens, Il.; Geo. C. Huntington, Kelley’s
Island, Ohio, relating to the collection of specimens: Prof. 8. F. Baird,
Smithsonian Institution, on business: F. C. Butman, accepting mem-
bership: A. G. Browne, department of the South, relating to the
transmission of books for the library: Smithsonian Institution, ac-
knowledging the receipt of publications: C. W. Felt, calling attention
to Mr. Perkins’ class in Phonography: A. Huntington, declining to be
‘a candidate for the Presidency.
CXXIV
The following officers were elected for the ensuing year:
PRESIDENT.
FRANCIS PEABODY.
VICE PRESIDENTS.
Of Natural History—SamvuEut P. Fowuer. Of History—A. C. GoopELt JR.
Of Horticulture—J. F. ALLEN.
SECRETARY AND TREASURER. °¢ << ae
HENRY WHEATLAND. :
LIBRARIAN.
CHARLES DAVIS.
SUPERINTENDENT OF THE MUSEUM.
F. W. Putnam.
FINANCE COMMITTEE.
J. C. Lee, R. S. Rogers, H. M. Brooks, G. D. Phippen, Jas. Chamberlain.
LIBRARY COMMITTEE. .
J. G. Waters, Alpheus Crosby, H. J. Cross, G. D. Wildes, William Sutton.
PUBLICATION COMMITTEE.
A. C. Goodell Jr., G. D. Phippen, Ira J. Patch, C. M. Traey,: °
Win. P. Upham, R. 8. Rantoul, F. W. Putnain.
LECTURE COMMITTEE.
Francis Peabody, A.C. Goodell Jr., G. D. Phippen, ‘ebree Perkins,
James Kimball, G. W. Briggs, F. W. Putnam.
FIELD MEETING COMMITTEE.
Geo. B. Loring, C.M. Tracy, S. Barden, S. P. Fowler, J. M. Ives, - 4
. D. Wildes, E. N. Waiton, Charles Davis. a
CURATORS OF NATURAL HISTORY DEPARTMENT.
Geology—H. F. Shepard ; Mineralo C. H. Higbee;
Paleontology—H. F. King; Botany—C. M. Tracy; — %
Comparative Anatomy—Henry Wheatland; Vertebrata—F. W. Putnam; i
Articulata—J. H. Emerton ; Mollusca—H. F. King;
Radiata—Caleb Cooke. yi
CURATORS OF HISTORICAL DEPARTMENT. f
Ethnology.
: William S. Messervy, M. A. Stickney, John Robinson.
Manuscripts. , MM
W. P. Upham, —_—sxH.. M.. Brooks, S. B. Buttrick, G. L. Streeter,
G. D. Wildes, 7 E. Ss. Waters. ; ie fe ay : ay
Fine Arts.
Francis Peabody, J. G. Waters, J. A. Gillis.
CURATORS OF HORTICULTURAL DEPARTMENT,
; Fruits and Vegetables. :
J. M. Ives, J. S. Cabot, R.S. Rogers, John Bertram, G. B. ‘ing,
: . 8S. A. Merrill, |W. Maloon, A. Lackey G..F. Brown,:
C. H. Norris, C. H. Higbee. (5 |
Flowers. ” ‘¥e ¢ . a 4
Francis Putnam, William Mack, sue A. West, Geo. D. G
.
CXXV
Voted; That the meetings on the first and third Mon-
days of each month be held at 4 o’clock P. M. until other-
wise directed.
Voted; That the Curators of Horticulture be authorized
to hold exhibitions of I*ruits, Flowers, Vegetables &c., at
such times and places as may be desirable; also to offer
premiums and gratuities for specimens exhibited, under
such regulations as they may adopt.
Voted; That Messrs. Goodell, Rantoul and Upham be
a committee to prepare suitable resolutions expressive of
the thanks of the Institute due to A. Huntington, the re-
tiring President, for his valuable services during the four
years which he has presided over the Institute.
On motion of Mr. Putnam, Chapter I, Section VI,
lines five and six, of the By Laws were so amended as to
read “make such use of the duplicates as may be benefici-
al to science.”
George M. White, James A. Chamberlain, Jonathan
Ropes and George Fowler, all of Salem, were elected
Resident Members.
Monpay, May 15. Regular meeting. ¢
Vice President Goodell in the chair.
R. 8. Rantoul, for the committee appointed at the an-
nual meeting, submitted the following report which was
adopted and a copy of it ordered to be transmitted to the
retiring President :—
Whereas the Honorable Asahel Huntington having de-
clined reelection to the Presidency of the Essex Institute
after four years of acceptable service in that capacity, dur-
ing which the Institute has prospered beyond precedent.
Therefore, Resolved: That we cannot forego this oppor-
tunity of putting upon record our appreciation of the vir-
tues of his private character, and of the usefulness of his
long professional and public career; together with the hope .
that he may hereafter look back upon his efforts, while
President of this body, in behalf of sound learning, the
CXXVI
diffusion of useful knowledge and the generous culture of
letters, science and the arts, as not the least among the
honorable services of a well spent life.
John L. Marks, William H. Silsbee, and Henry R. Gard-
ner, of Salem, were elected Resident Members.
Turspay, June 6. Adjourned Regular meeting.
Henry F. King in the chair.
On motion of the Superintendent it was Voted: That
the thanks of the Institute be tendered to George C. Hun-
tington, Esq., of Kelley’s Island, Ohio, for the donation of
a valuable collection of Fishes from Lake Erie, and also
for his kindness in defraying the necessary expenses at-
tending the same.
Wepnespay, June 7. Field meeting at Nahant.
The society opened their series of Field meetings this
day by a visit to the ever delightful retreats of Nahant.
The number in attendance reaching over two hundred who
took the regular conveyances from the Central Station,
besides many who took other means and different hours ©
for the passage. Arriving at the Methodist Chapel, which
had been selected as the place of meeting, the company
deposited their various provisions, and under the guidance
of John Q. Hammond, Esgq., the greater number set out to
examine the curiosities of the place. Some, in search of
particular objects, scattered here and there, to fish, or gather
plants, or break the rocks for specimens of minerals. But
most of the party made a circuit round the shore, passing
the summer residences of Gen. Fremont, Prof. Longfellow,
and that formerly of Prescott, the historian, as well as
many more. ‘The “Swallow’s Cave” received due atten-.
tion, as also those features of the eastern extremity, “Pulpit —
Rock,” “Natural Bridge,” “Castle Rock,” and the “Spouting
-
CAXXVIL
Horn.”
——a a”!
CXXXIV
standing at 30 inches and the density of the air at unity,
or one; ‘at four thousand two hundred yards, its density
would be .630, or one third less: or in other words the
barometer would stand at 20 inches at or just above the
cloud, and at 30 inches at its base: one-fourteenth of this
difference would equal .71 of an inch of barometric pressure,
which would express the fall of the barometer from expan-
sion by the heat given out by the condensation of the
vapors if the expansion was all in an upward direction.
On the supposition that the column of heated air or the
cloud ascends to a point where the barometer would stand 4
at 20 inches, the amount of rain which would fall would
be about 1.6 inch, supposing all the vapors to be condens-
ed and to fall on an area equal to the base of the cloud;
and it would occupy about 30 minutes in falling: for when
the dew point is at 65° the air contains about one seventy-
seventh of its weight of vapor, and air at 80° dew point
ascending on the principle of floating bodies, at the rate of
7 1-2 feet in one second, at 65°, would rise one tenth less
rapidly, or at about the rate of 6 feet and 9 inches in a
second. ,
Without doubt the Sun may and does, in the day time, aid
in the development of the cumulus cloud. We learn from
Mr. Wise, the Aeronaut, that the air in the base of and on
the sunny side of the cloud is much warmer than at other
parts, and these clouds are seldom formed in the night; but
we apprehend that the electricity given off by the ~conden-
sation of the vapors is, in many of these clouds, especially
those giving rise to the tempest or tornado and the water
spout, the great expansive power in their development: in-
deed, on no other principles but that of the convective dis-
charge of electricity can be explained the uplifting and re-
moval to great distances of heavy bodies, the drying up of
ponds, or the phenomena noticed in the subjoined account
of the tornado which has so recently occurred in Wisconsin.
.*An awfal tornado nearly destroyed the village of Viroqua, Wiscon-
sin, Thursday week. One hundred and seventeen persons were killed
and wounded. A correspondent of the N. Y. World gives the follow-
ing particulars :— >
The southern part of the village. for astrip near eighty rods in width,
was swept away. Where stood handsome white houses, neat barns, and
out buildings, nothing now remains but ruins. Gardens, garden fenc-
CXXXV
es, orchards, grape vines, floral shubbery, well-curbs, buggics,
wagons, cutters, &c., &c., were caught up, whirled, shaken, dashed to
fragments, and the pieces taken for miles beyond. Never was work of
destruction more rapid or complete. The track of the whirlwind is as
if some mighty river had rushed over the course, leaving thousands of
odd fragments strewn with liberal yet spiteful power.
Trees were torn up by the roots and thrown rods away. Roofs, sides,
doors, floors, chimneys, underpinning, and furniture of houses were
pounded together, broken into fragments and fairly sown over the
land. Log chains were twisted apart, stoves and plow castings broken,
ready for the smelter’s furnace. ‘Tree tops were loaded with clothing,
bed-clothes, feather beds, carpets, chairs, harnesses, calves, sheep,
dogs, cats, and poultry, dead or writhing on points of branches which
had themselves been broken. ‘Timbers have lodged in the tops of tall
oaks, or, from their weight, borne saplings to the earth, and the sap-
lings left covered with fragments of household goods as if hung out to
dry. Doors, partitions, roots, and floors of houses are found from five
rods to three miles from where they belonged. Horses and cattle were
killed or so badly maimed as to inake their death an act of mercy.
Fence rails, for ten years lying on the earth till imbedded therein, were
whirled out. Stumps were torn up. Great rocks of twenty tons
weight, were rolled, lifted, and broken by the mighty power.
Near the residence of John Gardner stands a tall oak rising about
sixty feet from the ground. The wind whisked every leaf and small
twig from the tree, leaving it looking as if dead. The house—a large
white one—was taken so high in the air that it was seen above the tree
tops, dashed to the ground, lifted again higher than before, whirled
around and dashed roof down upon the earth a few rods from its foun-
dation, and all but a few timbers borne away. Mrs. Gardner was in
the house all the time; was spilled out in the second tumble and but
slightly hurt, while an infant who was clinging fast in her arms escaped
without a scratch or bruise!
In a school house were twenty-four children and a young lady teach-
er. The building was lifted high into the air, dashed upon the ground
some distance from its foundation, again lifted about forty feet and
dashed bottom up to the ground, and the fragments swept away.
Eight children were killed and every other occupant badly injured.
One little ten year old girl, whose thigh was lacerated and broken,
when found in the fields begged the people to look for the others who
were worse hurt than herself. The school house is not to be found.
Mr. Bennett was blown from his own demolished residence into a
cellar near by, from which a house had been torn away. In a few
seconds a little girl was thrown in by him for company. At the same
time a horse was hurried in, striking Mr. Bennett and badly breaking a
leg. The horse kicked and struggled to release himself from the rub-
bish which was ‘spilling’ in upon the party, when Mr. Bennett tried to
get a knife from his pocket that he might cut the poor animal’s throat,
and thus save the life of himself and the girl. At this moment a span
of horses with part of their harness on were hurled in unon him and
killed. he wagon to which they were attached went—the box to the
west—the running gear into fragments and away over the field. The
man who was in the wagon driving when the storm began was thrown
like an arrow into an oak thicket thirty rods south from where he start-
ed, with fatal injuries.” -
CXXXVI
Joseph H. Abbot, of Beverly, offered a few remarks,
corroborative of the theory advanced by Dr. Perkins relat-
ing to the formation of thunder clouds, from personal ob-
servations.
Rev. Mr. Spaulding, of Newburyport, said a few words,
expressive of his gratification at being present and of the
increasing popularity of the study of Nature.
John I. Baker, of Beverly, welcomed the Institute, and
thanked them for holding a meeting in the town.
C. M. Tracy, of Lynn, explained the plants which had
been collected during the day, interspersing his remarks
with many pleasant allusions, especially in respect to
the Laurel found in such profusion, as though “to the
Manor born,” and thought that the reputation of Beverly
could well “rest upon her laurels.”
F. W. Putnam spoke of the nest of a Red-eyed Vireo,
which he had found on a small oak in a swamp. The
nest contained two eggs of the Cowbunting and none of
the Vireo, having evidently been deserted as soon as the
Cowbunting’s eggs had been laid.
_ Joseph D. Tucke of Beverly presented a Liéutenatt’s
commission given by Gov. Dudley of Massachusetts to
Thomas Whittridge of Beverly, April 23, 1707.
R. 8. Rantoul read a few extracts from the memoir of
Thomas Maxwell, a Revolutionary hero.
Rev. G. D. Wildes offered some reminiscences of the
brave young men who had achieved our National Inde-
pendence. |
The Secretary read the following communication :—
“C, M. Tracy, of Lynn, one of our esteemed Members
and Curator of Botany, delivered on Saturday last the clos-
ing lecture of a course of eight on Botany. This course
gave great satisfaction and was much admired by an ap-
preciative audience. Before separating a meeting was
called to order and Professor Crosby was invited to pre-
f
p
5
,
7
CXXXVII
side. James Upton, after a few appropriate remarks, in-
troduced the following resolutions, which were unani-
mously adopted :—
Resolved; That we have listened with much satisfac-
tion to the course of lectures by Mr. C. M. Tracy, of which
the concluding one has been delivered this afternoon, and
that the subject has been presented by him with a discrim-
ination of thought and felicity of language as to demand
some special token of our appreciation; we therefore ten-
der to Mr. Tracy the thanks of this audience for his very
successful efforts to interest us in his favorite study, the
science of Botany.
It was then Voted, that a notice of these lectures with
a copy of this resolution be communicated at a meeting
of the Essex Institute with a request that the same be en-
tered upon the records.”
On motion of the Secretary it was Voted: 'That the
above communication be entered upon the records.
George W. Pousland and J. Vincent Browne Jr., of
Salem, were elected Resident Members.
On motion of C. M. Tracy it was Voted: ‘That the thanks
of the Institute be tendered to Charles Davis Esq., Miss —
Sarah J. ‘Tittle and other citizens of Beverly, for the kind
interest they have manifested and the assistance they have
afforded in carrying out this meeting.
Additions to the Museum and Library during April, May,
and June, 1865.
TO THE NATURAL HISTORY DEPARTMENT.
By DONATION.
ADAMS, SAMUEL, Hamilton. Attacus cecropia from Hamilton.
ALLEN, J. F., Salem. Larve and Imago of Lepidopterous Insects
from the Grape vine.
BakER, Davip, Andover. Cast off skin of a Black Snake, 5 feet 2 in-
ches in length.
BENNETT. Mrs. A., Salem. Flying fish from Atlantic Ocean. Teeth
of a Squid, Crustacean and Centipede from the East Indies.
Bo.ues, Rey. E. C., Portland, Me. Several Insects from Portland.
Brooks, H. M., Salem. Attacus polyphemus from Salem.
Brown Jr., BeNJ., Salem. Papilio Tarnus from Salem.
iy
OXXXVIII
BuFraLo Society or NaTuRAL Scrences, Buffalo, N. Y. Collection
of 18) species of Plants from the vicinity of Buffalo.
Burrrick, S. B., Salem. Several Minerals.
CARLEN, SAMUEL, Salem. Papilio Turnus from Salem.
CARLTON, FRAZER, Salem.
Brookhouse, R.3d, . . . Vil
Brown, N: athaniel \ XLII
Brown, Nathaniel Jr. ‘ XLII
Browne, J. Vincent Jr. . CXXXVII
Browning, John P.
Bruce, P
Buswell, E. W.. :
Butman, Francis C.
Carlen, Samuel
Carpenter, David P.
Cate, Shadrack M.
Chamberlain, Benj. M.
Chamberlain, James A.
Chandler, Joseph
Chapman, John
Choate, Francis
Clark, Mrs. John
Clough, Daniel E.
Cloutman, Joseph P.
Cloutman, William R.
Cook, James P. :
Cornelius, A. G.
Creamer, Ceorge G.
Creesey, epaulcs
Cross, J. 8.
Daland, John
Daniels, George P.
Davis, Abner H.
Davis, 8S. W. :
Dean, Edward
Dixey, John.
Doggett, William E.
Downing, John H.
Doyle, Mary
Drowne, Thomas R.
Emmerton, William H.
Endicott, Robert B.
Endicott, Sarah B.
Estes, James N.
Farrington, George PL
Felt, John -
Felt, Samuel Q.
Fenollosa, Manuel
Flint, Harrison O.
Fogg, Julian A.
Foster, Joseph C.
Fowler, Charles B.
Fowler, George
Fuller, George A.
Gardner, Henry R.
Glazier, Charles H.
Goldthwaite, eee
Hagar, D. I
Hale, Henry
Hale, James F. -
Hale, Mus. ti awe
Hall, Harmon
Hammond, J. Leonard
Hanson, J oseph [>
Haskell, Daniel C. ..
H askell, William
H awkes, C. M. ;
Herrick, Henry P. .
Hill, James " ,
Hodges, Samuel R. .
Hoftman, Mrs. Charles
Hubon, Henry
Hubon, Henry G.
Hunt, T. Francis
Jelly, William H.
Jewett, George B.
Johnson, Emery 8.
Kehew, William H.
Kemble, Arthur
Kilburn, John
7
XLII
aie
as) bee
<
Kimball, James S.
Kinsman, John
Kinsman, Nathaniel
Knight, Edward H.
Lamson, Charles
Lamson, Frederick
Lincoln, Solomon Jr.
Lord, Andrew H.
Lord, George C.
Lord, Hannah M.
Lov ett, H.R.
Lowd, "Albert Js
Mackie, John .
Mackintire, Ingalls K.
Manning, J ames
Manstield, Daniel H.
Marks, John Las
Martin, William P.
McCloy, Robert
McDuttie, Charles D.
age a Ss,
Miller, Ephraim
Mosman, Aor:
Morong, Thos.
Morton, Henry
Moulton, William C.
Neal, Mrs. D. A.
Neilson, William
Newcomb, George
Newhall, Ezra F.
Newhall, John W.
Newhall, Thomas P.
Newhall, W. F
Nichols, John H. :
Northend, William D.
Noyes, Amos ;
Odell, Charles
Oliver, Henry K.
Oliver, James S.
Osgood, Charles
Osgood, Jos. B. F.
Osgood, William H.
Page, Jeremiah
Palmer, Theron
Parker, William B.
Payson, Edward H.
Peabody, Henry W.
Peabody, John P.
Peabody, Joseph
Pearson, conai
Peck, F.
Pepper a Ghar les Henr v
Perkins, Daniel
Perkins, David
Perkins, Edward L
Perkins, Jeremiah 8S.
Perkins, Thomas L.
Perry, Augustus
Pickman, Benjamin
Porter,.. Frederick
Porter,; :Samuel 3
-Pousland, George W.
Putnam, Elizabeth A.
Putnam, Henry Wi
Rea, Charles Ss.
Reith, Wi...
Rice, J. M.
Richardson, Cc. W.
Roberts, E. KF.
Roberts, ws Wie
Rogers, Richard dD.
CLXXXII
NOXTV
¥.
CXCV
RAG! topes, Jonathan
ACTIX toundy, Charles
CXT!I Roundy, George
CIIl tussell, Albert B.
XLII tussell, George P.
OLN ust; Francis A. P.
LXAV Safiord, Joshua ‘
XLVII Saltonstall, Caroline
XLII Saunders, Charles
CLAXXII Saunders, Thomas M.
CX XXII Savory, Tristram T.
XCVITII Sewall, Charles
ALVII Shaw, Xenophon H.
X LIT Silsbee, Mrs. John H.
XLIII Silsbee, Wm. H. ;
XC Silver, Peter
OXX VI Simonds, KE. A. 3
GAA TLY Sinith, Edward A. 2d
XLVII smith, J. Ford ;
AXVITI stanley, Abraham J.
XLV Stickney, W. J.
y Stimpson, James C,
CLI Stone, Eben F.
IX Stone, Henry R.
AS AV Thayer, Edward &.
SVU! Thompson, Orin F.
eg Para Uh Treadwell, Annie
I Treadwell, Elizabeth Ww.
L, Treadw ell, Lucy :
CXEVIGI Trefren, James
XLVII Tucker, Jonathan .
MVE Tuckerman, John Francis
XLVII Tuttle, Francis W.
Bl 6 W alden, Joseph F.
XLVII Ward, Elizabeth C. a Jr.
XCIX Webster, Francis C.
XCIV Westw ood, J.
XLII Wheatland, Martha G.
XLVII Whitaker, William
XLVII White, George NM.
OL
CALVI MEMBERS ELECTED, CORRESPONDING.
NO.2. 3s
XLII Bartlett, John R.
XX Bolles, Edwin C.
AXA YV: Clark, Thomas M.
LV Cope, Edward_D.
XLII Cresson, Ezra T.
CLXANN Endicott, James B.
XCVII Endicott, William
XLII Gill, Theodore
GATT Hall, James.
MDE Hamlin, Charles E.
XXXV. Hanaford, Jeremiah L.
NAV Hubbert, James
XLII Huntington, George C.
LNAITTI Kimball, Janes P.
XLII Lesquereux, Leo
CLXXVII Lewis, Winslow
ALVII Morse, Edward S.
XLII Mudge, penn F.
CXXN VEL Norwood, Ja Gr -
CLiVel Osten Sacken, R.
LXXXVI Owen, Richard
XLIli Peirce, Benjamin
XLITI Poey, Filipe
XLVIL Smith, Sidney I.
SOG VEE Soares, John da Costa
8, 8.8% Talant, James :
XX XV: Ward, ‘James C.
XLITY Wildes, A fea & le
THE
NATURALISTS’ DIRECTORY.
Bagi wa Cael Des Oe
NORTH AMERICA AND THE WEST INDIES.
SALEM:
PUBLISHED BY THE ESSEX INSTITUTE.
1865.
PRINTED BY THE ESSEX INSTITUTE,
SALEM.
INTRODUCTION.
In this part of the ‘Naturalists’ Directory” the addresses of the
_vVarious persons given in the first part, with such additional ones as
have been received, are arranged under the several departments in
which the Naturalists are engaged.
For the benefit of those who wish to keep their alphabetic list com-
plete, the new names and those on the old list which were not correct-
ly given, are designated by asterisks before the names. This mark is
also applied where a change in the address, or department of study,
&¢., has taken place.
The number preceding each name is given to facilitate indexing.
This part will be issued with the ‘‘Proceedings,” several pages at a
time, as fast as it can be prepared.
The Editor returns his thanks to the numerous friends who have
aided him, since the publication of the first part, by sending new names
and corrections, and earnestly hopes that his attention may be call-
ed to any mistakes noticed in the present part, at as early a day as
possible.
Information respecting Naturalists residing in the Southern States
is especially requested, as but few replies have been received to the
circulars sent to them.
Those persons who have not answered the circulars forwarded to them
are requested to do so, even if their addresses are correctly given, as it
is only from the personal statement of each that perfect contidence can
be had in the printed list. In regard to this subject, the Editor would
state that answers have been received to nearly all the circulars issued,
with the exception of those sent to the Southern States and Mexico.
The addresses which are left doubtful from the non receipt of answers,
will be designated in the index.
Notices of the decease, or change of address, of persons whose
names appear in the Directory are particularly desired. :
F. W. PurNaM,
Editor.
ESSEX INSTITUTE, SALEM, MASS.,
Oct. 1, 1865.
ws)
ot
GEOLOGY: GENERAL, NORTH AMERICAN. 1-15
NATURALISTS’ DIRECTORY.
GEOLOGY.
GENERAL.
Prof. Louris Acassiz (Professor of Zoélogy and Geology, Harvard
University; Director and Curator, Museum of Comparative
Zoology), Cambridge, Mass.
Prof. James D. Dana (Professor of Geology and Mineralogy,
Yale College), New Haven, Conn.
Prof. James Hatt (State Geologist of New York, Iowa and
Wisconsin), Albany, N. Y.
Sir WILLIAM E. LoGan (Director, Geological Survey of Canada),
Montreal, Canada.
Prof. H. D. RoGrrs, Boston, Mass.
Prof. Wm. B. RoGers (President, Massachusetts Institute of
Technology; Corresponding Secretary, American Academy of
Arts and Sciences), Boston, Mass. .
Nortru AMERICAN.
*Prof. Wm. E. A. AIKEN (Professor of Chemistry, Baltimore
University), Baltimore, Md.
*HENRY D’ ALIGNY, Houghton, Mich.
Prof. E. B. ANDREWS (Professor of Chemistry, Mineralogy and
Geology, Marietta College), Marietta, Ohio.
. Prof. L. W. Battey (Professor of Chemistry and Natural History,
University of New Brunswick), Fredericton, New Brunswick.
. Prof. Ropert BELL (Professor of Natural History, Chemistry
and Geology, Queen’s College), Kingston, Canada West.
. Prof. JAMES G. Buarr, Athens, Ohio.
. W. P. BuAkE, Post office box 2077, San Francisco, Cal.
*G. C. BROADHEAD, Pleasant Hill, Cass Co., Mo.
- *Prof. CHARLES F. CHANDLER (Professor of Chemistry, School
of Mines, Columbia College), East Forty-ninth street, New,
York Ni. ¥;
16-45 GEOLOGY! NORTH AMERICAN.
16. Prof. Epwarp J. CHAPMAN (Professor of Mineralogy and
Geology, University College), Toronto, Canada West.
17. Prof. Grtorce H. Cook (State Geologist of New Jersey; Pro-
fessor of Chemistry and Natural Philosophy, Rutger’s College),
New Brunswick, N. J.
18. ANDREW Dickson, Kingston, Canada West.
19. Henry ENGELMANN, Springfield, Il.
20. *Prof. E. W. Evans, Marietta, Ohio.
21. Prof. J. W. Foster, Chicago, Ill.
22. Prof. James Hawi (State Geologist of New York, Iowa and
Wisconsin), Albany, N. Y.
23. *L. Harper, No. 1, Rector street, New York, N. Y.
24. Dr. F. V. Haypen, Smithsonian Institution, Washington, D. C.
25. E. W. Hitcarp (State Geologist of Mississippi), Oxford, Miss.
26. *C. H. Hircucock, No. 37, Park Row, New paces Ba ae
27. *JAMES T. HODGE, Newburg, N. Y.
28. ‘Prof. HeENry How (Professor of Chemistry and Natural His-
‘tory, University of King’s College), Windsor, Nova Scotia.
29. Prof. O. P. HusBarp (Professor of Chemistry, Mineralogy and
Geology, Dartmouth College), Hanover, N. H.
30. Dr. C. T. Jackson (Vice President, Boston Society of Natural
History), Boston, Mass.
31. *Prof. JOHN JOHNSTON (Professor of Natural Sciences, Wes-
; leyan University), Middletown, Conn.
32. *JAMES P. KIMBALL, No. 33, Wall street, New York, N. Y.
33. CLARENCE KiInG (Assistant, California Geological Survey), Ir-
vington, N.Y.
34. Isaac Lea (Vice President, American Philosophical Society), |
No. 1622, Locust street, Philadelphia, Penn.
35. Josepn LESLEY, Office Pennsylvania R. R., Philadelphia, Penn.
36. J.P. Lestey (Professor of Mining, University of Pennsylva-
nia), No. 1016, Clinton street, Philadelphia, Penn.
37. Prof. Leo LesQquEREUX, Columbus, Ohio.
88. Prof. A. Lirron, St. Louis, Mo.
39. Beng. S. LyMAn, No. 35, South Fifth street, Philadelphia, Penn.
40. Sypnery S. Lyon, Jeffersonville, Ind.
41. Prof. OLivER Marcy (Professor of Natural History, North-west
University), Evanston, Il.
42. Prof. J. H. Mc Cuusney, Jacksonville, Il.
43. F. B. Merk, Smithsonian Institution, Washington, D. C.
44, *Reyv. James E. Mitxs, Amherst, Nova Scotia.
45. *Prof. Moore (Professor of Natural History, Earlham
College), Richmond, Ind.
oe or Oe Ov or
CaN SH
ery
=
61.
GEOLOGY : NORTH AMERICAN. 46-72
BENJAMIN F. Mupar (State Geologist of Kansas), Quindaro,
Wyandotte Co., Kansas.
ALEXANDER Murray (Assistant, Geological Survey of Canada),
Montreal, Canada.
Prof. HeENry B. Nason, Beloit, Wis.
Dr. J. S. NEWBERRY, Cleveland, Ohio.
*W.H. Nites, Cambridge, Mass.
Prof. J. G. Norwoop (Professor of Natural Science and Natural
Philosophy, Missouri State University), Columbia, Boone
County, Mo.
Prof. Ricuarp OwEN (Professor of Natural Sciences, Indiana
State University), Bloomington, Ind., from Sept. 1 to July 1;
rest of the year, New Harmony, Ind.
Prof. THropore S. Parvin (Professor of Natural History,
Iowa State University), Iowa City, Iowa.
Prof. James M. Sarrorp (State Geologist of Tennessee),
Lebanon, Tenn.
PETER W. SHEAFER, Pottsville, Schuylkill Co., Penn. (Coal).
Dr. B. F. SHumarp, St. Louis, Mo.
Dr. R. P. SrEVENS, New York, N. Y.
O. H. Sr. Joun, Museum of Comp. Zoology, Cambridge, Mass.
*R. H. Srrercn (State Geologist of Nevada), Virginia City.
Nevada.
Prof. G. C. SwaLtow, Columbia, Boone Co., Mo.
*Prof. SANBORN TENNEY (Professor of Natural History, Vassar
Female College), Poughkeepsie, N. Y.
W. H. B. Tuomas, Mount Holly, N. J.
C. B. Treao, No. 612, North Thirteenth st., Philadelphia, Penn.
Puitie T. Tyson (State Geologist of Maryland), Baltimore, Md.
*Prof. A. E. VERRILL “(Professor of Zoology, Yale College),
New Haven, Conn.
Prof. HENry A. Warp (Professor of Geology, Rochester Uni-
versity), Rochester, N. Y.
*Dr. CHARLES A. WHITE, Iowa City, Iowa.
*Prof. J. D. WHITNEY (State Geologist of California; Geologist
of California State Board of Agriculture), San Francisco, Cal. ;
and Boston, Mass.
*Col. CHARLES WHITTLESEY, Cleveland, Ohio.
*CHARLES P. WinLiams, No. 188, Walnut st., Philadelphia, Penn.
Prof. ALEXANDER WINCHELL (Professor of Natural History,
Michigan State University), Ann Arbor, Mich.
A. H: WorrTHEN (State Geologist of Illinois), Springfield, Ill.
oe q / —e e i
73-109 ' GEOLOGY! LOCAL. : 8
82.
93.
96.
100.
101.
102.
103.
104.
105.
106.
107.
108..
109.
Loca.
AUSTIN Bacon, Natick, Mass.
D. M. Batcu, Salem, Mass.
Rev. M. W. Braucuamp, King’s Ferry, Cayuga, N. Y.
P. D. Brapronrp, Northfield, Vt. j
SAMUEL R. CARTER, Paris Hill, Oxford Co., Me.
T. APOLEON CHENEY (Librarian, Georgic Library), Havana, N.Y.
CHANDLER CHILDS, Desmoines, Iowa.
Dr. E. S. Crosrer, New Albany, Ind.
Hiram A. CurtinG, Lunenburg, Essex Co., Vt.
H. DopGeE, Skaneateles, N. Y.
Rev. E. B. Eppy, Waltham, Mass.
Dr. M. N. Eirop, Jeffersonville, Ind.
L. ENGELBROCHT, Portsmouth, Ohio.
Prof. JAcoB, ENNIs, Philadelphia, Penn.
*Hon. SAMUEL EWING, Randolph, N. Y.
Dr. P. J. FAaRNSwortH, Lyons, Clinton Co., Iowa.
Wma. Gossip (Secretary, Nova Scotian Institute of Natural
Science), Halifax, Nova Scotia.
A. P. Hacer (Curator of Vermont State Canines), Mouspelten: Vt.
Rev. SaAMuEL R. HALi, Brownington, Vt.
Isaac N. Harmon, Chicago, Ill.
F. Hawn, Leavenworth City, Kansas.
*S. W. Hitt, Houghton, Mich.
Prof. S. F. Hotmzs, Charleston, S. C.
Rev. Dr. HONEYMAN, Antigonish, Nova Scotia.
*Prof. E. O. Hovey (Professor of Natural Science, Wabash
College), Crawfordsville, Ind.
Rosert HOwELL, Nichols, Tioga Co., N. Y.
JOHN JENKINS, Monroe, Orange Co., N.Y;
JOHN H. Kiippart, Columbus, Ohio.
J. A. LAPHAM, Milwaukie, Wis. *
*Dr. GEORGE A. Larurop, East Saginaw, Mich. )
Evias Lewis (Chairman of the Committee on Natural History,
Long Island Historical Society), No. 16, Court st., Brooklyn, N. Y.
Rev. SAMUEL Lockwoop, Keyport, N. J. (Cretaceous).
Rev. J. E. Lone, Hublersburg, Centre Co., Penn.
G. F. Marruew (Curator, Natural History Society of St. John),
St. John, New Brunswick.
R. Mc Farwane, Fort Anderson, British Amerion.
J. V. C. NELLIS, Auburn, N. Y.
*Joun A. Nicuors, Poultney, Vt.
110.
ea
EE.
113,
114.
115,
116.
Liz,
GEOLOGY: LOCAL. MINERALOGY. 110-128
*J. KELLY O’NEALE, Lebanon, Ohio.
Dr. WiLtiAM Prescort, Concord, N. H.
Dr. SAMUEL RErpD, New Albany, Ind.
E. J. Rice, Muncie, Ind.
R. A. RmpEouT, Garland, Me.
Josepi M. ROWELL, Lynn, Mass.
CHARLES STODDER, No. 75, Kilby street, Boston, Mass.
*JOSEPH SULLIVANT, Columbus, Ohio.
MINERALOGY.
*HENRY D’ALIGNY, Houghton, Mich.
O. D. ALLEN, Camden, N. J.
*S. C. i. BAILey, New York, N.Y.
*EDWARD KE. BArnDEN, Rockport, Mass.
VINCENT BARNARD, Kennett Square, Chester Co., Penn.
Rev. Kk. N. BarrLerr, Hamilton, Ill. (Geodes).
W. P. BLake, Post Office box 2077, San Francisco, Cal.
T. T. Bouveé (Curator of Paleontology and Mineralogy, Bos-
ton Society of Natural History), Boston, Mass.
W. 'T. Briaciam, Boston Society of Natural History, Boston,
Mass.
Prof. Grorar J. Brusn (Professor of Mineralogy and Metal-
lurgy, Yale College), New Haven, Conn.
SruarT M. Buck, Boston, Mass.
A. R. Burron, Bethlehem, N. H.
Prof. Jamus Bustice (Curator of Mineralogy, Worcester So-
ciety of Natural History), Worcester, Mass.
*Dr. JOUN CARDEZA, Claymont, Del.
SAMUEL R. CarTER, Paris Hill, Oxford Co., Me.
*Prof. CuarLes F. CuANDLER (Professor of Chemistry, School
of Mines, Columbia College), East Forty-ninth street, New
VOrk; Ns. ¥3
*Prof. Hp>warp J. CHAPMAN (Professor of Mineralogy and Ge-
ology, University College), Toronto, Canada West.
*Isaac B. CnHoate, Portland, Me.
*Rev. A. P. CuuTe, Sharon, Mass.
Prof. W. S. Ciark (Professor of Chemistry; Amherst College),
Amherst, Mass.
JosEPH A. CLay, No. 271, South Fifth st., Philadelphia, Penn
it
139-169 | MINERALOGY.
139.
140.
141.
142.
145.
144,
145.
146.
147.
148,
*Dr. M. H. Coates, Philadelphia, Penn.
F. G. Corrin, Machias, Me.
Prof. J. P. Cooke (Professor of Chemistry, Harvard College),
Cambridge, Mass.
Prof. James D. Dana (Professor of Geology and Mineralogy,
Yale College), New Haven, Conn.
JOSEPH DELAFIELD, No. 59, Wall street, New York, N. Y.
*A. Ditty, St. Thomas, West Indies.
*Prof. ALFRED Du Bolts, Denver, Colorado.
E. M. DunBar, Springtield, Mass.
tev. Ek. B. Eppy, Waltham, Mass.
Prof. Tuomas EGLESTON (Professor of Mineralogy and Metal-
lurgy, Columbia College), No. 10, Fifth avenue, New York, N. Y.
*JaMES Eiauts, Albany, N. Y.
HENRY ENGELMANN, Springficld, Tl.
FRANK FairBANnks, St. Johnsbury, Vt.
M. C. Fernap, South Levant, Me.
Dr. F. A. GentTuH, No. 108, Arch street, Philadelphia, Penn.
Prof. TRaILL Green (Professor of Chemistry, Lafayette Col-
lege), Easton, Venn.
J. J. H. Grecory, Marblehead, Mass.
Prof. GrorGceE Ilapiry, Buffalo, N. Y.
tev. H. F. HarpinaG. Machias, Me.
*JOosHUA P. HASKELL, Marblehead, Mass.
Tuomas C. HASKELL, Swampscott, Mass.
CuarLes H. HiGBer (Curator of sah ane Essex Institute),
Salem, Mass.
FRANKLIN B. Houan, Albany, N. Y.
Prof. Henry low (Professor of Chemistry and Natural His-
tory, University of King’s College), Windsor, Nova Scotia.
WINsLow J. Howarp, No. 345, Grand street, New York, N. Y.
*Prof. F. S. Hoyr (Professor of Natural Science, Delaware
University), Delaware, Ohio.
Prof. O. P. HUBBakbD (Professor of Chemistry, Mineralogy and
Geology, Dartmouth Coilege), Hanover, N. H.
Prof. T. Srerry Hunt (Chemist, Geological Survey of Canada),
Montreal, Canada.
W.M. Huntina, Fairfield, Herkimer Co., N. Y.
Dr. C. T. Jackson (Vice President, Baton Society of Natural aa
‘History), Boston, Mass.
W. W. Jerrents (Curator, Chester County Cabinet of Natural
Science), Westchester, Penn.
7 =e
170.
hg
ee a ee wo
St oS) SS) Sy
woe
oo
we
.
—
“I
ay
178.
191.
192.
193.
194.
195.
196.
197.
MINERALOGY. 170-197
Prof. S. W. Jonson (Professor of Agriculture and Analyti-
cal Chemistry, Yale College), New Haven, Conn.
*Prof. JoUN JouNsTON (Professor of Natural Science, Wes-
leyan University), Middleton, Conn.
*JAMES P. KimBaiy, No. 33, Wall street, New York, N. Y.
*A. C. KLINE, Philadelphia, Penn.
W. J. KNOWLTON, Rockport, Mass.
Jostan Lapp, Littleton, N. H.
Prof. Grorage Lawson (Professor of Chemistry Dalhousie
College), Halifax, Nova Scotia.
Isaac Lea (Vice President, American Philosophical Society),
No. 1622, Locust street, Philadelphia, Penn.
IEvras Lewis (Chairman of Committee on Natural History,
Long Island Historical Society), No. 16, Court street, Brook-
iv, NY,
Prof. A. Lirron, St. Louis; Mo.
JOUN F. Lonrp, Ellsworth, Me.
O. C. Marsn, New Haven, Conn.
*Prof. Joun P. Marsuain (Professor of , Tufts Col-
lege), Somerville, Mass.
Isaac C. MantinpaLte (Director, Byberry Philosophical So-
ciety), Byberry, Penn.
G. F. Marrnew (Curator, Natural History Society of St.
John), St. John, New Brunswick.
G. F. Mors (Curator of Mineralogy, California Academy of
Natural Science), San Francisco, Cal.
o> Vi Ci Neiass, Auburn N.Y:
*Prof. J. G. Norwoop (Professor of Natural Sciences and
Natural Philosophy, Missouri State University), Columbia,
Boone Co., Mo.
J.D. Parker, Steuben, Me.
*Mauricé Perkins, Cambridge, Mass.
*Prof. Roperr Perer (Professor of Chemistry, Kentucky
University), Lexington, Ky.
STEPHEN D. PooLr, Lynn, Mass.
A. Riprout, Garland, Me.
W. T. Rorrver, Bethlehem, Penn.
Prof. OreN Roor, Clinton, Oneida Co., N. Y.
J. G. Sanporn, Cherrytield, Me.
*Wan. Suarswoob, Philadelphia, Penn.
*Jamrs M. Suaw, South Waterford, Me.
198-220 MINERALOGY. METALLURGY. : i |
198.
199.
200.
201.
202.
203.
204.
205.
206.
207.
208.
209.
210.
aii;
212.
213.
214.
215.
216.
217.
218.
219.
220.
Prof. C. U. Saerarp (Professor of Natural History, Amherst
College), Amherst, Mass.
Prof. BenJ. SILLIMAN (Professor of Chemistry, Yale College),
New Haven, Conn.
*JouN P. Suuons, Philadelphia, Penn.
*Dr. J. LAWRENCE SmirTH, Louisville, Ky. -
Joun Mitton Situ, No. 18, Wall street, New York, N. Y.
Prof. Cuas. S. STONE, Cooper Institute, New York, N. Y.
*D. C. Stone, Marysville, Cal.
*Prof. SANBORN TENNEY (Professor of Natural History, Vas-
sar Female College), Poughkeepsie, N. Y. .
*JOHN C. TRAUTVINE, Philadelphia, Penn.
*Dr. N. T. TRUE (Editor of Maine Farmer), Winthrop, Me.
Dr. Cuas. A. Turrs, Dover, N. H.
Wm. S. Vaux (Vice President and Curator, Academy of Natu-
ral Sciences of Philadelphia), No. 1700, Arch street, Philadel-
phia, Penn.
*Prof. A. Ei. VERRILL CPE RESaOR of Zoology, Yale College),
New Haven, Conn.
C. F. WapswortH (Curator of muiaetalony, Buffalo Society of
Natural Sciences), Buffalo, N. Y. 4
Miss L. E. WaLker (Assistant Curator of Mineralogy, Wor- ©
cester Society of Natural History), Worcester, Mass. :
*JoHUN W. WARD, Salem, Salem Co., N. J.
W.E. WELLINGTON, Dubuque, Iowa.
Cuas. B. Wnitine (Assistant Curator of Mineralogy, Wotcen,
ter Society of Natural History), Worcester, Mass.
*S. F. Wuirnery, Brooklyn, N. Y.
*Caas. P. WituiaMs, No. 158, Walnut st., Philadelphia, Penn.
*HENRI N. Woops, Rockport, Mass.
METAERSS
*James T. HopGx, Newburg, N. i wt»
Prof. GEorGE J. BRUSH (Professor of Mineralogy and 1
lurgy, Yale College), New Haven, Conn.
13 PALEZO TOLOGY: GENERAL, NORTH AMERICAN. 221-240
239.
240.
PALEONTOLOGY.
GENERAL.
Prof. Lours AGassiz (Professor of Zoédlogy and Geology, Har-
vard University; Director and Curator, Museum of Comp.
Zoology), Cambridge, Mass.
KE. BILLiInGs (Paleontologist, Geological Survey of Canada),
Montreal, Canada.
Prof. JamES D. Dana (Professor of Mineralogy and Geology,
Yale College), New Haven, Conn.
Prof. J. W. Dawson (Principal, McGill University), Mon-
treal, Canada.
Prof. JAMES Hat, Albany, N. Y.
Prof. JoserpH Lrempy (Professor of Anatomy, University of
Pennsylvania; Curator, Academy of Natural Sciences of Phila-
delphia), No. 1802, Filbert street, Philadelphia, Penn.
F. B. MEEK, Sinithsonian Institution, Washington, D. C.
Nortu AMERICAN.
HENRY M. BANNISTER, Evanston, III.
Prof. Roperr BELL (Professor of Natural History, Chemistry
and Geology, King’s College), Kingston, Canada West.
FRANK H. BrapLey (Curator of Geology, Yale College), New
Haven, Conn.
T. A. Conran, Academy of Natural Sciences, Philadelphia, Pa.
EK. T. Cox, New Harmony, Ind.
*THOMAS DANIELS, L. M. R. R. Office, Cincinnati, Ohio.
THOMAS DEVINE, Quebec, Canada.
ANDREW Dickson, Kingston, Canada West.
*CuHas. B. DyEk, Cincinnati, Ohio.
W. M. Gaps (Paleontologist, California State Geological Sur-
vey; Curator of Paleontology, California Academy of Natural
Science), San Francisco, Cal.
Prof. JAMES HaLi (State Geologist of New York, Iowa and
Wisconsin), Albany, N. Y.
C. Frep. Hartr, Museum of Comp. Zoology, Cambridge, Mass.
*Prof. F. V. HaypEen (Professor of Gevlogy and Mineralogy,
University of Pennsylvania), Smithsonian Institution, Wash-
ington, D. C.
III
241-267 PALEONTOLOGY: NORTH AMERICAN, SPECIAL. 14
241.
242.
243.
244,
266.
267.
E. W. Hinearp (State Geologist of Mississippi), Oxford, Miss.
*Dr. J. KNapp, Louisville, Ky.
Dr. ALBERT C. Kocu, St. Louis, Mo.
Isaac Lea (Vice President, American Philosophical Society),
No. 1622, Locust street, Philadelphia, Penn. ,
*r. A, M. LeonarD, Lockport, N. Y.
O. C. Marsu, Yale College, New Haven, Conn.
*CHARLES D. MARSHALL, Buffalo, N. Y.
Prof. J. H. Mc Cursnry, Jacksonville, Tl. (U. S. Consul at
New Castle on-Tyne).
*Prof. W. D. Moorgr, Irwin’s Station, Penn.
Dr. J. S. NEWBERRY, Cleveland, Ohio.
Prof. J. G. Norwoop (Professor of Natural Science and Natu-
ral Philosophy, Missouri State University), Columbia, Boone
Co., Mo.
« *Prof..E: J.-Picknrr; Attica, 1nd:
*Prof. J. W. POWELL, Bloomington, Il.
Dr. CARL ROMINGER, Ann Arbor, Mich.
Dr. B. F. Soumarp, St. Louis, Mo.
O. H. Sr. JoHN, Museum of Comp. Zodlogy, Cambridge, Mass.
Prof. G. C. SwaLLow, Columbia, Boone Co., Mo.
Prof. Henry A. Warp (Professor of Geology, Rochester
University), Rochester, N. Y.
Dr. CHARLES A. WHITE, Iowa City, Iowa.
R. P. WHITFIELD, Albany, N. Y.
*Prof, ALEXANDER WINCHELL (Professor of Natura: History,
Michigan State University), Ann Arbor, Mich.
SPECIAL.
*A. E.R. Aaassiz (Assistant, Museum of Comp. Zodlogy),
Cambridge, Mass. Echinoderms.
Rev. WM. A. Barris, Burlington, Iowa. Crinoids.
GEORGE C. Brown (Curator and Treasurer, Burlington County
Lyceum of History and Natural History), Mount Holly, N. J.
Green Sand fossils of New Jersey.
Prof. J. W. Foster, Chicago, Ill. North American fossil
- Mammals.
*B. J. Hatt, Burlington, Iowa. Crinoids. (A collector.)
ALPHEUS Hyatr (Curator of Mollusca, Boston Society of
Natural History), Corner of Schroeder and Franklin streets,
Baltimore, Md. Cephalopods.
ts
.
Vy
PALEONTOLOGY: SPECIAL, LOCAL. 268-293
4
Prof. Ezek1aL Jewerr (Curator, New York State Cabinet),
Albany, N. Y. Fossils of New York State.
Prof. LEo LESQUEREUX, Columbus, Ohio. Plants.
Rev. SAMUEL Lockwoop, Keyport, N. J. Cretaceous fossils of
New Jersey and Devonian Plants of New York.
*Dr. R. P. Mann, Milford, Ohio. Devonian Fishes.
*W.H. Nites, Cambridge, Mass. Crinoids.
Col. ALBERT ORDWAY, ‘Boston Society of Natural History,
Boston, Mass. Crustaceans.
*Dr. A. S. Packarp (Curator of Crustacea, Boston Society of
Natural History), Boston, Mass. Fossils of the New England
Drift.
Dr. EDMOND RAVENEL, Charleston, S.C. Local Invertebrates.
*HENRY Rousseau, Troy, N. Y. Local Mollusks.
S. H. ScuppeER (Secretary, Librarian and Curator of Ento-
mology, Boston Society of Natural History), Boston, Mass.
Insects.
N.S. SHALeR (Assistant, Museum of Comp. Zoology), Cam-
bridge, Mass. Brachiopods.
*Dr. O. THteme, Burlington, Iowa. Crinoids. (A collector.)
*Prof. A. KE. VerriLu (Professor of Zodlogy, Yale College),
New Haven, Conn. Corals.
CuarLes M. WHEATLEY, Phoenixville, Penn., and No. 42, Pine
street, New York, N.Y. Jlesozoic fossils.
Locau.
T. T. Bouve (Curator of Paleontology and Mineralogy, Bos-
ton Society of Natural History), Boston, Mass.
*S. T. CarLtey, Cincinnati, Ohio.
*L. B. Cask, Richmond, Ind.
CHARLES A. CHASE (Librarian and Assistant Curator of Palex-
ontology, Worcester Society of Natural History), Worcester,
Mass.
T. APOLEON CHENEY (Librarian, Georgic Library), Havana,N.Y.
*DaAvVID CHRISTY, Cincinnati, Ohio.
*Dr. N. N. ELrop, Little Orleans, Ind.
JOHN GEBHARD, Schoharie, N. Y.
*HreENRY A. GREEN, Mount Morris, N. Y.
RicHARD HaMANT (Curator of Paleontology, Worcester So-
ciety of Natural History), Worcester, Mass.
GEORGE W. HoLpEN, Dayton, Ohio.
Prof. F. S. Hotmss, Charleston, S. C.
294-322 PALHZONTOLOGY!: LOCAL. PHYSICAL GEOGRAPHY. 16
294.
295.
296.
297.
298.
299.
300.
301.
302.
‘THEODORE HowLanp (Secretary and Curator of Paleontology,
Buffalo Society of Natural Sciences), Buffalo, N. Y.
*Dr. E. W. HusBarpD, Tottensville, N. Y.
W. M. HuntTING, Fairfield, Herkimer Co., N. Y.
*U, P. JAMES, Cincinnati, Ohio.
*J. KELLY O’NEALE, Lebanon, Ohio.
ALFRED PooLe, Halifax, Nova Scotia.
AUGUSTE REMOND, San Francisco, Cal.
*D. H. SHAFFER, Cincinnati, Ohio. (A Collector.)
*CHARLES WACHSMUTH, Burlington, Iowa.
PHYSICAL GEOGRAPHY.
*Byt. Brig. Gen. HENry L. ABBorr (U. S. Engineers.)
*Prof. A. D. BacHE (Superintendent, United States Coast Sur-
vey), Washington, D. C.
*G. H. BAGWELL (Assistant, United States Coast Survey),
Washington, D. C.
*Brig. Gen. JOHN G. BARNARD (U. S. Engineers.)
*Col. E. G. BECKWITH (U. S. A.)
*Capt. GEORGE BELL (U.S. N.), Washington, D. C.
*Prof. WM. H. Brewer (Professor of Agriculture, Yale Col-
lege), New Haven, Conn. (California Mountains.)
*Brig. Gen. JAMES H. CaRLETON (U. S. A.)
Prof. Epwarp J. CHapMAaN (Professor of Mineralogy and
Geology, University College), Toronto, Canada West.
*Maj. Gen. S. W. CRawrorp (U. S. A.)
*Lieut. Col. OSBORNE Cross (U.S. A.)
*Brig. Gen. RICHARD DELAFIELD (Chief Engineer, U. S. A.)
*F. W. Dorr (Assistant, United States Coast Survey), Wash-
ington, D. C.
*Maj. Gen. W. H. Emory (U. S. A.)
*Dr. GEORGE ENGELMANN, St.Louis, Mo.
*N. S. FINNEY (Assistant, United States Coast Survey), Wash-
ington, D. C.
*DANIEL C. GILMAN (Professor of Physical Geography, Yale
College), New Haven, Conn.
*Col. JaMES D. Granam (U. S. Engineers.)
Prof. ARNOLD Guyot (Professor of Geology and Physical
Geography, College of New Jersey), Princeton, N. J.
*Prof. Jos—EPpH HENRY (Secretary, Smithsonian . Institution),
Washington, D.C.
PHYSICAL GEOGRAPHY. 323-349
*J. E. HILGarRD (Assistant, United States Coast Survey),
Washington, D. C.
Prof. Henry Y. Hinp (Professor of Physical and Natural
Sciences, Trinity College), Toronto, Canada West.
JOHN GEORGE HODGINS, Education Office, Toronto, Canada W.
*CLARENCE KING (Assistant California Geological Survey), San
Francisco, Cal.
*J. S. Lawson (Assistant, United States Coast Survey), Wash-
ington, D. C.
*Maj. Gen. A. A. HuMpuHReyYs (U. S. Engineers.)
Dr. THoMAS M. LOGAN, Sacramento, Cal.
*Lieut. Col. Joun N. Macoms (U.S. Engineers.)
*Col. RANDOLPH B. Marcy (U.S. A.)
*Major H. E. MAYNADIER (U. S. A.)
*Lieut. Col. N. MICHLER (U. S. Engineers.)
*Maj. Gen. JouUN G. Parke (U. S. Engineers.)
*Dr. C. C. Parry, Davenport, Iowa. (locky Mountains.)
*Maj. Gen. JOHN POPE (U.S. A.)
*Col. W. F. RayNowps (U. S. Engineers.)
*C. A. ScuottT (Assistant, United States Coast Survey), Wash-
ington, D. C.
*Lieut. Col. LORENZO SITGREAVES (U. S. Engineers.)
*Lieut. Col. J. H. Stupson (U.S. A.)
*Maj. Gen. ALFRED SULLY (U.S. A.)
*ALEXANDER S. TAYLOR, Santa Barbara, Cal.
*Col. GEORGE THom (U. S. Engineers.)
*Bvt. Brig. Gen. Srewart VAN VLUIET (U.S. A.)
*Maj. Gen. G. K. WARREN (U. S. Engineers.)
*Prof. J. D. WHITNEY (State Geologist of California), North-
ampton, Mass.
*Major R. S. WILLIAMSON (U. S. Engineers.)
*Lieut. Col. I. C. WooprurrF (U. S. Engineers.)
*Maj. Gen. H. G. WricuT (U. 8. Engineers.)
Note. Army Officers are best reached by addressing them care of the ADJUTANT
GENERAL, U.S. A. Washington, D. C.
350-368 COMPARATIVE ANATOMY AND PHYSIOLOGY. 18
358.
360.
361.
362.
363.
364.
365.
366.
367.
368.
COMPARATIVE ANATOMY AND PHYSIOLOGY.
*Prof. HARRISON ALLEN (Professor of Comparative Anatomy,
University of Pennsylvania), Philadelphia, Penn.
*Prof. JOHN C. DaLron, New York, N. Y.
*Dr. JOHN DEAN, Boston, Mass.
Dr. JoHN C. Draper (Professor of Analytical Chemistry,
University of New York; Professor of Natural History and
Physiology, New York Free Academy), New York, N. Y. -
. *Prof. AusTIN FLINT JR. (Professor of Physiology, Baltimore
Hospital Medical School), Baltimore, Md.
Dr. Wo. A. H!AMMOND, No. 162, West Thirty-fourth street,
New York, N. Y.
Prof. E>pwarp Hircucock (Professor of Hygeine and Physical
Education, Amherst College), Amherst, Mass.
*Dr. JULIUS HOMBERGER (Editor, American Journal of Opthal-
mology), No. 39, West Twenty-third street, New York, N. Y.
Prof. CHRISTOPHER JOHNSON (Professor of Anatomy, Mary-
land College), Baltimore, Md.
Prof. JosrepH Leipy (Professor ,of Anatomy, University of
Pennsylvania; Curator, Academy of Natural Sciences of
Philadelphia), No. 1802, Filbert street, Philadelphia, Penn.
Prof. MANLY MILEs (Professor of , State Agricultural
College), Lansing, Mich.
Dr. S. Wrrr MircHELL, Academy of Natural Sciences, or No.
1332, Walnut street, Philadelphia, Penn.
GEORGE ScrEva (Assistant, Museum of Comp. Zoology), Cam-
bridge, Mass.
*Prof. J. CREssON STILES (Professor of Physiology, )
New York, N. Y.
Dr. HeNRY WHEATLAND (Secretary, Treasurer and Curator of
Camparative Anatomy, Essex Institute), Salem, Mass.
Dr. J. C. WHITE (Curator of Comparative Anatomy and Mam-
malogy, Boston Society of Natural History), Boston, Mass.
Dr. B. G. WiLpErR (Curator of Herpetology, Boston Society of
Natural History), No. 54, Bowdoin street, Boston, Mass.
Dr. Rurus Woopwarp (President, Worcester Society of
Natural History), Worcester, Mass.
Prof. JEFFRIES WYMAN (Professor of Anatomy and Physiol-
ogy, Harvard College; President, Boston Society of Natural
History), Cambridge, Mass.
19
369,
370.
VEGETABLE PHYS. HISTOLOGY. EMBRYOLOGY. 369-380
VEGETABLE PHYSIOLOGY.
JOHN H. Kireparr, Columbus, Ohio.
S. B. McMILLAN, East Fairtield, Columbiana Co., Ohio.
HISTOLOGY.
Prof. H. James CLark, Cambridge, Mass.
*Prof. Josepu Lerpy (Professor of Anatomy, University of
Pennsylvania; Curator, Academy of Natural Sciences of Phila-
delphia), No. 1302, Filbert street, Philadelphia, Penn.
Prof. J. H. Sarispury (Professor of Physiology, Histology and
Cell Pathology, Cleveland Medical College), Cleveland, Ohio.
Dr. THEODORE A. TELLKAMPY, No. 142, West Fourth street,
' New bei) ee. ae
Prof. JErFRIES WYMAN (Professor of Anatomy and Physiology,
Harvard College; President, Boston Society of Natural Histo-
ry), Cambridge, Mass.
EMBRYOLOGY.
*A, E.R. Acassiz (Assistant, Museum of Comp. Zoology),
Cambridge, Mass.
Prof. Louts AGassiz (Professor of Zoology and Geology, Har-
vard College; Director and Curator, Museum Comparative
Zoology), Cambridge, Mass.
Prof. H. James CLark, Cambridge, Mass.
*Prof. A. E. VERRILL (Professor of Zodlogy, Yale College),
New Haven, Conn.
Prof. JEFFRIES WYMAN (Professor of Anatomy and Physiology,
Harvard College; President, Boston Society of Natural Histo-
ry), Cambridge, Mass.
381-402 MICROSCOPY... 20
MICROSCOPY.
381. Dr. GEORGE S. ALLAN (Vice President, American Microscopi-
cal Society), Newburgh, N. Y.
382. J. W. S. ArNnoip (Librarian Microscopical Society), New
VOTR;..s- is
383. Prof. L. W. Ba1iLry (Professor of Chemistry and Natural His-
tory, University of New Brunswick), Fredericton, N. B.
384. Mosgss Y. Breacu, Louisville, Ky. -
385. Dr. Rurus K. BROWNNE (Corresponding Secretary, American
Microscopical Society), New York, N. Y.
386. A.M. Epwarps (President, American Microscopical Society),
No. 115, John street, New York, N. Y.
387. *Davip W. FERGUSON, New. York, N. Y.
388. JoHN E. Gavir (Vice President, American Microscopical So-
ciety), No. 83, West Forty-third street, New York, N. Y.
389. WILLIAM GLEN, Cambridge, Mass.
890. T. F. Harrison, New York, N. Y.
391. *WiiciaAmM E. HuLBert, Middletown, Conn.
392. SAMUEL Jackson (Curator, American Microscopical Society),
New York, N. Y.
393. Dr. B. Joy Jerrries (Curator of Microscopy, Boston Society
of Natural History), Boston, Mass.
394. Prof. CHRISTOPHER JOHNSTON (Professor of Anatomy, Mary-
land College), Baltimore, Md.
395. Dr. SAMUEL A. JONES (Recording Secretary, American Micro-
scopical Society), Englewood, N. J.
396. *Dr. F. W. Lewis, Philadelphia, Penn. :
397. Prof. HAMILTON L. SmirH (Professor of Natural History and -
Astronomy, Kenyon College), Gambier, Ohio.
398. CHARLES SToppER, No. 75, Kilby street, Boston,8Mass,
399. CORNELIUS VAN BruNT (Treasurer, American Microscopical
Society), Fishkill-on-the Hudson, N. Y.
400. BENJAMIN WEBB, JR., Salem, Mass.
401. Dr. M. C. Wuitr, New Haven, Conn.
402. Dr. T. G. WorMLEy, Columbus, Ohio.
COMMUNICATIONS
READ BEFORE
THE
ESSEX INSTITUTE.
je dee, St ae oem
1864-5.
[Issued Quarterly with the Proceedings. ]
SALEM:
PUBLISHED BY THE INSTITUTE.
1866.
’ - ‘ ‘ iis =
NT eter ttt ee ee ee
oe a
, IC Ad FB ew
* i Sis a
rey pea Mey ere tre
q a Nagin ay
I.
ii:
iit;
IV.
XII.
XIIl.
COMMUNICATIONS:
D. M. Batcn, On Sodalite at Salem. p. 3.
GEORGE H. EMERSON, On Magnetite and an Unknown Min-
eral at Nahant. p. 6.
A. §. PackarpD, jr., Notes on the Family Zygenide.
With two plates. p. 7.
J. A. ALLEN, Catalogue of Birds found at Springfield, Mass.,
with Notes on their Migrations, Habits, &c., together with
a List of those Birds found in the State not yet observed
at Springfield. p. 48.
F. W. Putnam, Notes on the Habits of some species of
Humble Bees. p. 98.
F. W. Putnam, Notes on the Leaf-cutting Bee. p. 105.
A. S. PackarD, jr., The Humble Bees of New England and
their Parasites; with notices of a new species of Anthopho-
rabia, and anew genus of Proctotrupide. With a plate. p. 107.
D. M. Batcu, On Native Grapes. p. 140.
A. E. VERRILL, Classification of Polyps; (Extract condensed
from a Synopsis of the Polypi of the North Pacific Explor-
ing Expedition, under Captains Ringgold and Rodgers, U. S.
) Part 5. pp. 146:
J. A. ALLEN, Notes on the Habits and Distribution of the
Duck Hawk, or American Peregrine Falcon, in the Breeding
Season, and Description of the Eggs. p. 153.
EDWARD S. Morseg, A Classification of Mollusca, based on
the ‘‘ Principle of Cephalization.” With a plate. p. 162.
A. E. VERRILL, Synopsis of the Polyps and Corals of the
North Pacific Exploring Expedition, under Commodore C.
Ringgold and Captain John Rodgers, U. S. N., from 1853
to 1856. Collected by Dr. William Stimpson, naturalist to
the Expedition. With Descriptions of some additional
Species from the West Coast of North America. Part II,
ALCYONARIA. With two Plates. p. 181.
ALPHEUS HyaTT, Observations on Polyzoa, Suborder Phy-
lactolemata. With nine Plates. p. 197. (The ninth plate
will be given with the continuation of the paper in the next
volume).
or = ae re aT, a Le fils oe ah. Bran ‘io y Tae tsa
¥
.
PLATES.
Plate 1, accompanying Dr. Packard’s eg i on p. 47.
73 2, 6 ee ‘ec (74 p. AT
ce 3, ce (73 ce 66 “cc (73 p. 140.
“4, S Mr. Morse’s " . © p. 180.
co OB, “ Prof. Verrill’s ‘ s SD, LOB;
73 6, 66 Ts ‘c CT; 66 6c D; 4198. ;
Plates - 7,-8;:9; 10, 11, 12, 18, 14, accompanying Capt. As -
Paper, have the explanations opposite each plate. .
me 7 1A rt i) SPEEA
an)
1 Due NOxoat a # i
ei a
ss
ERRATA. TO, COMMUNICATIONS.
Page 9, line 14, for Phalsenidex, read Phalenide.
ce
ti.
12,
12,
13,
15,
15,
16,
22,
48,
49,
50,
51,
56,
60,
ae
69,
69,
70,
73,
73,
78,
80,
83,
83,
86,
87,
87,
89,
89,
90,
91,
92,
92,
92,
6s
(<9
ce
ce
12, after Agaristide, insert a comma.
6, for lignivorus, read lignivorous.
30, ‘ strangly, read strangely.
36, ** Tortriide, read Tortricide.
heading, for ZYG#NIDIA, read ZYGHNIDA.
line 24, for Zyeginidex, read Zygenide.
(7
No.
8, ‘** maxillary, read labial.
11, ‘** gives, read give.
18, ‘** Coccyzus, read Coccygus.
42, ‘© ninety-two, read one hundred and one.
18, for June, read May.
1 of foot note, for 1728, read 1788.
1, for Pallacii, read Pallasit.
9, and following pages, for Dendroica, read Dendreca.
and 95, for Siwrus, read Seiurus.
18, for Chickedee, read Chickadee.
39, “ Astrigalinus, read Astragalinus.
ll, ‘* linaria, read linarius. [censis.
9, ‘** Stiurus noveboracensis, read Seturus novebora-
16, ** «tllraca, read iliaca.
4, * Tringites, read Tryngites.
23, ‘* Pedecethya, read Pedeteethya.
7, ‘* Myitotoctes, read Myiodioctes.
13, ‘* Myiodicetes, read Myiodioctes.
12, ‘* Octhodromus, read Ochthodromus.
25, ‘* noveboracensis, read noveeboracensis.
86, and p. 94, No. 27, for Gambellii, read Gambelit.
12, for erythrorhyncus, read erythrorhynchus.
36, ** Temn., read Temm.
5, ‘ SkKau, read Skua.
18, ‘* trotle, read troilie.
39, and p. 94, No. 4, for Pallassi, read Pallasii.
Nos. 51 and 52, for Dandroica, read Dendreca.
No.
72, for Harporynchus, read Harporhynchus.
98, No. 116, and p. 96, No. 93, for Squartarola, read Squatarola,
94,
96,
96,
104,
181,
131,
131,
132,
175,
180,
209,
218,
219,
“ec
lines 12—13, for anterior end, read posterior end. | a
line 9, for trunk read trunks. [testinal. ‘
“cc
sé
1, for Hypotryorchis, read Hypotriorchus.
57, ‘* Harporhyncus, read Harporhynchus.. .
99, ‘ lacticauda, read laticauda. ‘\
24, and page 108,line 30, for Byturus, read anwerophaaaet
9, for Mezercon, read Mezereon.
11, ‘‘ nest, read net. . =
25, after female, insert situated almost wholly. '
15, ‘* abnormal, insert a. ; }
29, for anterior pole, read posterior pole. &
38, ‘“‘ cardiac and pyloric, read cesophagal and in-
1, ‘* C£sophagal Retractors, read Lophophorie Re-
tractors.
A, =
5
ry a gh 4
: \
COMMUNICATIONS.
1864.
(Communications on Historical subjects are printed in the ‘* Historical
Collections of the Essex Institute.’’)
T.—On the Sodalite at Salem, Mass.
By D. M. Batcu.
(Communicated February 8, 1864.)
‘The occurrence in our neighbourhood of this rare silicate was
first noticed in Oct. 1855, by G. L. Streeter Esq., and others.
The locality was the recently opened syenite quarry, on the
right hand side of the road leading along Collins’ Cove. from
the Alms House to Hospital Point Peculiar bluish stains in
a block of stone from the quarry having attracted the attention
of these gentlemen, a search was instituted which resulted in
the discovery of the remains of a vein of elwolite and orthoclase,
in which were imbedded amorphous masses of the blue mineral,
sodalite. Unfortunately this vein, once extensive, had been
mostly quarried and carted away by the workmen, and, though
it yielded some fine specimens, was soon exhausted.
An account of the discovery of this mineral and some discus-
sion thereon (in which it is erroneously called cancrinite,) can
be found in the Essex Institute Proceedings, Vol. I, p. 1538—
150; also a more extended description and analysis, by J. P.
Kimball in Silliman’s Journal; 1860, Vol. xxix. p. 65.
I visited the above locality in the autumn of 1858, and traced
the vein some distance, until it was reduced to a mere seam; I
noticed at that time several characteristics, rendering it highly
improbable that the Salem mineral hada common origin with
that of Litchfield, Me., its only other locality in the States.
At the place last mentioned sodalite occurred disseminated
through an erratic block, and associated with eleolite, citron-
yellow cancrinite, and zircons of unusual size and excellence
(all long since exhausted ,) while at the Salem locality it was
found imbedded in a vein of eleolite and feldspar, with very
small zircons, biotite, marcasite, plumbago, &c.; but no trace
of cancrinite, the most conspicuous of all in the Maine group,
4 BALCH, ON THE
was present. Moreover, although not enough of the vein re-
mained for accurate observation, I was of opinion that it was
not peculiar to chance boulders, but a true vein in the ledge.
An analysis, performed at that time, (Sept , 1858,) afforded
ue results, which, as they have never been published, are given
below :
Silicie Acids 4 Sih a. eae AM 37.69
ALONG csr. 26 See Pre Brads |
OMe. Sich tau e ce jaee Som hae lee 24 80
Chioving:,.2:.0 4008k gece ee a aces 6.17
Werrous Oxyd. x0. 4: 3% hhh atte 1 trace
This agrees well with the recognized formula for Sodalite,
3 (NaO 8i02, +Al, O3 SiOz )-+ Na Cl, except that the amount
of Chlorine is a little too low.
In April, 1862, while examining the ledges on the left hand
of the road I discovered quite an extensive vein of elzolite,
situated about 10 rods N. W. from the old locality, and nearly
at right angles with it. This new vein varies in width from a
few inches to a foot, or more, and runs irregularly along the
face of the ledge for 30 or 40 feet. It is composed of orthoclase
and greenish elzolite, large imperfect crystals of black horn-
blende, biotite, zircon, flakes and filiments of graphite and
several other minerals in small quantity; there is no sodalite
near the surface; it first begins to appear at the depth of 14—
2 feet. This vein was blasted in its widest part this autumn
by Mr. C. H Higbee and myself, and yielded us some very fine
specimens of sodalite, varying in colour from violet to azure
blue, and subtransparent. Ihave analysed carefully selected
specimens of both sodalite and eleolite from this vein with the
following results :
Sodalite ; very dark blue. Sp. Gr=2.30. Two portions
a. and b. were analysed.
a. b. Results.
SiO, 387.64 37.44 37.54
Al, Oz 82.13 32.16 | 32.15
NaO . 24.57 18.94
CaO. .85 —— 85
Na — 4.18 4.18
Cl ie 6.45 6°45
99.61
SODALITE AT SALEM, MASS. 5
The composition of sodalite, calculated from the formula
given on the preceding page is as follows:
8Na0, 93 = 18.98
SAIC, 168.15. = 31.38
6Si0,, 184.86 = 37.72
Na, 23 = 469
7.23
Cl, $5.46 —
490.10 100.00
with this the results obtained by analysis agree quite closely.
It is worthy of note, that although the specimen employed
was unusually deep coloured, scarcely appreciable traces of
iron were detected; the alumina thrown down from its solution
in aqua regia was white, and most of the reagents for iron gave
negative results; it ig therefore very doubtful if this mineral
owes its color to iron, as has been supposed.
Aileolite The eleeolite of this locality is filled with minute
specks, probably mica or feldspar, from which it cannot be
separated mechanically; this impurity amounts to about 5 per
cent., and remains behind when the levigated mineral is dissolv-
ed in acids. ‘The elxolite occurs in compact masses, of a light
green colour and greasy lustre; in connection with orthoclase
it forms the bulk of the vein; it has not yet been observed in
crystals. Heated before the blowpipe it fuses and gives off a little
moisture. Dried at about 150° C. it has the following com-
position :
Dine rae ke edad 1. es 44.32
pe liinbiis Ap ene hun f = bier & ade 32 69
ens Wee oe rae et ea *, 17.02
Ponstel) ee ced ees d 09
en heme ot ee tate Gt te ai 59
99.71
It also contains slight traces of iron. A portion dried at 100°
©. and then ignited lost 1.31 per cent.
The sodalite is found near the centre of the vein in thin lay-
ers. There is no doubt that this locality will furnish fine cabi-
net specimens when more deeply explored. As the vein strikes
downward at avery acute angle, extensive blasting will be
necessary ; however it well deserves a thorough exploration, for,
a -" 7
Se oe T=
6 EMERSON, ON MAGNETITE, &C., AT NAHANT.
apart from the circumstance that this is the only American
locality known, the silicate is quite scarce elsewhere. Its foreign
localities are Greenland, Norway, Siberia, &c.; it is almost
invariably associated with elzolite, but the latter mineral often
occurs unaccompanied by sodalite. )
Tam at present occupied with the examination of several
unrecognized minerals, which are disseminated in minute quan-
tities through the vein. From slight indications it is probable
that cancrinite may yet be met with; it has not been found at
either the old or new localities. The largest zircon that I have
seen measured about one-third of an inch in diameter.
Salem, December, 1863.
Il. On Magnetite, and an Unknown Mineral at Nahant.
By Groree H. Emerson.
( Communicated February 8, 1864. )
Besides the minerals mentioned by Dr. Prescott in his list, :
communicated to the Essex County Natural History Society,
in the year 1859, as occurring at Nahant, I noticed, while
there last summer, that magnetite was abundantly disseminated
through the diorite near ‘“‘Spouting Horn,” ani also in a simi-
larly constituted, but more finely grained rock, a little to the
West of ‘‘ Pulpit Rock.’’ In both places it is associated with
chalcopyrite and iron pyrites, and in both I found small, but
tolerably perfect, octahedral crystals, though it is, for the most
part, amorphous. ‘
A recent examination of a specimen of the greenstone from
the locality last named, disclosed to me a crystalline mineral
which I did not recognize, and whose external characters failed
to identify it. It was too imperfect to determine the form, or
even with certainty, the crystalline system to which it belonged, _
though its cleavages, three in number, led Prof. Cooke to —
refer it to one of the inclined systems. a
The color was a dull purple on one face, and greenish gray
on the other; lustre, waxy to pearly ; streak, yellow; hardness, —
about that of calcite. ‘The quantity was altogether too minute
FAMILY ZYGANIDZ. L
to take the specific gravity, or to admit of many chemical tests.
Before the blowpipe it fused quietly on the edges toa gray
enamel, imparting an indistinct reddish-yellow color tojthe flame,
which changed to green upon moistening the assay with nitric
or sulphuric acid. With the sodium test, however, it did not
give phosphuretted hydrogen. On platinum wire, with borax,
the presence of iron and lime were indicated. It dissolved in
nitric and hydrochloric acids with effervescence, with the excep-
tion of a slight, black, granular residue, insoluble even on the
epplication of heat. Heated alone in the closed tube there was
no trace of water. So far, its blowpipe characters seem to be
as anomalous as its general appearance.
It should be remarked, by the way, that the greenstone to
which I have last alluded, forms a dife in what is known as the
“coralline formation,’’ while that from the vicinity of ‘“‘Spouting
Horn’’ is the metamorphic or stratified variety of diorite. The
latter contains so much magnetic iron as to have a very decided
influence on the needle. Indeed, in the specimens I have
examined, the rock seems to owe its dark color and high specific
gravity (very nearly three) fully as much to the magnetite, as
to the hornblende, which enters into its composition.
Cambridge, January, 1864.
III. Notes on the Family Zygenide. By A.S. Pack-
ARD, JR.
(Communicated February 22, 1864.)
The primary object of the writer in preparing this paper was
to give as full an account as possible of the transformations of
Clenucha virginica, and the systematic position of the genus
Eudryas. The very close resemblance of the early stages of ~
the former genus to the Arctians both in structure and habits,
and the fact that the genus has been recently placed among the
Bombycidz by some authors, affords us an opportunity of dis-
cussing the characters of the Zygeenide in contrast with the
allied families. For this purpose it has been necessary to study
the typical European genera in connection with the American
types of the group. For most of my material I am indebted to
Messrs. F. G. Sanborn, Boston, Mass; A. R. Grote, New
Nl
8 PACKARD, NOTES ON THE
York; F. W. Putnam, who collected the larvae and pupe of
Eudryas grata, in alcohol at Bridport, Vt., which are now in
the collection of the Museum of Comparative Zodlogy at Cam-
bridge ; and for specimens of Castnwia to the collection of the
Kssex Institute.
Besides the interest excited by the discovery of the transfor-
mation of any member of this family of moths, the near rela-
tionship of Ctenucha to the Bombycide attracts our attention.
This genus when in the larval stage, so closely resembles the
Arctians, as to have misled us wholly as to its nature upon
first meeting with it. Indeed we were convinced that we had
found a larva of Phragmatobia rubricosa Saunders and were
much surprised at raising Ctenucha from it. On the other
hand the moth has been referred by Walker to the Lithosiide.
Here we see such a delicate balancing of analogical and struc-
tural features, that different writers do not agree which natural
group to refer the object to. Thus those who place Ctenucha
among the Lithosians (the highest sub-family of Bombycide)
think of course, that the Zygeenid characters which the moth
possesses are those of analogy, while those of a contrary mind
judge the same moth to be a Zygeenid with the less essential
features borrowed from the Bombycidz. This leads us to
the enquiry, how fur analogy differs from affinity. It is evident
that the relation is only relative and not absolute. ‘Typical
animals are those having the greatest mass of characters to
isolate them from others. For instance, among the Zygzenide,
the Fabrician genus Zygeena is the ¢ype of the family, just as
in the Bombycide, T'elea Polyphemus Hiibner, or, still better,
Attacus Atlas Linn, are the types of that family. In Zygaena
we have forms the most unlike other genera of its family.
There is not a character drawn from its structure or habits
which is not swt generis, original, unique. Itis the pattern
upon which the family form is moulded, and the moment the
form is slightly modified, and any resemblance to some other
moth is superadded, as in Syntomis which already begins to
show Lithosian affinities, that moment something has gone from
it. There is a loss in affinity, and what is thrown in to supply
the vacancy is a gain in analogy.
In the genus Adéacus we have massed together a number of
characters which are those of pure affinity (using the term in
its technical sense, otherwise it has no meaning in specifying
|
.
.
ae
Wag
FAMILY ZYGHNIDS. 9
what is typical.) This is without doubt the most isolated group
in the whole family. If we step higher or lower we find
changes of form introduced which, slight as they are, detract
from the singleness of the type. Bombyx mori the silk-worm,
stands next above, in the adjoining subfamily Bombycine.
But the larva is greatly elongated, with a slight tubercle on
the end of the body, being in fact sphingiform. The moth has
short narrow falcate wings, which are no longer than the body.
Attacus has falcate wings, but they are very broad and are
three or four times the length of the body, while the larva is
short, large and plump. ‘The next step below is Vvropea
Tana Hiibner. This is colored green and the hind wings are
“tailed.” The family color is brown, not green, and the
‘tail’ is borrowed from Papilionidse, Lyczenidee and Phal-
senide. If we descend further down in the scale we find
Hyperchiria Io Walker, possessing manifest analogies to
Clisiocampa in the elongated body of the larva, the pupal form
and the outlines of the imago.
The genus Eudryas stands at a nearly equal distance from
the beginning and end of its group, and is still loaded down
with features which are so unlike Alypia to which it is in reali-
ty closely allied, that Harris refers it to the Notodontians,
though fully acquainted with its larva, and Walker refers 1t to
the Noctuide. Its coloration is most deceptive, since the
species instead of being blue or green, are white with yellow,
green and purple markings. The body is unusually hairy, the
antenne are filiform as in the Noctuidee, the legs tufted as in
Pygera, Datana and allies, and the metallic scales on the
thorax are only found so far as we know in Yolype.
The first attempt to group the Fabrician genera Procris and
Zygeena was that of the authors of the Wiener Verzeichniss*
in 1801. They divide the Linnzean genus Sphinx into seven
groups of which the last, “‘G,” ‘‘ Sphinges maculate,’”’ com-
prises the Zygeenide, thus making it equivalent to all the
AMigeriade, and to any one of their five groups of the true
Sphinges, i. e. the genera Sphinx, Smerinthus, &c.
* Syst. Verz. der Schmetierlinge Wiener Gegend. Illiger’s ed. Wien. 1810.
Vol. 1, p. 83.
ESSEX INST. PROCEED. VOL. IV. B.
10 PACKARD, NOTES ON THE
In 1807 Latreille* first under the family name Zygenides
groups into three sub-divisions: [. Sesia, Thyris, Zygeena,
and Syntomis; II. Procris and pie dare and IIL. Glaucopis,
Aglaope and Stygia. He places Cas‘nia however among the
Sphingides, placing it at the head of the family, and next to
Hesperia. Afterwards according to Klug.+ in the article
‘Papilio’ in the ‘‘Enceyclopedie methodique, ” by Latreille and
Godart the group ‘‘Hesperi-Sphinges” was formed for Castnia
and Agarista, and they were still placed before the Sphingides.
Also in the ‘‘Familles naturellesdu Régne Animal,’ 1825, we
see the Hesperi-Sphinges isolated as a distinct ‘“tribe’’ equivalent
to the ‘“‘tribe’”” Sphingides, and standing at the head of the
‘family’? Crepuscularia.
Hiibner has shown more than any other writer how important
a guide in arranging the Lepidoptera is their style of coloration,
and how useful it isin distinguishing genera. Relying upon this
character perhaps more than any other, this bold innovatort
sub-divided the Lepidoptera into generic groups which are
now commonly received; thus showing an appreciation of the
modern idea of a genus, far in advance of his time. Depend-
ing however too much on slight characters, his groups of
genera are often forced and unnatural.— ‘Che Zygeenidee are
placed in the same order as observed by Latreille.
Hiibner places them at the head of his second “ pha-
lanx’’ Sphinges, composing the tribe ‘‘ /’apilionides’’ which is
a group equivalent to the Sesie Hiibner ( Aigeriade of authors, )
and also to the ‘‘ Sphinges legitime’’? Hubner. It embraces
three “‘stirps;’’ ie. I. Zygene for the single genus Zygee-
na. If. Chrysaores which includes Procris, Atychia and Syn-
tomis, and III. Gilaucopes, for Glaucopis and a large number
of its allies.
He placed Castnia however, among the butterflies, immedi-
ately after Colias, and Alypia among the Pyralide, next to
Ennychia which it closely resembles in its coloration.
In 1829, Boisduval$ while following Latreille in excluding
* Genera Crustaceorum et Insectorum. Tom. Iv, p. 211.
+ Ueber die Lepidopteren-Gattung Synemon. Abhand. Konig. Acad. der
Wissenchaft. Berlin. (1848.) 1850. p. 251.
+ Verzeichniss bekannter Schmetterlinge. Augsburg, 1816. 8vo.
§ Essai sur une Monographie des Zygénides. Paris, 1829. 8vo.
FAMILY ZYGENIDA. 11
the Castniares Boisduval, and placing the Sphingide between
these and the Zygeenide, goes a step farther in establishing the
group ‘‘ Procrides”’ consisting of those genera provided with
pectinated antennee. He considers the group as equivalent to
the Sesiares (Adgeriade), to the Castniares and likewise the
Zygenide. ‘The elimination of Sesia and Thyris is an im-
provement upon Latreille.
In 1832, Newman* divides the Zygenide into Stygiides,
/geriites and Glaucopites. ;
In 1839, Dr. 'T. W. Harris} lke theauthor just quoted divides
the “Sphinges adscite”’ Linn, into three families, 1. e. Agaris/i-
de ZAyvenide and Glaucopide which last name must be a
synonym of Biosduval’s ‘‘Procrides,” since it is used in exactly
the same sense.
The year after, Westwoodt under the term Uraniid@ adopts a
provisional arrangement of Urania with Castnia and allies. He
rejects the name Zygenid, using instead Anthrocerida
Westwood, since Stephens had already rejected Zygena, ‘the
name Zygvena having been preoccupied in Ichthyology.” This
is probably an error, since Latreille’s name has priority over
Cuvier’s.
Of all the writers upon the Castniares, Klug has been the most
thorough. His article “Ueber die Lepidopteren-Gattung Syne-
mon,’ is a positive addition to our knowledge ofthese moths.
Besides the quite full historical account of the group, and the
descriptions and good figures of new species of the Australian
genus Synemon Doubleday, we have a mass of new facts con-
cerning the comparative structure of the genus above named,
and very precise information about the transformation of the
South American genus Casinia, fully confirming the obser-
vations of Madam Merian, which had been doubted by West-
wood, together with important remarks on the classification of
the whole group to which these two genera belong. With
Boisduval he agrees in throwing Urania out of the group and
*Ent. Mag. Vol. 1., p. 67.
+ Descriptive Catalogue of North American Insects belonging to the Linn-
gan genus Sphinx. Amer. Jour.Sc., July, 1839, 8vo, pp. 40.
$An Introduction to the Modern Classification of Insects, 1840, Vol 11, p. 369.
§Abhandlungen der Koniglichen Academie der Wissenschaften zu Berlin,
(1848), 1850.
12 - PACKARD, NOTES ON THE
placing it between the Noctuidee and Phalenide. He is
aided by a fortunate discovery in arriving at the proper location
of Castnia. Among some plants received from Kingston, Ja-
maica, was a species of Catasetum, from the bulbs of which
hatched the perfect Castnia, proving that the habits of the larva
is lignivorus like the Sesiz, Adgeriadze and Cossus and Hepi-
alus. In nearly his own words, the burrowing habits of Cast-
nia, the larva of which forms no silken cocoon, are like Sesia,
but the imago differs, and as Dalman observes is nearer
Zygeena, whence he concludes that ‘‘ they seem much more like
the beginning of the Spinners (Bombycidz) and through Glau-
copis anda succession of other genera form the passage to
Ochsenheimers Euprepia, the genera Arctia, Chelonia, Callimor-
pha, ete.’’*
‘his is indeed bringing order out of confusion. He then
proceeds to remark that Castnia and its Australian representa-
tive Synemon, which probably has similar habits, belongs to a
group of borers, at the head of which stands the ‘“Sesien,”
(AMvgeriade) then Thyris, Chimera, Stygia, Eudagria, and
farther on Cossus, Zeuzera, Hepialus and Crino, to end with
Castnia. He speaks, from want of material, with some doubt
of the affinities of Oiketicus to this group of borers, but consid-
ers that this genus may easily lead to Zygeena.
Dr, Herrich-Scheeffert proposes a different arrangement of
the family under consideration ; while placing the Castniaria
H-S next to the butterflies, he follows with the Epialoidea
. H-S. (Hepiali Linn.), next with the Sesioide H-S (Aigeri-
adee); then come the Pyromorphina H-S a group made for
Pyromorpha dimidiata H-S and another genus Chrysopygus
H-S. which leads to Zyg@noide H-S. He then strangly
interposes the Sphingide, Bombycide, Phalznidze (Geome-
tride) and Noctuidae between the groups of Zygenide
above named, and the rest (Agarista and allies, Syntomis and
/tigocera ) of the family. Under the names of Aganaida and
Agaristoidea, which groups he makes the equivalent of the
Arctioidea, and the other groups of moths enumerated above,
he places the genera Aganais, Agarista and Adgocera Latreille.
He interposes between these two groups, a sub-family of the
*Loc. cit. p. 255.
Sammlung neuer oder wenig bekannter aussereuropaisher Schmetterlinge.
Regensburg, 1850-58, ~
FAMILY ZYGAHNIDZ. is
Bombycide, i. e. the Arctioidea H-S (Arctiidae Leach, 1815,)
and concludes the large moths with the Syntomvidea H-S.
(Glaucopites Newman, 1832.) Then follow the Microlepid-
optera. ‘The series of large moths ends with Clenucha virgo
H-S. which he places next to the Crambina H-S.
In the Catalogue of Lepidoptera Heterocera in the British
Museum, part I and IT, 1854, Walker adopts the Castnians, and
the Zygeenides, as groups equivalent to the Sphingids and the
Bombycide, but places several undoubted Zygenid genera,
1. e., Clenucha, Aglaope Americana Boisd. and Lycomorpha
among the Lithosiide.
So far as Tam aware Horsfield and Moore* are the first
authors who virtually placed both the Castniares and Zygeenides
among the Bombycide, considering them “from the examination
of the metamorphosis’ of the genera of these two groups which
fell under their observations, as belonging to the Lithoside.
This work is indispensable to the American student of the
Aygenide and Bombycide, since it represents the transforma-
tion of many Asiatic genera closely allied to those of America,
which are not found in Europe.
I would here draw the attention of entomologists to im-
portant characters for classifying the Lepidoptera which have
been hitherto overlooked. I refer to the characters drawn
from the pieces of which the head and thorax is composed.
Each family has a distinct form and size, and a different
way of combining the three principal pieces which compose
the head: i.e. the occiyut which lies behind the ocelli; the
epicranium which lies behind the antennse, and the clypeus
which in the Lepidoptera generally occupies the “‘front’’ of
the head. In the family under consideration and the Bom-
bycids, those parts vary markedly in the different genera,
and in each sub-family of these two families there is a
distinct form for the clypeus, more especially. There are also
two forms in the Noc/uide which affords to us strong indica-
tions for their division into but two sub-families. There is
also a distinct form for the Geometridse, the Pyralidee, Tortri-
ide, and Tineidee, which givesa peculiar fucies to each of
these groups. |
The mouth parts: i. e., the mandibles, maxille and labium
*A Catalogue of the Lepidopterous Insects in the Museum of Natural History
at the East-India House, Vol. 11, 1858-59.
14 PACKARD, NOTES ON
have not given valid generic characters, with the exception of
the labial palpi, the value of which are well known.
In the thorax also there is a family form, at least, in the
Zygenide and the succeeding group, the Bombycide. The
comparative length and breadth especially of the meso-scutum ,
and scutellum are of value, as are in a less degree the relative
size and position, slanting or vertical, of the flanks of the
thorax. But this last character owing to the remarkable con- __
stancy in the form of the thorax and abdomen of all Lepidoptera, —
is not often of generic value*.
I have also found the genital armor most useful in separating
genera of moths, but for this purpose alcoholic specimens are
necessary so that these parts may bedrawn out and dissected.
There is however no one general family type to which their
great variations of form can be reduced.
These characters are of special use in locating mimetic forms.
The Zygenidex do not imitate the lower moths, nearly so much
as do the Bombycide. Indeed just as embryologists arrange
groups in series by their greater or less resemblance to low
embryonic forms, can we arrange animals by the greater or less
proportion of mimetic forms in any group.
Mr. Bates (Linnean Trans. 1862) has considered that
the Heliconids stand at the head of the Lepidoptera. We
venture to question this position of the family from the
fact that this family mimics most wonderfully the Zyge-
nide. An instance may be quoted from Stoll of a genus
allied to Glaucopis which he calls Papilio Zubina (Pl. XI. |
fiz. 8.) Judging from the plate simply, the antenne, the ©
neuration and the brown and yellow bands and white spots are
unmistakedly Zygzeenid ; the general form of the body and of
the wings are like Heliconia. Among the Pieride, Colias has
a mimetic form in the Australian Heterusia pulchella Koller —
figured by Herrich-Scheffer. But we cannot think of anyother
butterfly, or of any Hesperians, Sphingide (or Adgeriada
which imitate the lower moths, and therefore we consider this
as an argument for the superiority of their rank. On the
ae
* We might here say, that before we were aware of the use Dr. Leconte had
made of the epimeral and episternal pieces in the Coleoptera we had used these
parts to good purpose in the hymenoptera, where they are exposed to con-
stant variation in genera and groups of genera, as well as families.
FAMILY ZYGAENIDIA. Lo
other hand it may be argued that the Zygzenide are lower
than these families, because there are forms among them
(Castnia) which imitate the butterflies, others (Alypia) which
resemble the (Hesperiadz) and others again (Glaucopis and
allies) which resemble the Algeriadw. ‘Thus the lowest gen-
era imitate the lowest family enumerated, while the highest
genus Castnia mimics the butterflies. As happily expressed by
Professor Dana,* it is ‘‘a characteristic of a type of the very
highest grade, that it is extensively copied after.”’
To distinguish Castnia therefore from the Hesperians we
look for the square clypeus, and the neuration peculiar to the
Castniares. In the lower genera allied to Glaucopis we look at
the square clypeus, which is often scutellate, and also at the
long slender acute porrected palpi, the pectinated antennx, and
also the peculiar neuration which it is difficult briefly to
describe. In certain genera of Bombycidw, allied to Limacodes,
which are difficult to distinguish from some Tortricidx, the
practiced eye can by the large broad clypeus which carries the
inserticn of the antenne very high up the front, at once locate
the genus. Likewise the large broad clypeus enables us to
separate those Notodontians from the Noctuidw, which they
resemble. If we could select with safety any single character
among the moths upon which to rely, it would be the clypeus.
The Zyzginide are distinguished from the neighboring fami-
lies of Lepidoptera by the following characters: the head is of
moderate size and entirely free from the thorax, but not so
much so as in the Algeriade or Noctuide. There is a great
equality in the size of the three tergal pieces of the head: i. e. the
occiput, epicranium and clypeus. The length of the two first
of these pieces taken toyether is about equal to that of the cly-
peus, but more generally shorter, and as among all Lepidoptera
the epicranium is the larger and longer. On the flanks of
the head, is situated an ocellus just in the rear of the insertion
of the antennx, which are inserted on the side of the head, in
front of the epicranium which narrows, and is often bilobed be-
tween their bases. In the typical genera the antenne are
simple, not setose, and slightly swelled in their middle, or par-
tially clavate towards the tips asin Zygana. Hyes large and
globose.*:.The clypeus is nearly square, the sides hardly con-
_ * Classification of Animals based on the principal of cephalization. Amer.
_ Journ. Sc. Jan. 1864, p. 16.
16 PACKARD, NOTES ON
verging towards the front edge which is very straight, with the
edge slightly revolute. Its surface is convex, often remarkably
so, sometimes ending ina large mesial tubercle. The mouth
parts do not afford good family characters in distinction from
the Sesiide and the higherBombycide—the mandibles are slen-
der, curved, with dense sete applied upon the well developed
maxille. Labium small equilaterally triangular. However
there is adistinct form of the maxillary palpi, which are long,
slender, acute, slightly ascending, but porrect; the third joint is
long, acute, thinly scaled, and very free from. the head; the
first and second joints very equal in length, and with long thin
scales beneath.
Thorax moderately stout, longer than broad. The pro-thorax
is well developed, especially the scutum (collar), the two halves
of which are partly separate, large suborbicular, and often gaily
colored. The meso-scutum is small, quadrangular, shorter than
broad, the sides bent down angularly under the patagia, which
are halfas long as the meso-thorax in Zygena, but more gener-
ally much longer. Scutellum nearly as long as broad, lozenge-
shaped,the posterior half longer, being more produced than the
anterior half. The meta-thorax much as usual, though the
scutellum is a little longer and more elevated than in the other
families. ‘The flanks cannot be properly described without alco-
holic specimens, however, they are slightly inclined--the middle
flanks occupy more than half the lateral surface of the whole
side of the thorax, while the hind flanks are one fourth to one
half as broad as the middle ones. Wings long and narrow,
though often triangular, with very short nervules one third as
long as the wing. The primaries equal the body in length; they
are nearly three times longer than broad, while the costal and
inner edge are more parallel than in the other moths, except
the Aigeriade. Costa straight, apex much rounded ; outer edge
full, half or two-thirds as long as the inner, internal angle well
rounded. ‘The costal space isnarrow. ‘The nervules more gen-
erally arise far beyond the middle of the wing, and are of very —
equal lengths, thus making their interspaces very equal. The —
s.c. nervules are unusually short, especially the fourth, while the —
fifth equals in length the median nervules. Both the subcostal —
and median nervules curve inwards and throw off the discal —
nervules at opposite points, which are together curved very
regularly inwards, thus making the discal space which is nar-
FAMILY ZYGANIDA. 17
row, less triangular than usual, and less angular at its centre
and broader end. The fourth median arises much farther out
beyond the middle of the wing than usual, and hence much
nearer the three first, the three interspaces being of nearly the
same size.
Secondaries nearly twice as long as broad, though more
generally one half longer than broad, reaching half way
to, or more rarely beyond the tips of the abdomen. Costa
straight, but a little convex in the middle. Apex acute and
much produced, or obtuse. The outer edge is nearly as long
as the costa, the internal angle much rounded, and the internal
edge is one half to a third shorter than the outer edge. The
neuration differs greatly asin the primaries. In the typical
Zygeenide the subcostal goes straight to the apex, and the sin-
gle fifth nervule arises by an angle connecting with the discal
nervules, being equal in length to the four median nervules
which are remarkably short, arising at the outer third of the
wing. In Ctenucha and also in Alypia the subcostal sends off
a branch as usual, which is not angulated near its origin,
while the median nervure has only three branches, which arise
near the middle of the wing.
The legs are rather stout, but well proportioned, the joints,
in the typical species of very uniform size throughout, and
thinly scaled, while in the Castniares they are stouter, more
sphingiform with long sharp spines, and hairy femora, while
the anterior tibiee are densely pilose.
Abdomen short, being generally twice the length of the tho-
rax, and thick, obtusely pointed at the tip, sometimes partly
truncate. The scales in this family are fine, powdery and
scattered thinly over the surface, often leaving naked spots on
the wings. Upon the thorax and head the squamation is so
fine and thin that the different parts beneath can be often
easily distinguished. In the Castniares the scales become
larger, more hair-like, approaching somewhat the Sphingida.
Often when in doubt about the position of some genera of this
family, the peculiar dark coloration of this group aids to settle
the question. The general color of the Sphingide is cinereous,
that of the Bombycide is brown, the Aigeriade and Zygenide
differ wholly in being bluish, with purplish shades of black or
entirely black alternating with gay colors, golden, bronzed,
or white and red. However the typical genera are ornamented
ESSEX INSTITUTE PROCEED. VOL. IV. C.
18 PACKARD, NOTES ON THE
with green and bright red patches (Zygena), or are wholly
green (Ino), or as in Procris, Ctenucha and allies, deep Prus-
sian blue, or with shades of dark brown with red about the
head or pro-thorax. An exception to this general rule is Eu-
dryas with its remarkable arrangement of colors.
Of the two subfamilies into which this family is divided, the
Castniares approach nearest the Sphinges, while the lower sub-
family, the Zygeenine, have the closest affinities with the Aige-
riade. They both in the structure of the head resemble much
the Aigeriadz, since in them the clypeus is square, being
broader in front thanin the Zygeenide. But in the last named
group the epicranium is shorter, so that the antenne arise
nearer the base of the head; also in the Algeriadz, the occi-
put is nearly obsolete ; and they are remarkable from the fact
that the head is greatly advanced in front of the insertion of
the primaries. This is owing to the great length of the thorax,
which agrees with the slender abdomen, and long and narrow
wings. Owing to the last character the style of neuration
differs from the Zygeenide in the branches of the nervures pro-
ceeding straight out to the outer edge, and being parallel with the
costa and inner edge, which last is greatly elongated, and parallel
to the costa. Thus while the nervules in both families are very
short, one third as long as the whole wing, all arising very
near the outer edge; in the typical Zygenide they are curved
more downwards, and are even shorter. In allthe wing charac-
ters there is a much greater variation than in the Sesiade, and
we have broad wings, becoming almost geometriform, being
equilaterally triangular, as in Huremia from India and China,
with long nervules, arising within the middle of the wings.
Another character of importance is the form of the meso-
scutellum which differs from the Sphingidee and Aigeriade in
being much longer, especially produced behind, where it is much
rounded. In Sphingide it is subacute. In the typical Bom-
bycide (Attaci) itis perfectly square behind. The tergum of
the meso-thorax affords better family characters than the other
parts of the thorax. |
Among the typical genera (Zygena, &c.) the abdomen is
shorter than in the families mentioned above, though this is
a character of little value. ‘
FAMILY ZYGAHNIDA. 19
Larva. It is difficult to give even in general terms the
family characteristics of the larvee of the Lepidoptera, since there
are somany exceptional forms. In characterizing those of the
Zygenide we select that of the European Zygena, and say
from the figures and descriptions of authors that they are short
and thick fleshy cylindrical larve, whose bodies taper rapidly
towards either end. The head is very small and partially
retractile within the anterior part of the pro-thoracic ring. The
tip of the abdomen is likewise very small and more acute than
in the typical form of other families. The feet are sixteen in
number. The rings are convex, short, and with transverse rows
of unequal tubercles which give rise to thin fascicles of very
short evenly cut hairs, which are seldom dense enough to obscure
in the least degree the outlines of the body, and are often nearly
absent. Often there are one or two transverse bands of gay
colors or of dark spots between the rows of tubercles and the
edges of each ring. The colors are greenish or yellowish. This
form is more especially that of the subfamily Zygeeninw.
When we depart from this typical form and ascend to the
neighborhood of Alypia and allies we find them elongated, with
large heads, and with a supra-anal tubercle towards which the
body imperceptibly increases in size: the colors are gay, and
the long unequal sparse hairs arise from minute tubercles. This
form is evidently influenced by the close approximation of the
genera to the Sphinges. This is the prevalent form of the
Castniares. On the other hand in descending towards the
Bombycidee, we find the larvee again elongating, but not by any
means so much go as in the Castniares, while the head still in-
creases in size, and the body is rather thickly clothed with hair,
with mesial tufts of larger and party-colored hairs.
The larva of Ctenucha resembles the Arctians very remarka-
bly. Stoll* figures the larva of a genus which resembles closely
the larva of Halesidota, which is still longer than Arctia, being
related to Orgyia. It is elongated, very hairy, with long pen-
cils of party-colored hairs before and behind. ‘The pupa is like
that of Arctia, while the moth belongs to the old genus Glau-
copis, having feathered antenne and a Sesia-like body.
When the larva is about to pupate, it constructs a dense
silken cocoon generally, but Hudryas and Castnia make no
*Supplement a l’Ouvrage, intitule Les Papillons exotiques. Par M. Pierre
Cramer. Pl. x1. fig. 1,a, b,c, d.
20 PACKARD, NOTES ON THE
!
cocoon, and as we show below that of Ctenucha is formed simply
of hairs. There is but one brood in the year, since the larve
hybernate, and at the beginning of summer pupate, to become
moths in the middle of the season.
Pupa. The pupa of Zygena is represented as of a form
intermediate between Aigeria and Arctia, being much stouter
than the first and somewhat more so than the last. ‘The head is
prominent and the tips of the abdomen subacute. Ctenucha is
more arctian, while Castnia and Alypia are elongate slender,
with the head made especially prominent by the tuberculous
clypeus.
In common with the Sphingide and Aigeriade, the Zyge-
nidee are confined to the temperate and tropical regions. The
family type Zygena has its metropolis about the Mediterra-
nean Sea, and thence spreads to the north of Europe, and south-
ward to the Cape of Good Hope. 2. exulans is found as far
north as Lapland, and in vertical distribution rises 6000 to
7000 feet in the Alps of Styria.
The types of the Castniares however are tropical American.
Alypia is the most northern genus, extending into the Hudson
Bay Territories. Glaucopis and allies which form an immense
number of species are almost exclusively tropical American.
In Australia as Klug observes, Castnia is represented by Syne-
mon. ‘I'he American genus Eudryas is represented by very
closely allied South African genera.
From the study of the illustrations of Hiibner, Moore and
Herrich-Schaffer we are convinced that there are forms which
lead from Castnia to Zygeena so gradually as to unite the old
families of Castniares and Zygeenide into a single group equiv-
alent in value to the Sphingidsw, Noctuids or Phaleenide of
Latreille’s families of moths, first proposed in 1807 in the ‘‘ Gen-
era Crust. et Insectorum.’’ ‘The genera Kusemia, Neochera,
Anagnia, Milionia, Eterusia, Pintia and Agalope show this .
transition. They have the simple antennz, in most cases; the
broad secondaries, the long nervules, stout hairy palpi and
bands and spots of the Castniares, with more superficial but
striking resemblances to the Glaucopides among the Zygenide.
It follows, therefore, that the two subdivisions of the groups —
are subfamilies, each of which I would consider as the equiva-
lent of the Lithosiide, the Atticidee or any other one of the
subdivisions of the family Bombycide.
;
:
;
;
FAMILY ZYGARNIDA. ot
In retaining Latreille’s term “family” for these large groups
of moths, I am aware that I go contrary to the practice of mod-
ern lepidopterists who give names to very small groups of
genera after raising them to the rank of ‘ families.’’
Subfamily Castnrares Boisduval.*
The family name given by Boisduval to this group is adopted
instead of Latreille’s term Hesperi-Sphinges.
This group is a difficult one to characterize, owing to the
great diversity among the genera, so few of which we have been
able to examine. As it is, this description must be considered
as but provisional.
The most trenchant characters are, the large head, the prom-
inent front, the long simple filiform, subclavate or subprisma-
tic antennz, the stout bushy palpi, with the terminal joint very
slender and projecting much beyond the head. The convex
clypeus is square, but often narrows in front, and is provided
with a mesial tubercle projecting beyond the hairs. The body is
stout and the thorax often pilose. ‘I'he meso-scutum is longer
than in the Zye@@nine, approaching more in this respect the
Hesperiade. ‘The fore-wings are stout, broad triangular, with
long nervules. Secondaries broad, with very obtusely rounded
apices, while the internal angle reaches nearly to the tip of the
abdomen, which is moderately long and terminates in a slender
subacute tip. The legs are stout, often very hairy and some-
what tufted.
The larval characters given below are drawn from the cater-
pillars of Alypia and Eudryas preserved in alcohol, and from
figures of those of Psycomorpha epimenis Harr. drawn by
Abbot and now in the library of the Boston Society of Natural
History ; of the Australian Agarista glycine Boisd. (Phale-
noides glycine Lewin) ; and of the Kast Indian genera Lwse-
mia Dalman, Hypsa Hiibner, Anagnia Walker, Addeva
Walker, Lyclene Moore and Bizone Walker, which are figured
in Horsfield and Moore’s ‘“ Catalogue.”
The body is elongated, cylindrical, the eighth ring is either
considerably enlarged, towards which the body increasesin size, or
it is simply humped on the upper surface of the ring. From this
ring the end of the body rapidly diminishes in size, laterally and
*Monogr. Zygenides, 1829.
22 PACKARD, NOTES ON THE
especially from above where it slopes down suddenly to the
supra-anal plate which is short, broad and lunate.
There are six rows of small tubercles, or spots representing tu-
bercles, which are largest above, and decrease in size on the sides
of the body. On each ring the four tergal rows arrange their
tubercles in a trapezoid. There are three rows on each side,
and another row at the base of the legs. These give rise to
single hairs, or slender spine-like hairs. The rings themselves
are not very convex, and between the hairs and edge of the
ring are crossed by bright or dark colored narrow lines or rows
of spots which gives the larvee a gay appearance.
The head is rather large and free from the pro-thorax. It is
broad above, as well as below, and three-fourths as wide as the
body. The clypeus is larger and its anterior division long,
being equal in breadth to the length of the posterior division : its
edge i is not thickened, but when seen from beneath is slightly
arched upwards.
The labrum is not very deeply bilobate. Hach lobe may be
divided into an outer corneous portion and an inner softer fleshy
part. The labium and maxille are large and broad.
CastNIA Fabricius.
In examining Castnia, a moth which is so completely Hes-
perian in its analogies, we are not at all baffled in ascertaining
its family characters. Though with the broad head, long thorax
and peculiar shape of the wings which belongs to the Hesperians,
and the form of the abdomen of that group it still differs essen-
tially even in these parts.
The head is one half narrower, the clypeus is still square,
and the antennz are inserted much higher up the front than in
Hesperia. The epicranium (vertex) is one-half shorter than in
Hesperia. The antennz do not differ greatly from Zygeena,
and often resemble that genus much more than the antenna of
the Sphingidz. The palpi are more like the higher butterfliess
in Alypia they are more like those of Hesperia.
The meso-thorax, as well as the pro-thorax, is greatly elong-
ated. The meso-scutellum is very long and rounded behind
instead of being short and acute posteriorly as in the Bomby-
cide; in this “respect closely resembling the Bolen and
butterflies generally.
In the triangular primaries, with their regular] y curved costa,
FAMILY ZYGENIDA. 23
the produced and acute apex, and the very straight outer edge
and rectangular internal angle; and in the peculiar form of the
secondaries, the analogies to the Hesperians are remarkably
close. This is shown especially in the fact that the internal
edge of the secondaries is longer than the outer edge, much of
which goes to make up the broadly rounded apex. They also
reach out even with the tip of the abdomen; in Coronis,
Cocytia and Alypia they are considerably shorter.
But in considering the neuration, we find it pursuing a plan
very diverse from all the butterflies, which ata glance reveals
the affinity of Castnia to the other Zygenide. The subcostal
nervule in the butterflies throws off its five very short nervules
upon the costa. In Castnia all the nervules are remarkably
long, and are directed in just the reverse direction from the
Hesperians, i. e., downwards and outwards upon the outer edge.
The four median nervules are remarkably long and continu-
ous with the nervure. In Hesperia and other butterflies the
first median often becomes the ‘‘ independent’’ of authors, and
the: three below are grouped together separately. Castnia
and the allied genera have an additional nervure, the submedian,
which is generally in the Lepidoptera obsolescent. In the
secondaries the subcostal is like that in Hesperia, but there
are four median nervules, while in Hesperia there are three
only, and they are much longer, arising very near the base
of the wing.
The coloration and squamation which are so near the Hespe-
rians have always been remarked by authors.
ALYPIA Hiibner.
Head small; front long, pilose, the scales surrounding the
conical projection of the clypeus, but not concealing its apex.
Antenne. long, a little thickened in the middle, with scattered
lateral setae. Clypeus square, the front margin very obtusely
rotund-pointed. First and second joint of the palpi stout,
pilose ; third joint long slender; the whole palpus porrect, the
third joint passing beyond the front of the head.
Thorax more then usually pilose, especially the pro-thorax
and patagia. Wings short and broad. ‘The primaries are one-
half as broad as they are long, being broadly triangular. ‘The
nervules are rather short, and arise at a greater angle with the
main nervures than in Hudr yas. Secondaries rounded, trian-
24 PACKARD, NOTES ON THE
gular, the outer margin full, rounded at the apex and also at
the internal angle.
The legs have the first pair of femora and tibiz densely
spreading pilose and stretched out in front of the body as insome
Notodontians. ‘The hind pair of legs are large and long, with
stout tibize armed with two unequal pairs of spines, of which the
terminal pair is the shorter.
In coloration the species are black moths with large white and
yellow rounded patches upon both pairs of wings, and with deep
vermillion upon the pro-thorax.
Pupa. ‘The specimen described is from, the cast skin, con-
sequently broken, from Dr. Harris’ Cabinet, kindly loaned me
by Mr. Scudder. Compared with that of Eudryas the body is
not at all contracted at the base of the abdomen, there being a
continuous curve from the pro-thorax to the tips of the abdomen,
while that of Hudryas is very sensibly contracted at this point.
The head is too much injured to describe. The pro-thorax
differs in being square behind, where in Eudryas it is a little
pointed. The meso-scutellum is not at all defined in outline,
nor is the whole meso-notum so much produced behind, being
more bluntly rounded, thus making the meta-thorax longer.
The wings are in form, relative size and position as related to
the abdominal rings, much as in Eudryas. The basal abdominal
rings are beneath, broader than in Eudryas, and the spiracles
are much more distinct.
The abdomen tapers much the same in both genera, the chief
difference lying in the tenth ring and the genital parts. This
ring is much smaller and one-half shorter. Seen from above
the ring is larger; the upper pair of tubercles are broad and
squarely docked, and the tergum is lengthened out even with
them, while the surface has longitudinal ruge. The lateral —
tubercles are obsolete. Beneath is a distinct curved line, which
is the trace of the claws of the anal legs of the larva. This
mark is obsolescent in Eudryas. The larva previous to pupa-
ting constructs an earthen cocoon, like that of Av geria, ac-
cording to Harris.
Eupryas Boisduval.
Head rather large, eyes and ocelli large and full. Antennze
not thickened in the middle, with short lateral sete in the male
and pubescent beneath. Front prominent, densely pilose, ‘eggs
the hairs hardly conceal the conical clypeal tubercle, which 4
FAMILY ZYGZHNIDSZ. 25
last is very large and truncated at the apex. The clypeus in
front is square. Palpi large, porrect; two basal joints evenly
pilose to the tip of the second. Third joint small, cylindrical,
short, porrect reaching nearly one-half its length beyond the
front.
Thorax pilose, with a broad median crest of metallic-colored
scales, succeeded by a dorsal row of similar tufts upon the basal
half of the abdomen which diminish in size from the thorax.
Wings shaped as in Alypia, but the primaries are more
rounded at the apex, internal angle rounder. The nervules are
nearly continuous with the direction of the main branches. Sub-
costal nervules long, first subcostal arising one-third of the distance
out to the apex of the wing. ‘The hind wings hardly reach to the
outer fourth of the abdomen, being much as in Alypia. Outer
margin a little scalloped below the apex, below straight and
parallel with the costa of the primaries. Discoidal nervules
situated within the middle of the wing. The femora and tibix
of the fore-legs are very pilose, forming a dense tuft projecting
in a mass over the first tarsal joint. Hind pair of legs stout,
with longer tibial spines than in Alypia.
The very intimate relationship of this genus to Alypia may
be better seen after a more detailed comparison.
The head of the genus under consideration is much larger,
the eyes are nearly twice larger, more globular, and occupy a
larger extent of the sides of the head. The whole front of
Alypia is proportionally narrower than that of Eudryas, the
ocelli and antenne are therefore more approximate in the former
genus. The occiput is much developed in Alypia, occupying a
much larger area than in Eudryas, where it forms but a narrow
rim. The convex epicranium is larger in Hudryas, being twice
as broad as long, and having a slight ridge between the ocelli.
In Alypia it is nearly two-thirds as long as broad, convex, and
narrow in comparison with HKudryas. The clypeus in Alypia
is very distinctly rectangular, the sides being exactly parallel,
and the angles well pronounced, while the same piece in Kudryas
narrows rapidly anteriorly, is longer than broad and has the
angles of the anterior edge a little rounded. Both genera pos-
sess a large truncated conical tubercle rising from the surface of
the clypeus a little in advance of the middle, but itis smaller
and slenderer in Alypia.
ESSEX INST. PROCEED. VOL. IV. D.
26 PACKARD, NOTES ON THE
The mandibles of Alypia are equilaterally triangular, as is also
the labrum. In Eudryas these parts, at least in the specimens
at hand, are much lessdeveloped. Beneath, the head of Kudryas
is narrower between the eyes, and the labium is larger and longer
than that in Alypia. The antenne of Alypiaare most Zygenid
in character, being swollen a little beyond their middle: those
of Eudryas are Noctuid, being filiform, tapering gradually toward
the tip, and setose. The palpi of the two genera do not differ
essentially, though in Eudryas they are stoutest, most thickly
scaled, and the most depressed, being porrect, while the third
joint does not go so far beyond the front as in Alypia. They
also agree in the structure of the legs: in both the fore tibize
are thickly tufted, but especially soin EKudryas, wherein this
genus resembles closely some Notodontians. In both genera
also, the hind tibize are large and thick with four nearly equal
spurs, but longer and more slender in Eudryas.
The wings agree very nearly in outline. In Eudryas the
costa of the primaries is straighter, the apex more rectangular
and also the outer edge is straighter than in the other genus.
The neuration is very similar in both genera, but Eudryas has
its nervules longer, arising at about the middle of the wing,
while in Alypia their origin is carried farther out beyond the
middle; thus the first, second and third subcostals are farther
apart at their origins, longer and more parallel to the costa,
since by their decrease in length in Alypia, they go to the costa
and apex more rapidly and at a greater angle. In Kudryas the
third subcostal subdivides at the inner third of its length,
but in Alypia nearer its middle. The intercostal space has the
inner side shorter than the outer in Eudryas, while in Alypia
it is longer than the outer side. ‘The fifth subcostal remains
in the former genus attached to its nervure, while in Alypia it |
is detached, being removed towards the middle of the median
area. The nervules of the median are more approximate at
their origins in Eudryas. The first and second median are
nearest together at their origin in the last named genus; the
second and third are nearest together in Alypia, where also. the
median area of the wing is shorter and broader than in Eudryas,
which has a longitudinal crease reaching from the base of the
wing to the point of juncture of the two discal nervules.
The secondaries also agree remarkably well in their form and
neuration. The nervules are still very long. But the first
median in Eudryas is continuous with its nervure, and its origin
FAMILY ZYGENIDZ. yan ¢
is identical with that of the lower discal nervule, while the
course of the nervule in Alypia is much more flexuous.
The abdomen in Alypia preserves the peculiar family form ; in
Eudryas however it is slenderer and gradually tapers towards
the pencilled tip.
The Bombycid characters of Kudryas are found in the pecu-
liar squamation : i. e., in the thickly scaled thorax, the middle
of which is covered with the steel colored large and broad scales
which occur in the same place in Tolype, and it resembles He-
terocampa and Datana, near which the genus was placed by Dr.
Harris, who has given quite full details about the habits in his
descriptions of the two species #. grata and £. unio.
Mr. F. W. Putnam has observed the larvee of EL’. grata feed-
ing on the grape vine in Bridport, Vt., and collected the larvze
and pupze in alcohol, which are in the Museum of Comparative
Zovlogy at Cambridge. The moth of F. wnio has been collected
by a friend in Bangor, Maine.
Dr. Fitch has raised the larvee of both species from the grape.
He says of E. unio* that it ‘‘is equally common with the pre-
ceeding, and the worms are so much alike that we as yet know
not whether there are any marks whereby they can be distin-
guished from each other.” p. 599.
Larva. The head is ofgood size, being three-fourths as
wide as the body. It is nearly as broad across the vertex, as
in front, above it is rather deeply impressed by the median line.
The V-shaped epicranium is large not sunken below the level
of the front; its apex is rather blunt, its sides bulge out
from the apex to the anterior third of its length, where it is
slightly contracted; and when it joins the clypeus its edge is
linear. The short transverse clypeus is as broad as the epicrani-
um is long, its front edge being straight and very slightly raised.
The labrum is divided half of its length by a sinus, into two
lobes which are farther sub divided into two portions, the outer
corneous and hard, and shaped somewhat like the mandible of
the mature moths of this family, while the inner portions meet
on the median line, and are more fleshy.
The two jointed antenn are placed directly opposite the
thick sub triangular truncated mandibles.
*Third Report Insects N. Y. 1856.
28 PACKARD, NOTES ON THE
The labium and basal portion of the maxille are broad and
thick.
The body is elongated and gradually increases in width to
the eighth ring, which is much enlarged and raised into a
hump, from which the body rapidly narrows, and the tergum
falls down at an angle of about 45° to the broad lunate supra-
anal plate.
The rings are slightly convex; across their middle is a row
of tubercles ending in hairs equal in length to that of the ring
itself. Upon the tergum of each ring are four large tubercles
arranged in a broad trapezoid, two in front and two more dis-
tant, on the middle of the ring; on the thoracic rings these
tubercles are arranged in a single transverse line and on the supra-
anal plate in a square. Below is a lateral row of similar warts,
one for each ring, immediately below which is the row of stig-
mata, behind which, on each ring, is a minute wart. On the
pleural line of the body, formed by the triangular raised portion
of the side of each ring is a tubercle; and at the base of all the
legs is a single similar wart. On the sternal side of the body
on the segments between the legs, is a transverse row of smaller
warts than those above, which are inclined to be geminate
between the true and false legs. There is a distinct thickening
of the skin on the sides of the anal legs, as in the Bombyces.
The coloration of the body generally, is a light hue, with
linear transverse tergal stripes, about six for each ring, and
nearly black in color, which are interrupted near or between the
tubercles. |
On the vertex of the head are four black spots; below in a
curvilinear line are three black spots on each side of the epicra-
nium, and two on the front edge of the clypeus. Around
the V-shaped apex of the epicranium are smaller dots. There
is a single dot within and opposite the eyes which are arrang-
ed in a line forming a little more than a semicircle. All these
spots give rise to minute hairs.
In another lot (which may possibly be the young of E. unio)
are some smaller than the specimens noticed above. ‘The head
is much the same, but the clypeus is smaller, and its sides do
not bulge out. The spots on the head are the same, but the
eyes are not surrounded with black. The eighth ring is more
distinctly humped. The whole body is smoother, since the
tubercles in Eudryas grata are here merely black spots, and
much smaller, so that the transverse tergal lines are much more
FAMILY ZYGENIDSA. 29
prominent. There are no hairs on the body, while in Eudryas
grata they are prominent.
Pupa. Dr. Harris (p. 427) merely remarks that “ the
chrysalis is dark brown, and rough with elevated spots.”” The
whole body is elongate and rather slender; both the head and
pro-thorax taper continuously towards the clypeal tubercle,
which is quite prominent. ‘The antenne do not reach to the
end of the wings. The pro-thorax is twice as broad as long;
slightly carinated. The sides of the body are continuous and
straight from the base of the wings to the fourth abdominal ring,
while the body itself is hardly depressed or constricted at the
juncture of the thorax and abdomen. ‘The wings meet upon the
sternum, reaching to the middle of the body. Fifth to seventh
rings of the abdomen separated by deep sutures, while the sur-
face of each ring is flat, not convex, with two rows of small
teeth ; while lower down on the sides of the body are four tuber-
cles, being the remnants of the two middle pairs of prop legs.
The remaining rings are less angulated. ‘The tips of the abdo-
men is obtusely conical, ending in four tubercles, the pair above
long and truncate, those below broad and short. On the under
side are two minute approximate tubercles.
The whole chrysalis is of a dark mahogany brown, with the
surface finely granulated.
Length, .80; breadth, .20 inch.
Subfamily Zy¢HZNINA.
We use for the subfamily name one previously employed by
Swainson in 1839 for a family of Sharks. He was evidently
mistaken in saying that Cuvier was the first to adopt the name
Zygena. That name was long before proposed by Fabricius
in 1775, and adopted by Latreille in 1807.
The head is large and prominent; the front very convex,
nearly square, with the angles well defined, with rather long or
short scales. The occiput and epicranium together equal in
length the clypeus which is square, convex. The antenne are
inserted therefore midway between the front edge and the base
of the head. They are in the typical genus simple, much
thickened towards the extremity or, as in the lower genera, well
pectinated. ‘The two ocelli are situated at either end of the
raised suture or ridge between the occiput and epicranium, and
immediately behind the insertion of the antenna. ‘The eyes
are large, globose. Labrum short and broadly triangular.
30 PACKARD, NOTES ON THE
Mandibles long and narrow, the tips incurved, the dense set
on the inner side converge over the base of the maxille, which
last are well developed, reaching when unrolled, nearly to the
posterior trochanter. The three-jointed labial palpi are large
and long, ascending, and often reaching beyond the front by the
length of the third joint. The joints are nearly equal in length,
from the two basal joints depend long scales; those on the third
are short and generally fine.
Thorax but moderately stout, being a little wider than the
abdomen. ‘The two prothoracic scales (scutum) large, orbicular
and very distinct. Patagia often largeandlong. Meso-scutum
shorter than broad. ‘The large scutellum encroaches upon it,
being one-half and sometimes two-thirds as large as the scutum.
It is a little longer than broad, very equally produced before
and behind, being longitudinally somewhat lozenge shaped.
Meta-thorax short, scutellum transversly linear, while the
scutal pieces are small and narrow, being crowded away on the
sides of the thorax.
Wings long and narrow, and the nervules arise beyond the
middle of the wing in nearly every genus, being much shorter
than usual, and having their origins very approximate and equi-
distant. Primaries nearly three times as long as broad. Costal
edge convex near the base and towards the obtusely rounded
apex. The outer margin is on the average one-fourth shorter
than the internal margin with which it is nearly continuous, the
internal angle being obscure.
Marginal and subcostal nervures at nearly equal distances from
each other, subcostal nervules short, their origins approximate,
and all arise beyond the middle of the wing. Third generally
forked. Fourth either independent, being removed towards the
middle of the discal space, or simply branching out from its ner-
vure as usual.
The four median nervules are very short, nearly equal in
length ; their origins nearly equidistant, all four being grouped
closely together, since the fourth is remarkably short. Sub-
median often present, or its place when absent indicated by
a well marked fold. Internal long, terminating near the end
of the fourth median. o
Secondaries long, narrow, and acute, rarely short and
obtuse. Costa long, inner margin one-half as lougas theouter,
Nervules generally short and very equal in length, Discal
space divided by a well marked curve; discal nervules directed
— S| . a
a i
FAMILY ZYGANIDA. Si
inwards to meet it. Subcostal and median nervulesas described
in the primaries. Submedian most often present.
The trochanters are very nearly vertical, or in the slender-
bodied genera much inclined, and are then long and slender.
Legs long and slender, all the joints slender, and of very uniform
thickness ; the tibial spurs are small, the tarsal joints long, very
slowly diminishing in size.
The abdomen is hardly twice as long as the head and thorax
together, generally stout and obtusely pointed at the tip, which
is rarely tufted ; sometimes slender. ‘he scales that cover the
body are fine and powdery; on the wings they are especially
so, and are often absent in the middle, making them transparent.
Moths of this family are of brilliant rich and gay colors, being
of different hues of green, deep blue, black, black and white;
red and brown, yellow and black, and white and red with bright
bands and spots. The crust of the body is often shiny black.
The characters of the typical larvae and pupz have been con-
sidered under those of the family, and farther on in the descrip-
tion of Ctenucha.
HARRISINA nov. gen.
Under this name may be placed the Procris americana of
Dr. Harris, Aglaope coracina Clemens and another undescribed
form from the middle states communicated by Mr. F. G. San-
born. Without attempting to improve upon Dr. Clemens’ ex-
cellent description of this genus*, we would merely point out
some marked differences from Procris Fabr. and Aglaope
Latr. From the latter genus Harris statest that the amer-
icana entirely differs. With Fuessly’s figure of Latreille’s
infausta from Southern Europe before us, which has broad ~
wings and bright colors, and differs throughout, we are con-
vinced of Boisduval’s mistake in referring our species to it.
However it differs nearly as much from Procris vitis and
allies of Kurope. The wings are a third longer and much nar-
rower, the apex is much more rounded and the outer margin
much more oblique. One of the best distinctions lies in the
very ovate secondaries of americana, owing to the convex outer
* Contributions to American Lepidopterology, vu, p. 539.
t Loc. cit. p.33.
32 PACKARD, NOTES ON THE
edge, which in Procris and Inoas wellas Zyge@na, is angulat-
ed in the middle, thus giving the wing in those genera a squarish
appearance. ‘The nervules are longer and more parallel with
the costa. When expanded the secondaries only reach to the
basal third of the abdomen, while in Procris they reach to the
basal two-thirds. The abdomen is remarkably square, a little
flattened and slightly spreading in the female of Harrisina,
in Procris it tapers gradually to an obtuse point.
Dr. Harris has given ample details of the history and trans-
formation of the americana, and it is most appropriate to
dedicate to his memory the genus to which it belongs.
Dr. Fitch also gives the following summary of its aspect
and habits. ‘‘In August standing in a row side by side on
the under surface of the (grape-vine) leaf, eating its edges,
and leaving only the coarse veins, little yellow worms about
-60 (inch) long and slightly hairy, with a transverse row
of black spots on each ring; forming their tough oblong oval
cocoons in crevices; the moth appearing the following July.”
Third Report, 1856, p. 398.
Harrisina SANBORNI noy. sp. Another interesting species
belongs here, kindly loaned me by Mr. Sanborn, to whom
it is dedicated. It is half the size of HA. americana, has
shorter wings; primaries with a more convex costa, while
the costa in the secondaries is straight. The neuration also
differs. ‘The costal nervure goes more rapidly towards the
costa, and in fact the whole costal area is broader, the median
nervures are more angulated at their origins, and are wider
apart, with consequently larger interspaces than in H. amer-
icana. The abdomen is much shorter. The antennz likewise
differ in having stouter pectinations.
It would at first, from the similarity of its colors, be easily
mistaken for a dwarfed americana, but it differs throughout.
From Dr. Clemens’ A. coracina, of which unfortunately no
measurements are given by that author, it will be known by
having a saffron collar which is however smaller than in amer-
icana.
Our species is wholly deep blue black, the tinge being decid-
edly bluish and not greenish as in americana. Length, fe- —
male. 20 ; Exp. wings, female, .61 inch.
We would place after this genus, Pyromorpha dimidiata 4
H.-Sch., Exot. Schm. 1855, of which Malthaca perlucidula —
Se eee. ee
FAMILY ZYGAENIDA. 33
Clemens Proc. Phil. Acad. Nat. Sc. Nov. 1860, is evidently a
synonym. Of the former genus a figure was simply published,
Dr. Clemens has however given a careful description of the
genus as named by him.
CrenucHa Kirby.
In 1889 Dr. Harris* placed Ctenucha as a subgenus of
Glaucopis immediately after the subgenus Lycomorpha, and
including "a semidiaphana Harris in it, gives generic charac-
ters to suit the admission of this last named species.
In 1854 Walker}+ divides the genus Ctenucha into four
groups of species. Group 1. Cvtenucha proper, includes C.
latreillana Kirby. Group 2. Philoros, includes three species
from Mexico and New Grenada. Group 3. WScepsis, includes
a single species S. fulvicollis, and group 4. Aglaope is
restricted to A. americana Boisd. for which Mr. Walker thus
makes a new synonym Citenucha americana Walker. His
description of the species is copied verbatim from Harris, except
that the measurements are omitted, though three specimens are
referred to as coming from Georgia, and ‘presented by E.
Doubleday Esq.” p. 286.
In 1860 Dr. Clemenst excludes Aglaope americana Boisd.
and divides Ctenucha into four groups, with C. latreillana
Kirby as the type, discarding Walker’s subgenera Philoros
and Scepsis.
We venture to say that of all the species referred to this
genus by Walker only C. virginica Grote (latreillana Kirby)
and C. cressonana Grote belong properly to it, and would limit it,
for the present, by the characters subjoined. Clenucha virgo
H-S. from the “ Antilles’ belongs to another genus.
Mr. A. R. Grote has shown$ that Ctenucha latreillana Kirby
is the Sphinx? virginica Charpentier. Edit. Esper’s Exot.
Schm. Sphing. Exot. 1830 Plate 2, fig. 3 male, 4 female. He
says also, ‘“‘I have taken it indamp woods in the vicinity of Buf-
falo, N. Y., as well as along the Canadian shore of the Niagara
River. It has also been reported to me as having been taken in
different parts of the Eastern and Middle States.”’
* Cat. N. Amer. Sphinges. .
{ List of Lep. Brit. Mus. Pt. II. Lepidoptera Heterocera. London, 1854,
Proc. Acad. N. Sc. Phil. Nov. 1860. p. 587.
§ Proceedings Ent. Soc. vou. 11 Dec. 1863, p. 384.
ESSEX INST. PROCEED. VOL. IV. KE.
34 _ PACKARD, NOTES ON THE
In this genus the front. of the head is as broad as the distance
from the insertion of the antenne to the front edge of the cly-
peus, being full and convex. Ocelli large. Hyes full and
globose, of the usual size. When denuded the clypeus is seen
to be short and scutellate, as long as broad, rising between the
antenne into a low obtuse point. In front it sweeps rapidly
away from the eyes, rising from them, while the front edge
contracts rapidly, the sides being slightly excavated just behind
the square subtruncate front edge, which seen from below is
somewhat arched. On the surface is a slight mesial ridge ex-
tending and increasing in size to the base of the piece. The -
two pieces behind, i. e., occiput and epicranium are together in
‘length equal to the clypeus, so that the antennze are situated
very exactly midway from the base to the front of the head.
The “‘vertex’’ of the head is clothed with much longer scales
than the frontal ones which project out between the antennex.
The occiput is regularly transversely oblong, being about four
times as wide as long. The epicranium is narrower, subtrian-
gular, truncate in front ; and at its base encroaches a little upon
the occiput, than which it is one-fourth longer. The triangular
labrum is short, broad and obtusely pointed. Mandibles slen-
der, being nearly twice as long as: broad, not very acute, with
long sete converging over the maxillz which are well devel-
oped, and when unrolled reach to the base of the abdomen.
The palpi are long and slender, of good size, porrect, somewhat
flexuous in their course, curving downward at their base, and
then rising a little, in front of the head, while their tips are a
little depressed. First joint nearly as long as the second, with
long depressed scales beneath, but generally the scales are fine,
Second joint twice as long as broad, and with the third
which is a little shorter and acute, reaches out in front of the
clypeus.
Antenne half as long as the primaries, with long finely
scaled pectinations, each of which bears a terminal seta. In the
female the pectinations equal in length that of the joints of
the antenne. .
Thorax and body generally, stout and finely scaled. Patagia
large free from the tergum beneath,reaching behind nearly to
the posterior edge of the meso-scutellum, while its posterior
scales reach to the base of the abdomen. The prothoracic scales
are orbicular, large, and are unitedly considerably broader than
the head. Meso-scutum short, broader than long; seutellum
aan
FAMILY ZYGANIDA. 85
large and pentangular, the longest side being the posterior
edge which is a little convex, and scarcely angulated in the
middle. Wings broad; the primaries a little less than half.
as long as broad. Costa full, convex towards the apex, which
is rounded acute. Outer margin half as long as the costa,
more than usually oblique. Inner edge two thirds as long as
the costa. The costal area is very narrow in this genus, since
the subcostal runs very near the edge of the wing, and its
first, second and third nervules are very long and parallel to
the costal edge. ‘Third subcostal simple, the fourth arises
midway between the apex of the wing and the origin of the
second subcostal. Fifth slightly removed towards the middle
of the discal area, arising directly opposite the first and:
second median nervules, the origins of which are united, the
second being straight, while the first and third are arched, the
last named one arising very near the two first. They then
enclose a very regular semioval area. Fourth median arises
at a distance from the third equal to the length of the two discal
nervules, which are straight, and unitedly are directed exactly
at right angles to the costa.
The secondaries are broadly triangular, reaching nearly to
the tips. The costa is decidedly convex within its middle, the
apex is produced, but very much rounded, as in the internal
angle, though the inner edge is itself very straight, and is one
half as long as the costa. The lower discal nervule is directed
obliquely outward, and both are curvilinear. The space between
the first and third median is acutely triangular, since the ner-
vules are nearly straight.
The legs are long and slender, the hind tibix with two pairs
of small acute unequal spurs, of which the inner pair are the
smaller. Hind tarsi longer than the hind tibiz, and the first
tarsal joint is a little shorter-than the three succeeding ones
taken together. Abdomen twice the length of the thorax, pro-
vided with minute lateral tufts, slowly tapermg towards the tip
which is subacute, though not abruptly pointed.
The colors of the genus are deep indigo blue, with a smoky
tinge on the primaries, a lighter blue abdomen and saffron
“collar.”’ ‘The nervules may be concolorous or as in the very
interesting ‘C’. cressonana from Pike’s Peak, described by Mr.
Grote—to whose kindness [ am indebted for a specimen of this
rare ‘species—the median and submedian nervules are white
‘and thus remarkably distinct. ‘The size of the genus is large,
both species expanding two inches and a half.
36 ' PACKARD, NOTES ON THE
I find after receiving a specimen of C. cressonana from
Mr. Grote that there’ will have to be no modification of the
generic characters given above, which were drawn from a
single species C. virginica Grote. In the first named species
the palpi are more curved up in front of the head than in the
latter, otherwise the differences are merely those of coloration.
Larva. ‘The head is large, being nearly as wide as the pro-
thoracic ring. The vertical region is largely developed, and is
considerably narrower above than in front. .The epicranium is
small, being nearly equilaterally triangular, the clypeus is nar-
rower than the epicranium is long, and is raised, thickened, and -
its front edge distinctly convex. The labrum is short, and divided
‘into two remote broad and short lobes. The mandibles are very
broad, short obtuse and thick. The labium and maxille can
not very well be made out in my specimen, they are fleshy and
with no determinate form for comparison.
The body is short and rather thick, the rings moderately
convex, and in consistence the skin is softer and more flexible
than usual. On each side of the body are six rows of tubercles
—the tergal ones much the largest. There are on each ring of
the abdomen four tergal warts, arrayed in a broad trapezoid,
becoming linear in position on the thoracic rings, and on the
supraanal plate. ‘These tubercles give rise to dense fascicles
of evenly cut hairs, which radiate out on every side so as nearly
to conceal the body, and give it when viewed from above a regu-
_ lar broad elliptical form, with very even sides. The eighth
ringis not enlarged, but the body from that ring tapers posteriorly
rather rapidly to the tip, though not by any. means so much so
as in Kudryas. The abdominal legs are short, thick and hairy
and the thoracic legs are still more bristly.
The hairs on the upper part of the larve are collected intoa
mesial line of slight tufts. The head seen from above is con-.
cealed by dense overarching hairs. True and false (abdominal):
legs covered by lateral radiating hairs. The outline of the ter-
gum is hardly tufted, but rather scalloped, the scallop on the
third and twelfth rings of the body being the most prominent,
becoming short thick tufts. The hairs when magnified are seen
to have long thickset spinules.
The specific characters are these. The body of the larva is
purplish livid covered with white and yellow hairs. Those
hairs on the first two thoracic, and last two abdominal
rings are all white. The head is a bright shiny red, black in
FAMILY ZYGENIDA. ST
front. There is a subdorsal and lateral row of bright yellow
elongated spots, one for each ring, which are conspicuous
through the hairs. Thoracic legs black, abdominal legs red-
dish, nearly concolorous with the head.
A few specimens in the fourth (?) stage, i. e.: that next to
the last moulting differed thus: They are more oblong in out-
line. Those hairs which in the fullfed larva were described as
black are here white. The mesial line of scallops here become
actual tufts and black in color, of which the first and last are
the longest. The hairs overarching the head and tip of the
abdomen are whitish gray. The colors of the body and the’two
rows of yellow spots are the same as in the mature larva. The
‘‘frass’’ is short thick cylindrical with no markings.
These larvz in both the stages of growth above described were
found June 6th, 1862, on the. spears of grass, which grew ina
sunny place upon a high neck of land running out into Casco
Bay, Maine. Most of the caterpillars were feeding, a few
mature larvee were running about restlessly. A year after at
the same place but a single specimen in the fourth (7) moul-
ting was found May 16th. This one was kept in confine-
ment until J uly 8th. Towards the last it languished until
numerous Braconid larve issued in different directions from the
body and spun their silken cocoons in a bunch upon the outside
of the larva, when it died.
June 13th the Ctenucha larva began to construct its cocoon.
Early in the morning it described an ellipse upon the side of -
the glass vessel of hairs plucked from just behind the head.
From this elliptical line as a base, it had by eight o’clock built
up rather unequally the walls of its cocoon; in some places a
third of the distance up, by simply piling upon each other the
spinulated hairs, which adhered firmly together. At four
o'clock in the afternoon, the arch was completed, and the larva
walled in by a light thin partition. Soon afterwards the thin floor
wasmade. No silk isspun throughout the whole operation. I
afterwards carefully examined portions of the cocoon under the
microscope, and could detect no threads of any kind.
Four days after, the pupa appeared, and July 15th the moth
came out. The female laid. smooth green spherical eggs in a
patch, side by side upon the side of the vessel, which hatched
out July 28th. The young larvee were about twice the size of
those of Orgyia when of the same age. They had large heads,
and the body gradually decreased i in size towards the opposite
38 PACKARD, NOTES ‘ON THE
extremity. The hairs were sparse, long and rather uneven, much
resembling young Orgyix. Owing to my absence the larvee
could not be raised. It will be seen that the larva lives twelve
days in the egg, about ten months as a larva, since there is but
a single brood in the year, and they must hybernate when two-
thirds grown; it spends about twenty days in the pupa state,
and but a few days as a moth. :
I have taken the moth late in July at Perry, Me., and early
in August at Brunswick. It flies in the hot sun, hovering over
flowers, and is not difficult to capture, smce its flight is not
strong or rapid. In cloudy days it clings to the stems of
plants, and can be easily taken with the hand. .
A good illustration of the larval characters of the family
compared with those of the Bombycide, is seen in the growth
of the young Ctenucha, which at first has.a very large headiand
long ‘unequal hairs, like the larve of Orgyia and in a less ‘de-
gree like the Ceratocampade in their first stage. Afterwards
in the third and fourth stage of growth they resemble the
Bombycide in having tufts of longer hairs than those around
and differmg from them in color. This act of throwing off the
characters of a lower family in the course of its growth, is an
index of the relative rank of the two groups. ‘The ‘young
Ctenucha thus resembles a mature Arctian perhaps as much
as any Bombycid, but no particular genus, since the reser-
blance is only very general. Stoll’s figure, before referred to,
shows usa perfect.-Zygeenid, evidently higher than Ctenucha
which resembles strikingly Halesidota which ‘is one of ‘the
lowest Arctian igenera. If we follow the general law of em-
bryology ‘too rigidly ‘in ‘classification we shall be led into occa-
sional errors.
Pura, female. The pupa is short and thick, approaching rather
closely in form that of the Arctiang, being shorter than that of
Eudryas. Seen from above the body is of nearly equal thick-
ness from the thorax to the fourth abdominal ring, thence it
diminishes a little in size, until‘at the eighth ring it suddenly
terminates in a mucronate point. At ‘the third abdominal rig
however the body is somewhat swollen. zak Sirk
The head is of good size but not at all prominent, ‘very
slightly projecting beyond the pro-thorax, with which it is very
continuous since ‘there is no clypeal ‘tubercle. The vertex
(epicranium and occiput) forms a continuous "piece with ‘the
clypeus ; next to the pro-thorax it ‘spreads ‘out, and ‘has ‘a slight
FAMILY ZYGHNIDZ. 39
mesial ridge, continuous, with that, of the pro-thorax. The
scutellate clypeus is as long as the base is broad, the sides
narrow somewhat towards the square front edge. There is an
appearance of a short transverse oblong piece like that in the
pupa, (the clypeus-anterior Newport?) to which are attached
the minute triangular labrum, and on each side are the mandi-
bles, whose form cannot be distinctly made out.. The space
between them is filled in with a piece whose surface is longitu:
dinally convex.*
The eyes cover a. much broader space than in the imago but
are flatter, from their under side depend the broad flattened,
maxille, whose bases are exeavated next the eyes, the inner side
being the longer, and between them is a minute triangular piece,
the homologue of which in the imago we do not know. They do
not extend along the abdomen quite so far as the antenne,
whose tips partially embrace them. ‘The antenns are crossed
by the sutures which define the joints, which are very short.
Only two pairs of legs are exposed in the pupa. The hind pair
are long and narrow especially towards their base, while the
more anterior (probably the first pair) are twice as broad as
the others near their base. All these appendages with the wings
extend as far as the posterior edge of the fourth abdominal ring,
The wings are not broad, and the outer edge is much more
oblique than in Eudryas.
The thorax is very short. Pro-scutum consisting of the two
scales united into one piece by a raised median line; convex
behind, in front deeply excavated by atriangulur incision. The
surface of the meso-scutum is very convex, the hind edge
rounded and encroaching deeply into the meta-scutum, which
is very short, expanding triangularly on the sides.
On the sternal side of the ninth ring are seen the traces of
the genital armor of the imago, cohsisting of two triangular
pieces closely approximated upon the mesial line of the body,
appearing as if coming out from under the eighth ring, since
the ninth is carried under the preceeding one at this point. A
longitudinal impressed line in the middle of the tenth ring
marks the site of the anal opening. The two minute obtuse
* The accuracy of this description of the mouth-parts will have to be tested
by renewed observations The supposed division of the clypeus into two pieces,
which do not appear in the imago, is of great interest in a morphological
point of view,
40 PACKARD, NOTES ON
spines which are very closely united terminate the obtuse tip of
the abdomen, and are no doubt homologous with the supraanal
plate of the larva. '
The surface of the pro-thorax and abdomen is finely punc-
tured. The color of the pupa isa uniform dark shiny mahogany.
Length, .65; breadth, .20 inch.
While the form of the pupa of Arctia Isabella is almost iden-
tical in its general outlines and proportions with Ctenucha,
there are still important differences which it will be interesting
to notice. The head parts are less distinctly marked; the
vertex and clypeus are broader; the antennz and legs are very
much shorter, not reaching to the ends of the wings, which meet
in front of them, and are united at their tips by a distance
equal to the length of the fourth abdominal ring. The wings
of Arctia have the outer edge very much less oblique than in
Ctenucha, the thorax is much longer throughout; the female
genital armor is the same, though the ninth ring is longer, and
the supraanal spine is a large flattened single stout spine, its
edges terminating in two slender small spines.
One imago died just as it was breaking through the pupa
case, affording a means of ascertaining the mode of exclusion of
the imago. The meso-scutum was split widely apart, throwing
the pro-thorax with the head and its mouth-parts forward and
downwards ; this act likewise forced outwards and downwards the
wing, thus allowing the feet and wings of the immature imago to
become exposed to the air long enough to harden, and thus serve
to aid the moth in freeing itself from the rest of the body, which
remains whole, after the moth has escaped from it. The
antenne were also drawn out and extended in front of the head ;
to effect this, the eyes of the pupa were evidently separated
from the pro-thorax, thrust downwards by a space equal to the
width of the antennz, which were then enabled by the splitting
asunder of the antenne and wings of the pupa, to be extended
forward. |
By the pectinations of the antennz, the specimen is evidently
a female, its genital armor agrees exactly with that of the pupa
above described, so that the sexes of the two are the same.
The hairs of the body within the pupa case are the same in
density and coloration as in the mature moth.
iy Scepsis Walker. 7
The head is larger in proportion to the rest of the body than
FAMILY ZYGENIDA. 41
in Ctenucha, since it is a little broader than the pro-thorax,
while in Ctenucha it is not as broad. The vertex is not so
thickly scaled, the front edge of the clypeus is broader and
straighter, thus making the whole clypeus square, as long as
broad since the sides do not narrow so much as usual towards
the front edge. Upon removing the scales, the occiput and
epicranium are together equal in length to the clypeus. The
occiput is transversely oblong, and divided by a mesial impres-
sion into two halves, considerably shorter than broad. The
epicranium is subtrapezoidal, narrowing rapidly in front, and
bilobed anteriorly by a deep mesial impression. The two
ocelli are situated, not on either of the pieces, but just below
the antenne, and at each side of the suture between the two
above mentioned pieces. The clypeus isa little longer than
broad. At its base it is obtusely angular between the antennx ;
its sides narrowing slightly towards the front edge, which is
nearly square. On the basal half of the piece is a narrow
ridge. Mandibles very slender, directed outwards, with long
fine dense bristles. Labrum small, equilaterally triangular.
Maxille well developed, reaching when unrolled beyond the
base of the abdomen.
Antennee like those of Ctenucha, but with longer and more
hairy pectinations. In the female the pectinations are stouter,
clavate, ending in setee which are more apparant than in Ctenucha.
Palpi ascending, acute and slender, reaching beyond the front
by a distance equal to that between the bases of the antenne.
Thorax rather slender, a little longer than broad. ‘The scutal
pieces of the pro-thoraxare united closely along the medial suture,
each half not being so separate, or so orbicular as in Cienucha.
The patagia are narrow, not reaching to the end of the meso-
scutellum. Owing to the thin scanty squamation the form of
the tergal pieces of the thorax can be very distinctly seen: the
meso-scutellum is hardly as long as broad, and is very obtusely
pointed behind. It is much narrower and longer than in Cten-
ucha: so also the meta-scutellum, which is rounded behind, and
very slightly produced into a slight obtuse angle.
Primaries three times as long as broad, being long and nar-
row. Costa straight to the outer third, whereit is curved slowly
around to the somewhat produced apex. Outer margin one-
half as long as the inner, very oblique. ;
The costal nervure terminates at the outer third of the wing,
and runs very close throughout its length to the edge of the
ESSEX INSTITUTE PROCEED. VOL. IV. F.
42 PACKARD, NOTES ON THE
wing. , First subcostal arises very near the upper discal ; second
subcostal arises a little beyond the middle of the first subcostal;
third subcostal is short, and arises a little beyond the middle
of the distance between the apex of the wing and the origin of
the upper discal nervule. ‘The fourth subcostal branches off
very near the apex, and is very short, being but one fourth as
long as the fifth subcostal, which last arises at a less angle from
its nervure than in OCtenucha. The discal nervules are much.
more curved inwards than in Ctenucha. The median beyond
where it throws off its fourth median is bent upwards exactly
parallel with the costa. Though longer, the nervules are thrown |
off from the nervure much as in Ctenucha, but the distance be-
tween the origins of the third and fourth median is proportion-
ally greater than in Ctenucha. |
Secondaries not quite half as broad as they are long, being
much produced towards the apex, and behind reaching to the basal
third of the abdomen. Costa straight, convex near the base.
Apex acute. Outer edge nearly three times as long as the
inner; straight on the outer half of its length, but becofning a
little convex towards the internal angle, which is well rounded,
while the inner edge itself is straight. The subcostal goes re-
markably straight to the apex where it curves a little down-
wards ; it throws off a single straight nervule a little within the
outer third of its lengtb. The upper discal is a third longer
than the lower, which is the stouter of the two ‘The three
first medians are very short, one third as long as the whole me-
dian, the third shortest. First curved, second and third straight,
fourth curved downwards near its origin. The submedian is
obsolete at its basal third, the terminal portion being more like
a nervure than a mere fold. It is close to the internal and re-
mote from the median. Internal straight, cutting off a large
triangular area comprising the internal angle.
Legs rather long, slender, thinly scaled, the spines minute
and weak. ‘T’he hind legs differ from Ctenucha in being much
slenderer not at all swollen. There are the same proportions ©
in the length of the joints. .
Abdomen broad, and acutely pointed at the tip in both sexes,
with slight lateral tufts along the sides. The female tip is more
obtuse than in the male, thus approaching female Procris with its
truncated tips, more than Ctenucha with its simple pointed tip.
The genitals are simple and concealed within the eighth ring of
the abdomen. ‘There is apparent a-tergal piece, and a sternal
FAMILY ZYGENIDA. 43
pair of short clavate appendages. Without more alcoholic speci-
mens of this and the other genera it is useless to study these parts,
which a casual inspection ‘of dr y specimens assures me afford
excellent generic and specific characters in this family.
In coloration it differs from Ctenucha in the saffron pro-thorax,
and dark head, and the semihyaline secondaries.
While at first sight distinguished from Ctenucha by its long
wings and slender body, and obtusely pointed, almost triangular
tip of the abdomen, and the difference in the tergum of the tho-
racic rings, there are additional characters which separate the
two genera, and show conclusively that Scepsis should be con-
sidered as a group of equal value with Ctenucha itself, and not
a subgenus of it. These are: the curved palpi which are consid-
erably shorter ; the thicker clavate pectinations of the antenne,
the marked differences in the neuration, and the slender hind
femora. The.clypeus is much wider, and the mesial ridge is
not so prominent or so long asin Ctenucha, the clypeus of which
narrows much more rapidly towards the front edve.
Toehow how accurately, in insects at least, the generic char-
acters can be discovered from the inspection of a single species
of the group, I would state that the above description was
drawn up from specimens of S. fulvicollis only. Upon com-
paring afterwards specimens of a Californian species in the Mu-
seum of Comparative Zodlogy at Cambridge, which is closely
allied to the species first mentioned, I find that the characters
considered above as generic will in no case have to be altered.
In the Californian species the style of coloration is the same, the
palpi are a little more curved, the antenna are the same, so
also the pro-thorax, the neuration is identical throughout, and
there is the same broad obtusely pointed tip of the abdomen.
The specific distinctions are these; a light tint of brown, a
brownish abdomen, instead of deep blue, and a more hairy
thorax than in S. fadvicollis ; while in size, the two species are
much alike.
Scepsis fulvicollis Walker is found in Canada West (St.
Catharines, Coll. 8. H. Scudder) It will no doubt occur in
southern New England.
LycomorpHa Harris.
The front of the hea is provided with long scales extending
to the base of the maxillze. When the head is denuded, the
clypeus is broadly scutellate, the length being equal to the
44 PACKARD, NOTES ON THE
breadth, with the basal margin produced backwards and en-
croaching more upon the epicranium than usual. The front edge
contracts suddenly into a square portion resting above the man-
dibles and maxillz. The epicranium is small and short, deeply
impressed by a mesial line and divided thereby into two trian-
gular halves; while the occiput is transversely oblong, being
twice as broad as long.
The antennz have short setiferous densely scaled pectinations;
in the female they are serrated, the teeth terminating in single
sete. Mandibles rather long and slender projecting out beyond
the scales of the front.
The body of this genus is long and narrow, slender. The
thorax is narrow, and the pleurz of each thoracic segment are
very oblique. Pro-thoracic scales (being the two halves of the
pro-scutum) ovate elliptical. The meso-scutum is remarkably
small, being shorter than broad, and no longer than the scutel-
lum, which is of much greater length than usual. The form of
this last piece is much different from what we find in Cienucha.
In form it is pentagonal, the front edge being transverse, the
two posterior sides forming a triangle, while the two anterior
sides are, though nearly parallel, yet slightly divergent. Wings
remarkably long and narrow: primaries nearly three times as
long as broad, being remarkably long and narrow as in the
Lithosiz. Costa straight as far asthe apex, which is much
rounder than usual, as is also the internal angle, while the inner
edge is but one-fourth shorter than the costal. The nervules
arise remarkably equidistant, and their origins are much shorter
and nearer the outer edge than in the allies of the genus. The
short subcostal nervules run rapidly to the costaledge. First,
second, and fifth of equal lengths, the third not branched and
equal in length to the fourth, while the originssof each are
opposite the inner third of the fifth, which arises near the middle
of the discal space. Two discal nervules of equal length meet
to form an angle pointing inwards, from which a fold is
thrown inwards along the middle of the discal space.
Median nervules much straighter than usual, their interspaces
oblong and of very equal size. Origins of second, third and
fourth equidistant. Submedian nervure long and distinct.
Secondaries long and narrow, the apex much produced, the
inner angle not reaching to the tips of the abdomen. Costa
convex, a little excavated just before the apex. Outer margin
two-thirds as long as the costa, angulated slightly on the second
=
.
FAMILY ZYGANIDA. 45
median. Inner edge very short, being one-half as long as the
costal, First and second subcostal nervules nearly equal in
length. The upper discal is very long and oblique, and with
the lower discal is parallel with the outer edge of the wing.
But three median nervules present. First, obsolete ; second
and third parallel; third and fourth shorter than the second and
directed downwards. Distance between the two first median
nervules one-third as great as that between the third and fourth.
The slender abdomen is a little more than twice the length
of the head and thorax. ‘The male genital armor is large and
well developed in the genus. The two tergal pieces consists of
a semielliptical horizontal piece, beneath which comes out
another tergal piece of the same length, but linear, and curving
downwards and inwards. The side pieces are large, concave,
broad and long. nearly meeting beneath, along the mesial line
of the body. Hach piece is widest in the middle, thence nar-
rowing rather rapidly, becomes truncate at the extremity, end-
ing in a pair of hooks separated by a deep sinus.
The coloration is prussian blue, with saffron bases to the
wings, somewhat as in Pyromorpha.
Compared with other genera of the subfamily this inter-
esting genus presents some notable differences, all the characters
being, as it were, influenced by the close relationship to the Litho-
sie. This is seen in the dentated antennee, neither simple as in
the Lithosixz, or pectinated as is the rule in its own group.
The Lithosian characters also appear in the head, in the form
of the clypeus especially ; and in the unusually slender boily,
with its narrow wings, and elongated scutellum of the meso-
thorax. Though after all the Zygnid characters prevail so
extensively that it is a little strange that observers after Dr.
Harris’ tithe should change his location of the genus to a
place among the Lithosiida. Though the larva is a lichen-
feeder and thus in this early stage is like Lithosia and allies,
we must consider the insect as simply analogous in its habits as
well as structure to that genus, and not be misled by these very
strong resemblances.
T have taken L. Pholus on the wing in the daytime about
stone walls on which lichens were plentiful, in Brunswick,
Maine.
ANATOLMIS nov. gen.
Head of moderate size, broad and short. Occiput and epi-
cranium together equal in length to the clypeus; epicranium
46 PACKARD, NOTES ON THE
bilobate, much as in Lycomorpha, with much the same propor-
tions. The clypeus is very broad, scutellate, just as broad as
long, covered with broad flat scales which converge towards the
median line. Eyes small, hemispherical, their diminished size
adding to the breadth of the broad clypeus between them. An-
tenn situated nearly midway between the front edge and the
base of the head; rather slender, with very short broad _pectina-
tions, equalling in length the joints, and covered densely, espe-
cially on the sides, with stout hairs, and terminating in a single
seta. Maxille well developed, longer than the head is broad.
Palpi long porrect, reaching beyond the front: third joint min-
ute conical subacute, nearly continuous with the second, which
is not very broad.
Body slender, thorax not much broader than abdomen; wings
remarkably long and narrow. Primaries a little more than
three times as long as broad; costa very straight, a little con-
vex on the outer third; apex rounded ; outer edge very convex,
very skort; inner edge remarkably long, and nearly parallel
with the costa, very straight, the usual convexity near the in-
sertion very slight.
Costal very near the margin and impinging on the middle of
the first subcostal; third subcostal of very equal length, first
curved towards the costa, the third shorter than first; fourth
branched within its middle, enclosing a narrow long triangular
apical interspace ; fifth, not removed from its nervule at its ori-
gin. Median nervules arise at the outer third of the. wing.
First and second are united at their base ; third and fourth, are
equidistant from the second. Submedian curve long well mark-
ed, but no nervure. Very long internal nervure. Fringe
rather long, especially just below the apex. :
Secondaries very long, twice as long as broad, n&rrow trian-
gular, hardly reaching to tip of abdomen. Apex much produ-
ced, though obtuse. Costa very straight, outer edge very long,
remarkably straight , internal angle rectangular not reaching
much beyond the base of the anal tuft.
Subcostal subdivides near the outer fourth of the wing; first
and second median very short, nearly parallel; third, very re-
mote but of the same length. |
Legs long and slender, finely scaled. Hind tibial spurs very
small unequal acute, inner pair very remote, and half as large.
as the terminal pair. Tip of abdomen provided with large anal
valves, of unusual size, being laterally broad lanceolate.
FAMILY ZYGENIDA. 47
The squamation is fine and powdery. Compared with Lyco-
morpha, to which it is nearest allied, besides the very different
style of coloration, the primaries are narrower, costa straighter;
secondaries more triangular, owing to the rectangular inner an-
gle. But in the structure of the head, of the antenne, of the
thorax and abdomen it agrees closely with Lycomorpha, and
these characters are those which place it without doubt in the
Aygenide, though after a casual glance one would not hesitate
to callita Lithosian. The bluish scales of the body, the: dark
mahogany colored tegument, the fine powdery squamation, and
the slender very equally jointed legs and pectinated antennx aid
in determining the true systematic position of this interesting
genus.
From the resemblance to the parallel genera Hypoprepia
and A/o/mis, among the Lithosiidee, I have proposed the name
above given.
A. Grotei nov. sp. Vermillion red and smoky purple ; head
an(l appendages purple, thorax red; primaries red throughout
except the purple fringe and the edge of the outer third of the
costa. Secondaries red on the basal third, beyond smoky pur-
ple; the red extends from just within the middle of the inner
-edge to near the apex upon the costal edge. Legs purple, con-
colorous with the abdomen. Beneath colored the same as above.
There are no other markings on the wings.
Length, .388; exp. wings, 1.20 inch.
Pike’s Peak, Colorado Terr. (Coll. Phil. Ent. Soc.)
Dedicated to Mr. A. R. Grove, to whose kindness in secur-
ing for study this and many other rarities I am under special
obligations.
EXPLANATION OF THE PLATES.
Poate I. Fig. 1. Ctenucha virginica Grote. la, Palpus enlarged.
1b, Head denuded and enlarged. 1c, Primary wing. 1d, Secondary wing.
Fig. 2. Larva seen from above. 2a, side view. 2c, front view of head
enlarged. 2d, last abdominal ring seen from above.
Fig. 8. Young larva, after the fourth moult.
Fig. 4. Pupa seen from above. 4a, side view.
Puate II. Fig. 1. Alypia octomaculata Hubner, head denuded and
enlarged. la, Primary wing. 15, Secondary wing.
Fig. 2. Pupaof Hudryas grata Boisduval. 2a, dorsal view.
Fig. 8. Head of the same, denuded and enlarged. 3a, Primary wing.
8b, Secondary wing.
Fig. 4. Lycomorpha Pholus Harris, head denuded and enlarged. 4a,
Primary wing. 4b, Secondary wing.
48 J. A. ALLEN, CATALOGUE OF
IV. Catalogue of the Birds found at Springfield, Mass.,
with Notes on their Migrations, Habits, §c.; together
with a List of those Birds found in the State not yet ob-
served at Springfield. By J. A. ALLEN.
( Communicated May 2, 1864. )
Nearly all the land birds known to inhabit New England are
found in the Valley of the Connecticut, at one season or anoth-
er ; and during spring and fall the number of passengers from
the northern to the gouthern parts of the country, and vice
versa, is immense; even some of those species usually esteemed
quite rare occur in considerable numbers. The number of in-
dividuals of land birds, during the periods of migration, seems
to be much greater at Springfield than at most localities in the
eastern part of the State ; yet some species are more numerous
in Eastern Massachusetts than at Springfield ; and some are
common there through the breeding season, which at Spring-
field are almost unknown, or at least occur in much fewer num-
bers. Among such may be mentioned Coccyzus americanus,
Hirundo bicolor, Carpodacus purpureus, the Ammodromi,
&c. The rapacious birds, owing to the absence of extensive
woods, are comparatively rare, especially in summer and win-
ter, and the water birds are limited to the fresh water or river
Ducks and Gralla, which are, with few exceptions, far from
numerous.
Among some of those species noticed as of very rare occur-
ence here, may be mentioned Nyctale Richardsonii, Picoides
arcticus, Centurus carolinus, Helminthophaga peregrina, °
Hi, celata, Dendroica tigrina, Icteria viridis, Mimus poly-
glotius (found breeding), Melospiza Lincolnii, Coturniculus
Henslowti, Corvus carnivorus, &e. The “ Turdus alicia”
of Baird, I have found to be not rare; and froma careful exam-
ination of many specimens of both 7. alicie and T. Swainso-
nii, have found alicie to be based on faintly colored specimens
of Swainsonii, and not to be a distinct species, as heretofore
BIRDS OF SPRINGFIELD, MASS., ETC. 49
supposed. This subject is noticed at length under Twrdus
Swansonii.
Springfield being situated near the northern confines of the
Alleghanian Fauna, some of the more southern species found
here are represented merely by a few individuals in the breed-
ing season, while the southern limit of many others properly
belonging to the Canadian Fauna is removed but a few miles to
the north, varying from sixty to one hundred miles in the Val-
ley of the Connecticut, and in the mountainous districts of Wes-
tern Massachusetts falls nearly as low as Springfield.
I have designed to include no species, in the following list,
which I have not known taken or observed in the immediate
vicinity of Springfield, (except in the case of a few Ducks,
noticed below, ) preferring to err in omitting some really existing
in the prescribed region than to include a single species not be-
longing to the locality. I have introduced, however, those very
probably occurring, which have not, to my knowledge, been
observed here; but these are not reckoned as a part of the list.
The times of migration given are generally an average of ohser-
vations covering several years.
In order to render the list as complete and valuable as
possible, I have not failed to solicit aid from others, and
am pleased to be able to acknowledge valuable assistance ;
chiefly from Messrs. C. W. Bennett and L. Hyde, whose
very complete collection of our native birds forms a val-
uable part of the collections of local natural history in the
‘Kthnological and Natural History Museum” established a
few years since in Springfield; to Mr B. Hosford, for various
useful notes, and to Dr. Wm. Wood, of East Windsor Hill, Ct.,
who has kindly furnished me with many valuable facts, particu-
larly in reference to the water birds. ‘The names of contribu-
tors follow the facts resting on their authority. Several of the
_ Ducks included in the list, (Aythya vallisneria, Bucephala
albeola, Harelda glacialis, Melanetia velvetina,) are inserted
from their having been taken on the Connecticut River, by Dr.
Wood, some fifteen miles below Springfield; and though not
known to have been taken here, undoubtedly occur, and have
only been overlooked from a want of more thorough searching
on the part of collectors. The whole number of species inclu-
ded in the Springfield list is one hundred and ninety-five ; the
number of those found in Massachusetts not observed at Spring-
field is ninety-two, of which the greater part are truly coast
species.
ESSEX INSTITUTE PROCEED. VOL. IV. G.
50 J. A. ALLEN, CATALOGUE OF
In order to give a complete list of the birds of our State, I
have appended a catalogue of those found in Massachusetts not
yet noticed at Springfield. No species is includéd of which
. there is not good evidence’ that it has been taken in the State.
Some occasional visitors may have been overlooked, but it is
believed such instances are few. Those probably occurring
but not to my knowledge detected, are also mentioned but are
not counted as a part of the list. To present a general view
of the Ornithology of our State in a condensed form, I
have appended tabular lists of those birds that are resident the
whole year in the State, those that breed, those that are sum-
mer, winter, or spring and autumn visitors, and those that
are merely rare, occasional, or chance visitors, &c.
1. Falco anatum Bonap. Duck Hawk. Very rare.
One or two pairs are known to breed regularly on Mount Tom,
some fifteen or twenty miles north of Springfield. Nest on the
rocks, very early in the. season, the young being full grown by
the last of June. Mr. C. W. Bennett, who gives me these
facts, took some young birds from the nest a few years since.
This species has also been found breeding on Talcott Mountain,
Ct., a few miles south-west of Hartford. Four nearly full-fled-
ged young were taken from the nest June 1st, 1861, and the
female was shot.* (Dr. W. Wood, in Hartford, Ct., Times, June
24th, 1861. See a valuable series of twenty-one articles, by -
Dr. Wood, on the Rapacious ‘“ Birds of Connecticut,’”’ publish-
ed in the Hartford Times, March 14th to August 9th, 1861.)
2. Hypotriorchis columbarius Gray. Pigeon Hawk. Very
rare. Seen in spring and fall. May ‘th, 1861, obtained a
male in perfectly adult plumage. —
3. Tinnunculus sparverius Vieill. Sparrow Hawk. Not
common. Seen in spring and fall. Has been found breeding
at Williamstown, Mass. - (Brewer’s N. Am. Ool. pt. I. p.17.) :
4. Astur atricapillus Bonap. Goshawk. ‘Partridge Hawk.”
Winter visitant. Usually rare, but was quite common in the
winter of 1859-60. Arrives about the first week in November.
* Since the above was written, the eggs have been obtained (April 19th,
1864,) from a nest on Mount Tom, by Mr. C. W. Bennett, of Springfield.
The female was also obtained, and the identity of the eggs ascertained
beyond question.
Nf Sad
\
by
ES
BIRDS OF SPRINGFIELD, MASS., ETC. ol
9. Accipiter Cooperii Bonap. Cooper’s Hawk. ‘‘ Chicken
Hawk.’? Common summer visitant, breeding, but is most nu-
merous in September. |
6. Accipiter fuscus Bonap. Sharp-shinned Hawk. ‘ Pi-
geon Hawk.” Summer visitant, breeding; common, particu-
larly in spring and fall.
7. Buteo borealis Vieill. Red-tailed- Hawk. ‘‘ Hen
Hawk.’ Probably resident, but most numerous in fall and
spring, and breeds here.
8. Buteo lineatus Jard. Red shouldered Hawk. Not un-
common, arriving early in spring, and breeds here. Is most
common in autumn, when those that breed further north are
migrating southward.
9. Buteo pennsylvanicus Bonap. Broad-winged Uawk.
Quite rare; breeds.
10. Archibuteo lagopus Gray. Rough-legged Hawk.
Winter visitant. Not common, except occasionally, and in par-
ticular localities.
11. Archibuteo sancti-johannis Gray. Black Hawk. Rare
winter visitant.
12. Cirens hudsonins Vieill. Marsh Hawk. ‘ Blue
Hawk.” ‘ Bog-trotter’’ of sportsmen. Common summer vis-
itant; arrives early in March, and nests on the ground in the
marshes, often many years on the same site. It is by far our
most common Hawk. oth sexes incubate.
13. Halictus lencocephalus Savigny. White-headed Ka-
gle. ‘‘ Bald Eagle.” Not common; sometimes breeds on Mt.
Tom, about twenty miles north of Springfield
14. Pandion carolinensis Bonap. Fish Hawk. A few
are seen along the Connecticut and its tributaries during the
spring months. Have never heard of its breeding in this vicinity.
15. Bubo virginianus Bonap. Great Horned Owl. ‘ Cat-
Owl.” Rather common. Resident, but seems to be more com-
mon in autumn and winter. |
16. WScops asio Bonap. Mottled or Red Owl. -‘‘ Screech
Owl.” Resident, and probably our most common species of Owl.
17. Otus americanus Bonap.*. Long-eared Owl. Not
* Strix americana Gmelin, Syst. Nat. I, (1728) 288; Otus Wilsontanus
Less. Traité d’Orn., I, (1832) 130.—Why the specific name americanus
has not been adopted for this species by the later ornithologists I cannot
perceive, it being that having the priority of all others.
a ‘
52 J. A. ALLEN, CATALOGUE OF
common. - Probably resident, but most frequently taken in au-
tumn.
18. Brachyotus Cassinii Brewer. Short-eared Owl. Re- |
- gident. Rather common in autumn and winter. Dr. Wood
has found it breeding in Connecticut, a few miles from Spring-
field.
19. Syrnium nebulosum Gray. Barred Owl. Quite
common. Resident.
The Great Gray Owl (S. cinereum Aud.) may occur occa-
sionally, but I have never known it taken here.
20. Nyctale acadica Bonap. Acadian Owl. “ Little Owl.”
Pretty rare. Resident. | |
21. Nyctule Richardsonii Bonap. Richardson’s Owl. Ve-
ry rare winter visitant. Obtained a specimen in December,
1859. A specimen in the Museum of Comparative Zodlogy,
Cambridge, taken at Malden, Mass., and one taken by Dr. W.
Wood, in East Windsor, Ct., were obtained the same winter.
22. Nyctea nivea Gray. Snowy Owl. Winter visitant,
and usually rare; in some winters quite common. Has been
taken third week in November. |
23. Coecygus americanus Bonap. Yellow-billed Cue-
koo. Extremely rare; in the eastern’ part of the State it
occurs frequently. Though it has been an object of special
search with collectors here for several years, but one specimen
has been obtained. Dr. Wood says it is ‘‘ very rare’ at East-
Windsor Hill, Ct., where he has found its nest and eggs.
24. Coccygus erythrophthalmus Bonap. Black-billed
Cuckoo. Rather common summer visitant, arriving about
May 10th.
25. Picus villosus Linn. Hairy Woodpecker. Resident,
but quite rare in summer; more common in winter. |
25. Picus pubescens Linn. Downy Woodpecker. Resi-
dent, and common at all seasons. ; |
27. Picoides arcticus Gray. Black-backed . Three-toed
Woodpecker. A very rare or accidental winter visitant. The
only specimen I have known taken here I shot in January, 9
1860 ; a Woodpecker, however, was seen here for several
weeks in March of the same year, which I think, from deserip-
tions of it, must have been this species. oe
Gr
[eS
BIRDS OF SPRINGFIELD, MASS., ETC.
28 = Sphyropicus varias Baird. Yellow-bellied Woodpeck-
er. Not common, and only seen in fall and spring when mi-
grating. [have never seen this species in summer, and do not
’ think it breeds here, though they breed plentifully on the hills
in Western Massachusetts, twenty or thirty miles west of
Springfield. (W. H. Niles.)
29. Centurus carolinus Bonap. Red-bellied Woodpecker.
Summer visitant. Accidental. Saw one May 13th, 1863. It
has been taken several times in Connecticut, but occurs in New
England only as a straggler. Found in the breeding season in
Western Massachusetts by Prof. Emmons. (Peabody’ s Rep. on
the Birds of Mass.)
30. Melanerpes erythrocephalus Swain. — Red-headed
Woodpecker. Very rare summer visitant. Have taken but
two specimens in five or six years. Three were taken in 1860
by Messrs Bennett and Hyde. .
BIRDS OF SPRINGFIELD, MASS., ETC. 79
172. Dafila acuta Jenyns. Pin-tail Duck. “ Sprig
Tail.” Rather rare winter visitant.
173. Nettion carolinensis Baird. Green-winged Teal.
Common. Dr. W. Wood tells me they pass north later
and return earlier than most Ducks.
174. Querquedula discors Steph. Blue-winged Teal.
Common, but less abundant than the preceding.
175. Chaulelasmus streperus Gray. Gadwall. Gray
Duck. Rare. Specimen in Springfield Museum taken
here. Said to breed in the State, but the authority is
doubtful.
176. Mareca americana Steph. American Widgeon.
Bald-pate. Not very common, in spring and fall.
177. Aix sponsa Boie. Wood Duck. Summer Duck.
Not an uncommon summer visitant, breeding. Arrives
early in spring, and leaves late in November.
178. Aythya vallisneria Bon. Canvass-Back Duck. Very
rare; found occasionally near here (Dr. Wood), and
undoubtedly is to be found here. Occurs in other parts of
the State. Probably the Red-head (A. americana Bon.) is
also to be found here.
179. Bucephala americana Baird. Golden-eye Duck.
“ Whistler.” “ Whistle-wing.” Not uncommon in winter.
Dr. Wood, says it is abundant on the river in winter, but
very difficult to obtain unless you are pretty familiar with
its feeding grounds.
180. Bucephala albeola Baird. Buffel-headed Duck.
“ Butter Ball.” Occasionally taken here in winter.
181. Harelda glacialis Leach. Long-tailed Duck. “South
Southerly.” Occasionally taken near here (Dr. Wood),
and undoubtedly occurs at Springfield.
182. Melanetta velvetina Baird. Velvet Duck. Rare.
Dr. Wood has taken two specimens at East Windsor Hill,
Ct., and it must occur here.
183. Erismatura rubida Bon. Ruddy Duck. Rare;
there is a specimen in the Springfield Museum taken here
by Mr. L. Hyde.
184. Mergus americanus Cass. Sheldrake. Goosander.
Common winter visitant. Said by Audubon to breed in
the State, which is not improbable.
.
80 J. A. ALLEN, CATALOGUE OF
185. Mergus serrator Linn. Red-breasted Merganser.
Common winter visitant; rather more common than the
preceding. Breeds in the State, according to Audubon.
(Orn. Biog., vol. v, p. 93.)
186. Lophodytes cucullatus Reich. Hooded Merganser.
Winter visitant; rather less common than either of the
two immediately preceding.
187. Thalassidroma Leachi 'Temm. Leach’s Petrel.
Very rare; probably accidental; has been taken here in a
few instances only. Common off the coast of the State.
188. Larus Smithsonianus Coues. (Larus argentatus
Brinn.) Herring Gull. Not very uncommon at times
along the river, especially in spring and fall. Abundant
along our coast in autumn, winter, and early spring.
189. Chreecocephalus Philadelphia Lawr. Bonaparte’s
Gull. Occasionally observed here. Common along the
coast.
190. Colymbus torquatus Briinn. Great Northern Di-
ver. “Loon.” Resident, occasionally breeding. Not
common.
191. Colymbus septentrionalis Linn. Red-throated Div-
er. Rare winter visitant; chiefly young that are seen.
192. Podiceps (Pedecethya) Holbolli Reinh. (Podiceps
griseigena Gray.) Red-necked Grebe. Chiefly a winter
visitant; not common. Possibly breeds, as it has been
taken here the third week of May in full breeding plumage
193. Podiceps cristatus Lath. Crested Grebe. Rare
winter visitant.
194. Podiceps (Dytes) cornutus Lath. Horned Grebe.
Rare ; chiefly young taken here. A pair was killed here
a few years since, about June Ist, in full breeding plumage.
195. Podilymbus podiceps Lawr. “Dipper Duck.”
Common in spring and fall.
List of Birds found in Massachusetts not observed at
Springfield.
To complete a catalogue of the Birds known to exist in
the State of Massachusetts, I have added, in the following.
list, all those known to have been obtained within the
BIRDS OF MASSACHUSETTS, ETC. 81
State that have not been noticed at Springfield. The list
will be seen to consist mainly of those Water Birds that
frequent the coast and are not found far inland, witha few
rare or accidental visitors. No species is admitted of
which there is not good evidence of its capture in the
State ; and when the species is extremely rare, the author-
ity is cited on which it is inserted. Consequently some
species that have been attributed to Massachusetts, from
their occurrence in adjoining States, though probably to
be found here as rare visitors, and are thus mentioned, are
not counted as a part of the lst; very careful observers
will, doubtless, yet detect most of them here.
1. Cathartes atratus Less. Black Vulture. Acciden-
tal. One was obtained in Swampscott, in November, 1850.
(S. Jillson, Proc. Ess. Inst., Vol. 1, p. 223 —Brewer’s N.
Am. Odlogy, pt. 1, p. 5.) Another was taken the past
season, Sept. 28, at Gloucester, by Mr. Wilham Huntsford.
(A. He Vere.)
2. Cathartes aura Ul. Turkey Vulture. Accidental.
Two were taken in the State in 1863. (KE. A. Samuels,
Agr. Mass., 1863, Secy’s Rep, App., p. XVIII.)
3. Falco candicans Gm. Jer Falcon. Accidental in
winter. One was shot at Sekonk Plains, about 1840. (8.
Jillson, Proc. Ess. Inst., vol. 1, p. 226.) Has been seen
here by Nuttall and others.
4. Aquila canadensis Cass. Golden Eagle. Extremely
rare; but few recorded instances of its capture in the
State. (Lynn, 8. Jillson, Proc. Ess. Inst., vol. 1, p. 203.
Lexington, Dr. Kneeland, Proc. B. 8. N. H., vol. v, p. 272.
Near Boston, Brewer, N. Am. Odl,. pt. 1, p. 45.—Upton,
Agr. Mass., 1859, Secy’s Rep., p. 141.)
5. Syrnium cinereum Gmelin. Great Cinerous Owl.
Occasional in winter. (Marblehead, February, 1831, and
January, 1835; 8. Jillson, Proc. Kss. Inst., vol. 1, p. 204.)
Seven were taken in the State during the year ending
February, 1843. (Dr. 8. L. Abbot, Proc. B. 8. N. H., vol.
I, pp. 57 and 99.) Two specimens in the Mus. Comp. Zo-
dlogy were obtained in 1848, in the Boston markets, and
were probably killed in the State.
The Hawk Owl (Surnia ulula Bon.) is said by Prof.
Kmmons to have been seen in autumn. Though I have
ESSEX INST. PROCEED. VOL. IV. K.
82 J. A. ALLEN, CATALOGUE OF
found no notice of its capture, it is not improbable that it
may occasionally occur along the Green Mountains i in the
Western part of the State.
The Banded Tiree-toed Woodpecker ( Picoides hirsutus
Gray) has been repeatedly attributed to the State, and may
occur as a very rare or accidental winter visitor.
6. Hylotomus pileatus Baird. Pileated Woodpecker.
“Tog Cock.” Rare. Driven from most parts of the State
by the absence of extensive forests, but is still found in
the wooded, mountainous parts of Berkshire County.
The Varied Thrush (Zzroreus nevius Bon.) is said by
Prof. Baird, in the Reports on the Pacific Railroad Explo-
rations and Surveys, vol. rx, pp. xx1 and 219, to be
accidental near Boston, quoting Dr. Cabot (Proc. Bost.
So. N. H., vol. m1, p. 17) as authority. Dr. Cabot states
that a specimen of this species was obtained in Boston
market, but adds that it was shot in New Jersey. This is
the only notice I can find respecting this species being
found in Massachusetts, either by Dr. Cabot or others.
T. Oporornis agilis Baird. Connecticut Warbler. Very
rare. Was taken in Berlin, in the summer of 1845. (Dr.
S. Cabot Jr., Proc. Bost. So. N. H., Vol. 1, p. 63.)
8. Helmitherus vermivorus Bon. Worm-eating Warbler.
Very rare. Its nest has been found in Cambridge. (Pea-
body’s Rep. Orn. of Mass., p. 312.*)
9. Helmitherus Gian Bon. Swainson’s_ Warbler.
Audubon states, on the authority of Dr. T. M. Brewer,
that one was taken in Massachusetts by Mr. 8. Cabot Jr.
(Aud. Orn. Biog., vol. v, p. 462.) Mr. Peabody probably
alludes to the same specimen (Rep. on Orn. of Mass., p.
213.) Very rare in this State.
10. Helminthophaga pinus Baird. Blue-winged Yellow
Warbler. Summer visitant. Very rare. (S. Cabot Jr.,
Proc. B. S. N. H., vol. vi,-p. 386.)
1 Helminthophaga chrysoptera Baird. Goldeti-vanedd
Warbler. Summer visitant. Very rare. (8. Cabot Jr.,
Proc. B. S. N. H., vol. v1, p. 386.) Have seen specimens
in the Mus. Comp. Zool., Cambridge, that were taken in
the State.
* Fishes, Reptiles and Birds of Massachusetts.
BIRDS OF MASSACHUSETTS, ETC. 83
The Blue Warbler (Dendroica cerulea Baird.) is said to
be a rare summer visitant, (F. W. Putnam, Proc. Ess. Inst.,
vol. 1, p. 207,) but I have failed to find an authentic in-
stance of its capture in this State. Audubon says it has
been taken at Pictou, Nova Scotia, and so may very nat-
urally be expected to occur in Massachusetts.
12. Wilsoniaminuta Bon. (Myiotoctes minutus Baird.)
Small-headed Flycatcher. This little known and rather
doubtful species is said to occur in this State. (Ipswich,
Dr. T. M. Brewer; Berkshire County, Prof. E. Emmons.
Peab. Rep. Orn. Mass., p. 297.—Salem, T. Nuttall, Man.
Orns Vl. dy ps 2971.)
The Hooded Flycatcher (Wilsonia mitrata Bon. ; Iyi-
odietes mitratus Aud.) may be looked for in this State, as
it has been found in Connecticut and New York. Mr.
Kk. A. Samuels, in his recent list of the Birds of Massachu-
setts, (Agr Mass., 1863, Secy’s Rep., App., p. XXU,) gives
it as a rare summer visitor.
13. Pyranga estiva Vieill. Accidental. “Tyo were
taken in Lynn, after a severe storm, April 2lst, 1852.”
(S. Jillson, Proc. Ess. Inst., vol. 1, p. 224.)
14. Vireo noveboracensis Bonk White-eyed Vireo.
Summer visitant. Not very uncommon in the eastern
part of the State, where it breeds.
15. Cistothorus ( Telmatodytes ) palustris Cabanis. Marsh
Wren. Summer visitant. Rare.
16. Cistothorus stellaris Cab. Short-billed Marsh Wren.
Summer visitant. Not uncommon.
The Blue Gray Gnatcatcher (Polioptila cerulea Sclat.)
is said by Peabody to be found in Massachusetts, on the
.authority of Dr. Brewer, (Rep., p. 297.) Having been
found in adjoining States,—in New York north of the
latitude of Boston, as well as in Nova Scotia, and in Con-
necticut,—it may be looked for as a rare straggler from its
usual habitat. I have been unable as yet to learn of its
actual capture in this State. )
The Crested Chickadee (Lophophanes bicolor Bonap.)
though mostly a southern species, Audubon states (Orn.
Biog., vol. v, p. 472) is common in Nova Scotia, and
hence may be expected to occur here.
17. Parus hudsonicus Forster. Hudsonian Titmouse.
84 J. A. ALLEN, CATALOGUE OF
Occasional or accidental in winter. (Brookline, 8. Elliot
Green, Peabody’s Rep., p. 402.) Resident at Calais,
Maine, but not common. (G. A. Boardman, Proc. B.S.
Ne EL VOlc Ik, Da bau.)
18. Centrophanes lapponicus Kaup. Lapland Long-
spur. Winter visitant. Occasional, or accidental. (F.
W. Putnam, Proc. Ess. Inst., vol. 1, p. 210.)
19. Ammodromus maritimus Swain. Sea-side Finch.
Summer visitant. Common in the salt marshes along the
coast, where it breeds.
20. Ammodromus caudacutus Swain. Sharp-tailed
Finch. Common summer visitant in salt marshes, where
it breeds. Have taken it in the marshes of Charles River
the last week in October.
21 Chondestes grammaca Bon. Lark Finch. tarsi
brown. Abdomen with the first three segments tawny-
yellow, slightly mixed with blackish on the base of the
first seement; T emuining segments black. Beneath black,
sparsely clothed with pale hairs. Length 10 lines,”
Cresson.
female. Head and eyes as described in B. fervidus but
the antenne are longer and more slender; black in
front. The yellow band on the thorax is broader than in
the male; im some specimens there are a few yellow hairs
on the scutellum. The three basal rings* rf the abdo-
men are yellow above, and the basal one is often partially
black, the remaining rings black. First tarsal joint
fuscous, much larger than in B. fervidus. In the form of
the body this and fervidus are closely allied, ey being
flatter and a little longer than in the othe species.
Length 1.05 ; breadth, 45; expanse of wings lL. 85 inch.
The mea sureme sont given would indicate that this species
was the same size as ‘fervidus, but it is a little larger by
about .05 inch.
From want of specimens I am obliged to quote Mr.
Cresson’s description of the male. This is our least abun-
* For convenience of description in this paper I have practically ignored
thé fact that the basal ring of the abdomen is in most hymenoptera thrown
forward upon the thorax, as I have observed the passage to take place in
the semi-pupa state; hence what is in reality the second segment of the
abdomen is called in this paper the first or basal segment.
112 | PACKARD, HUMBLE BEES
dant species, being very rare in Maine, but growing more
abundant as we go southward. My specimens were col-
lected by Mr. Sanborn in the vicinity of Boston.
BomsBus TERRICOLA Kirby.
Male. Head broad and short, eyes narrow, as in
B. fervidus; the front is a little broader than in that
species but the eyes do not approximate so much
above; there are a few yellow hairs on the vertex,
and on the clypeus are a few yellow hairs mixed with
black. Front of the thorax yellow, as are the sides;
beneath black; no yellow hairs on the scutellum.
Basal ring of the abdomen black, the second and third
rings yellow, the remainder black, with scattered tawny
hairs around the tip. Legs much as in the male of B.
fervidus, but the basal joint of the tarsus is more arcuate,
being broader in the middle, and narrowing more rapidly
towards the base; they are black except the fuscous tarsi,
with Jong black hairs on the under side of the femora, and
the tips of the claws are black. Length, .65; breadth,
O72 Jich:
Compared with B. fervidus the antenne are nearly one-
fourth shorter, so that by this character it would be
easily mistaken for a worker, though the hairs are much
looser and more uneven than in the other sex.
Female. Head very broad and short, eyes of moderate
width, much as in B. pennsylvanicus; front black, dis-
colored with a few yellow hairs above and below the
antenne. There is a narrow line of black on the front
edge of the thorax; behind, and extending as far as the
insertion of the wings, is a yellow band; beyond, the
thorax and basal ring of the abdomen are black. Second
and third riigs of the abdomen lemon-yellow, the hairs at
the base of each ring honey-yellow; remaining rings
black with long loose fuscous hairs about the tips and on
the hind edge of the penultimate ring, the presence of
which easily distinguishes this species from B. pennsyl-
vanicus; beneath smoky black. Wings dark smoky, but
not so much so as in the other species. The legs are also
paler, but stouter with broader joints, while the femora
and the tibie are black with smoky black hairs beneath.
OF NEW ENGLAND. HS
The first tarsal joint is still more arcuate than in B. penn-
sylvanicus, and broader, while the remaining joints are
shorter and thicker and more fuscous. Length, .80—.85 ;
breadth, .45 inch.
Worker, length, .55—.60; breadth, .25—.30 inch.
This species replaces B. pennsylvanicus, in Maine
where it is one of the most abundant species. The females
are common early in the spring, while the workers
first appear in the middle of June. I have one worker
from Mr. Sanborn collected about Boston. It may be
easily mistaken for De Geer’s B. pennsylvanicus but it is
shorter, broader and somewhat smaller. In form more
regularly elliptical when seen from above than any of
the other species. The broad head, honey tint of the
basal abdominal rings, shorter antenne and especially the
fuscous hairs about the tip of the abdomen will further
distinguish it from De Geer’s species. Sometimes a few
yellow hairs are present upon the scutellum.
BompBus virainicus Fabricius.
Male. Head short and broad; the front being broader
and the eyes narrower than in B. fervidus; the joints
of the antenne are also a little shorter than in that
species; vertex of the head yellow; between this and
the insertion of the antennxw tho front is often black
but more often yellow, while the clypeus is covered
with black and yellow hairs. Whole thorax above and
beneath, the under side of the femora and basal joint of
the abdomen yellow, while the rest of the abdomen is
black. Beneath on the side of the abdomen are thin
yellow hairs; the basal yellow portion on the upper
side of the abdomen is indented on the mesial line of
the body. The legs are a little slenderer than in B.
fervidus, while the tarsal joints are more’ cylindrical,
longer, more dilated and provided with longer and
slenderer spines; black; tarsal joints tinged slightly
with fuscous brown, with fuscous hairs. The whole body
is shorter and broader, more elliptical, the abdomen
shorter, the sides converge more towards the acute
tips; the wings are paler and the hairs longer and hardly
so thick as in B. fervidus. The size of the male is equal
ESSEX INST. PROCEED. VOL. IV. O.
114 PACKARD, HUMBLE BEES
to that of the worker of B. fervidus. Length, .50—.55;
breadth, .25—.30 inch.
I have carefully compared male specimens from Maine
and Massachusetts in Dr. Harris’ cabinet labelled by him
“ Bombus impatiens Say Ms.” They do not differ from
undoubted males of B. virginicus, and I agree with Mr.
Cresson in considering it as a synonym of our cemmon
species.
I have taken the males very abundantly flying about
asters and solidagos during the middle of October, when
out of twenty males but a single worker of some other
species occurred.
Female. Head broader than in B. vagans, front black
with a few yellow hairs between the antenne, and less
than the usual number on the vertex. Thorax and basal
joint of the abdomen yellow above and on the sides,
black beneath; remainder of the body black. Wings
paler than usual. Legs with the tarsal joints longer than
in B. vagans; the first joint longer and slenderer, with
fuscous hairs on the edges, and the remaining joints
dilated more than in B. vagans; dark fuscous, with lighter
fuscous hairs. Length, .30; breadth, .42; expanse of
wings, 1.60 inches.
Worker. Length, .50; breadth, .20 inch.
BoOMBUS SEPARATUS Cresson.
Male. Head a little broader than in B. virginicus,
to which this species is very closely allied; the eyes
are large and full, and the front is narrower by one
third than in any other species; vertex yellow, the
tuft larger than in B. virginicus; a yellow tuft below not
reaching to the base of the labrum; both the maxille
and lingua are shorter than in B. virginicus; lingua
with a single circle of spinules near the tip, which last
is longer than in that of B. fervidus; the joints of the
antennee are shorter and more contracted in the middle
than usual. Thorax and abdomen colored as déscribed in
worker. Legs black; tarsal joints slightly tinged» with
testaceous; femora beneath thickly clothed with long
yellow hairs ; first posterior tarsal joint longer and narrow-
er, remaining joints much stouter, though no longer than
/
—
=
OF NEW ENGLAND. 115
in B. virginicus. Abdomen wholly black beneath. Length,
.65 ; breadth, .35 inch.
Compared with B. virginicus this species is considerably
larger; the head when seen from above is much broader,
eyes twice as large, outer edge of the fore wings straight-
er, making the wings more triangular, and they are a
little darker. In form the two species are very similar.
Worker. Head short and broad; the front is black, with
a transverse yellow tuft just above the antenns; the
hairs are remarkably short, dense and more glossy and
velvety than usual. Thorax ofa rich lemon-yellow above;
in certain lights, especially on the sides,, tinged with
pruinose. Two basal segments of the abdomen obscur ely
fuscous, intermixed at the base with yellowish hairs;
second ring most distinctly fuscous; remainder of the
abdomen black, with very short hairs. Length, .55;
breadth, .22 inch.
This species connects B. virginicus with B. vagans and
.B. ternarius, which last it resembles in its broad head and
compact body. The obscurely brick-red base of the
abdomen will serve to separate this species from B. vir-
ginicus, besides the smooth, glossy, velvety bloom which
is due to the short, evenly cut, dense hairs.
Mr. Cresson observes in a letter, “ that the second ring
of the abdomen varies from yellow to dark fuscous,
sometimes quite red. The hairs on the head are some-
times mixed with yellow on the vertex and sometimes
entirely black.”
Mr. Putnam collected a nest of over twenty workers at
Bridport, all of which had the second ring reddish above.
At another time a solitary male was captured which did
not differ from the workers. Anotber male was taken
near Boston by Mr. Sanborn.
BoOMBUS VAGANS Smith.
Male. In form and size closely resembling B. vir-
ginicus ; the front is wholly yellow. Black; thorax above
and beneath, two basal joints of the abdomen and the
under side of the femora yellow; beneath, on the side
of the abdomen to just before the tip are sparse yellow
hairs. Tarsi dark fuscous, with fuscous hairs. Wings
pale. Length, .55; breadth, .28 inch.
116 PACKARD, HUMBLE BEES
Compared with B. virginicus, the head is smaller,
antennee slenderer, front more yellow, and there are not
so many yellow hairs beneath the abdomen as in that
species, while the first tarsal joint is narrower and all the
joints are a little more fuscous.
Female. Wead a little narrower than usual; front dark,
with a yellow tuft above and below the antenne. Black;
thorax and the two basal abdominal rings pale lemon-
yellow. Abdomen wholly black beneath. Legs black;
femora beneath black; first tarsal and remaining joints
-black. Length, .65—.80; breadth, .28—.42; expanse of
wings, 1.04 inches.
Worker. Length, .35—.50; breadth, .17—.22 inch.
This species is full and plump. The larger sized
females have finer, denser hairs than the workers, where
they are more than usually loose and uneven. ‘These last
are often found with very pale yellow hairs.
In a colony of thirty workers collected at Warwick,
Mass., by Mr. Putnam, there occurred no special variation
except in the different shades of yellow on the fronts. It
is one of our common species, and occurred abundantly
the last of August in company with B. ternarius about
Chamberlain Lake at the head waters of the Penobscot
river. :
BoMBUS TERNARIUS Say.
female. Head broad and short; front broad with yel-
low tufts above and below the antenne. Black; thorax and
basal ring of the abdomen yellow; an irregularly defined
black band between the wings, sometimes produced behind
into a triangular point on the scutellum, extending to the
base of the abdomen; second and third abdominal rings
red; fourth yellow, and the tip black; beneath black, the
posterior edges of the third and fourth abdominal rings
provided with yellow hairs. Legs black; tarsi fuscous,
especially the inner side of the first joint; femora clothed
beneath with yellow hairs. Wings pale smoky, of the
same size and formasin B. vagans. Length, .70; breadth,
.32; expanse of wings, 1.30 inches.
Worker. Length, 40—.45; breadth, .17—.25 inch.
Male. “ Colored same as the female,” Cresson.
OF NEW ENGLAND. PEF
Compared with B. vagans, the legs are very similar; the
first tarsal joint is however not so broad and convex
without, while the remaining Joints are much the same.
In a nest of twenty-three specimens collected by Mr.
Putnam at Bridport, Vt., the scutellum was invariably
yellow. Most of these specimens have the fifth abdom-
nal ring red, so that there are three instead of two red
rings. In nearly every case the front of the head was
darker than above described, since by their pollen gather-
ing habits the longer yellow hairs easily rub off. It is a
common and widely distributed species ranging according
to Cresson from Maine to Utah, Puget Sound and Arctie
America, and southward to Pennsylvania.
I append the description of three additional species
described from Connecticut and New York by Mr.
Cresson.
BoOMBUS PERPLEXUS Cresson.
“ Male. Head black, with a tuft of pale hairs in front
below the antenne; vertex yellowish. Thorax bright
honey-yellow. Wings hyaline, apical margins faintly
clouded. legs black; base of femora beneath yellowish.
Abdomen with the three basal seements bright honey-yel-
Jow, the third segment having a slight admixture of black ;
remaining segments black. Beneath black, shehtly mixed
with yellowish. Length 8 lines.
Female and worker not seen.
One specimen, Connecticut. (Coll. Norton.)
This species closely resembles B. hudsonicus, but the
form of the body is more elongate and not so compact as
that of the latter species, and the color is much brighter.”
BomBus BIMACULATUS Cresson.
“ Male. Head black, mixed with yellowish on the face
and vertex. Thorax honey-yellow. Wings sub-hyaline,
slightly stained with yellowish. Legs black, clothed with
yellowish hairs, especially on the femora beneath. Abdo-
men with the whole of the first segment above, and the
second, except a few black hairs on the middle, and a
round black spot on each side, pale honey-yellow; the
fourth segment mixed with black and yellow; the third
~
118 PACKARD, HUMBLE BEES, ETC.
and apical segments black. Beneath yellowish, hairy. \q
Length, 7 1-2 lines.
Female and worker unknown to me.
One specimen, Connecticut. (Coll. Norton.)”
BoMBUS AFFINIS Cresson.
“ Female. Head black. Thorax in front and on the sides
yellow; between the wings black; scutellum, yellow.
Wings "fusco- hyaline. Legs black. Abdomen with the
whole of the first and the sides and posterior margin of the
second segments above yellow; remainder of the second
segment rufo-fulvous; remaining segments black; be-
neath black. Length, 8 lines.
Male. Colored the same as the female, except a slight
admixture of yellowish hairs on the vertex. Length, 8
lines.
Canada, (Saunders) ; and New York, (Coll. Norton.)”
APATHUS.
The genus Apathus may be distinguished from Bombus
by the males having broader fronts, and the tibiw being
convex instead of concave on the outer side, the whole
joint being rounder and thicker, while the first tarsal joint
is longer and not so convex on the posterior edge as in
Bombus, being very straight and oblong.
The females are more easily known by having very acute,
triangular, bidentate mandibles instead of having them spat-
ulate and three toothed as in Bombus. The head is also
shorter and broader; the front is much broader, since the
eyes are a little smaller, as are the ocelli; both the
clypeus and labrum are shorter and broader, and the
antenne are a little stouter. The tip of the abdomen is
larger, acute, the surface convex and not concave as in
Bombus, and the sides are flat, giving the tip a quadran-
gular form.
APATHUS ASHTONI Cresson.
This is the largest New England species yet discovered
and differs very considerably in its coloration from the
others.
female. The head is short and broad, the front broad
OF NEW ENGLAND. 119
and covered with short wholly black hairs. Thorax
lemon-yellow above, descending partially down the sides
in front of the fore WI1Ngs ; ” there is a short lozenge-
shaped black space, lying par tly on the hinder edge of the
meso-scutum and the anterior half of the scutellum,
while the hinder convex edge of this last piece is rather
broadly margined with yellow. The two basal rings of the
abdomen and half of the third are black, while the side of
the third is yellow; fifth ring black above, yellow on the
sides; tip naked, large, triangular, incurved, with an oval
depression on the upper side; beneath, the body is wholly
black. Legs stout, short, black: tips of the tibia fuscous ;
the inside of the first tarsal jomt partially, or in certain
lights, wholly deep fuscous; remaining joints dark fus-
cous; the fifth one including the claws darker than the
others. The wings are a little paler thanin A. elatus,
with black veins. Length, .75; breadth, .385; expanse of
wings, 1.45 inches.
T have taken several female specimens of this handsome
species during the middle and last of summer, at
Brunswick, Me. There is one specimen, “ No. 215,” not
labelled, in the Harris collection belonging to the Boston
Society of Natural History, which, as nothing to the
contrary is stated, must have been captured near Boston.
In size and form and partially in its colors it is similar
to B. fervidus, and is perhaps a parasite upon it.
APATHUS CONTIGUUS Cresson.
Male. Front black; vertex yellow; thorax and two
basal joints of the abdomen yellow ; body beneath, and the
five terminal joints of the abdomen black. Legs black ;
tarsi fuscous, the basal joint blackish except on the edges.
It very closely resembles B. vagans Smith, differing from
it by the nearly twice as_ broad front, which is black
instead of yellow, as in B. vagans, and the body is entirely
black beneath, where B. vagans has long yellow hairs.
Length, .67; breadth, .28 inch. (Mus. Comp. Zodl., Mr.
Norton. )
APATHUS CITRINUS Smith.
Male. Front black, a few greyish-yellow hairs on the
vertex. Thorax and four baso-abdominal rings covered
120 PACKARD, HUMBLE BEES, ETC.
with sparse greyish-yellow hairs, being very thin between
the wings, and on the middle of the fourth joint of the
abdomen; beneath black. The abdomen is at the ex-
tremity a little broader and more incurved than in the
preceding species. My specimen is very pale greyish-
yellow, Mr. Cresson however describes it as “ pale lemon
or greyish-yellow above and on the sides,” and it is most
probable that the specimen before me is hardly mature.
Legs, outer half of tibize, and tarsifuscous. Length, .55 ;
breadth, .28 inch. (Mus. Comp. Zool, Mr. Norton.)
APATHUS ELATUS Cresson.
Male. Very closely resembling B. fervidus Fabr. The
head is black, rest of the body, except a black band
between the wings, and the black tip of the abdomen
deep lemon-yellow. Wings much darker than in the pre-
ceding species. Legs black, sometimes dark fuscous;
femora clothed with yellowish hairs beneath. The extreme
tip of the abdomen has a few fulvous, or yellow hairs.
Distinguished from B. fervidus chiefly by the black front.
Length, .65—.85 ; breadth, .25—,.35 inch,
NEpHOPTERYX Hiibner.
NEPHOPTERYX EDMANDSII nov. sp.
Cinereous, with a decided purplish hue. Head, an-
tenn, thorax and abdomen rather pale cinereous, con-
colorous, without any dark scales; palpi much darker at
the tips and on the outer side; within paler. Fore wings
with two transverse parallel lines; the inner one a little
outside of the basal third of the wing; blackish, diffuse,
angulated just before the costa, straight below; a slight
blackish discal dot ; the outer sub-marginal line is situated
on the outer fourth of the wing; it is dark within, the outer
half pale, straight, angulated acutely opposite the discal
dot; not angulated in the costa; just within this line and
in front of the discal dot there is a pale patch, free from
the dusky scales. An obscure marginal row of dots, the
apical one much larger than the others. Fringe pale cine-
reous, Secondaries, abdomen and legs uniform pale shiny
OF NEW ENGLAND. 4 |
cinereous ; the former paler towards the internal edge ;
beneath both wings are nearly concolorous, the primaries
a little darker however, but without any markings.
Length of the body, .37; expanse of wings, .75 inch.
Larva. Body cylindrical, tapering slightly towards
each end. The head is of moderate size and somewhat
flattened as usual, presenting the usual semi-elliptical
form ; the three simple eyes are placed in nearly a straight
line parallel with the anterior edge of the pro-thoracic
ring. The pro-thoracic (cervical) shield is sub-lunate ;
each of the two succeeding rings is impressed by three
transverse lines, forming four transverse ridges. On the
abdominal rings there is but one of these impressed lines
like the suture between the different rings, except that it
extends only as far as the sides of each ring; like the
sutures they are roseate flesh-colored; there are two
sub-dorsal rows of minute setiferous tubercles, one on each
elevation of the ring; and a similar lateral row; the
pleural region is raised considerably ; of the nine stig-
mata, the pro-thoracic one and the last abdominal one
are the largest, and the pro-thoracic stigma is placed a
little below the line of the others ; the supra-anal plate
is seml-oval ; ten pairs of rather short abdominal (prop-)
legs. Ofa pale flesh-color with the lnes and _ sutures
deeper roseate. Length, .45; breadth, .08 inch.
These larvee were observed Jan. 16th, twenty or more in
number, in a box containing the remains of a nest of
Bombus fervidus taken during the previous fall at Warwick,
Mass. The larve had eaten up all the cells, and while
some were spinning their thin cocoons, which were very
slight compared with those of Galleria, the honey-bee
moth, others had died for want of food.
Pupa. ‘The body is obtusely spindle-shaped, since the
upper and under sides are continuously convex from the
head to the tip of the abdomen. Head prominent, the
front convex; epicranial piece large and broad, convex
behind, on the sides deeply excavated for the insertion
of the antenne; the clypeus nearly round, being convex
- behind and on the sides, which narrow towards the square
slightly concave front; in front of the clypeus is the
transversely narrow labrum which is a little produced in
ESSEX INST. PROCEED. VOL. IV, oP.
122 PACKARD, HUMBLE BEES, ETC.
front and obtusely pointed; in front are two triangular
pieces, united for a slight distance along the mesial line,
but they soon separate to allow the base of the maxilla
to pass up between them; these last are very long and
slender, and with the legs and wings extend down to the
anterior edge of the fifth abdominal ring; the forewings
are long, narrow and acute, the outer edge very oblique,
and continuous with the hind edge; the pro-thorax is
short, excavated in front, with a slight mesial tooth; the
hind margin convex, with a mesial excavation corres-
ponding to the tooth in front; there is a mesial ridge
on the pro- and meso-thorax; the meso-scutellum is sol-
dered in front without suture, behind acutely pointed ;
behind is (probably) the post-scutellum, transversely
linear, but distinct; meta-thorax as usual, square behind;
the second pair of wings are visible at their insertion and
along the hinder edge. Ten abdominal rings very equal
in length, minutely punctured, smooth on the emarginated
hind edge; from the fifth, the tip slowly becomes conical ;
the extreme tip is rather obtuse, not spinous, but with a
few hairs. In color it is of the usual reddish testaceous
tint, but paler than usual. Length, .384; breadth, .08 inch.
The year after this larva was discovered at Warwick, Mr.
Putnam raised it from the larve found in bees’ nests at
Bridport. This species is respectfully dedicated to Miss
A. M. Edmands of Cambridge, who was the first to draw
attention to its interesting habits. In this respect it differs
much from other species of the same genus. Ratzeburg
in his “ Forstinsecten” figures two species which feed on
the pine leaves, and Dr. Clemens* describes the habits of
two species which feed upon the American Elm.
MicroGasTER Latreille.
MICROGASTER NEPHOPTERICIS Nov. sp.
Male. The body of this species is black with pale and
black-brown legs. The eyes are provided with short scat-
tered pale hairs thickest around the margin like those on
*Proc. Acad. Nat. Sci. Philad. p. 205. 1860.
aes ee
OF NEW ENGLAND. 125
the head, which is wholly black. The surface is finely
punctured, and the front is covered with fine hairs, espec-
ially thick on the middle of the clypeus where they form
two lines of silvery hairs pointing inwards, while the lines
themselves diverge outwards, thus forming a triangular
space, and below is another triangle of silvery, but much
shorter hairs on the labrum; the four sub-equal jointed
labial palpi are pale testaceous; the basal joint darker ;
the three-joimted maxillary palpi have the middle joint
pale, the other two darker. The surface of the black
thorax is hardly punctured, but finely and irregularly
striated. The pale white wings contrast with the black
body; patagia pale testaceous; base of the wings black,
nervures pale; the marginal one darkening towards the
blackish pterostigma which is a little paler in the middle.
Legs black at their base; outer two-thirds of first pair,
outer half of second, and tip of third pair of femora pale ;
fore and middle tibiz and tarsi pale, hind pair pale on the
basal two-thirds; the hind tarsi dark; all three pairs of
claws blackish. Abdomen black, with a few pale sparse
hairs. Length of body, .13; breadth, .03; length or one
primary wing .09 inch. |
This species agrees well with the typical European
species in most respects. The antenne are 18-jointed,
and the joints are long cylindrical, impressed in the sae
by aslight constriction. The neuration is ike Ratzebure’
figure of M. flavilabris, but the pterostigma is a little
bre oader, and the outer cubital cell is still more incomplete,
no traces of the third and outer side of the minute trian-
gular cell bemg present.
‘wo males found by Mr. Putnam to be par asitic on the
species of Nephopteryx described above, were raised by
him while at Bridport, Vt.
Conorps Linneeus.
The history of this genus is very fragmentary. I quote
from Westwood’s “ Modern Classification of Insects” a
summary of what was known in regard to its habits up to
the date of the publication of that work. “These insects are
° 7
vA Gh ove ea
os
124 PACKARD, HUMBLE BEES, ETC.
generally prettily colored, and are met with upon plants and
flowers. The species are parasites in the larva state upon
bees, as first discovered by Baumhauer. Latreille also.
states that the Conops rufipes undergoes its transforma-
tions in the interior of the abdomen of living humble bees,
escaping at the margin of the segment, having reared four
specimens of the Conops in a box in which he had placed
some of the Bombi; and Messrs. Lachat and Audouin
have published an interesting memoir upon an apod larva
found in the intestines of Bombus lapidarius which La-
treille attributed to this species of Conops. M. Robineau
Desvoidy has also observed a species of Conops pursuing a
Bombus with great patience, and flying on it several
tines (Comptes Lendus de ’ Acad. No. 23, 1836), as has
also M. Dufour, who, moreover, possesses a Bombus terres-
tris from the anal part of which a Conops rufipes is depen-
dent, the swollen extremity of the abdomen of the latter
being retained within the former. (Ann. Sc. Nat. Jan.
1837.) I have also frequently observed Myopa atra flying
about sand-banks in which were the burrows of various
bees.” Vol. 1 p. 560.
I translate two passages from the memoir of Messrs.
Lachat and Audouin*, referred to above, which describe
the larve and their habits. “ A white, very soft and foot-
less larva (figs. 1, 2,3, 4,) was found the 7th July 1818,
between the ovaries above the stomach, between it and
the sting and under the dorsal vessel of a Bombus lapida-
rius Fabr. which was deprived of its fat; it had eleven
rings, a long neck, a mouth, two lips, two hooks and
several papille dependant from the skin; the rest of
its body was distended, a little furrowed above and be-
neath, by a longitudinal series of points grouped usually
three by three on the side of each ring, which likewise
appeared plainly constricted.. The extremity opposed
to the mouth, corresponds to the rectum of the Bombus,
has an anus slit vertically, and two more elevated lateral
plates, placed near each other and very curious in their
organization and their importance. It bears much resem-
*Mémoire sur une larve apode trouvée dans le bourdon des pierres. Mém.
de la Soc. d’Hist. Nat. 1828. Tom. 1. p. 826-339. avee fig.
OF NEW ENGLAND. 125
blance to Dipodium apiarium of Bosc, and is like several
dipterous larvee described by Réaumur (Mémoires, tomes
Ivand v.) M. Latreille refers it to Conops rufipes of
which he has found four individuals in a box in which he
had placed some Bombus terrestris Fabr.”
“This larva, then, passes its first three stages, lodged
directly within another insect, there living upon the fats,
and receiving like most dipterous larvee, through its pos-
terior openings, an abundant supply of aur, that another
being inspires for it. Already has M. Dumeril surmised,
that from the curvature of its abdomen, the Conops must
lay its eggs within the body of some other insect.”
The larvee are represented by the authors as being flask-
shaped, convex above, flattened beneath, with the anterior
portion of the body ‘elongated and very slender; while
upon the obtuse anal extremity are placed the crescentic
respiratory organs.
We have nothing new to communicate respecting the
habits of this genus, but merely to note the occurrence of
a@ species which is parasitic either upon Bombus vagans
Smith, or B. fervidus Fabr. Unfortunately the specimen
died while issuing from the body of the bee so that the
wings were not expanded and the colors were not devel-
oped; and since a colony of each of the two species above
mentioned were pinned in the box, itis uncertain upon
which species the Conops was a parasite.
In the dilapidated specimen, which Baron Osten Sacken
has referred to the genus Conops after reading my descrip-
tion, the large eyes do not meet on the vertex, but their
opposite edges are straight and parallel, leaving the front
of the head between them of even width above and below,
and as wide as the breadth of either of the eyes; the
front is deeply excavated for the reception of the antenna,
on each side of a triangular prominence ; the antenne
are apparently three-jointed ; the first very long, square,
and truncated at the tip; the second is a third shorter
than the basal joint, but broader and conical, and contin-
uous with the slender, minute, acute third joint ; the pro-
boscis is very long, reaching nearly to the tip of the abdo-
men and clavate at the extremity. The abdomen is
apparently somewhat shrivelled, and iy cylindrical, the
126 PACKARD, HUMBLE BEES, ETC.
tip a little obtuse and incurved. The legs are large and
long, with stout joints and strong claws ; the femora are
dilated, the tip of the tibize much enlarged; and the
tarsal joints are broadly triangular.
Notes on an unknown larva allied to that of Volucella.
Westwood (Intr. 1. p. 558) states that the “ larve of Vol-
ucella reside in the nests of Bombi and Vespz, upon the
larve of which they subsist ; they have the body long, nar-
rowed in front, transversely wrinkled, with fine lateral
points, and the tail armed with six radiating points ; the
mouth is armed with two bifid mandibles, and with three
pairs of tentacula.” The pup of this genus have not
been described, DeGeer figuring only the larva and imago
of V. bombylans (Mém. tom. vi. tab. 8. fig. 4—9; and see
Réaumur, Mém. tom. iv. pl. 33.)
Several nests of Bombus fervidus and B. vagans were
found by Mr. Putnam to be infested by larvee which it
will be seen agree in many respects with the above
description of those of Volucella.
They were 13-jointed. The terminal triangular portion
appears to consist of a single ring, though in reality made
up of three segments soldered together. In form the
larvee are oval lanceolate, narrowing in front, and the
dorsal surface is convex continuously from the head to
the anal tip, and beneath flattened; with two dorsal and
two lateral rows of stout bristles spinulated at the base.
The head is broad oblong, flattened from above; it is
nearly as long as the pro-thoracic ring, and two-thirds as
broad; very square in front, the sides are parallel and very
slightly convex, arising from the front edge of the head,
and above the mouth are two minute sete which do not
appear to be jointed, or to differ structurally. from. the
other spinules upon the surface of the body, except
that they are simple; these are all the appendages to the
head that can be seen when the mouth is retracted; in
one specimen however where the mouth is partially
thrust out there is seen attached a v-shaped organ (max-
illee ?) such as are described as occurring in Volucella ; on
= a
wae
OF NEW ENGLAND. 197
each side and near the base of the head is a convex raised
vertical ridge, with its edge armed with obtuse short
spines which probably protect a simple eye situated at the
bottom of the depression. The middle of the body is
nearly twice as wide as the pro-thoracic ring. All the
rings are separated by weil defined sutures; they are
convex, and angularly so on the sides; the spines are
very equal in length, the two dorsal rows approximate
and are rather remote from the two lateral rows; the
tip of the abdomen, which, judging from the three pairs
of spines, is originally composed of three rings, is semi-
ovate, triangular in form, suddenly flattened above; at
the base is a pair of obsolete spines; the remaining spines
are longer than those on the front of the body, radiating
outwards, but hke them are armed at the base with three
or four pairs of obtusely bifurcate spinules which stand
out stiffly at right angles to the spine itself; the lon-
gitudinal anal opening is protected on the sides with
minute obtuse spines; on the under side of each ring
of the body, with the exception of the terminal one, are
two transverse angulated ridges; the front one smooth,
while the posterior ridge is provided witha single row
of minute teethlike spines. The larve are of a dirty pale
flesh color. The head is concolorous with the rest of the
body and of but little harder consistence. Length, .36;
breadth, .10; height, .07 inch.
While bearing a general resemblance to the larva of
Volucella as figured by Westwood, they differ in being
much narrower, very hairy, or rather spinulated, and. the
terminal portion of the body is not provided with stout
spines as in Volucella, but is continuously hairy with the
rest of the body.
I quote in this connection notices by Westwood of
other dipterous genera which are parasitic on wild bees,
with the hopes of stimulating observers in this country to
search for these interesting parasites in the nests of
American wild bees.
“Some species of Anthrax were supposed by Latreille
to be parasitic on bees, while Réaumur (Jém. tom. vi. pl.
27. fig. 13) figures Anthrax morio, of which he observes.
“ Plusieurs mouches de cette espéce ont été tirées d’un
128 PACKARD, HUMBLE BEES, ETC.
nid creusé dans le bois”. p. 290. “ All these authors
have, however, overlooked the direct observations of
Schaffer, who has figured the larva, pupa and imago of
Anthrax ornata (or a closely allied species) as one of the
parasites in the nest of the Mason bee (Megachile muraria)
(Abhand. v. Ins. vol. 11. pl. 5. figs. 11, 12, 13.)”
“M. V. Audouin has confirmed in his unpublished obser-
vations the parasitic habits of Anthrax morio by rearing it
from the nest of an Anthophora. He has given me one of
the exuvie of the pupa, which retains its previous pupa-
form, and exactly resembles the pupa of Bombylius. He
remarked that the Anthrax makes its way out of the cell
of the bee, immediately before assuming the perfect state,
by the assistance of its dorsal spines, in the same manner
as Cossus. I have also found exactly similar exuvize in
the nest of Megachile muraria.” p. 534.
The muscid genus Tachina besides attacking parasitically
grasshoppers, caterpillars, the larvee of saw-flies and other
insects, 1s known also to frequent the burrows of the
smaller species of wild bees, such as the Andrenide.
ANTHEROPHAGUS Latreille.
ANTHEROPHAGUS OCHRACEUS Melsheimer.
Female. Pale testaceous honey yellow, with darker
antennee, legs, and elytra; the head and pro-thorax above
and beneath are honey yellow; the anterior two-thirds
of the head, pro-thorax and elytra is covered with very
fine yellowish hairs arising from the fine punctures which
cover the upper part of the body; the antennz are also
very finely haired; on the head the minute hairs are
arranged longitudinally; while upon the pro-thorax they
all converge to a mesial point near the hind edge of the
pro-notum. ‘The elytra are a little darker especially along
the suture. The ends of the antennal joints, the base of
the coxe and tibie, and tip of the terminal joint of the
tarsi are black. Length of the- body, .16—.18; breadth,
-06—.08 inch. :
This species was identified for me by Mr. F. G. Sanborn
of Boston. He informs me that the species is common
OF NEW ENGLAND. 129
on the flowers of the sweet briar and other Rosacez,
but that my female specimen is much larger than usual.
Hence the above description will not be out of place.
Both at Warwick, Mass., and at Bridport, Vt., Mr. Put-
nam found several nests of bees infested by this beetle.
Though it is probable from the fondness which these in-
sects manifest for the sweets of flowers, that they visit the
nests of the bees for the purpose of consuming the honey
stored up within them, we do not as vet know the extent
of the injury they cause, or whether in their early stages
of growth they are not true parasites.
Larva of MELOE ANGUSTICOLLIS Say.
This insect, as 1s well known, is parasitic in its early
larval stage on the bodies of wild bees, and dweils as a
pupa in their nests. I have found them several times upon
the bodies of Bombus, Halictus, and Andrena, with their
heads plunged in between the head and thorax of their
victims. During the flowering of the willows in April, I
have found them in abundance upon the flowers, while
those bees which had evidently brought them there were
more or less infested by them. I have tried in vain as
yet to rear the larve by feeding the bees with sugar.
They are comparatively hardy and with proper care in
changing the bees as fast as they die can most probably
be raised to maturity. They are very active in their
habits, very quickly deserting the halfdead bee for a
newly introduced and more lively one.
I would here venture to suggest that there is nothing
very abnormal in the development of this genus of Coleop-
tera, so far as concerns the different forms of the young ;
judging simply from the form of the semz-pupa figured by
Newport, which is called by him and previous observers
a distinct form equivalent to the larva and pupa form, I
would suggest that that stage is simply the beginning of
the pupa form,
In studying the development of Bombus, I have ascer-
tained that the semi-pupa takes on a most remarkable form,
intermediate between that of the worm-like larva and the
ESSEX INST. PROCEED. VOL. IV. Q.
«*
-
j
(
-
130 PACKARD, HUMBLE BEES, ETC.
matured pupa; but the transitional forms between show
that they gradually merge together. Owing to the great
rapidity with which the pupa is developed beneath the
larval skin which in most insects is hard and thick, the’
intermediate stages pass on so rapidly that we know really
little about them.
The “ semi-pupa,” as it may be called of Meloe has not
been compared with the similar stage in other Coleoptera,
_of which we know almost nothing, hence it is not to be
wondered at that so philosophic and acute an observer as
Newport should call the immature pupa of Meloe,a fourth
stage of existance, intermediate between the larval and
yupal.
The specific characters of our larva can be best brought
out by comparing it with the figure of Newport.* It is
shorter and broader throughout. The head and thoracic
rings are together longer than the abdomen, which is
shorter and more ovate than in the European species;
the head is longer and the pro-thoracic ring is longer
than the two succeeding rings, where, according to New-
port’s figure, it is a little shorter than the mesial thoracic
ring; the two hinder rings also dilate more on the poste-
rior edge, as do the abdominal rings; the setz attached
to the hinder edge of each abdominal segment, which are
large and conspicuous in Newport’s figure, are in our
species minute, and the terminal sete are shorter; the
legs of our larve are a little stouter than in the species
referred to. Its color in the young is very pale, becom-
ing in the full sized individuals nearly black. Length, .06;
breadth, .02 inch.
Notice of StyLops CHILDRENI Gray.
I was fortunate enough during the past spring and after
this article was presented to the Institute, to discover the
male of this species.
According to Westwood (Modern Class. Insects) this
species was discovered in the abdomen of a species of —
* Trans. Linn. Soe. Vol. 20, tab. 14.)
OF NEW ENGLAND. 131
Andrena, carried to England from Nova Scotia, which was
in the collection of Mr. G. B. Sowerby; it was figured by
Prof. Westwood and with many details formed plate 59 of
Griffith’s Cuvier, Part Insects. Though named by Mr.
Gray, no description has ever been made. The insect has
not subsequently been noticed by observers in this coun-
try.
On the 29th of April I captured an Andrena placida
Smith flying about the flowers of the Mezercon. This
specimen was stylopized, and flying briskly within the
nest and in company with the bee wasa male Stylops,
which agrees in all respects with Westwood’s figures, ex-
cept that he does not represent the abdomen as being long
enough. Ina few hours my specimen died, and its abdo-
men long and flexible, which the insect had kept in con-
stant motion, opening and shutting its large and broad
anal forceps, soon partially dried up, then resembling more
Westwood’s figure which must evidently have been taken
froma dried specimen. The whole body, the antenne
and appendages of the mouth were velvety black; abdo-
men slightly brownish ; legs and anal forceps pale resinous
brown; the tarsal joints, and tips of tibiew pale testaceous.
I have little doubt but that this male was at the time of
capture adhering to the body of the bee in order to unite
with the wingless female within the abdomen of the bee,
and thus the use of the long flexible abdomen and large
terminal forceps are obvious.
Is the wingless specimen a pupa, or female? That it is
a female, and was destined in about six weeks to produce
immense numbers of young there can be httle doubt.*
I proceed to notice a female and young discovered dur-
ing the preceding year.
On the 18th of June while collecting Hymenoptera
which were feeding upon the flowers of the garden Rasp-
berry I captured an Andrena vicina Smith, which was
stylopized. Near the middle of the abdomen, on the upper
side, projected from between the rings, the flat triangular
head of the female. Upon drawing out the whole body,
* During the middle of May I captured two more of the same species of
Andrena, each with a female Stylops within its body.
132 PACKARD, HUMBLE BEES, ETC.
which was very extensible, baggy and full of a thin fluid,
I examined it under a high power and found multitudes,
at least three hundred, of very minute, dust-like Stylops
larve issuing in every direction from the body of the
parent. Most of them issued from near the head, over
which they ran, as they must do when the parent is in its
natural position, in order to get out upon the surface of
the bee. The soft body of the female rapidly dried up,
causing the death of many of the larve, and as I was un-
able to rear them, my only object in mentioning them now,
is to describe briefly the appearance of the female and the
young at the time of birth. It appears therefore that the
female does not lay eggs, but is viviparous. Siebold was
the first to show that the females were such, though ap-
terous, wormlike, of so abnormal form and so different
from the winged male; and it seems a little strange that
Westwood and others should call this form a “ larva”
when they plainly perceived that its body was filled with
the newly hatched young. The head of the single female
that fell under my observation resembles very closely the
figures of Newport in the Linnean Transactions; it is
flattened, triangular, nearly equilaterally so, with the apex
or mouth-region obtuse, and the two hinder angles each
containing a minute simple eye ; the larger part of the head
above consists of the epicranium, which is narrowed in
front and its edge convex; no clypeus, or labrum can be
distinguished ; the mandibles are also obsolete, being two
flattened portions lying in front of the “ gena” and sepa-
rated from that region by a very distinct suture ; the mouth
is transverse and opens on the upper side of the head,
while in front lies the rather large labium, and the rounded
papilliform maxillee.
The larve are in form linear elliptical; head semi-ovate,
while the tip of the abdomen is truncate. The sides of
the body are continuous, there being no suture between
the segments; seen laterally the larva is thickest at the
meta-thoracic ring. Two simple eyes are lodged near the
base of the head. The body is so transparent that the
intestine can be traced easily to just before the tip, where
~ it ends in a cul de sac. The two anterior pair of legs are
much alike ; coxe short; femora and tibie small, cylindri-
OF NEW ENGLAND. de
cal; asingle slender tibial spur; tarsi consisting of a single
clavate joint equalling the tibia in length, much swollen at
the tip, where no claws can be discovered; the hind tarsi
are longer, very slender, two jointed, the terminal one being
bulbous. The pair of terminal stylets inserted in the four-
teenth and terminal joint of the body are a little more than
one half the length of the body. The whole body, espe-
cially the abdomen is partially covered with long setose
scales, which project from the side of each ring. In color
the body is pale grayish.
In their movements these infinitesimal larvae were very
active, as they scrambled over the surface of the body of
the parent or of the glass slide, holding their caudal sete
nearly erect.
Notes on a new species of Anthophorabia parasitic on the
Leaf-cutting Bee, and a new genus of Myrmarides
probably parasitic on the former.
In Westwood’s “ Introduction to the Modern Classifica-
tion of Insects,” we find the following notices of chalcid
parasites on wild bees and wasps. “ Pteromalus apum
ig parasitic gregariously in the nest of the mason bee. A
brood of Encyrtus varicornis was obtained by Esenbeck
from a cell of Humenes coarctata. Réaumur has described
and figured (Mém. vi. pl. 20, fig. 2, and pl. 21, fig. 3,) a
species of Chalcis, which is parasitic in the nests of the
American wasp (Lpipone nidulans) and which he regard-
ed as the female of that wasp.” Westwood also mentions
that Monodontomerus lives in the nests of Osmia, the ma-
son bee; and on the authority of Audouin states that the
same genus Is also “ parasitic in the provisioned nests of
Odynerus, Anthophora and Osmia. The male has most
singular antenne, and minute rudiments of wings, so that
it does not quit the cell.”
Newport* has given us many new details of the history
of the wild bee parasites. He states that the larve of
Monodontomerus are flat, very hairy, and spin silken co-
>
* On the Anatomy and Development of certain Chalcidz and Ichneu-
monidge. Trans. Linn. Soc. Vol. 21, 1855.
134 PACKARD, HUMBLE BEES, ETC.
coons when about to pupate. The imago appears about
the last of June, perforating the cell of the bee. The lar-
va is an “ external feeding parasite” consuming the pupa
as well as the larva of Anthophora. Very full information
is given concerning the habits and structure of two spe-
cies of anew genus of these minute parasites, which he
calls Anthophorabia. The males differ remarkably from
the females, especially in having simple eyes instead of
compound organs of sight, besides the usual three ocelli.
We were tortunate enough in cutting open the cells
of Megachile centuncularis, brought by Mr. Putnam from
Bridport, Vt., to find that nearly a dozen were ichneu-
moned by these parasites. There were counted in one cell
upwards of one hundred and fifty of the larve; whereas
Mr. Newport only found thirty to fifty in a cell of Antho-
phora. A few perfect females had hatched out, it being
the middle of October, and there were besides a few pupa,
but the large majority were larva which have survived
the winter as such, so that a new and much larger spring
brood of the Chalcids must appear, when it is to be hoped
we shall have an opportunity of describing the male.
The larve were all clustered upon the outside of the
dead and dry Megachile larva.
Upon one of the female Anthophorabia I accidentally
. discovered an exceedingly minute Proctotrupid, one-nin-
tieth of an inch in length, which I am unable to refer to
any known genus, and which will be found partially
described on a following page; it is highly probable that
it is an egg-parasite, as are most of the Mymaride, to
which section it properly belongs; and it is not too large
to live in the eggs of the Anthophorabia, small as the last
named insect is.
ANTHOPHORABIA MEGACHILIS nov. sp.
Female. The head is very stout, broad and flattened
posteriorly ; the front is rounded ovate, narrowing a little
anteriorly ; the occiput is very distinct, and its vertex is
very considerably elevated and slightly angulated; above
the ocelli-bearing piece it is linear, but towards the eyes
widens out into a linear triangular portion ; in front, is a
OF NEW ENGLAND. 135
tranversely oblong piece bearing the three ocelli; in front
of this is a smooth triangular area which rapidly contracts
to a narrow line which connects this area with the ante-
rior portion of the epicranium, thus dividing the front
region of the head into two lateral halves composed of the
large broad pieces, unusually developed in this genus,
which bear the ovate eyes; the anterior portion of the
epicranium is narrow triangular, and its surface is very
convex; clypeus very short, tranversely linear oblong ;
the mandibles are long and narrow, their tips very acute
and slightly incurved ; antenne nine-jointed ; second joint
nearly as long as all the remaining ones collectively, a little
dilated beyond the middle, but not bent so much as in A.
Jasciata Newp.; the succeeding four joints are shorter and
more closely united together than in A. fasciata and the
three terminal ones are united apparently into a single
jot more acute than in the European species. Thorax
and abdomen much flattened, hardly convex above; pro-
thorax longer than broad, triangular; meso-scutum very
small, trapezoidal, the sides converging a little towards
the scutellum, which is larger than the scutum, oblong,
twice as long as broad, the sides very exactly parallel and
a little convex behind next the curved transversely oblong
post-scutellum; on each side is a linear oblong parapsidal
piece, and the parapsidal pieces on each side of the
scutum are here especially marked, occupying a space
larger than the scutum itself; meta-thorax narrow, small,
shorter than broad. The fore wings have the costa divided
into three convex portions of which the basal third is
most convex ; the sub-costal nervure follows these convex-
ities, terminating nearly at the outer third of the wing,
directed inwards at its extremity towards the middle of
the wing, being more incurved than in A. fasciata. Hind
wings nerveless, lanceolate, obtusely angulated in the
middle of the costa, apex sub-acute. The legs are rather
long and slender; cox long; femora, especially the hind
ones, considerably swollen ; tibiz long, slender, not dilated
at the extremity, with very slight and unequal spurs ;
tarsi five-jointed, slender, of very equal length, not dilated
at the extremity, hairy and having the tip of each joint
provided with a slender spine. The six-jointed abdo-
136 PACKARD, HUMBLE BEES, ETC. -
men is flattened, oblong, ovate, the sides quite paral-
lel ; tip a little obtuse ending in the slightly exserted
ovipositor which is only visible from beneath. The body
is of a uniform pitchy blackish brown including the entire
head and antenne. The legs are of a uniform pale testa-
ceous honey yellow. Length, .04 inch.
Pupa. Side view. Head and thorax very exactly
equal in length to that of the abdomen. The head is very
narrow, and the rather long ovate eyes are situated nearly
midway between the vertex and the anterior edge of the
‘“oena” near where the antenne are inserted. The thorax
is bent at nearly right angles to itself a little in front of
the middle; the terminal half of the antenne lie near and
parallel to the wings and the middle pair of long slender
legs, which last reach to the middle of the abdomen. The
first pair of legs are seen bent upon themselves midway
between the insertion of the wings and the head; only the
femora and tibiz are visible, the tarsi being laid under the
antenne and the front of the head. Only the first pair of
wings are visible, being inserted just half way from the
vertex of the head to the base of the abdomen; they are
long and narrow oblong, and in length equal the distance
from the vertex of the head to a point parallel with the
base of the abdomen. From under the tip of the wings
proceed the tarsi of the last pair of legs, which terminate a
little beyond the basal third of the abdomen; they are a
little incurved towards the middle of the sternal surface.
The meso-scutellum is distinctly seen, and is quite sepa-
rate from the meta-thorax, when the body of the pupa is
slightly contracted. In outline, the abdomen is elongate
oval; the pleural line between the tergum and under side
runs diagonally from the tergum of the base to near the
tip. The minute, slender ovipositor surrounded by the
pupal membrane projects considerably beyond the tip.
It differs very considerably from Newport’s figure of
the pupa (side view) of A. fasciata. The head is larger
and the vertex much lengthened, rising up beyond the
thorax which is stouter and bent at right angles to itself,
while in A. fasciata it is simply convex. The wings are
laid straight upon the side of the body, while in A. . fasci-
ata they are directed a little forwards.
Es ,
OF NEW ENGLAND. bes wi
Seen from below, in its general outline, the insect is
long, narrow, elliptical ovate. The head is ovate, being
longer than broad, and narrowing in front of the eyes; the
vertex 1s very high and convex; eyes remote, the interme-
diate space broad and curvilinearly ridged just within the
eyes ; between the insertion of the antenne and the eyes
is a broad space; the antenne are inserted near the ante-
rior fourth of the front of the head; they are elbowed at
the end of the second joint, which projects ata right angle
beyond the head, thence they are folded upon the ster-
num, converging - slightly, and their very acute tips reach
to just before the coxa of the second pair of legs. All
the three pairs of coxe are visible. The forelegs termi-
nate at the second pair of coxa. ‘The ovipositor seems as
if a continuation of the mesial ridge, and is nearly one-
third the length of the entire abdomen.
Larva. Body short and thick, fourteen jointed, cylin-
drical, both extremities much alike ; the larva assumes a
lunate form, the head being inclined towards the tip of the
abdomen, which is likewise incurved ; the head is conco-
lorous with the rest of the body, which is pale, pearly
white; the rings are shghtly convex, with no Jateral raised
line; terminal anal segment orbicular and rather large.
Length, .04 inch, being one-third as broad as long.
PTERATOMUS* nov. gen.
This genus will be easily distinguished from Anagrus,
to which it is nearest related, by the obtusely conical
abdomen and the narrower linear wings. The generic
characters laid down by authors are so scanty that the
comparison with other genera of this group cannot be car-
ried farther. n the figure, a side view of the insect is giv-
en, and the following description is made from the insect in
that position. Owing to its minute size the single speci-
men was unfortunately lost from the glass slide before a
complete description could be prepared. Hence I am
unable to state the number of tarsal joints, or the exact
* From the Greek pteron, a wing, and atomos, an atom.
ESSEX INST. PROCEED. VOL. IV. R.
138 PACKARD, HUMBLE BEES, ETC.
number of the antennal joints, since they could not be
distinctly made out with the light used; the figure repre-
sents the insect when magnified 250 diameters. It will be
noticed that one of the forewings is fissured, while the
other is undivided, but has the base of the inner edge of
the wing dilated into a tooth-like expansion, at a point
corresponding to the origin of the lower branch in the
other wing. Iam inclined to think that the simple wing
is the normal form. The fact that one of the wings is
fissured is interesting as showing the tendency of the wings
of alow Hymenopterous insect to be fissured like those
of Pterophorus and Alucita, the lowest Lepidopterous
genera. In the figure I have not attempted to place the
wings in their natural position. It will also be noticed
that the right hind tibia and tarsus were wanting in the
specimen The species, which so far as I am aware ts
undescribed, is dedicated. to my friend Mr. Putnam, who
has enabled me to bring it to the notice of entomologists.
PTERATOMUS PUTNAMII nov. sp.
Male. Side view. \ Head very large, equalling the tho-
rax in size, but surpassing that of the abdomen; in out-
line sub-rhomboidal, five sided, the vertex being equal in
length to the under side of the head; the greatest length
of the head is from the base to the obtuse point in front
of the eyes; the eyes are large, globose, occupying a
third of the side of the head; antennz equalling in length
the thorax; divided into three portions, the basal thick and
cylindrical, the fourth joint large and much swollen, while
the terminal joints form a slender cylindrical tip. The
thorax is short and high; the outline of the tergum is
very convex, especially above the insertion of the wings ;
the hind edge of the meso-scutum extends a little behind |
the middle of the entire thorax, whence it descends at
an angle of 50° to the insertion of the abdomen; the ~
wings are nearly twice the length of the body; the fore-
wings in the single specimen are dissimilar, since one is
deeply fissured into two linear spatulate feather-like por-
tions, while the edges of the wing are fringed with long
nearly straight hairs;. the other primary is as large as the
former, but a little longer, it is entire, spatulate, dilated
OF NEW ENGLAND. 139
slightly on the base of the inner edge, with a central row
of fine scales representing a median nervure, and the
edges of the wings are fringed with hairs much longer
than those on the other wing, and a little curved, thus
giving a graceful, feather-like appearance to the wing.
The hind wings are half as large, very slender linear and
fringed like the forewings. Legs very long and slender,
hardly longer than the whole body, hairy on the tibize and
especially so on the tarsi: coxe long and narrow; all
the remaining joints are very equal in length and. size in
each pair of legs; femora linear, not sw ollen : > tibie linear ;
tarsal joints very indistinct, slender and hairy beneath ;
no claws distinguishable. Abdomen compressed, triangu-
lar, truncated broadly at the tip whichis obtusely rounded.
In color the species is of a uniform dark piceous, with
pale, almost whitish legs. Length, one-ninetieth of an
inch.
A species of mite is also abundant in the nests of bees.
According to Mr. Putnam several of our species of Bombus
almost invariably occupy the forsaken nests of field mice,
and he supposes that these mites which are of comparatively
large size, come from the mice. This opimion is most
probably the correct one. Mr. Newport has given a most
interesting account of a new genus of mites peculiar to
Anthophora which lives on that wild bee in all stages of its
existence, but mostly while a larva. Heteropus ventricosus
Newp. was found in immense numbers in the bee cells.
When the female mite 1s full grown, its previously small ab-
domen swells to an enormous size, so that the animals look
like “clusters of microscopic grapes.” This immensely
distended abdomen serves as a nidus for the young, which
it is probable, are born alive, as Lyonnet has observed to
be the case with the cheese-mite when exposed to high
temperatures. (It is worthy of notice that the viviparous
Stylops lives in a high temperature; 1. e. in the abdomen of
living bees.) We also learn that there are two other gen-
era of Acari peculiar to the Apide; the Zrichodactylus
Dufour which is parasitic on Osmia, and Ansetus Dujardin.
140 BALCH, ON NATIVE GRAPES.
EXPLANATION OF PLATE 3.
Fig. 1. Apatuus AswToni Cresson.
Fig. 2. Nepnopreryx Epmanpstt Packard: 2a, Larva; 2b, Pupa.
Fig. 3. Microcaster Nepnoprericis Packard : 3a, side view.
Fig. 4. ANTHEROPHAGUS ocHRACEUS Melsheimer.
Fig. 5. Diprerovs Larva, allied to Vonucenta: 5a, side view.
Fig. 6. Larva of Sry.ops cutLpRENI Gray : 6a, side view.
Fig. 7. Larva of AntHopHORABIA MEGACHILIS Packard: 7a, Pupa.
Fig. 8. Preraromus Purnami Packard, side view: 8a, Fore wing.
Fig. 9. Mrre from nest of Bombus : 9a, ventral view (enlarged).
VIII. On Native Grapes. By D. M. Baucu.
( Read December 26, 1864. )
It has been proved from numberless trials and disap-
pointments extending over a long course of years, that
the wine grape of Europe (Vitis vinifera) cannot be cul-
tivated in the States east of the Rocky Mountains, with
success, except under glass, both fruit and vine in open
air culture, being sooner or later destroyed by disease,
even in latitudes where the fruit would otherwise be per-
fected.
This much to be regretted failure is due neither to the
cold of winter nor the heat and aridity of summer, but
probably to the great and rapid fluctuations of tempera-
ture peculiar to these States; for on the Pacific coast
where the climate is far more equable most Huropean
grapes flourish luxuriantly, and the bearing vines of Calli-
fornia now number millions.
Such being the case we in the East must turn for our
table fruit and wine to the various indigenous wild grapes,
(Vitis labrusca, cstivalis, &c.) healthy and hardy plants,
which grow spontaneously, varying in kind with the cli-
mate from Maine to Texas. The fruit of these wild vines
is in most cases of the very worst quality, being acid,
astringent and of a peculiar musky odour and taste,
the so-called foxiness ; but that horticultural skill and pa-
tience, by which have been elaborated from the common
choke-pear all our well known varieties, approaching per-
BALCH, ON NATIVE GRAPES. 141
fection in quality and ripening throughout the entire year,
is being applied to the wild grape, and the results of
the few past years are astonishing. The goal of per-
fection in this case is still far distant, but we have many
good and some excellent varieties; and the number of
these is being yearly augmented, so that it is by no
means improbable that many grapes, hitherto popular, will
be gradually discarded as others of better quality or habit
arise to fill their places: I refer to the Isabella, Catawba,
Hartford, &c., in all of which there is large room for im-
provement.
To be of value as a table fruit or for wine a grape must
contain asufficient quantity of free acid, and sugar enough
to temper, modify or partially disguise this acid, so that
the juice shall not be flat and insipid but vinous and spark-
ling. In the case of table grapes the minor considera-
tions of size, beauty, flavour, thin skin, deficiency of cen-
tral pulp, ete , are of great importance, but the first point
to be ascertained ina wine grape is the AaB BY. of free
acid and saccharine matter it is likely to produce in fav-
ourable circumstances.
To ascertain which (if any) of the native grapes ordi-
narily ripening in this vicinity, was best adapted to wine-
making, I have this autumn analyzed the fresh must of
many varieties. I had also another object in view, viz:
to ascertain if the table adapted to Oechsle’s must-scale
by Gall, from numerous analyses of European musts in
1851, 52 and ’53, were applicable to the must of our native
grapes.
The method of analysis in all cases was as follows. The
grapes were gathered when perfectly dry, pressed and the
juice strained through linen. The specific gravity of this
clear must was taken by weight in bottle with perforated
stopper; a portion of must was diluted with 50 times its
bulk of water and sugar contents ascertained by Fehling’s
method, (Annalen der Chemie und Pharm., Bd. 72.
106.) ; this method is very accurate if carefully performed:
finally the free acid in a weighed portion was neutralized
by a solution of caustic soda of such strength that 1c. c,
equalled .00825 grm. of Tartaric acid a Hg Oy). All
. the free acid in must is not Tartaric, but in calculating
142 BALCH, ON NATIVE GRAPES.
results we can-consider it so with small inaccuracy. The
percentage results obtained are as follows :
Variety. Time of Gathering. Sp. Gr. Sugar. Acid,
Rogers’ No. 15, Sept. 5, 9.20 :
6 _& rT rT; 26, 1.0783 16.47 .66
i 8 SOc. ea, ~Anso9 *17.90 .10
Delaware, a e 1.0896 19.70 10
‘ ss . 1.1021 20.63 65
Hartford Prolific, Sept. 26, 1.0721 15.01 AB -
Concord, oa et 1.0615 11.83 86
Adirondac, Oct. 25; OTIS 14.00 28
Allen’s Hybrid, a So ASO *16.20 O9
Union Village, « «€ 1.0556 *10.00. 1); 1.21 ;
Rogers’ No. 4, Sept. 26, 1.0749 15.46 61
oe Oct. 0, ely *17.30 65
: No. 22, Sept. 26, 1.0723 14.56 16
- CE PIOCTY = 5 1.0796 *16.70 9
Jlinton, Sept. 26, 1.0688 13.77 2.40
Alvey (Hagar), eo ete G40 10.37 2.60
“ se Oct. 5, . 1.0734 *14.70 - 2.02
Franklin, Sept. 5, 8.77 —
eed “21, 1.0610 11.20 2.16
Rogers’ No. 3, ion 26.6) ies 14.70 .66
: ie os Oct. 5, 1.0749 *1S.30). 7 AT
ce “ 19, Sept.26, 1.0680 13.65 81
ey Ae che oy S065 12.60 62
ss ‘<9, “Sept. 2h: 1.0680 13.41 87
2 rs “- 26, 1.0742 15.00 OT
- rao} ef e 1.0572 11.70 1.01
‘ ea be Ff 1.0749 15.63 16
: SO. OCtr Be) OG S0 *11.80 84
The sugar percentage marked * in the table were not
obtained by analysis, but are Dr. Gall’s for the corres-
ponding densities.
From these analyses native grapes would seem to be
divided into three classes :—
ist. Those in which the proportions of acid and sugar
are well balanced; as Delaware, Rogers’ 4 and 15, Allen’s
Hybrid, &c.; these grapes should yield good wine.
BALCH, ON NATIVE GRAPES. . 143
2d. Those in which the acid is deficient; for instance,
Adirondac, Hartford, &e.
3d. Those in which the great excess of acid overpow-
ers all else and renders the fruit nearly uneatable: such
are Clinton, Franklin, &c. ,
The analyses also prove that Dr. Gall’s table for Oech-
sle’s must scale can be safely used in finding the saccha-
rine contents of native musts, the numbers obtained by
analysis agreeing closely in most instances with the tabu-
lav amounts for corresponding densities.
To produce a wine that shall keep it is necessary that
the must should contain at least 15 per cent. of sugar.
In Germany the must of the best grapes (Riesling) of
the most favourable seasons contains 24—28 per cent. of
sugar, .65 per cent. of free acids: this yields the most ex-
cellent wine, and is regarded as the normal standard with
which inferior musts are compared and often made to re-
semble as far as possible by dilution and addition of sugar.
This method of bettering the must of partially ripened
grapes, by which in bad seasons (total failures excepted)
a Wine can be made equal to the product of tavourable
seasons, Is due to Dr. Ludwig Gall, who has published a
treatise on the subject, an abridged translation of which
may be found in the Patent Office Report, Agriculture,
1860.
To be of value for the production of wine, available for
vineyard culture, a vine should be hardy enough to endure
severe winters with slight protection ; healthy and vigor-
ous, so as to be little subject to the attacks of mildew, for
it is very well known that a vine which has lost most of
its foliage from this or any other cause cannot ripen its
fruit. Injury from frost is little to be feared if the fruit be
well ripened before its advent; the clusters should hang
on the vine as long as the weather permits, and the ripest
(better if slightly shrivelled) removed in three or four
successive gatherings; they should be picked on a dry
day and all defective berries removed. Many things influ-
ence early ripening, among which are soil, position, cul-
ture, variety and age of vine and crop adapted to its:
strength. The flavour of wine depends on the ripeness
of the grapes and the proper proportion of free acids; this
144 of BALCH, ON NATIVE GRAPES.
flavour is not present in the must but is developed during
fermentation and the after-preservation of the wine. |
It might appear that undue preference had been given
in these analyses to the “ Rogers’ Hybrids”; this is sim-
ply owing to the fact that these grapes, arising from the
union of the wild grape (Vitis labrusca) with the Black
Hamburgh, and retaining some features of both, are more
largely planted in this vicinity than other varieties, and
are consequently more plenty in their season.
It has been asserted that these grapes are not true hy-
brids, but only seedlings of the “ Mammoth Globe,” and
contain no foreign blood whatever. Such a conclusion is
diametrically opposed to the horticultural experience of a
century. For it is a well known fact that out of a large
number, say five hundred chance seedlings of any fruit,
but one or two at most will excel their parent; but these
remarkable “seedlings,” some forty in number, have not —
a bad grape among them, and are so far superior to the
“Mammoth Globe” as to preclude all comparison. Their
admixture of foreign blood is patent in the heavy clusters
of fruit, so far pulpless as to yield 75—80 per cent. of
juice, and the indigenous element recognizable in the ©
health, hardiness and habit of the vine.
The chief value of analyses of grape-must lies in their
repetition and comparison. The product of various sea-
sons, climates and soils should be examined. If this is
done we shall soon arrive at the grapes suitable for wine in
different latitudes, and no doubt other important results.
Those parts of the country lying on an Isotherm of 70°-72°
for the growing months, June, July, August, and Septem-
ber, wherever the summer rains are not excessive, are best
adapted to wine growing; for a mean temperature of at
least 65° for the above months is required for the ripening
of even the earliest and hardiest varieties of grapes. The
average temperature of Salem and vicinity, as deduced from
observations extending over 45 years, is about 66.5°, and
several degrees above this can be gained in well cultivated
and protected gardens.
The above analyses: are imperfect, several prominent
grapes having been omitted, but I hope to extend and im-
prove the collection at some future time. “
CLASSIFICATION OF POLYPS. 145
IX. Classification of Polyps: (Extract condensed from
a Synopsis of the Polypi of the North Pacific Exploring
Expedition, under Captains Ringgold and Rodgers, U.S.
N.). By A. E. VerRinuy.
(Communicated February 29, 1865.)
The report upon the collection made by Dr. William
Stimpson, naturalist to the expedition, having been much
delayed, the following tabular view of the classification .
adopted is here presented, with the hope that, if imper-
fect like every other, it may, nevertheless, afford some
aid in illustrating the natural affinities of these humble
forms.
Although in a communication read before a Zovlogical
Club at Cambridge, Jan. 1862, I attempted to demon-
strate the existence of the three natural orders among
polyps, I refrained from presenting this view in a paper
published last year, in order that I might make further
investigations upon the subject before finally publishing it.
CLASS CNIDARIA OR POLYPI.
ORDER I. MADREPORARIA.
Polyps simple or compound with embryonic or rudimen-
tary basal or abactinal region, which has no special function
unless for vegetative attachment while young. Actinal
area well developed, form broadly expanded, having a
tendency in the higher groups to become narrowed
towards the mouth. Tentacles simple, conical. Dermal
tissues, and usually the radiating lamelle, depositing solid
coral; the radiating plates being between the lamelle, are,
therefore, ambulacral and appear to originate from the
surfaces of the lamelle and the connective tissues extend-
ing across the ambulacral chambers and filling them from
below. Interambulacral spaces distinct.
ESSEX INST. PROCEED. VOL. IV. S.
146 VERRILL, CLASSIFICATION |
Susporper I. Srauracea (Madreporaria rugosa* ).
Coral simple, or compound by budding; chiefly epider-
mal and endothecal ; septa apparently in multiples of four,
sometimes wanting. ‘l'ype embryonic, likea young Astrea
or Fungia.
Families;—Stauride, Cyathophyllide, Cyathaxonide,
Cystiphyllide.
SuBORDER IJ. FUNGACEA.
Polyps either simple or compound by marginal or disk
budding, rarely by fissiparity. Tentacles numerous, in
multiples of six, imperfectly developed, scattered on the
actinal surface, usually short and lobe-like. Upper part
of polyps scarcely exsert. Coral broad and low, growth
mostly centrifugal, tissue chiefly septal; walls imperfectly
developed, often perforate, subordinate, usually forming
the basal attachment. |
Families,— Cyclolitide, Lophoseride, Fungide, Merulini-
de.
:
SuBORDER II]. ASTREACEA.
Polyps mostly compound, either by fissiparity or vari-
ous modes of budding. Tentacles usually well developed,
long, subcylindrical, limited in number, in multiples of six
* This group is placed here with considerable hesitation and princi-
pally on account of the close resemblance in structure to the young
of the succeeding and higher groups, when they first begin to form
a coral, which then consists of a ring of epitheca or epidermal deposit
with a few, imperfect, rugose septa radiating from the centre. If the
number four be a constant feature of the arrangement of their septa, it is
possible that they may be entitled to rank as a separate order of Polyps.
To this opinion Prof. J. D. Dana inclines. Prof. Agassiz unites the
group with Hydroid Acalephs on account of their resemblance, in some
features, to the T'abulata. It seems to me, however, that the absence of
transverse east in Cyathaxonide and Cystiphyllide and the perfection of
the vertical septa in Stauride, Cyathaxonide and some of the Cyathophyl-
ude, together with their general structure, shows them to be more some
allied to the Fungacea and Astreacea, of which they may be considered
embryonic types, while at the same time the group isa synthetic one,
having analogies with nearly all the higher groups of Polyps and also in
some respects, with Hydroids. .
, s NEP
’ ‘
OF POLYPS. 147
encircling the disk. Coral mural, septal and endothecal ;
growth vertical and centrifugal, producing turbinated
forms which are often elongated.
Families,—Lnthophyllide, Mceandrinide, Husmillide,
Caryophyllide, Stylinide, fore me to that
figured by Dr. Brewer and only differs from it in tint.
One end (the smaller ?) is very light-reddish, or reddish-
white, becoming lighter from the middle towards this end,
about which it is the lightest and thinly marked with irreg-
ular mottlings of dark reddish-chocolate, which present a
very superficial grayish tinge that is very characteristic ;
the other end (the larger?) is of a uniform dark ferrugin-
ous-brown or dull red-ochre, varied towards the middle
by the appearance of the light ground color between the
there scarcely confluent blotches of dark-brown that give
the uniform deep tint towards and about this end. |
No. 3. Longer diameter 2.32 inches; shorter diameter
1.70 inches; shorter diameter .733 the longer. Form
ovoid, the smaller end elongated and much pointed. This
egg is the longest, and much larger in proportion to its
diameter than either of the others. The point of greatest
diameter is .656 the length of the egg from the smaller
end. In this specimen the contrast between the ground
color and the markings becomes very strong, the ground
color which is seen chiefly in a broad band about the
middle of the egg, being white or reddish-white, and the .
markings very dark reddish-brown nearly approaching:
purple, and are quite uniformly distributed in blotches of
various sizes, the largest being near the larger end of the
ege; the sub-markings are of a lighter reddish-brown
and are more blended.
No. 4. Longer diameter 2.16 inches; shorter diameter
1.65 inches; shorter diameter .765 the longer. Form
regular ovoid, the smaller end rather more pointed than
the same in No. 1; point of greatest transverse diameter .60
the length of the egg from the smaller end. In this speci-
men the contrast of the ground color with the markings is
very striking, especially when compared with specimens .
No. 1 and No. 2; and the most peculiar part is that the
greater end of the egg, which in the eggs of most birds is
the end usually most subject to markings and to the
greatest depth of color, is white, sprinkled sparingly with
reddish specks, while the smaller end is deep, bright, brick-
red, here and there relieved by small specks and patches
THE. DUCK HAWK, ETC. 159
of white ground color. About the middle of the egg the
colors are in more equal proportions, the white patches
becoming larger on the smaller end towards the middle,
and the red patches on the larger end increase towards
the same point, where the colors meet and become mixed
in irregular patches of various sizes, from mere dots to
blotches. The smaller end has a few streaks and blotches
of dark-purple overlying apparently the other colors, as in
specimen No.
These specimens are very interesting, as indicating the
great amount of variation to which the American Pere-
grine’s eggs are subject, and especially so since they are
all the product of one pair of birds, laid in one set, and
identified as such beyond question. In coloration a
transition can be traced between the extreme in the order
they are numbered, which is undoubtedly the order in
which they were laid, as indicated by the thickness of the
shell as well as by the depth of color.
Table of Comparative Measurements.
Prop of breadth Point of greatest transverse
L’gth. Breadth. to length. diameter from small end.
Donk ote in. E74 tay. OC7SS 0.640 eth of the egg
ne Sar £6 ™ 0.756 0.540 2
=. 3 von 270 0.732 0.656 .
ar | 2.16: ** 1.65. * 0.765 0.600 oi
Average 2.22 ** 1.68 ** 0.759 0.609 a
Greater extr. weet” kee ** 0.785 0.656 "
Lesser extr. Sab." “1.65."' 0.732 0.540 es
Am ’t of variation 0,16 ‘* 0.06 ‘‘ 0.053 0.116 <
Dr. Brewer’s spec. 2.00 ‘* 1.56 ‘‘ — 0.780
From the above table it will be seen that the range of
variation in the four specimens in length is.16 of an inch;
or nearly seven and half per cent. of the average length ;
in breadth .06 of an inch, or about three and a half per
cent. of the average breadth; in the proportion of breadth
to length, about fifteen per cent. of the length, or nearly
twenty per cent. of the average proportion ; the varia-
tion in the position of the point of greatest tranverse
diameter is about eleven and a half per cent. of the whole .
length of the egg, the form of the eggs varying from an
ellipsoid in No. 2 to an ovoid, which in No. 3 has the
160 ALLEN, NOTES ON
smaller end considerably elongated. It will be observed
that the egg measured by Dr. Brewer is considerably
smaller than my’ smallest specimen, and that the propor-
tion of breadth to length scarcely differs from the same
proportion in No. 1.
In comparing the eggs of the American and the Euro-
pean Peregrine Falcons, Dr. Brewer,-observes: “It [the
American] closely resembles a variety of the eggs of the
European species, but seems to present differences suffi-
ciently well marked to be regarded as specific. * * * * The
ground colors of both American and HKuropean are a
reddish-yellow, and both are thickly covered with fine
dottings of chocolate and ferruginous-brown, diffused over
the whole egg, in nearly equal degree, and to such an
extentas nearly to conceal the ground. The length of the
American egg is slightly less, but it is of equal or greater
capacity, and varies in its markings from all the European
specimens that I have ever met with. These variations,
though readily traceable by the eye, are not so easily de-
scribed. The shades of coloring in both are closely alike ;
the variation consists more in the distribution of these
markings. In the European specimens, the fine markings
of chocolate are distributed with nearly exact uniformity.
In the American, the secondary colorings are now more
thickly and now more thinly diffused, here leaving the
ground color nearly unchanged, there becoming confluent
and blending into waving lines, blotches and bold dashes,
The egg in consequence, presents a more varied appear-
ance. ‘These markings are also in greater proportion
around the larger end of the egg, and the blotches are of
a deeper shade, so there is a variation in the shading
between the smaller and larger extremities not notiveable
in any European egg that I have met with.”
The amount of variation presented by the eggs of the
Duck Hawk described above, shows that but little depen-
dence can be placed on the eggs in deciding specific dif.
ferences. The eggs mentioned by Dr. Brewer, are not
much different from those of the true European Peregrine.
One or two of the specimens before me considerably
resemble Dr. Brewer’s, and likewise eggs of the European
species as figured and described by authors, while the
others are very different, one being remarkably so.
——
THE DUCK HAWK, ETC. 161
The eggs of the different species of this group of Fal-
cons seem to resemble each other greatly, and to be sub-
ject to considerable variation in the same species. In the
manner of laying the eggs there is also a similarity, as
might be expected among closely allied species; the same
species sometimes laying them on the bare rocks, and
again in a bulky nest of sticks and other coarse materials.
The nest of this species visited on Talcott Mountain, Ct.,
was of the latter kind, while on Mount Holyoke the eggs
were laid on the bare earth.
Audubon thus describes the nest and eggs of the Duck
Hawk as observed by him at Labrador:
“T have nowhere seen it so abundant as along the high, rocky shores
of Labrador and Newfoundland, where I procured several adult indi-
viduals of both sexes as well as some eggs and young. The nests were
placed on the shelves of rocks, a few feet from the top, and were flat
and rudely constructed of sticks and moss. In some were found four
eggs, in others only two, and in one five. In one nest only a single
young bird was found. The eggs vary considerably in color and size,
which I think is owing to a difference of age in the females, the eggs
of young birds being smaller. The average length of four was two
inches, their breadth one and five-eighths. They are somewhat round-
ed, though larger at one end than the other; their general and most
common color is a reddish or rusty yellowish brown, spotted and con-
fusedly marked with darker tints of the same, here and there intermix-
ed with lighter. The young are at first thickly covered with soft white
down. * * * * In several instances, we found these Falcons breeding on
the same ledge with Cormorants, Phalacrocorax carb ».”*
Audubon adds that he is perfectly convinced that the
Great-footed Falcon, or Duck Hawk of the later
ornithologists is not different from the Peregrine Falcon of
Europe. “Since my first acquaintance with this species,”
he says, “I have observed nothing in its habits, form, or
marking on one continent that is different from what is
found on the other.” Since the difference in breeding hab-
its supposed to exist when Bonaparte separated them in
1838, and which influenced his judgment in the matter,
has been found tobe not real, there seems e nothing
whatever in the breeding habits orin the apPearance of
the eggs to indicate specific difference between the Amer-
ican and Kuropean birds.
Springfield, July, 1864.
*Orn. Biog., vol. V., p. 366.
ESSEX INST. PROCEED. VOL. IV. U.
162 MORSE, CLASSIFICATION OF MOLLUSCA
XI. A Classification of Mollusca, based on the “Principle
of Cephalization.” By Epwarp 8. Morse.
With a Plate.
[Communicated June 19, 1865. ]
After becoming acquainted with the perfect unity of plan
in the Radiata and the connected series of homologies, run-
ning through the whole branch, (as demonstrated vy Prof.
Agassiz in his private lectures) my interest was excited, to
discover, if possible, a like symmetry of development in
the Mollusca. Finding the universality of vertebration
among the Vertebrata, of articulation among the
Articulata, and similarly of radiation among the Ra-
diata, I could not but believe that in the Mollusca some
plan lay hidden, which, when unfolded, would.as definite-
ly convey their type, and unite them alJ, asin the other
branches. It is not enough to call them soft bodied ani-
mals ; for in considering their shell as a part of their organ-
ization, we have among them many of the hardest ani-
mals known, and we also have an equal number of soft
bodied animals in the other branches. Their bilaterality,
as expressing anything definite, is an equally unsatisfacto-
ry character. Prof. Huxley has given an archetype, or com-
mon plan of the Mollusca, as he conceives it, with man
truthful homologies, in the article “Mollusca,” English Cy-
clopedia, Vol. IIL, p. 855. In his figure of the archetype how-
ever, which is bilaterally symmetrical, we have details of
structure only. ,
Prof. Agassiz in his “Methods of Study in Natural History”
also suggests his idea of the plan, or structure, when he
says, p. 34, “Right and left, have the preponderance over
the other diameters of the body,” and says furthermore,
that collectors unconsciously recognize this in the arrange-
ment of their collections. “They instinctively give them
the position best calculated to display their distinctive
characteristics, and to accomplish this they necessarily
place them in sucha manner as to show their sides.”
This can refer only to the Lamellibranchs, and their shells
are displayed on the sides, because they naturally fall in
that position. This lateral preponderance of structure on-
ly obtains among the Lamellibranchs. All Brachiopods
ON THE PRINCIPLE OF CEPHALIZATION. 163
are displayed from the dorsal or ventral valve. Also the
Gasteropods, particularly the flat forms like Patella, Chi-
ton, etc. and the Nudibranchs ‘as well, while in the figures
of the naked Cephalopods we most usually have a dorsal
view.
Though Prof. Agassiz speaks of radiation as clraracteriz-
ing the Radiates, and similarly of articulation and verte-
bration as characterizing the Articulates and Vertebrates,
yet Mollusks are spoken of as first introducing the charac-
ter of bilaterality, or division of parts along a longitudinal
axis, that prevails throughout the Animal Kingdom, with the
exception of the Radiates. ‘This then can be no restricted
definition for the Mollusca, since it pervades the two high-
er branches ; and who will deny the evidence of bilaterality
among the Radiates, the higher Echinoderms for instance,
as Clypeastroids and Spatangoids, where we have as good
a definition of a longitudinal axis, as we obtain in many
Mollusks. Even among the Polyps, as in the Actinaria,
the antero-posterior axis is clearly expressed in the undue
prominence of the primary radii.
Prof. Dana has been the first to publicly announce the
plan of Mollusca, when he says, “The structure essential-
ly a soft, fleshy bag, containing the stomacs and viscera,
without a radiate structure, and without articulations."
As far back as 1855 he has presented this thought in
his lectures at Yale College.
In the year 1852 Mr. Alpheus Hyatt had independently
worked out a similar result, and has already in MSS.
notes, the necessary data demonstrating the same.t
Mr. Hyatt also proposes the name Saccata as more fully
and truthfully expressing the type, than the unmeaning
word Mollusca. This name not only expresses the Plan,
but is equivalent to the titles Vertebrata, Articulata, and
Radiata, and is in no way a qualitative appellation.
*Dana’s Manual of Geology, p. 148.
tMr. Hyatt has relinquished all ideas of publishing on this subject,
since becoming aware that I was to do the same. During the prep-
aration of these pages, I enjoyed his companionship, and many of
the points herein stated, were fully and frecly discussed between us,
and to him I am indebted not only for the privilege of announcing
his proposed name, Saccata, but for the suggestion of certain points
to be hereinafter mentioned.
164 MORSE, CLASSIFICATION OF MOLLUSCA
Objecting as all must to the introduction of a new
name, still one so appropriate as that proposed by Mr.
Hyatt, in lieu of one that has no relation to the Branch,
except its traditional use, is certainly worthy of considera- .
tion, as it so clearly indicates what is believed to be the
fundamental idea in the Branch, that of the Sac.
It might be said, in one sense of the word, that all ani-
mals are bags, or sacs, in various degrees of development.
And if we mistake not, Prof. Pierce of Harvard Univer-
sity has expressed this idea, modified by saying that one
is a radiate sac, another a simple sac, another an articulate
sac, and finally a vertebrate sac, or a sac having two com-
partments. Viewing the Radiates as degradational, in re-
lation to the higher animals, or partaking a plant-like charac-
ter, we may justly be allowed to remark, that the Mollusks,
as a type, present the sac feature most completely, for
nowhere (with few exceptions, e. g. Cirripeds), do we find
the various organs so essentially concealed, or possessing
the power of retraction within a sac, as in the Mollusca.
And that this is the leading feature in Mollusca might
properly be inferred from the following; that in the four
prominent branches of the Animal Kingdom, we have
sketched out, in the incipient stages of the embryo, or at
least, in its first indications of permanent characters, its
typical features.
Thus,in the vertebrate ovum, after segmentation, we
have the area pellucida, and primitive trace as indicating
the future region, and direction of the vertebrate column.
Among the Articulates, we have the transverse division of
the embryo: and certainly the most prominent feature in
the Molluscan embryo is the sac or mantle ; as in the Gas-
teropods, where we not only have in the embryo a mantle
developed, but a distinct nautoloid shell, from which the
little animal thrusts himself. In Cephalopods also, as Kél-
liker has shown in the development of Sepia officinalis, the
‘mantle, or sac, is the first figure traced on the germ
mass. )
In my search after homologies between the different
groups in this Branch, I always met with difficulty in the
relations of the classes ;—and though many of the views to
be presented, I had long ago worked out, and had consid-
a
ON THE PRINCIPLE OF CEPHALIZATION. 165
ered, and tested them, by personal examinations of the an-
imals, it was not till | comprehended the importance of
the sac character, and understood the “Principles of Ceph-
alization” first enunciated by Prof. Dana, that I was enabled
to clear up previous doubts, discover new relations, and, as
I believe, rightly interpret the relations of the classes.
“As the principle of Cephalization is involved in the very
foundation of the diverse forms that make up the ani-
mal kingdom, we may look to it for authoritative guid-
ance, with reference to the system that prevails among
these forms.”*
In the following considerations, all preconceived ideas
regarding the relative positions of the dorso-ventral, and
antero-posterior diameters of the animal must be laid aside,
and the essential structure of the animal if rightly under-
stood, must be our guide. ‘The gradual morphological
changes of the contents of the sac, and all other relations,
are based on the principle of Cephalization. In the plate
presented (Series I) I have given a typical figure of the
six prominent groups of the Saccata; namely, Polyzoa,
Brachiopoda, Tunicata, Lamellibranchiata, Gasteropoda,
and Cephalopoda.
For obvious reasons, only the intestine, head, and pedal
ganglia within the sac are represented. ‘hese six figures are
placed in their normal position, anterior pole downward,
the dorsal region is turned to the left. Commencing with
the Polyzoa (Series I, P) we have the sac closed, while
the mouth and anus terminate close together at the pos-
terior pole of the sac; the mouth occupying the extreme
posterior position, and by a dorsal bend of the intestine
upon itself, terminating dorsally. ‘The nerve mass is found
between the oral and anal openings. In this class the
mouth and anus have the power of protrusion from the
sac. In the three lower orders, Cyclostomata, Ctenos-
tomata, and Cheilostomata, the polyzoon, when complete-
ly evaginated, presents no fold or inversion of the sac,
while in the higher group Phylactolemata, there is a partial
and permanent inversion of the sac under like condi-
tions.
* “Classification of animals based onthe principle of Cephalization.” Dana,
Amer. Jour. Sci., Second Series, Vol. XXXVL., p. 321.
don oF
166 MORSE, CLASSIFICATION OF MOLLUSCA
This latter group, combining the permanent inversion
of the sac-walls with the lophophoric arms, is the first ap-
proach to the Brachiopoda. No organ corresponding to a
heart has yet been discovered. In the Brachiopoda (Se-
ries I, B) we have a permanent invagination of the sac, and
the mouth, as in Terebratula, already occupies a position
some distance from the posterior edges of the overlapping
shells, and the brachial coils, permanently occupy the space
thus made.*
We have in this group a dorsal flexure of the intestine,
and a tendency to terminate as in the Polyzoa. In Lin-
gula it terminates posteriorly and at one side. By the
permanent inversion of the sac, the mouth makes a great
advance toward the anterior pole. In Terebratula, Wald-
heimia, and allied genera, where the sac is very short and
swollen, and the brachial coils very large, the viscera are
crushed to the front, and the intestine, which is short and
simple, is nearly bent upon itself, though still occupying a
median line. In Lingula, where we have a very long and
flat sac, the intestine is long, and has ample room for con-
volutions, but the anus, instead of terminating in a line
with the mouth, is thrown to one side, in consequence of
this excessive flatness of the sac. The heart will be found
on the outer bend of the intestine and actually on the ven-
tral side; the nerve occupying its homological position.
(The manner in which I view the Brachiopoda, if true,
will entirely reverse the accepted poles of their structure.
What has been considered as dorsal, is here regarded as
ventral, and what has been considered as anterior, is here
regarded as posterior. Further remarks on this will be
made hereafter).
_ Thus far the balance of structure has been thrown to
the posterior pole of the sac, and though we see a cephali-
zation, or concentration of the muscular system and vis-
cera, toward the anterior pole in Brachiopoda, yet that pole
being essentially closed, we have no function manifested
at that end, except the degradational one of adhesion. In
* ‘ 4 4
Aso . 2 ee)
— - Pay. oem a ‘ ; ee
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HYATT, OBSERVATIONS ON POLYZOA. 197
XII. Observations on Polyzoa. Suborder Phylactolemata.
By Aupueus Hyatt.
With nine Plates.
[Communicated October 10,* 1864.]
INTRODUCTION.
The investigations recorded in the following pages are
the results of observations made on the American species
of the Phylactoleamata; with the intention of elucidating
the structure of the genera, and of presenting the laws of
their structural combination as fully as this can be ac-
complished within the limits of the present communication.
For this purpose synoptical tables have been given, ex-
hibiting the anatomy of the different divisions, as far as
our knowledge of ibe adult animals would perrnit.
Had such a plan been possible at the present time, the
synopsis would have embraced only the anatomy of the
most complicated species of each generic series; and other
tables, similarly constructed, illustrating every genus, would
have been prefixed, one individual of each species being
selected for analysis. But the small number of species
now known in each genus not affording material enough
for perfecting this system, the tables include only general
statements of the characters of each genus, and these are
arranged in a linear series in order to show clearly their
serial relations. I venture, however, to assert, that, not-
withstanding these defects, the results obtained by this
mode of procedure are more exact, than if the usual me-
thods of describing the anatomy had been followed.
The advantages of thus analyzing the anatomical fea-
tures of any natural division are at once apparent. ‘heir
organization, as a whole, is rendered plain; and the reader
is enabled to trace, throughout the structure of the group,
not only the changes of any organ by itself, but even of
*During the proof reading I have embodied in the original text many
new facts discovered since the 10th of Oct., 1864, and the communica-
tion, therefore, may be considered as covering a period extending from
that date to the day of publication.
ESSEX INST. PROCEED. vou. Iv. Z. March, 1866.
BS esl) i
198 HYATT, ©
the different systems of organs, from their lowest to their
highest states.
The laws, also, according to which the changes, or dif-
ferences in the parts, take place, are better illustrated by
such a tabular view, than by any other method.
The manner commonly pursued of describing the mi-
nute differences between species, or genera, and of simply
generalizing with regard to their anatomical peculiarities, is
very unsatisfactory. It does not afford the means for com- |
paring the anatomical composition of the parts of the in-
dividual in each species, or genus, which is necessary to a
complete understanding of the whole, and the differences
are sought for and described, to the neglect of the agree-
ments, that are either passed by, or only casually noticed
in the descriptions of the larger divisions. Such errors are
avoided by the use of analytical tables, which, besides the
advantages before described, set forth the similarities as
prominently, as the differences. We thus never lose sight
of the initial points of the structure, while the differences,
or changes, from t'me to time appearing, stand out even
more vividly against the common background of similari-
ties.
It is far from my intention to underrate the labors of
naturalists who devote themselves to the discovery and
publication of new forms; their labors are essential to
the progress of science. The ordinary mode, however, of
prosecuting these investigations is, perhaps, too disconnect-
ed, species being habitually regarded in the light of isola-
ted creations, rather, than as allied to others by the larger
number of their essential characters. This engenders a
habit of always looking for differences, and overlooking
agreements, which the study of series of species, or even
of series of individuals would correct.
The facts published in these “Observations” have been
verified by my own experience, with the single exception
of the spermatozoa. ‘These I have not yet seen, my obser-
vations having been made, for three successive seasons,
principally during the fall and winter months.
The questions involved in the body of the paper, and
the difficulties to be overcome in obtaining living Euro-
pean specimens have obliged me to quote extensively from
OBSERVATIONS ON POLYZOA. 199
the works of foreign naturalists. References, however, are
always made to the original publications, and the state-
ments used have been, in all cases, sifted of facts that did
not correspond with my own researches upon closely allied
american species.
The nomenclature of Professor Allman’s exhaustive
“Monograph of the Fresh-water Polyzoa” has been adopted
throughout, with the exception of a few alterations, which
become necessary, partly in consequence of some ideas of
my own, with regard to the composition of the organs, dif-
fering from those of Prof. Allman, and, partly, because |
here adopt a new view of the relations of the anterior and
posterior poles of the body, originated by my friend Edward
5S. Morse.* In an article published in these Proceedings
he homologizes the parts of the animal in the various classes
of the Mollusca, and arrives at the conclusion, as surpris-
ing, as it is truthful, that the attached end of a Polyzoén
is in reality the anterior, and that the peduncular end of a
Brachiopod is the homologue of this, and, also, anterior.
It therefore becomes necessary to alter the commonly re-
ceived nomenclature, and to denominate the attached end
of a Polyzoén the anterior; the free end the posterior; the
anal side the dorsal; and the opposite, or so called hemal
side, the ventral.
*A Classification of Mollusea based on the principle of Cephalization.
Proc. of Essex Inst., Vol. lV, No. VI, p. 162.
Nore. Iam indebted to Dr. Joseph Leidy, of Philadelphia, for iden-
tifying my specimens of Fredericella regina with his species, for tira-
cings of all the species described by him, and for other valuable infor-
mation. I desire, also, to return thanks to Professor H. J. Clark, of
Harvard College, Professor A. E. Verrill, of Yale College, Professor
Alfred Mayer, of Penn. University, Professor Theodore Gill, of the
Smithsonian Institution, Mr. Elliott Smith and Mr. 8S. I. Smith, of
Norway, Maine; to all of whom I am under obligations for important
assistance.
My thanks are also due to the Officers of the Smithsonian Institution,
of Washington, and the Peabody Institute, of Baltimore, for the use of
books which I could not have otherwise obtained.
It is but just that I should also express the feelings of gratitude with
which I cherish the memory of my father, Mr. Alpheus Hyatt, of Bal-
timore, whose long continued generosity, while living, enabled me not
only to accomplish this undertaking, but to plan, and prosecute others
of a similar kind.
Mr. Edward S. Morse perfected the drawings with the skill of an
Te |
ohh at Ss
200 HYATT,
The unquestioning manner with which I take up these
views may excite some surprise, but they are founded up-
on facts which calmed all the doubts I at first entertained,
and satisfied me entirely of their correctness. Mr. Morse’s
paper, entitled “A Classification of the Mollusca based on the
principle of Cephalization,” fully illustrates the homologies,
as well, also, as the general plan of that subkingdom.
Mr. Morse has, also, done me the honor of quoting from
my manuscript the term Saccata as a new name for the
Mollusea. Since it has been so auspiciously introduced to
science, and, as such a definitive term seems to be needed 4
to give uniformity and completeness to the nomenclature
of the four plans, I shall make no further excuse for its em-
ployment in the future.
BIBLIOGRAPHY AND CLASSIFICATION.
There is no bibliography of the Phylactolemata, or in
fact of the Fresh-water Polyzoa taken together, as far as
our own country is concerned, but, in Europe, they have,
from the time of Trembley,* their discoverer, attracted much
attention, and the list of works, that may be consulted with
profit, is extensive. The principal among these are the
writings of Dumortier and Van Beneden, Professor All-
accomplished draughtsman, and with all the interest of a zoélogist and
personal friend. I am indebted to him both for this, and for many other
favors that have rendered it possible for me to publish at an early date.
In fact, my only regret, in connection with this article, is, that a gen-
tleman of such acknowledged ability, whose time is important to science,
should not be able to devote it to his own original investigations.
The lenses employed were made especially for the purpose by Rob-
ert B. Tolles, of Canastota, N. Y. The one half inch objective having
an angle of 175° and one fifth of an inch working distance was especi-
ally well suited for the examination of living animals.
Mr. J. F. Richardson, of Portland, executed the engraving of the
plates with the same skill he has shown in other scientific works, and
with more than usual care. é
The wood cuts are very large for a black ground, and, being printed
directly from the wood, required all the skill and patience of Mr. Hol-
land to produce accurate impressions.
*Mémoire pour servir 4 Vhistoire d’un genre des polypes d’eau douce.
.
OBSERVATIONS ON POLYZOA. 201
man, and Mr. Albany Hancock.* These experienced
naturalists surveyed the whole field, and, armed with pow-
erful modern microscopes, they completely disclosed the
anatomy and physiology, making nearly all preceding ex-
plorations interesting only as matters of history.
Dr. Leidy is the sole authority upon this subject in
America.t His observations have given us all the informa-
tion we at present possess of our native species, besides
adding two new and singularly interesting genera, Pec-
tinatella and Urnatella, to the systematic catalogue. Of
these two, Pectinatella alone belongs to the Phylactole-
mata.
Nothing of a general nature having been published in
this country, it may, perhaps, be well, before proceeding
with the structural analysis of the Phylactolemata, to give
a sketch of the classification and a description of the dif-
ferent forms of this suborder.
The Polyzoa, for a long time confounded with the Radi-
ata, were first definitely separated by Thompson in 1880,
and called by him Polyzoa, thus taking precedence of
Bryozoa, the name afterwards given them by Ehrenberg
in 1831.4
In 1834, De Blainville, although still continuing to as-
sociate them with the Radiata, set off the genera Crista-
tella, Plumatella and Alcyonella as a subclass, styling
them “Polypiaires douteux.” ||
*DuMORTIER & VAN BENEDEN. Hist. Nat. d. Polypes composés d’eau
douce. Nouv. Mem. de l’Acad. Roy. de Bruxelles. Vol. 16. 1843.
VaN BENEDEN, Recherches sur les Bryozoaires. Mem. de lAcad.
Roy. de Belgique. Vol. 21. 1848.
DuMoRTIER & VAN BENEDEN. Hist. Nat. des polypes com. d’eau
douce. Mem. de l’Acad. Roy. de Bruxelles, comp. au tom. 16. 1848.
ALBANY Hancock. On the Anatomy of the Fresh-water Bryozoa,
with descriptions of new species. Ann. and Magazine of Nat. Hist. Vol.
5. 1850.
Pror. ALuMAN. Monograph of the Fresh-water Polyzoa. Ray
Society, 1856.
+Dr. JoserH Letpy.¥Proc. Philadelphia Acad. of Nat. Sciences,
Vols. 5, 7, and 10.
tBusk. On the priority of the term Polyzoa. Ann. and Mag. Nat.
Hist. 2d Ser. Vol. 10, p. 352. 1852.
||DE BLAINVILLE. Man. d’Actinologie et de Zodphytologie. p. 489.
Paris. 1834—37.
202 HYATT,
In 1837, Gervais divided the Polyzoa into two sub-
classes, “Polypiaires hypocrepia,” and “Polypiaires infun-
dibulati.” The first included the genera with lateral arms,
and the second those with round lophophores, among
which he placed Fredericella.”
In 1848, Fredericella was restored to its proper division
by Dumortier and Van Beneden, but they committed the
mistake of uniting it with Paludicella,a genus with a truly
orbicular lophophore, and devoid of an epistome.t These
authors, also, recognized the Hypocrepian division, as limit-
ed by Gervais, separating Fredericella and Paludicella as
a distinct group.
Professor Allman in 1856 instituted the order Phylacto-
lemata, basing it upon the epistome, which is present in
all the genera.{
He divides the order into two suborders ; Lophopea and
Pedicellinea, the former including all the Hypocrepian
forms, and the latter the marine genus Pedicellina. Al-
though differing from Professor Allman in my estimation
of the relations of Pedicellina, I have retained his name
for the Fresh-water genera, from Fredericella to Cristatella
inclusive.
In the Suborder Lophopea, he has two grand groups, or
families, founded upon the characteristics of the cxne-
cium ; one the Cristatellide, for the genus Cristatella with
its locomotive coencecium ; and the other the Plumatellide,
embracing all the remaining genera, that have rooted
coencecia.
There is a partial coincidence between Professor All-
man’s classification and the one I advocate. He makes
of his Plumatellide two groups ; one equivalent to my first
family including Fredericella, because of the obsolete
arms, and another including precisely the same genera as
my second family. ‘Thus the classifications virtually agree
in regard to the number of the principal groups, although
not with regard to their relative values.
*GERVAIS. Recherches sur les Polypes d’eau douce. Annales des
Sciences Naturelles, 2d Ser. Vol. 7, p. 77. '
tDuMORTIER & VAN BENEDEN. Memoirs de l’Acad. Roy. de Bel-
gique. Vol. 21, p. 5. 1848.
JALLMAN. Fresh-water Polyzoa. p. 10.
OBSERVATIONS ON POLYZOA. 203
According to this view of their relations, the PHyLacto-
LEMATA comprise three families, or subgroups. First;
the Fredericellide, founded upon the great differences be-
tween the lophophore and nervous system of Fredericella,
and the members of the other families. Second; the Plu-
matellide, which ditter from the Fredericellide in the lopho-
phore and nervous system, and from the Cristatellide in
their ccenecial characters. ‘Third; the Cristatellide, whose
ceencecia and mode of development separate them widely
from both the preceding.
The following is a scheme of this classification, enumer-
ating the families and genera by name, and the number of
species at present known in America, Europe, India and
Australia.
A ee eae
] G me
a Les ey eS
q~ Ae
”
=
cA 4
a ao 3 =
Lie} ns Sel ‘
5 ‘. y =) = nd S
| a o . ce
tr oH S 7, mene
<
e
=<
al
ea .
& FREDERICELLID®. Fredericella. Sha
re Plumatella.* 5. is 1t
© PLUMATELLID®. } Lophopus. mie!
s Pectinatella. | 1 1||
< CRISTATELLID.E. Cristatella. Ye | |
—
a 13. AG od a0
x
~
*Plumatella includes Alcyonella, which is only a variation of the ordinary form of
the species.
tA species of Plumatella mentioned, but not named or described, from Melbourne,
and the vicinity of Richmond. D. Oyly H, Alpin. Ann, and Mag. Nat. Hist. 3d Ser.
Vol. 6, p. 454. 1860.
tA species mentioned by Dr. Leidy. Proc, Phil. Acad. Nat. Sciences, Vol. 10, p. 190.
||A statoblast, found near Bombay and described by Mr. J. H. Carter in the Ann.
and Mag. of Nat. Hist. Vol. 3, p. 341, pl. 8, f. 8-15, 1859, supposed by him to belong to
Lophopus crystallinus. It, however, undoubtedly belongs to a new species of Pec-
tinatella, and I therefore propose for this new species, which is remarkable for its
spines, furnished with many lateral hooks, growing only from the ends of the stato-
blast, the name of Pectinatelja Carteri,
204 HYATT,
FREDERICELLA.
These are plant-like animals with graceful dendritic
forms, common in our brooks and ponds (Pl. 7). They
cling, immovably fastened by their ectocyst, to the lower
surfaces of submerged stones, or floating boards; and
thrive best in the darkest places, often carpeting the dismal
recesses, under the loosened bark of dead branches, with
their lovely, campanulate corollas.
Nothing can exceed the exquisite beauty of these small
“phytozoéns”; their symmetrical outlines, the alertness of
the motions of the polypides, and the surprising complexi-
ty of the internal structure of their transparent bodies rich-
ly repay the labors of the microscopist.
Cenecium. This part of the colony, formed by the tu-
bular dark brown trunk and branches, is made up of lines
of little hollow twigs, or cells, each separate cell encasing
a single polypide, and opening into the preceding cell, or
parent Polyzoén, at the lower end. ‘Thence the cells
are generally attached for some distance to the surface, al-
though frequently the entire branch is free, the lowest cell
alone being attached. ‘l'he extremities of the cells bend
upwards, and are always free, but vary exceedingly in
length. The color is due to the ectocyst, which is a thin
gelatinous excretion, soft, and transparent when first de-
posited, but acquiring with age a dark brown hue and
parchment like consistency (PI. 7, figs. 4,5, D). This ex-
cretion is the product of the coenecial, endocyst, or true
body wall of the branches and polypides (PI. 7, figs. 4, 5,
6, E). The endocyst is continuous throughout the gener-
al system of branches or coencecium, and the latter may,
therefore, be regarded as a common tubular cavity, more
or less cut up into cells. Some scattered, partial divisions,
made by ring-like folds of the endocyst, open in the centre,
are found in each colony, but these are not constant, and
occur only at rare intervals in the branches.*
Polypide. ‘The free portions of the cells are capped by
translucent tubes crowned with thread like tentacles radia-
ting from the periphery of the Lophophore, or floor of the
*Similar to those of Plumatella. PI. 8, fig. 6.
OBSERVATIONS ON POLYZOA. 205
crown. This is perforated in the centre by the round
mouth, overshadowed by the tongue like Epistome (PI. 7,
fig. 5, I, I’), which is an obtuse, upward fold of the lopho-
phore, opening below into the neural chamber, or cavity.
This cavity contains the orbicular nerve-mass suspended
immediately under the epistomic opening (PI. 7, fig. 5, 5).
The surface of the tentacles, the oral side of the epis-
tome, the lophophore and the interior of the eS in the
vicinity of the mouth are covered by cilia (Pl. 7, figs. 4,
H, 5, H’). Constantly vibrating towards the Sake of the
crown, these cilia create a vortex in the water, at the apex
of which les the mouth, always open and ready to en-
gulpb the microscopic plants, or Infusoria, that may be
caught by the encircling current, and swept into this liquid
trap. (Pl..7;, ie. 17).
The polypides not unfrequently form a sort of cage, by
interlacing the extremities of their tentacles, and imprison
the more active of the Infusoriea, who would otherwise
readily escape. ‘Thus inclosed, however, their strength is
expended in fruitless eflorts to break through the tentac-
ular bars, until finally exhausted and overcome, by the
power of the miniature maelstrom, they are whirled unre-
sistingly downward into the funnel shaped throat.
The tentacles are used not only, as above described, to
catch the prey, but for a multitude of other offices. They
are each capable of independent motion, and may be
twisted or turned in any direction; bending inwards, they
take up and discard objectionable matter, or push ‘down
into the stomach and clear the esophagus of food too small
to be acted upon by the parietal muscles. ‘They are also
employed offensively in striking an intrusive neighbor, and
their tactile power, sensitive to the slightest unusual vibra-
tion in the water, warns the polypide of the approach of
danger.
Between the lophophore and the coencecium, the internal
organization is plainly seen, the pellucid wall of the tube
offering no obstacle to the eye of the observer.
The alimentary canal hangs from the lophophore, ocecu-
pying the centre of the polypide, and floating freely in the
rapidly moving blood. ‘The yellowish cesophagus, the
stomach barred with brown, and the brownish intestine
ESSEX INST. PROCEED. VoL. Iv. AA. March, 1866.
206 HYATT,
compose a deeply colored axis relieving and vivifying the
shadowy outlines of the tube and tentacular crest (PI. 7,
es3 Ko Kio,
All these delicately proportioned members are balanced
upon a fold of the endocyst, called the Invaginated Fold
(Pl. 7, fig. 5, B), which is retained within the ccenecial
cell by the Retentor muscles (Pl. 7, fig. 4,5, N, N’). These
together with numerous other sets of small muscles will
be described hereafter. At present it is only necessary to
call attention to the Sphincter (Pl. 7, fig. 6, L), a broad, -
contractile band surrounding the invaginated fold, and the
large retractors (PI. 7, fig. 4, fig. 8, M, M’, M”), which are
in two sets, one on each side of the alimentary canal.
‘'hey arise apparently from two common bases, but each
large trunk subdivides above into many bundles, which
may be distinguished from each other according to the lo-
cation of their attachments and divided into three branches.
The fibres of the first branch, the Gastric Retractor, are
distributed to the stomach; those of the second, the Lo-
phophoric Retractor, to the cesophagus and oral region;
those of the third, the Brachial Retractor, to the bases of
the arms, and to the endocyst along the line of the Brachi-
al Collar. The crest is swayed by these muscles in every
direction ; or, when alarmed, the polypide may withdraw
by their aid into the larger ccencecial tube below, very
much as the finger of a glove may be inverted within the
empty palm. ‘This is so quickly done, at times, as to
bafHe observation, and the fully expanded polypide, with
every tentacle stretched to its full length vanishes instant-
aneously within the ccenceecium. Often, however, the in-
vagination is more slowly performed, and the motions can
then be easily followed. |
‘The polypidal endocyst is first turned inwards, folding
upon itself, and prolonging the permanently invaginated
fold below. ‘The tentacles, arriving at the edge of the
ceeneecial orifice, are pressed into a compact bundle by the
action of their own muscles, and, together with the lopho-
phore, are dragged into the cell by the continued invagina-
tion of the endocyst until they are wholly inclosed and at
rest within the sheath formed for them by the inverted
walls of the tube. The sphincter muscle then closes the
OBSERVATIONS ON POLYZOA. A]
ccencecial orifice above, and the process ef invagination is
completed.
The polypide in its exserted state is buoyed up and sus-
tained by the pressure of the fluids within. Consequently
when invaginated it displaces an equal bulk of these in
the closed ccencecium, and their reaction, aided by the
contraction of the muscular endocyst, is sufficient to evagi-
nate the whole.
The evagination begins with the relaxation of the sphinc-
ter, which permits the ends of the tentacles to protrude.
These daintily feel about for the cause of the alarm, and,
if they fail to detect the proximity of an enemy, the whole
fascicle is cautiously pushed out, and the sentient threads
suddenly and confidently unfolded.
The polyzodn reasons from the sense of touch inherent
in its tentacles, and cannot be induced to expose itself
above the ceencecium until thoroughly s satishied, by these
sensitive feelers, that no danger is to be apprehended. In
fact, these plantlike creatures, , singly mere pouches with a
stor mach hanging in the midst, exhibit greater nervous 4ac-
tivity and “animality,” than we find among the more highly
organized Ascidia, or shell-covered Brachiopoda.
PLUMATELLA.
The species of this genus abound near the shores of our
ponds, close to the surface, and are generally in company
with Fredericella (Pl. 8). ‘They may be found attached
to the under sides of Hat stones, or floating boards, but do
not usually seek the narrow, dark recesses in which Fred-
ericella often occurs. Better fitted to endure the sun’s
rays, they may, occasionally, be seen in positions exposed
to their full influence. I have been so fortunate as to col-
lect specimens of P. Arethusa which were growing from
the ends of the long water grasses ; their tiny branches, and
living, crystalline flowers glittering in the light, and sway-
ing to and fro in the open current without protection from
the heat, even at midday.
The coencecium is dendritic as in Fredericella, but the
growth is generally more luxuriant, extending over larger
surfaces, and the ceencecial cells are wider in proportion to
208 HYATT,
their length. The polypide, also, is capable of more ex-
tended protrusion, and its motions, therefore, are less re-
strained. The arms, previously indicated in the lopho-
phore of Fredericella, are fully developed, and stretch out
on the dorsal side just above the anus, giving a crescentie,
or horse-shoe shaped aspect to the disk, which is retained
throughout the succeeding genera.
The ectocyst may be either transparent or brown in the
same species, and the polypides may be widely separated,
as in Fredericella, or be closely aggregated, the branches
and cells adhering together by means of their gelatinous
ectocysts.
LOPHOPUS.
Lophopus introduces us to a new class of characters.
The ectocyst, in place of being a thin enveloping sheet, is
a thick deposit of clear jelly in which the ccencecium is
buried. ‘lhe branches are lobiform, and the cells even lexs
widely separated, or differentiated, than in the aggregated
varieties of Plumatella.
Prof. Allman describes Lophopus crystallinus as attach-
ed to the stems of Lemna, and other fresh water plants,
but avoiding exposure to bright sunlight.
These positions must necessarily, however, be less shad-
ed than those occupied by the majority of the Plumatelle.
PECTINATELLA.
The reproductive and vital energies of the group reach
their climax in the voluptuous beauty and endless multi-
plication of the coenecia in Pectinatella (Pls. 9,10, 11, 12).
The cells of the separate polypides are wholly merged
in the lobiform branches, and the gelatinous ectocyst; often
several inches thick, is gathered underneath the ccencecia
(PI. 9, fig. 5, D). It affords a common base for all the
colonies, and is no longer, as in the preceding genera, con-
fined to. one coencecium. ,
_ The tropical aspect and luxuriant growth of the cling-
ing masses, frequently several feet in diameter, investing
the summits of submerged stumps, and the branches of
OBSERVATIONS ON POLYZOA. POY
waterlogged timber, are unequalled among the fresh-water,
or even among the marine Saccata of our climate.
The communities, assembled in countless profusion up-
on the gelatinous ectocyst, are crowded together and being
compressed become irregularly hexagonal in their outlines.
‘he polypides upon the lobiform branches, adorn the bor-
ders of these hexagonal patterns with a dense, glistening
fringe, speckled with the scarlet coloring of their oral re-
gions; and the bare coencecial trunk (Pl. 9, figs. 5, 6, 7, A’)
in the centre shine with a deep, opaline lustre, completing
the rich, coralline effect of the fringed outlines.
The protrusion of the polypides is not limited by the in-
vaginated fold, as in the preceding genera, but they roll out
nearly the full length of their evaginable endocyst, and re-
semble columns supported by a simple ovoto and fillet
(Pls. 10, 12). The fillet corresponds to the invaginated
fold of the preceding genera, and the ovolo-like bend in the
endocyst is produced by the contraction of the anterior re-
tentor muscles.
In July and August specimens of Pectinatella magnifica
are very abundant in shallows and in the depths of Pen-
nissewasse pond, but as the fall advances, those in the
shallows die, and in October they can live only upon the
logs in deep, cool water, or in shaded situations. These
autumnal specimens are old, and being unable to with-
stand the direct rays of the sun, disappear from all exposed
positions, where they grow with impunity as strong and
healthy adults earlier in the season. I have found them
fifteen or twenty feet below the surface, showing a marked
departure in this respect from the preceding genera, whose
species seldom occur below two, or three feet, and are al-
most invariably near the shore line.
CRISTATELLA.
The Cristatelle are by far the most highly organized,
not only of the Phylactolemata but of all the Polyzoa
(Pls. 13, 14).
The ccencecia are neither dendritic, as in Fredericella
and the Plumatelle, or lobate, as in Lophopus and Pec-
tinatella, but naked, depressed sacks, capable of determi-
% aS OUST ys
Sa
210 HYATT,
nate motion; their interior divided by walls of reticulating
muscular fibres into numerous radiating cells and tubes,
The latter, however, do not meet internally, but leave a
vacant space in the centre of the ccencecial trunk unoccu-
pied either by the polypides, or the muscular walls (PI. 13,
figs. 2, 3, A’).
The polypjdes extend to the full length of their evagina-
ble endocyst, and are destitute of an invaginated fold, not
even possessing a fillet around the upper edge of the cce-
noecial orifice as in Pectinatella (Pl. 14, fig. 1). They are
disposed in rows upon the borders, inclosing the clear,
bare central spaces with an edging not unlike the polypid-
al fringes of Pectinatella (Pl. 13, fig. 1).
The ectocyst loses the tixed character it still possessed
in Pectinatella, and is only a transient, gelatinous excre-
tion, thrown off in great abundance from the common base
of the colony (PI. 13, fig. 3, D).
The communities are not invariably gathered upon a
common ectocyst, as in Pectinatella, but are sometimes
single, as in Lophopus.
There is, however, a very curious, and remarkable simi-
larity of one species with Pectinatella.
The ccencecia of C. ophidioidea herd together within
confined boundaries from a few inches to a foot or more
in diameter, covering such favorite resorts with a glairy
coating accumulated upon the surface by the moving
bases of the numerous colonies. The aspect of one of
these settlements, supported upon this common ectocyst,
is analogous to that of a mass of Pectinatelle ; especially
to the old age, or degradational period of the life of a mass
of the latter; where a large number of colonies still cling
to a thin sheet of gelatine left from the decay of the great-
er part of the ectocyst. ?
This similarity may be explained by the fissiparous
multiplication of the coencecia in both genera and the slow
progression of Cristatella. The colonies of the last can
never wander far from their place of origin, unless floated off
by some accident, and, continually multiplying, they soon
create a dense population in a comparatively small space.
The distributionjof Cristatella is similar to that of Pec-
tinatella, they being generally found together.
OBSERVATIONS ON POLYZOA. 211
REPRODUCTION.
The Phylactolemata have two modes of reproduction,
one by buds, and the other by eggs. The former occurs
in two ways; by statoblasts, either fixed or free, and by
regular buds, which grow out from the side of each poly-
pide. The first are the founders of new colonies. The
last merely increase the number of individuals in each es-
tablished community. The colonies are, however, some-
times multiplied by other processes, which cannot be classi-
fied under either of the above heads. In large specimens
of Plumatella Arethusa the polypides on the old trunk die
first and the remnants of the ccencecia are gradually swept
away, leaving the branches as so many independent colo-
nies (PI. 8, fig. 1). This, also, is not uncommon with Plu-
matella diffusa, and is, probably, peculiar to all the species
of this genus that distribute their branches over a large
surface.
1 have directed, perhaps, more attention to the old age
than to any other period of the growth of the individual,
and among the many curious and novel facts, which this
comparatively untravelled path of investigation has led me
to, there are few more interesting than the above.
Specimens of Fredericella may be often observed at-
tached near the ends of their branches by the soft ectocysts
of their younger polypides, the ragged end of the branch
floating freely above. These may sometimes have been
torn by accident from the parent colony, but in the majori-
ty of cases they owe their liberation to the decay of the
original stock. In Pectinatella and Cristatella the march
of extinction is, also, from within outwards. But, in con-
sequence of the greater width and the common occupation
of the coencecium by the polypides, the decay of those in
the interior does not effect the vitality of the trunk, and
their living ccencecia carry both the quick and the dead
(Pico; fe, 11):
Thus death, which is an active agent in multiplying the
number of independant colonies in Fredericella and Pla-
matella, is, probably in Lophopus, and certainly in Pec-
tinatella and Cristatella, of no avail; the constrictive pow-
er of the endocyst being its functional substitute in the
212 HYATT,
three last named genera. Although the polypides of the
Phylactolemata never display any marks of fissiparity, the
coencecia are multiplied by division. 1 have seen the lobi-
form branches of old colonies of Pectinatella divided from
the ccencecial trunk by constrictions, which, gradually deep-
ening, finally separated them from the latter. The form,
the thickness of the ectocyst, and the vast number of coe-
noecia upon every mass, indicate, that this selfmultiplica-_
tive mode of propagation is of frequent occurrence among
the adults.
Prof. Allman has observed similar phenomena in Cris-
tatella and Lophopus, showing it to be common to all the
genera having the thickened gelatinous ectocyst. It ap-
pears probable, that this method of multiplying the colonies
would also take place in Fredericella and the Plumatelle,
if it were not for the toughness of the ectocyst. The par-
tial divisions continually occuring in the branches of these
genera and, apparently, restrained only by the stiffness of
the ectocyst from becoming effective and severing the
ccencecia, wherever they occur, into separate parts, are the
homologues of the permanent septa between the cells of
Paludicella and of the lateral partitions in the marine
Polyzoa. This homology was suggested to me in observ-
ing the readiness with which the lobes of Pectinatella were
cut off; the constrictions occuring irregularly, sometimes
isolating a whole branch, sometimes only a few cells. If
the ectocyst was pergameneous in this genus the constric-
tions would either not take place at all, or form scattered
partitions, as in Fredericella and Plumatella. Thus the
same function that produces a constant anatomical char-
acter in Paludicella, Fredericella, and Plumatella, would
seem to be the effective cause of the selfmultiplication of
the coencecia in Lophopus, Pectinatella and Cristatella.
Prof. Allman divides the mode of reproduction by buds
into two, “non sexual reproduction by gemma, which at
once proceed to the full term of their destined develop-
ment,” and “by statoblasts or gemme-in which the develop-
mental activity remains for a period latent.’*
The statoblasts bud from the funiculus, a cord like pro-
*Fresh-water Polyzoa. p. 41.
—
OBSERVATIONS ON POLYZOA. 213
longation of the outer membranes of the stomach, connect-
ing the lower end of that organ with the bottom of the
cell in the vicinity of the bases of the retractors.
‘The researches of Mr. Hancock, upon the early devel-
opment of the statoblast, which he supposed, in common
with other observers of that time, to be a true ovum, and
those of Prof. Allman, give an almost complete history of
their growth.* The former found them in Plumatella and
Fredericella, in the interior of the funiculus, as large nu-
cleated cells; and the latter, apparently begining his inves-
tigation at a later period, as a mass of smaller cells, which
must have resulted from the division of the primary cell
of Mr. Hancock.
They arise within beatl like swellings of the funiculus,
and, enlarging slowly, push out to the surface of the chord,
and upwards towards the stomach, until finally they hang
upon the exterior, arranged alternately on either side, the
youngest being at the lower end (PI. 8, fig. 2, W).
According to Prof. Allman the contents increase in bulk
by the formation of new cells, and are enveloped in a
cellular membrane (Fig. 1, a) with an outer gelatinous
envelope (PI. 8, fig. 2, W'’). Between these, two other
membranes are secreted, one of which constitutes the horny
sheath, and the other the annular ring of the statoblast
(Pl. 8, figs. 7, 8,9, W', W"). This sheath and the annulus
gradually assume a distinct cellular structure, and a horny
consistency ; the former at the same time acquiring a deep
brown color, and the latter a brilliant golden hue.
The contents of the statoblast are often contracted, and,
while in this condition, during the earlier stages of de-
velopment before the horny casing becomes too opaque, the
membranes may be analyzed by the aid of the microscope.
The interior cells are large and colorless. They are
surrounded by a thin, homogeneous membrane, which,
when the cellular contents are reduced by contraction,
seems to be drawn out into numerous, minute, conical pro-
jections at the points where it is attached externally to the
overlying membrane (Fig. 1, b). Iwas unable on account
*ALBANY Hancock. Ann. Nat. Hist. Vol. 5. p. 190.
ESSEX INST. PROCEED. Iv. BB. March, 1866.
214 HYATT,
of the opacity of the sheaths of the specimens of Fredericella
regina, upon which my investigations were principally
made, to determine with absolute precision, whether these
conical projections were tubes, or partly solid muscular
bands connecting the investing membrane with the overly-
ing layer (Fig 1, a).
The cellular contents do not project into the interior of
the cones, as they might be expected to do, if the latter
were simply hollow continuations of the investing mem-
brane. ‘This fact may be considered as favoring the opin-
ion, that they are partly solid, and, perhaps, muscular, con-
nective bands, or else there must be another membrane in-
terior to the one described, which, also, invests the cellular
contents and prevents the cells from flowing into and fill-
ing up the conical projections. The overlying layer (Fig.
1, a) is exceedingly thick, and acts, in all respects, like a
muscular membrane. It is unconnected with the horny
sheath, and either lies closely against the latter, or is sepa-
rated from it; and may be smooth and of equal thickness
throughout, or corrugated and of unequal thickness, as in
fig. 1, according to its state of expansion, or contraction.
The horny sheath is composed of flattened, hexagonal
cells, the whole surface garnished internally with a thin
coating of short, horny, brown colored sete (Fig. 1, W’).
This sheath is so exceedingly tough and hard that it is
difhcult to pierce it with the point of a needle.
The annuli of the statoblasts of Plumatella, and of the
other genera in which they are found, are made up of more
prominent and larger hexagonal cells than those of the
horny sheath. :
In Fredericella the annu-
lus is not developed, but in
all the other genera it is, and
in Pectinatella and Crista-
tella spines are superadded.
These spines apparently _
= arise from the annulus in
Fic. 1. Section of the end of a sta- : :
toblast of FREDERICELLA REGINA; b, Pectinatella, as described
conical projections on the surface of the by Dr Leid y but th ey
‘ ’
cellular contents; a, thick, muscular
membrane ; w’, horny sheath. may be traced by a close
OBSERVATIONS ON POLYZOA. OTS
examination of this part, by transmitted light, to their junc-
tion with the body of the statoblast. From the edges of
the statoblast they pass through the centre of the annulus,
coming out on the border of the seam, that divides the up-
per and lower sides of the annulus.
Prof. Allman describes the statoblasts of Cristatella as
surrounded by a ciliated envelope before the spines begin
to be developed, and remarks, that these impinge upon
this membranous envelope, which gives way before them
and disappears. I have been unable to detect any similar
ciliated membrane in Plumatella or Pectinatella, and, in
this respect, Cristatella probably differs from all the other
Phylactolemata. 'The gelatinous matrix of the statoblast
of Pectinatella does not reach its full growth before the
spines are produced, but appears to be carried up on their
sides as they progress outwards. When the spines are
fully developed, the reentrant spaces in the envelope be-
tween them become filled out, and they are buried in the
gelatine, like those of Cristatella when they first begin to
protrude from the horny sheath.
The gelatine is absent from the full grown statoblasts of
Fredericella and Plumatella, which are found naked in
the cceneecial cells, whereas those of Pectinatella and Cris-
tatella are enveloped by it until after the death of the colo-
ny; losing it only by decay. In the two first this covering
is not essential, and it is absorbed before the bud is floated
out of the eceencecium, while in the two last it is needed in
order to protect the parent from laceration by the pointed
hooklets of the spines, and it is, therefore, retained until
lost by the exposure of the bud to external influences.
Before the spines of Pectinatella appear, and often, even
before the horny casing shows the deeper shades of the
brownish coloring that afterwards distinguishes it, the stat-
oblasts are detached from the funiculus. ‘They lie loose
in the cceneecial cavity from this time until the death and
decay of the polypides destroy the upper parts of the cells.
Through the openings thus made, being lighter than waier,
they are readily floated off and pass the winter unprotect-
ed by any other covering than their cellular casings, al-
though remaining near the surface, and consequently, in
the higher latitudes, imbedded in the ice for several months.
216 HYATT,
Growth begins at the approach of spring and the edges
of the sheath are split apart by the increasing bulk of the
polyzoon, which protrudes between them. The opacity of
the sheath has hitherto prevented microscopists from as-
certaining the early history of the development of the
polypide, and we are obliged to be content with such ob-
servations as can be made during the later periods of its
life, when it is partly exposed.
The organs, when the little animal first makes itself
visible, are well advanced in growth and the polypide is
already capable of retraction and expansion. For a time
it floats freely in the water, wafted about by the cilia,
which clothe the whole external surface, and increases in
size until the sheaths of the statoblast can no longer con-
tain it; then, in some appropriate locality, the gelatinous
ectocyst adheres to the surface, the cilia are absorbed, and
the polypide enters upon a new phase of life as the founder
of a community.
The sides of the sheath and the annulus, although sepa-
rated from each other, frequently cling to the bud, and may
‘occasionally be found adhering to its sides even after the
colony has attained its full size.
Besides these floating buds, which might be called free
statoblasts, there are others, originating in a similar man-
ner, but from the attached or lowermost sides of the cells
instead of the funiculus. ‘These remain permanently fixed
by their external investment to the endocyst, and, on this
account, I have called them fixed statoblasts. They have
been described in Plumatella emarginata and Alcyonella
(Plumatella) Benedeni by Prof. Allman, and by Dr. Leidy
in Plumatella nitida.*
It may be well to remark here, that the location of the
free statoblast in Fredericella is different from what it is
in all other genera. After dropping in the usual manner
from the funiculus they become soldered to the sides of
the parent cells, and being of the same size, are indistin-
guishable from the true, fixed statoblasts.
The fixed statoblasts found in Plumatella are much
*Dr. Letpy. Proc. Philadelphia Acad. Nat. Sciences, Vol. 5, p. 321.
4
OBSERVATIONS ON POLYZOA. BAW
larger than the free forms, have no annulus, and in many
species the walls of the cells immediately under them be-
come so compact and hard, that they cannot be removed
from the surface of the wood or stone to which the cell is
attached without considerable exertion.
Certain so called exceptional forms of buds, also, previ-
ously noticed by Prof. Allman in Alcyonella fungosa and
Lophopus crystallinus, are very abundant in Cristatella, on
the interior of the basal membrane* (PI. 18, figs. 2, 3, 8, 9,
10, 11,12, X). They are at first small oval bodies near
the border, jutting out from the endocyst of the tubes lead-
ing to the second or third line of polypides. ‘Their com-
position is similar to that of the statoblast. They have a
thick external membrane and granular contents, but are
devoid of a gelatinous envelope, and, also, have a large
vacant spot in the interior which is continually varying its
shape and position. Simultaneously with them, and con-
tinuous with their outer envelope, a long ridge springs up
from the endocyst and the outer membrane of the bud,
which, becoming membranous, splitting into two portions,
and connecting with the upper side of the ccencecium, even-
tually incloses them in a tube (PL. 13; free: By 10, 11, Q).
This ridge sometimes passes directly over the centre of the
bud, and. sometimes to one side, but is almost always
present. It occasionally retains the cord like embryonic
character, and freeing itself from the endocyst, except at
the extremities, forms a pseudo-funiculus, suspending the
bud in the cceneecial cavity. ‘lhe thick external membrane
becomes in course of time differentiated from the walls or
ridges, and acquires the horny consistency of the casing
on the free statoblast, but is never so opaque, or deeply
colored. As the outer membrane stiffens no change seems
to be made in the granular contents, -but the more con-
vex face of the envelope sinks, forming an elliptical depres-
sion, and the greater number of the buds become free (Er:
13, fig. 12, W’). Prof. Allman found them to be hollow,
and described this elliptical depression as an aperture. |
was, however, unable to substantiate either of these con-
*ALLMAN. Op. cit. p. 40.
218 * HYATT,
clusions in Cristatella. The rupture of the sheath and the
consequent escape of its contents is not an uncommon oc-
currence among the fixed statoblasts of Plumatella; and
this seems to have been the cause of the emptiness of the
specimens described by Prof. Allman. From their mode
of development, and the place they occupy in the cceneeci-
um, it is probable that they are the same as the fixed sta-
toblasts of Plumatella. They differ, however, from the
fixed statoblasts in being unattached to the endocyst when
fully grown, but this not being an invariable character,
and the elliptical depression, which is nothing more than ©
the accidental sinking in of one side_of the sheath, being
quite common, even among the free statoblasts of Pluma-
tella, I see no reason for considering them exceptional
forms.
At an early stage of growth, while still floating freely in
its native element, the statoblastic polypide begins to mul-
tiply by the process of budding. An internal swelling of
the endocyst, on the lower side, in the vicinity of the bases
of the anterior retentor muscles, first shows the position of
the coming polypide. ‘This elongates into a little hollow
sack with a thickened rim (PI. 7, fig. 5, Y), upon the up-
per edge of which, in the Hypocrepian Polyzoa, a slight
notch is formed by the duplication and pushing out of its
sides into two loops joined along the centre (Pl. 13, fig.
4, Y). A series of minute folds of the membrane on the
upper sides of the loops are the incipient tentacles, and, as
they enlarge, the intervening membrane is drawn up with
them like a thick web; but this, hawever, eventually recedes
externally and becomes the calyx, The loops growing out-
ward augment their longitudinal diameter at the expense
of the transverse, and the inner sides of each, approximat-
ing and at last coalescing, make up the lophophore and >
arms. Preceding the beginning of the tentacles, a trans-
_ verse constriction of the body of the little sack draws the —
line between the cesophagus, and the stomach; and the
subsequent deepening of this constriction divides off the
internal cavity, establishing the cardiac and pyloric valves,
The muscles, which become well differentiated at a very
early period, are divisible into three pairs: one pair attach-
ed to the rim, the Brachial Retractors; one to the region
OBSERVATIONS ON POLYZOA. 219
of the oesophagus, the G4sophagal Retractors ; and one to
the region of the stomach, the Gastric Retractors. They
are active from the first, and appear to drag the polypide
inwards, stretching the endocyst of the parent, which is
joined to the loops, into a tube. “This tube is the future
evaginable endocyst of the polypide; and, as the various
organs are developing, it is everted little by little, becom-
ing gradually capable of the adult evagination.
The tentacles of Cristatella ophidioidea are not fully
grown, nor the arms divaricated, until long after the evagi-
nation of the polypide is completed (Pl. 13, fig. 5, Y’).
At this period the tentacles of the external rows near the
mouth are the longest, decreasing regularly to the mere
tubercles on the ends of the arms, and the internal tenta-
cles are not separated from each other, exhibiting only two
closely appressed lines of tubercles all of about equal length.
‘The division of the arms begins internally, and its progress
outwards may be followed by the gradually increasing
length of these interior rows, which retain their tubercular
character until this division commences (Pl. 9, fig. 14).
-'The mode of reproduction by true ova, although detect-
ed by Dumortier and Van Beneden, was first fully describ-
ed by Prof. Allman. ‘They are produced from the gemma
dot, a bud-like mass on the upper side of the endocyst in
the neighborhood of the orifice, which, during the fall,
when not filled with ova, becomes opaque and granular."
The testicle, first described by Dumortier and Van Bene-
den, arises from the funiculus, resembling in its mode of
formation, according to Prof. Allman, a true bud. The
*Prof. Allman thus describes the earlier periods of the development
of the ovum. Monograph Fresh-water Polyzoa p. 33.
“* Development of the Ovum.—I have succeded in tracing the develop-
ment of the ovum through most of its stages in Alcyonella fungosa.
In this polyzoon the mature ovum consists of a granular vitellus,
surrounded by a very evident vitellary membrane, on whose internal
surface the contents appear frequeiftly to be aggregated in a course
granular layer. It presents a large germinal vesicle, and a very dis-
tinct germinal spot. After a time the germinal vesicle and the germi-
nal spot disappear, and the vitellus undergoes segmentation, and after
the mulberry-like condition thus induced has in its turn vanished, we
find the contents of the egg have assumed the form of a roundish or
oval body, richly ciliated on its surface, and provided with a large cen-
i*
220 HYATT,
nuclei of the cells are of large size and in due time are con-
verted into spermatozoa. ‘These have been observed swim-
ming freely in the perigastric cavity into which the full
grown ova are, also, discharged from the ovary.
After the segmentation of the vitellus, the egg appears
as a hollow oval body clothed externally with cilia, and it
is at this period that most observers have seen and des-
cribed its peculiarities. +
Mr. Albany Hancock, although confounding it with a
statoblast which he supposed to be an egg, speaks of one,
an undoubted ovum, which, he observed forcing its way
through the closed orifice of the cell, rending and destroying
the parent polypide in its course.”
I have, also, seen them during this stage in Plumatella
tral cavity, which as yet does not open externally. When liberated from
the outer membrane of the ovum, which still confines it, it swims ac-
tively through the surrounding water by the aid of the cilia with which
it is invested.
As development proceeds, we find the ciliated embryo while still
confined within the cuverings of the egg, presenting in some part of
its surface an opening, which leads into the central cavity ; and through
this opening an unciliated, hernia-like sac is capable of being protrud-
ed by a process of evagination. The unciliated protrusible portion
would seem to have been derived by a separation from the walls of
the central cavity, and appears therefore to originate by a process of
unlining, a true chorization.
Towards the opening, which leads from without into the central
cavity. the chorization is incomplete, the membrane as it separates
being here still held to the walls of the cavity by irregular transverse
bands; these bands check the entire evagination of the membrane, but
after a time they disappear, and then the unlining and evagination are
perfect. In the interior of the protrusible portion, and before the dis-
appearance of the transverse bands, a polypide is developed.” The
further development of this polypide, as described by Prof. Allman,
does not differ materially from those produced from the regular buds
of the adult cells.
The same authority thus describes the testicle of Alcyonella (Plu-
matella) fungosa on page 32 of the work above quoted. MW i
‘*The testicle is composed of a mass of spherical cells, each of which
contains within it numerous mate cells, ‘‘vesicles of evolution.”
The visible contents of the vesiclés of evolution consist, at first, of
nothing more than a well-defined spherical nucleus, and this is subse-
quently transformed into a spermatozoal filament, which finally escap-
es by the rupture of the containing cells. The spermatozoal filaments,
in by genus, are simple vibrioid bodies without any terminal enlarge- —
ment.”
*Hancock. Op. cit. p. 186, note.
OBSERVATIONS ON POLYZOA. oor
Arethusa, squirming in the perigastric cavity, and tossing
the stomach of the polypide about, as ifit had been a play-
thing. They certainly, in this species, evinced sufficient
power to open a passage through the thin membrane of the
polypide, although such did not seem to be their object
at the time.
No orifices for the expulsion of the ova have been as yet
positively demonstrated. Meyen chronicles the escape of
the eggs of Alcyonella (Plumatella) stagnorum from an
opening in the vicinity of the anus.* But this is, proba-
bly, erroneous, since, as observed by Mr. Hancock, “the
great size of the egg forbids the possibility of its escape
without the destruction of the polypide.”
From the preceding account it may be seen that there
are four localities, all within the coencecium, devoted to the
function of reproduction. ‘These are, the ovary on the dor-
sal side of the orifice; the free part of the endocyst of the
cell on the abdominal side, bringing forth true buds; the
attached portion lower down, giving birth only to fixed
statoblasts; and the funiculus, generating spermatozoa and
free statoblasts. ‘The true buds of Fredericella and Pluma-
tella are numerous, although only one usually matures and
prolongs the stem: when two or three mature, at the same
time, the lateral branches are produced. ‘These buds grow
slowly, forming the ordinary tubular cells. In some varie-
ties of Plumatella, however, the buds mature more rapidly
and in greater numbers, while the branch assumes a lobe-
like form, the polypides, with the cells but half developed,
crowding the upper surface. This mode of formation,
which is only a variation of the species in Plumatella, is
of generic value in Pectinatella, where the polypides are
invariably arranged upon lobiform branches. In Cristatel-
la the true buds are more numerous than in any other
genus, and they mature until the ceeneecium is full grown.
The gradual increase in the number of the buds, that
reach maturity, coincides with the decrease in the tough-
ness of the ectocyst, and its final obliteration in the higher
*MEYEN. Isis. 1828, p. 1228.
ESSEX INST. PROCEED. 1v. cc. March, 1866.
222 HYATT,
genera; and the absolute number of the buds to the expan-
sion of the bud producing surface. As has been shown in
the preceding paragraph, the number of the buds reaching
maturity, and their absolute number in each cell of Frederi-
cella, is generally less than in those varieties of Plumatella
that have a gelatinous ectocyst; and they are less, in the
latter, than in the Pectinatell#, which have no ectocyst;
and less in the Pectinatelle than in Cristatella, where the
ectocyst is wanting, and where the bud producing ‘surface
is of the greatest extent.
CoMPOSITION OF THE ENDOcYST.
In the foregoing remarks the anatomy has been discuss-
ed, so far as was necessary, in order to give clearness to
the descriptions of the different genera and the subsequent
notice of the modes of reproduction. It now remains to
consider more fully the composition of the body, together
with the relations and functions of the various organs.
‘he endocyst is made up of four layers: (1) an outer
large celled membrane (PI. 11, fig. 1, E’, Pl. 12, fig. 2, E’,
Pl. 18, fig. 16); (2) an inner one of smaller cells (Pl. 11,
fig. 1, E”); (3) one of muscular fibre (PJ. 11, fig. 1, E’’);
(4) an epithelial layer lined internally with muscular fibre
(Fis Liye. 1.3"),
(1) The first membrane forms the external surface of
the endocyst of the polypide and of the ccencecium.
The cells on the ccoenecia of Fredericella and Plumatel-
la are hexagonal containing a large brilliant nucleus and
nucleolus (Figs. 3, 5). Their upper sides are depressed
by the weight of the superincumbent ectocyst, and their
longitudinal diameters are not so long as in the cells of the
same membrane on the evaginable endocyst.
When fully expanded on the living coencecium the cells
are closely pressed one against another; but, if treated with
alcohol, they contract, and, separating from each other, leave
wide intervening spaces (Fgs. 2,4,5). These spaces have
been figured by Prof. Allman under the impression that they
were anastomosing channels, perhaps blood channels; my
observations, however, have been too numerous to leave any
OBSERVATIONS ON POLYZOA. 2293
doubt of their being what [have stated. The larger cells are
continually multiplying by division, and there result num-
bers of small cells which lie scattered here and there in the
supposed blood channels. Fig. 3 shows a large cell under-
going theprocess of division, and below, near the right
lower corner of the figure, there are two minute cells, un-
doubtedly created in a similar manner, occupying the in-
terstices of the membrane. Fig. 5 shows a group of cells
taken from a point nearer the orifice than those of fig. 2,
and, also, from a different zodid. ‘These are not so dis-
figured by contraction and have more angular outlines.
Fig. 4 shows a group of five cells, from another zodid, more
highly magnified than either of the above, and more wide-
ly separated. When the cells are so dispersed the intervals
are usually more or less filled in by minute cells; but, in
this instance, the spaces were vacant and the nucleus of
immense size, the nucleolus not being visible.
Tree!) =~
cf :
per oy,
FIG.” Fie;:3. Fia, 4. Fia. 5. ;
Fics. 2 and 5, groups of cells of the first membrane, greatly enlarged, from the
cenecium of PLUMATELLA VITREA.
Fig. 3, one cell still more enlarged showing nucleus and nucleolus. :
Fia. 4, E’, cells of first membrane: E’’, muscular fibres of the third layer: EK”,
muscular fibres of the fourth layer.
The cells on the coenccia of Pectinatella and Cristatella
do not differ sensibly in their structure from those of Fred-
ericella and» Plumatella. The outer sides, however, being
free from the presure of an ectocyst, are more convex ; and
the longitudinal diameters, instead of being less, are greater
than in the cells of the same membrane in the evaginable
endocyst. Plate 13, fig. 16, and figures 7, 8, EK’ present lat-
eral views of the membrane in the ccenecia of Cristatella
and Plumatella: in figure 8 the cellular structure 1s not
given, but the relative thickness of the membranes may be
estimated by a comparison of the two figures. The cells of
the first membrane of the evaginable endocyst do not vary
224 HYATT,
essentially from those on the ccencecium, except in being
greater or less than the latter, as mentioned above, and in
having the power of expanding and contracting their pa-
rietes. ‘They may swell to twice or three times the normal
size, and contract again with considerable quickness, as if
they had collapsed after parting with their fluid contents.
From the evaginable endocyst they can be followed into
the calyx, which, in the adult, is merely a web like fold of
the first membranous layer; and from the calyx into the
external ciliated membrane of the tentacles.
The cells on the calyx and tentacles are of about the
same size as those on the evaginable endocyst, but they are
not so distinctly hexagonal, unless contracted. 'The outer
sides are more convex, than those on the ccenecium; this
peculiarity is, also, shared by the cells of the evaginable
endocyst. ‘The nucleus is large and brilliant. The nucleo-
lus was not defined. ‘The cilia are prolongations of the
walls of the cells; each cell bearing one long slender hair
(Fig. 6).
Fia. 6, two living cells, with cilia, from near the tip of a tentacle of FREDERICELLA
REGINA.
The vibrations of ‘the cilia are not constant, and, if a
tentacle be severed and quickly placed under the micro-
scope, those that are at rest can be viewed without diffi-
culty throughout their entire length.
The cells become smaller on the lophophore, forming a
denser layer than on the other parts of the zodid. There
is no break upon the edge of the esophagus and the cells
of the first membrane are continuous with the cells of the
innermost layer of the alimentary canal.
(2) The second layer is made up of smaller cells. It is
rh
OBSERVATIONS ON POLYZOA. 2295
coextensive with the first, and is the principal membrane of
the endocyst. 'The size of its cells does not vary apprecia-
bly within the limits of the group. As a general rule,
however, its thickness in the ccoencecium is quite double
what it is in the evaginable endocyst, and on the outer side
of the tentacles. On the inner side of those organs, and in
the lophophore, it becomes as thick as it was in the coene-
cium. In the arms, also, it is thicker than in the evagina-
ble endocyst; but its greatest development in this respect
is attained in the region of the sphincter muscles (Tig.
8, EK”). This membrane is thicker than the first membrane
in the other parts of the coencecia of Fredericella and Plu-
matella, but thinner than the first membrane in the ccence-
cia of Pectinatella and Cristatella (Figs. 7, 8, E’’).
1 (3) The third layer is exceeding-
H ly contractile. The transverse fibres
} of which it is composed are loose-
\ ly and irregularly set, but have con-
siderable muscular power (Figs. 4,
8, HE’). The ccencecial endocyst
of Plumatella is sometimes drawu
in by annular constrictions, hap-
pening, apparently at will, in any
part of the wall where the ectocyst
Fic. 7, base ofacenecial jg sufficiently pliable, which are
wall of a living specimen of ’
& SJ
CRISTATELLA OPHIDIOIDEA generally referable to the action of
viewed from the base, the hi | ]
specimen cee inverted: EP’, t 118 muscular coat. Such annular
first membrane of the endo- tet) ,
eyst: E”,secondmembrane CONStrictions can be occasionally
of the endocyst: E”, third traced to rows of small muscles ex-
layer of transverse muscular F a.
fibre: E>”, epithelial mem. tending across the cavity from the
rane with longitudina s- :
milne abies, oor endocyst to the alimentary canal,
or to the invaginated fold. ‘These muscles, however, could
not have been the cause of the constrictions in the dead
Plumatella Arethusa figured in Pl. 8, fig. 10. The most
careful observations of this specimen, with a high power,
failed in bringing to light any such rows of muscles, and,
in this case, all the plications, with the exception of those
brought about by the influence of the retentor muscles (Pl.
8, fig. 5), were due to the transverse annular muscles of
the third layer.
An involution of this layer aids in forming the base of
226 HYATT,
the walls in the ccencecium of Cristatella (Fig. 7, Ei’), but
it does not probably extend into their reticulated portion
(PI. 14, fig. 1, Q). Judging from the thinness of the lat-
ter, and, from the fact, that all the longitudinal muscles of
the body appear to be connected more or less with the
fourth or epithelial membrane, it is quite likely that the
reticulated portion, or those parts of the ccencecial walls
which lie between the junctions of the walls with the up-
per and lower internal surfaces of the ccencecial endocyst,
are composed wholiy of longitudinal fibres, encased by the
epithelium. Around the invaginated fold of Plumatella
the fibres are thickly disposed and form the so called sphince-
ter muscle. ‘This is not a narrow band, as described by
Prof. Allman, encircling the lower edge of the fold, but a
local development of the transverse fibres, as broad as
the fold itself (Fig. 8, H’”).
In the evaginable
endocyst this layer
can be seen, by
careful focussing,
through the fourth
membrane, but only
with. ease, when
more or less contrac-
ted.
FIG. 8, Magnified view of the Invaginated fold In the arms and
of a living specimen of PLUMATELLA DIFFUSA.* i i
A’””’, ceneecial orifice: D, ectocyst: E’, first mem- lophophore ut
brane of the endocyst: E”, second membrane of thick, and frequent-
the endocyst: E’”, third layer of transverse mus- -
alts aed sidgpderrrer tt nie Sphincter muscle. - ly, in the former, be-
0} ourth or. epithelial layer, accompanied b
longitudinal muscular fibres.) j f y comes convoluted
by the action of muscular bands apparently developed in
its substance. I was unable to trace this membrane in
the tentacles, but judging from the great thickness of the
second tentacular membrane, and the slight increase which
takes place in the transverse diameter of those organs when
*NoTE. Only three membranes are delineated in the ccencecial endo-
cyst of figure 8. This is owing to my want of success in defining the
parts of the innermost layer, in the specimen figured, which is undoubt-
pd eee up of two layers, as in the coencecium of Cristatella (Fig. 7,
OBSERVATIONS ON POLYZOA. 22i
drawn in, as they often are, to less than one third of their
full length, I have ventured to assume that it also exists
there Ploy fe:.d;. I).
(4) The fourth or epithelial membrane, lines the interi-
or, investing all the muscles and the digestive system. It
is ciliated upon the perigastric region, and upon the in-
terior of the arms and lophophore, but not in the tenta-
cles or upon the alimentary canal. On the abdominal side,
a double layer, or fold, of this membrane, which I have
named the Brachial Collar, constitutes a partial diaphragm
reaching about half way round the, cesophagus. On the
dorsal side it is disconnected from the lophophore, and
hangs into the perigastric space, partitioning off the inside
of the epistome, and a space below in which the ganglion
is suspended. There are numerous fibres upon the inner
side of this diaphragm attached to the cesophagus and en-
docyst, between the bases of the arms, having sufficient
contractile power to deeply infold that part of the body
wall.
Prof. Allman mentions but two membranes in the en-
docyst, one, an outer large celled layer, equivalent to my
first and second membranes, and another, an inner layer,
equivalent to my third and fourth membranes. ‘Through-
out its whole extent, the fourth or epithelial layer is lined by
muscular fibres. ‘These cross the transverse fibres of the
third layer at right angles (fig. 4, Ei’). and both were re-
garded by Prof. Allman as a single inner layer of reticula-
ted muscles. The longitudinal fibres, however, are inva-
riably next to the fourth membrane, and remain attached
to it, whenever, as in the neural diaphragm, it parts from
the other layers. ‘The transverse fibres, also, never seem
to be connected with the longitudinal, wherever a good
definition of either has been obtained. No transverse
fibres are visible on the neural diaphragm; and on the in-
vaginated fold (Fig. 8), and the cesophagus (PI. 11), no
longitudinal fibres are visible.“ In the two latter they are
*NOTE. Since the printing of the plates, I have, in reviewing these
pages, changed my opinion and now estimate the longitudinal fibres, as
of equal importance with the transverse, and consider them a fourth
layer of muscular fibre, the epithelial becoming a fifth membranous lay-
228 HYATT, OBSERVATIONS ON POLYZOA.
undoubtedly present, being occasionally seen in a direct
view; but, when looked for in a lateral section, they are
too diaphanous and closely adherent to the fourth mem-
brane to be defined. Their incorporation with this mem-
brane will also be justified by the description of its func-
tions in connection with the alimentary canal of Pectina-
tella.
er. The endocyst is consequently made up of three membranous and
two muscular layers; all the specialized constricting muscles of the
body being derived from the third layer, and all the longitudinal from
the fourth layer of muscular fibre.
The inner and outer tentacular bands, as will be presently shown,
are inseparable from the latter layer. The retractors, also, notwith-
standing their disc like structure, can hardly be distinguished from the
numerous abnormal bands, that occur in some species, connecting the
endocyst and alimentary canal. These undoubtedly belong to the
fourth layer, and the retractors may, therefore, be looked upon as hav-
ing the same relation to the fourth layer that the sphincter has to the
third. :
The peculiar arrangement of the third and fourth layers retains the
form of the parts, and gives stability to the entire endocyst. By the
contraction of the third and relaxation of the fourth the transverse
diameters of the parts may be decreased, and the longitudinal increas-
ed; or, by the opposite process, the longitudinal may be decreased, and
the transverse increased. During the invagination of the polypide, the
fibres of both are in a state of contraction in the evaginable endocyst
and in the region of the sphincter; in the coencecium, however, they
are relaxed. But as soon as evagination begins, they appear to reverse
this condition. The ccencecial fibres become contracted and those of
the same layers in the polypide are stretched to their full length. By
these reciprocal changes they materially assist the compressed fluids of
the body in furcing out and expanding the polypide. I have, also, had
reason to doubt the existence of a neural diaphragm. In examining a
specimen of Fredericella regina from the side and from above, under
very favorable circumstances, I was unable to detect the same appear-
ance of an enveloping membrane just below the nerve mass, that led
me to the conclusion mentioned; nor have I had any opportunity of
verifying my first observations on Pectinatella, which, however, were
faithfully made with one of Tolle’s one half inch objectives. Until
therefore, Fredericella is shown to be exceptional in this respect by
further observations on other genera, it is, perhaps, best to regard
the existence of a neural diaphragm as doubtful. . /
[TO BE CONTINUED IN VOL. V.]
INDEX
To Oommunications, Vol. IV.
‘a)
~ 4
A.
Acanthogorgia coccinea, 152, 188
Accipiter Cooperii, 51, 92, 95, 98
fuscus, 51, 92, 95, 98
Actinacea, 148
Actinaria, 147
Actinidee, 148
Actiturus Bartramius, 78
Actodromas Bonapartii, 77, 87, 95
maculata, 77, 95
minutilla, 77
pusillus, 95
ZEgialeus melodus, 86, 93, 96
semipalmatus, 77, 94
ZXgialitis melodus, 86
semipalmatus, 77
vociferus, 77
Wilsonius, 86
ZKgiothus linarius, 70, 93, 96
Ageleus pheeniceus, 74, 92, 96
Aglaope, 31, 33
americana, 33
coracina, 31
Aix sponsa, 79, 93, 96
Alcyonacea, 148, 190
Alcyonaria, 148, 181
Alcyonella, (note) 203
Alcyonide, 148, 190
Alcyonium? 191
agaricum, 191
rubiforme, 190
sp., 191
Allen, J. A., Catalogue of Birds
found at Springfield,
Mass., 48
. on the Duck Hawk, 153
Alypia, 23
Pupa, 24
Ammodromus caudacutus, 84,92, 96
maritimus, 84, 92, 96
ESSEX INST. PROCEED.
Ammonactis, nov. gen., 150
rubricollum, 151
Ampelis cedrorum, 66, 92, 95
garrulus, 66, 93, 96
Anas boschas, 78, 95
obscura, 78, 93
Anatolmis, nov. gen., 45
Grotei, nov. sp., 47
Ancylocheilus subarquata, 87, 94
Anorthura hyemalis, 68
Anser erythropus, 88
Gambelii, 87, 94
hyberboreus, 87, 94
Ansetus, 189
Anthax morio, 127
ornata, 128
Anthelia lineata, 193.
Antherophagus, (Byturus) 104, 108
Antherophagus, 128
ochraceus, 128
Anthophorabia, notes on a new
species of, 133
Larva of, 137
megachilis, nov. sp., 134
Pupa of, 136
. |Anthus ludovicianus, 58, 94
Antipathacea, 147
Antipathes flabellum, 187
Antipathide, 148
Antrostomus vociferus, 53, 92, 95
Apathus, 104, 108, 118
Ashtoni, 118
citrinus, 119
contiguus, 119
elatus, 120
Aquila canadensis, 81, 93
Archibuteo lagopus, 51, 93
Sancti-Johannis, 51, 93
Ardea herodias, 76, 93, 96
Ardetta exilis, 76, 93, 96
Iv. DD. May 28, 1866.
230
Arquatelia maritima, 87, 94
Arvicola riparia, nest of, used by
Humble Bees, 99
Astragalinus tristis, 69, 92, 93
Astreacea, 146
Astreinz, 147
Astur atricapillus, 50, 93,
Aythya americana, 79, 88, 95
vallisneria, 49, 79, 95
B:
Balanophyllia capensis, nov. sp., 149
Balch, D. M., on native grapes, 140
on the Sodalite at Salem, 3
Bartramia laticauda, 78, 93, 96
Bees, Humble, notes on the habits
of, 98
of New England, 107
Bee, Leaf-cutting, notes on, 105
Bergide, 147
Bernicla brenta, 78, 95
canadensis, 78, 95
Hutchinsii, 87, 95
leucopsis, 88, 96
Birds, accidental and irregular vis-
itors, 96
catalogue of, found at
Springfield, Mass., 48
list of, in Mass. not ob-
served at Springfield, 80
resident species, 93
spring and autumn visi-
tants, 94
supplemental notes to Mr.
Allen’s catalogue, 97
summary of Mass. spe-
_ cies, 97
summer visitants, 95
that regularly breed in the
State, (Mass.) 91
winter visitants, 93
Bombus affinis, 118 ,
bimaculatus, 117
fervidus, 98, 99, 110
impatiens, 114
pennsylvanicus, 104, 111
perplexus, 117
separatus, 99, 101, 114
ternarius, 99, 116
terricola, 112
vagans, 98, 115
virginicus, 99, 101, 113
Bonasa umbellus, 76, 93
Botaurus lentiginosus, 76, 93, 96
Brachy otus Cassinii, 52, 92, 93
INDEX.
Briaridex, 148
Bryozoa, 201
Bubo virginianus, 51, 92, 93
Bucephala albeola, 49, 79, 94
americana, 79, 94
Butevu borealis, 51, 92, 93
lineatus, 51, 92, 95, 98 [98
pennsylvanicus, 51, 92, 95,
Butorides virescens, 76, 93, 96
Byturus, (Antberophagus), parasite
in Nests of Humble
Bees, 104,108
C
Calidris arenaria, 95
Camptolemus labradorius, 88, 94
Cardinalis virginianus, 85, 96
Carpodacus purpureus, 48, 69, 92, 96
Caryophyllidsze, 147
Castiniares, 21
Castnia, 22
Cataractes lomvia, 91, 94
ringvia, 91, 94
troille, 91, 94
Cathartes atratus, 81, 96
aura, 81, 96
Centrophanes lapponicus, 70, 84,
Centurus carolinus, 48, 58, 96
Cerianthids, 148
Cerianthus, orientalis, nov sp 151
Certhia americana, 68, 92, 98
Ceryle alcyon, 54, 92, 93, 95
Cheetura pelasgia, 53, 92, 95
Chalcis sp., 133
Charadrius virginicus, 77, 94
Chaulelasmus streperus, 79, 95
Chondestes grammaca, 84, 96
Chordeiles popetue, 54, 92, 95
Chroecocephalus atricilla, 90, 94
‘Philadelphia, 80, 94
Chrysomitris pinus, 70, 92, 93
tristis, 69
Circus hudsonius, 51, 92, 93
Cistothorus paiustris, 83, 92, 96
stellaris,68, 83, 92, 96
Cnidaria, 145
Coccygus americanus, 48, 52, 92,
erythrophthalmus, 52, 92,95
Colaptes auratus, 53, 92, 95
Collyrio borealis, 66, 93
Colymbus arcticus, 91
septentrionalis, 80, 94
torquatus, 80, 93
INDEX.
Conops, 108, 123
rufipes, 124 ,
Contopus borealis, 54, 92, 95
virens, 54, 92, 95
Corallide, 148 [181
Corals, description of new species,
of the North Pacific Ex-
ploring Expedition, 181
Cornularia aurantiaca, 151, 194
Cornularide, 148, 193
Corvus americanus, 75, 92, 93
carnivorus, 48, 75, 96
ossifragus, 85, 96
Coturniculus Henslowii, 48, 71,92,96
passerinus, 71, 84, 92, 96
Cotyle riparia, 65, 92, 95
Cristatella, 203, 209
figure of coenoecial wall, 225
ophidioidea, 210
Cristatellida, 2038
Ctenucha, 33
americana, 33
Cressonana, 33, 35
Larva, 36
Latreillana, 33
Pupa, 38
semidiaphana, 33
virginica, 33, 36
virgo, 33
Cupidonia cupido, 85, 93 -
Curvirostra americana, 70, 93
leucoptera, 70, 93, 96
Cyanospiza cyanea, 73, 92, 96
Cyanura cristata, 75, 93
Cyathaxonide, 146
Cyathophyllide, 146
Cyclolitidx, 146
Cystiphyllide, 146
D
Dafila acuta, 79, 94
Dendreeica sestiva, 63, 64, 92, 95
Blackburniz, 62, 64, 92, 95
canadensis, 62, 64, 92, 95
castanea, 62, 64, 94
coerulea, 64, 83
coronata, 62, 64, 94
discolor, 64, 92, 95, 97
maculosa, 63, 64, 94
palmarum, 63, 64, 94
pennsylvanica, 63, 64, 95
pinus, 65, 64, 92, 95
striata, 63, 64, 94
tigrina, 48, 63, 64, 94
virens, 61, 64, 92, 95.
231
Dipterous larye in nest of Hum-
ble Bees, 104
Dolichonyx oryzivorus, 74, 92, 96
Duck Hawk, habits of, 153
eggs of, 153
Dytes cornutus, 80
E
Ectopistes migratoria, 75, 98, 96
Edwardsia brevicornis, 151
clavata, 150
collaris, 150
rubricollum, 151
Ellolite, analysis of, 5
Emerson, George H., on Magnetite
and an unknown mineral
at Nahant, 6
Bmpidonax acadicus, 54, 92, 95
5 | flaviventris, 55, 94
minimus, 54, 92, 95
Traillii, 54. 92, 95
‘Eremophila cornuta, 69, 93
‘Ereunetes pusillus, 87, 95
‘Erismatura rubida, 79, 94
‘Eucyrtus varicornus, 133
|Eudry as, 24
grata, 27
Larva, 27
Pupa, 29
unio, 27
|Eupsammia Stimpsonil, nov. sp., 150
‘Kupsammide, 147
Eusmillide, 147
|Euspiza americana, 84, 96
Tuck Si canadensis, 65, 92, 94
B.
‘Falco anatum, 50, 92, 93, 153
candicans, 81, 96
peregrinus, 153
Florida coerulea, 86, 96
Fredericella, 203, 204
Regina, figure of stato-
blast, 214
figure of living cells with
cilia, 224
Fredericellidz, 203
Fulica americana, 78, 93
Fulix affinis, 88, 95
collaris, 88, 95
marila, 88, 95
Fungacea, 146
Fungide, 146
Galeoscoptes carolinensis, 68, 92, 96
Gallinago Wilsonii, 77, 93, 96
232
Gallinula galeata, 87, 96
martinica, 87, 96
Gambetta flavipes, 77, 95
melanoleuca, 77, 95
Garzetta candidissima, 85, 96
Gemmiporide, 147
Geothlypis Philadelphia, 59, 94
trichas, 59, 92, 95
Gerardide, 148
Gorgonacea, 148, 186
Gorgonellide, 148, 189
Gorgonia flammea, 186
palma, 186
venosa, 186
Gorgonide, 148, 186
Graculus carbo, 89. 94
dilophus, 89, 94
Grapes, native, 140
ve analysis of, 142
Guiraca coerulea, 84
ludoviciana, 73, 92, 96
H
Hematopus palliatus, 86, 96
Haliztus leucocephalus, 51, 92, 93
Halocampa brevicornis, 151
capensis, nov. sp., 151
Harelda glacialis, 49, 79, 95
Harporhynchus rufus, 68, 92, 96
Harrisina, nov. gen., 31
Sanborni, nov. sp., 32
Helminthophaga celata, 48, 60, 94
chrysoptera, 61, 82, 94
peregrina, 48, 61, 94
pinus, 61, 82, 94
ruficapilla, 59, 61, 92, 95
Helmitherus Swainsonii, 82, 94,
vermivorus, 61, 82, 92, 95
Helospiza Lincolnii, 72, 94, 96
palustris, 73, 92, 96
Herodias egretta, 76, 96
Heterocyathus alternata, n. s., 149
Heteropus ventricosus, 139
Himantopus nigricollis, 86
Hirundo bicolor, 48, 65, 92, 95
horreorum, 65, 92, 95
lunifrons, 65, 92, 95
Histrionicus torquatus, 88, 94
Humble Bees, habits of, 98
additional notes on, 104
of New England, 107
parasites of, 107
Hyatt, Alpheus, on Polyzoa, sub-
order Phylactolemata, 197
Hydrochelidon fissipes, 91,95. .
INDEX.
'‘Hydrochelidon plumbea, 91
Hylotomus pileatus, 82, 92,93 [98
Hypotriorchis columbarius, 50, 94
I
Ibis Ordii, 86, 96
Icteria viridis, 48, 59, 92, 95, 96, 98
\Icterus Baltimore, 74, 92, 96
spurius, 75, 92, 96
Ilyanthide, 148
Iside, 148, 190
Ixoreus nevius, 82
Juncella leves, nov. sp., 189
Junco hyemalis, 71, 92, 94
K
Kophobelemnon clavatum, 152, 185
L
Lanivireo flavifrons, 67
solitarius, 67
Larus argentatus, 80
delawarensis, 90, 94
leucopterus, 90, 94
marinus, 90, 94
Smithsonianus, 80, 94
Leaf-cutting Bee, notes on, 105
Leioptilum, 182
' undulatum, nov. sp., 182
Leptogorgia cuspidata, n. s., 186
Limosa fedoa, 87, 95
hudsonica, 87, 95
Lissogorgia, 187
flabellum, 187
flexuosa, nov. sp., 187
Lithophyllidz, 147
Lobularia rubiformis, 190
Lophodytes cucullatus, 80, 94
Lophogorgia palma, 186
Lophophanes bicolor, 83
Lophopus, 203, 208
- erystallinus, 208
Lophoseride, 146°
Lycomorpha, 43
Pholus, 45
M
Meeandrinide, 147
Macrorhamphus griseus, 86, 94
Madreporacea, 147
Madreporaria, 145
perforata, 147
rugosa, 146
Madreporide, 147
Magnetite at Nahant, 6
Malthaca’‘perlucidula, 32
Mareca americana, 79, 95.
INDEX.
Mareca Penelope, 88, 96
Megachile, notes on, 105
centuncularis, 106
Melanerpes erythrocephalus, 53, 92,
Melanetta velvetina, 49, 79, 94 [95
Meleagris gallopavo, 85
Meloe, 108
angusticollis, larva of, 129
Melospiza Lincolnii, 48, 72
melodia, 72, 92, 93, 96
; palustris, 78
Mergellus albellus, 89
Mergulus alle, 91, 94
Mergus americanus, 79, 93
serrator, 80, 93
Merulinide, 146
Metridium fimbriatum, nov. sp., 150
Microgaster, 122
nephoptericis, nov. sp., 122
Micropalama himantopus, 95
Mimus carolinensis, 68
polygiottus, 48, 67, 92, 96
Mineral, unknown, at Nahant, 6
Minyiade, 148 [104, 139
Mites in nests of Humble Bees,
Mniotilta varia, 59, 92, 95
Mollusca, classification of, 162
Molothrus pecoris, 74, 92, 96
Monodontomerus, 133
Mormon arctica, 91, 94
Mopsella japonica, nov. sp., 190
Morse, E.S., on the classification
of the Mollusca, 162
Muricea divaricata, 188
sinensis, nov. sp., 187
Myiarchus crinitus, 54, 92, 95
Myiodioctes canadensis, 65
minutus, 83
mitratus, 83
Myopa atra, 124
Myrmarides, new genus of, 133
N
Nephopteryx, 120
Edmandsii, nov. sp., 120
Larva, 121
parasitic in nests of Bom-
e bus, 104, 108
Pupa, 121
Nephthya aurantiaca, nov. sp., 191
coccinea, 152, 188
thrysoidea, 151, 192
Nettion carolinensis, 79, 95
crecca, 88, 96
Numenius borealis, 87,95 .
233
Numenius hudsonius, 87, 95
longirostris, 87, 95
Nyctale acadica, 52, 92, 93
Richardsonii, 48, 52, 93, 96
Nyctea nivea, 52, 93, 97
Nyctiardea Gardeni, 76, 93, 96
O
Ochthodromus Wilsonius, 86, 96
Oculinide, 147
Oidemia americana, 89, 94
Oporornis agilis, 59, 82, 94
Ortyx virginiana, 76, 93
Osmia, 107
Otus americanus, 51, 92, 93
Wilsonianus (note), 51
Oxyechus vociferus, 77, 93, 96
ae
Packard, Jr., A. S., Humble Bees
of New England and
Parasites; with notices
of a new species of An-
thophorabia, and a new
genus of Proctotrupi-
dee, 107
on the Family Zygenide, 7
Pandion carolinensis, 51, 92, 94
Parasites in nests of Humble
Bees, 104
Parisis laxa, nov. sp., 152, 190
Parula americana, 59, 92, 95
Parus atricapillus, 69, 92, 93
hudsonicus, 83, 93, 96
_Passerculus savanna, 70, 92, 96
Passerella iliaca, 73, 94
Pavonaride, 149, 184
Pectinatella, 2038, 208
Carteri (note), 203
magnifica, 209
Pedetexethya Holbolli, 80
Pelecanus erythrorhynchus, 89
Pelidna americana, 77, 94
Pelionetta perspicillata, 89, 94
Pennatula tenua, 183
Pennatulacea, 149, 181
Pennatulidz, 149, 181,
Peregrine Falcon, eggs of, 153
habits of, 153
Phalaropus fulicarius, 86, 94
hyperboreus, 86, 94
Wilsonii, 86, 94
Phellia clavata, 150
collaris, 150
Philohela minor, 77, 93, 96
Philoros, 33
234 INDEX.
Phylactolemata, Bibliography and
Classification of, 200
Comp. of Endocyst, 222
Reproduction of, 211
species in America, 203
species in Australia, 203
species in Europe, 2038
species in India, 203
Picoides arcticus, 48, 52, 93, 96
hirsutus, 82
Picus pubescens, 52, 92, 93
villosus, 52, 92, 93
Pinicola canadensis, 69, 93
Pipilo erythrophthalmus, 74, 92, 96
Planesticus inigratorius, 58
Plectrophanes lapponicus, 70
nivalis, 70, 94
Plexaura friabilis, 186
Plexauride, 148, 186
Plumatella, 203, 207
Arethusa, 207
diffusa, figure of invagin-
ated fold of, 226
vitrea, figure of groups of
cells of, 223
Plumatellidx, 203
Podiceps cornutus, 80, 94
cristatus, 80, 94
griseigena, 80
Holbollii, 80, 94
Podilymbus podiceps, 80, 95
Polioptila coerulea, 69, 83
Polypi, 145
Polyps, classification of, 145 [181
description of new species,
new species of, 149
of the North Pacific Ex-
ploring Expedition, 181
Polyzoa, 197
Bibliography and classifi-
cation of, 200
Pocecetes gramineus 70, 92, 96
Poritide, 147
Porzana carolina, 78, 93, 96
noveboracensis, 78, 87, 95
Primnoa compressa, nov. sp., 189
Primnoide, 148, 189
Procellaria glacialis, 89, 95
Procris, 31
americana, 31
Progne purpurea, 66, 92, 95
Pteratomus, nov. gen., 137
Putnamii, nov. sp., 138
Pteromorpha expansa, nov. sp., 181
Ptilosarcus, 183
Gurneyi, 182
Puffinus anglorum, 89, 94
fuliginosus, 89, 94
major, 89, 94
Putnam, F. W., Notes on the habits
of humble bees, 98 [105
Notes on Leaf-cutting Bee
Pyranga estiva, 83, 96
rubra, 65, 92, 95
Pyromorpha dimidiata, 32
Querquedula discors, 79, 95
Quiscalus major, 85, 96
versicolor, 75, 92, 96
R.
“allus crepitans, 87, 96
virginianus, 78, 98, 96
Recurvirostra americana, 86
Regulus calendula 58, 94
satrapa, 58, 93
Renillide, 149
Rhyacophilus solitarius, 77, 95
Rissa tridactyla, 90, 94
N)
Saccata, a new name for the Mol-
lusca, 1638, 178
Sarcodictyon, 195
Sarcophyton agaricum, 191
Sarcoptilus Gurneyi, 183
Sayornis fuscus, 54, 92, 95
Scepsis, 33, 40
fulvicollis, 33, 43
Scolecophagus ferrugineus, 75, 94
Scops asio, 51, 92, 93
Setophaga ruticilla, 65, 92, 95
Sialia sialis, 58, 92, 95
Sitta canadensis, 69, 93
carolinensis, 69, 92, 93
Seiurus aurocapillus, 61, 92, 95
ludovicana, 61
noveeboracensis, 61, 92, 95
Sodalite at Salem, 3
analysis of, 4
Somateria mollissima, 89, 94
spectabilis, 89, 94
Spatula clypeata, 88, 95
Sphyropicus varius, 53, 92, 95
Spizella monticola, 72, 92, 94
pusilla, 72, 92, 96
socialis, 72, 92, 96
Spongodes capitata, 193
gigantea, 192
-gracilis, nov. sp., 193
, = — ,-™
INDEX.
Squatarola helvetica, 93, 96
Stauracea, 146
Stauride, 146
Stercorarius cepphus, 90, 94
parasiticus, 90, 94
tercorarius pomarinus, 90, 94
Sterna aranea, 90, 96
caspia, 91
frenata, 90, 95
fuliginosa, 90, 96
hirundo, 90, 93, 96
macroura, 90, 93, 94
paradisea, 90, 96
Trudeauii, 91
Stephanoseris lamellosa, n. s.,
Strepsilas interpres, 86, 94
Strix americana, (note) 51
Sturnella magna, 74, 92, 96
Stylinide, 147
Stylophoride, 147
Stylops, 108, 139
Childreni, 130
Sula bassana, 89, 94
Surnia ulula, 81
Symphemia me ag 414 Od, 96
Syrnium cinereum, 52, 81, 93, 96
nebulosum, 52, en 93
i
149
Tachina, 128
Telesto aurantiaca, 151
nodosa, nov. sp., 194
ramiculosa, 151, 194
Telmatodytes palustris, 68, 83
Tetrao canadensis, 85, 94, 96
Thalassianthide, 148
Thalassidroma Leachii, 80, 98
pelagica, 89
Wilsonii, 89
Tinnunculus sparverius, 50, 92, 93
Trichodactylus, 189
Tringa alpina var. americana, 77
Bonapartii, 87
canutus, 86, 94
maculata, 77
maritima 87
Wilsonii, 77
Tringoides macularius, 77, 93, 96
Tryngites rufescens, 78, 95
Trochilus colubris, 53, 92, 95
Troglodytes «don, 68, 92, 96
americanus, 68
hyemalis, 68, 93
239
Tubipora rubeola, 195
Tubiporide, 148, 195
Turdus Alicise, 48, 56, 57, 58, 94
fuscescens, 56, 57,92, 95
migratorius, 58, 92, 93, 95
mustelinus, 55, 56, 92, 95
Pallasii, 56, 58, 92, 94, 97
Swainsonii, 49, 56, 58, 94
Tyrannus carolinensis, 54, 92, 95
U
Unknown mineral at Nahant, 6
ae arra, 91
grylle, 91, 94
Sitenania torda, 91, 94
Vv.
\Veretillide, 149, 184
Veretillum baculatum, n.s., 152, 185
clavatum, 152, 185
Stimpsonii, n. s., 152, 184
Verrill, A. E., Classification of Pol-
yps, 145
Polyps and Corals of the
North Pacific Exploring
Expedition, 181
Vireo flavifrons, 67, 92, 95.
gilvus, 67, 92, 95 [95
noveeboracensis, 67, 83, 92,
olivaceus, 66, 67, 92, 95
philadelphicus, 67
solitarius, 67, 94
Vireosylvia olivacea, 66
Virgularia pusilla, nov. sp., 184
Volucella, unknown larva allied to,
126
WwW.
Wilsonia minuta, 83, 95
mitrata, 64, 83
pusilla, 64, 94
pS
Xema Sabinii, 90
Xenide, 148
Z.
Zenedura carolinensis, 75, 93, 96
Zoanthacea, 147
Zoanthide, 147
Zonotrichia albicollis, 71, 94
leucophrys, 71, 94
Zygena exulans, 20 [7
Zygenide, notes on the family of,
Larva, 19
Pupa, 20
Zygenine, 29
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PLATE 7.
FREDERICELLA REGINA Leidy, Mss.
Fig. 1.* One colony, life size, with all the branches attached. (Gor-
ham, Me.)
Fig. 2. Two branches of one colony: one attached and one free.
(Cambridge, Mass.)
Fig. 3. Attached branch of one colony. (Gorham, Me.)
Fig. 4. Magnified view of one adult zodid. (Norway, Me.) D, ecto-
cyst; E, endocyst; V, funiculus; M, gastric retractors; M’, lophophoric
retractors ; M’!, brachial retractors; N, anterior retentors; N/, posterior
retentors ; F, brachial collar; G, calyx ; H, tentacles.
Fig. 5.¢ Section of a young specimen, showing the internal structure
and the limited extent of the invaginated fold. (Cambridge, Mass.) D, ecto-
cyst; E, endocyst ; B, invaginated fold ; Y, bud; N, anterior retentors ; 1.
esophagus; H", cilia; K/!!, esophagal valve; K/, stomach; K/!', posi-
tion of intestinal valve ; K/’, intestine; K, anus; I, lophophore; I’, epis-
tome; I//, mouth; H, tentacles; F, brachial collar ; S, nerve mass.
Fig. 6.} Lateral view of an invaginated specimen, showing the shape of
the coencecial orifice. A/!/!, orifice; L, region of the sphincter; D, ecto-
cyst; E, endocyst. -
Fig. 7. View of the same from above.
Fig. 8. Front view of a zodid, showing the incipient arms and the rela-
tive positions of the muscles. M/, lophophoric retractors ; M/', brachial re-
tractors ; I’, epistome. .
*This figure was drawn and presented to me by Mr. Morse.
t This figure is part of astudy drawing made by Prof. H. J. Clark, and oblig-
ingly placed at my disposal by him.
' $All figures with no locality mentioned must be referred to the habitat
last named; thus in Pl. 7, Figs. 6, 7 and 8 are all from the same locality as Fig. 6.
PLATE 8.
PLUMATELLA ARETHUSA Hyatt.
Fig. 1. General view of one colony, life size, with most of the poly-
pides retracted. (Norway, Me.) Three apertures in the ectocyst of the
main trunk indicate the former positions of as many living polypides, and
show this colony to have been a branch of a much larger colony, from
which it has been separated by the death and disappearance of the original
stock.
Fig. 2. One polypide evaginated, with a younger polypide from the
same cell invaginated. D, ectocyst, E, endocyst; Y, bud; M, _fastric re-
tractors ; M/, lophophoric retractors ; M/', brachial retractors ; M, trunks of © —
the retractors. F, brachial collar; V, funiculus; W, statoblasts; win,
gelatinous envelope; N, anterior retentors; N/, posterior retentors ; AM,
coencecial orifice; L, region of the sphincter.
Fig. 4. View of the coeneecial orifice of fig. 2, from above, showing
the four broad plications of the invaginated fold. The crenulations on the
border are produced by the contraction of the sphincter, and do not indi-
cate cellular structure.
Fig. 5. Special view, showing the arrangement of the retentor mus-
cles around the invaginated fold of the evaginated zodid in fig. 2. The five
anterior rows Of the posterior retentors are contracted, and have drawn the
external wall into five slightly crenulated folds. N, anterior retentors; N/,
posterior retentors ; L, region of the sphincter.
Fig. 6. View of the partial division between the cell of fig. 2 and
the preceding polypides, formed by an infolding and thickening of the endo-
cyst. D, ectocyst; E, endocyst.
Figs. 7, 8,9. Upper and lower sides and profile view of the statoblast. _
W!, horny sheath; W//, annular sheath; W’"!', gelatinous envelope.
Fig. 10. View of a dead and half decayed specimen, showing the pe-
_culiar constrictions of the cell occasioned by annular muscular bands. D,
ectocyst ; E, endocyst; H, tentacles; I/’, mouth; L, region of the sphince-
ter; K/, stomach; M, trunk of the retractors. |
PLUMATELLA DIFFUSA Leidy.
Fig. 11. An old colony of life size, with but few xiii polypiten,
(Cambridge, Mass.)
Fig. 12. Enlarged lateral view of a branch from a younger colony,
showing different degrees of invagination. First cell on the left has even
the upper pliable part of the ectocyst drawn in; second cell is vacant, the —
polypide and softer parts having entirely decayed ; sins farts seh
sixth cells show different degrees of invagination.
Fig. 13. Enlarged view of another variety of this species vith all the i)
polypides retracted. Né
Fig. 14. Enlarged ventral view of the expanded crest of a ly]
from fig. 13. M/, lophophoric retractor; M/’, brachial retractors.
Proceedings Essex Institute. Vol. LV.
A. Hyatt, from Nat. E. S. Merse. on Wood. J. F. Richardson, Portland Eng. A. Holland, Boston, Printer.
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Proceedings Essex Institute. Vol. IV.
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PLATE 9.
PLUMATELLA VITREA Hyatt.
Fig. 1. Enlarged view of five groups on one branch, corresponding to
the first five on the left of the branch below, fig. 2. (Cambridge, Mass.)
Fig. 2. View of one branch, natural size.
Fig. 3. Shows the great extent to which the polypide is often evagi-
nated. D, ectocyst; E, endocyst; B, invaginated fold; K’, stomach.
PECTINATELLA MAGNIFICA Leidy.
Fig. 4. Outline of amass gathered on the stump of a dead branch.
(Norway, Me.) The outline of the branch where it is covered by the mass,
is indicated by a dotted line. This figure shows the general aspect of the
mass, the great thickness of the ectocyst, and the general arrangement of
the colonies. . S. Morse. on Wood, J. F. Richardson, Portland Eng. A. Holland, Boston, Printer.
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Proceedings Essex Institute.
PLATE 11.
PECTINATELLA MAGNIFICA Leidy.
Fig. 1.* Enlarged longitudinal section exhibiting a portion of the left
arm and the left side of the body, of a polypide. The ganglion, however, is
from the right side of the body, towards the observer, and is supposed to be
pressed inwards, and away from the observer, in order to show its relation to
the neural partition and the polypidal nerve. (Norway, Me.) H, tentacles ;
H/’, tubular interior of the tentacles ; G, calyx; H//, cilia; O, bases of the out-
er tentacular bands; O/, fibres of the inner tentacular bands, seen from the
outside; I’, epistome; P, one-half of the median muscle of the epistome ;
P!, left lateral muscle of the epistome; R, parietal fibres, probably abnor-
mal, enveloped by the fourth membrane; I, lophophore; I!’, mouth; E/
the first, E/’, the second, E/’, the third, and E!’!’, the fourth membrane
of the endocyst; F, brachial collar; F/’ neural partition; K, cesophagus ;
K/, stomach; K//, intestine; K/!’, cesophagal valve; K/!//, intestinal
valve ; K, anus; J’, the first, J/’, the second, J//’, the third, and J/!//, the
fourth membrane of the alimentary canal; 8’, right ganglion; T, right
lophophoric nerve trunk severed near the base; T’/, right epistomical nerve
trunk; T/!, right brachial nerve trunk severed near the base; T//’, right
polypidal nerve trunk.
Fig. 2. Enlarged ganglion of another specimen from the same colony
as fig. 1, showing the extreme variability of the ganglia and nerve trunks.
T, right lophophoric nerve trunk; T’!, right epistomical nerve trunk;
T!', right brachial nerve trunk; T/’/, right polypidal nerve trunk.
Fig. 3. Shows the same ganglion contracted, the nerve trunks indica-
. ted by the same letters.
*This figure is composed from numerous drawings of different individuals. The
number of the membranes in the tentacles, as has been explained in the text, was
inferred but not observed.
PLATE 12.
PECTINATELLA MAGNIFICA Leidy.
Fig. 1.* Front view of a polypide much enlarged, with the arms re-
moved, showing the under side of the lophophore. (Norway, Me.) E, en-
docyst; B, invaginated fold; H’, tubular base of the tentacles; Z, clear
spaces in the endocyst ; L’, brachial contractors; M, position of the lopho-
phoric flexor; I’, outline of the epistome; 8, nerve mass; T, lophophorie
nerve trunks; T//, brachial nerve trunks; T/!’, polypidal nerve trunks; K,
esophagus; K/!/, ashhineal valve; K’!, son K!!', intestinal valve ;—
K/", intestine ; K, anus; M’, lophophoric retractor; M/, brachial retrae-
tors; F, brachial collar; N, anterior retentors; N/, posterior retentors.
Fig. 2. Lateral view of a portion of the inside of one of the arms,
showing the fibres of the inner and outer tentacular bands. H, bases of the
tentacles ; Z, clear spaces in the endocyst; I, lophophore; E/, the first,
~
E!!, the second, E!/!/, the third, and E///!, the fourth membrane of the en-
docyst; O, bases of the outer tentacular bands; O/, fibres of the inner ten-
tacular bands. The third membrane, E'"’, is lifted from the second, E/’ , by
the action of the lower fibres of the omer contractor, which also pat the
knee-like ridge at L/.
*This figure is composed from numerous drawings of different individuals.
A. Holland, Boston, Printer.
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Proceedings Essex Institute.
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Proceedings Essex Institute.
A. Hyatt, from Nat.
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PLATE 13.
CRISTATELLA OPHIDIOIDEA Hyatt.
Fig. 1. A colony of natural size in its natural position. The polypides
are figured at the ends only, the outline of the colony between them being
indicated by dotted lines. (Norway, Me.) Ff
Fig. 2. Enlarged view of the underside of one-half of a young colony
with the ectocyst and endocyst removed from a portion of the base, disclos-
ing the stomachs of the polypides and the bases of the muscular walls. On
the border are the buds attached to the upper side of the endocyst, and in
the centre is the inverted cone formed by the interior edges of the muscular
walls. On the left, the uncovered portion, the white lines show the posi-
tions of the muscular walls, but on the right, the covered portion, they
show only the temporary external folds of the endocyst caused by the con-
traction of the ccenceecium. The relations and positions of all these parts
are best explained by reference to the ideal section of this colony, as depicted
in fig. 3, the lettering being the same in both; with the exception of K/,
stomachs of adult polypides partially retracted, andt, stomach of an evagi-
nated polypide in fig. 2; and D, ectocyst in fig. 3.
Fig. 3.* E, endocyst; C, stomach of polypides wholly retracted; Q,
muscular walls; Y, buds; Y/, immature polypides, capable of evagina-
tion ;t X, fixed statoblasts; A’, coencecial trunk.
Fig. 4. View from above of a portion of the border of the same col-
ony when expanded to about twice the vertical height of fig. 3. Lettering
same as in preceding figures, with the exception of A/’, ccencecial tubes, and
A//'l, coeneecial orifices. Some of the latter are closed, and some, indicated
by dotted lines, are open ; the polypides, however, are omitted from the lat-
ter, in order to give a better view of the coencecium.
Fig. 5. Enlarged ccencecial cell of the first row, the orifice closed
over the invaginated polypide. A//!’, coencecial orifice; Q, attachments of
the muscular walls of the cell; N, anterior retentors.
Fig. 6. ‘Transverse section of the same, viewed from the ventral side.
A/!, coeneecial orifice; Q, muscular walls; N, anterior retentors; H, tenta-
cles.
Fig. 7. View of a fully invaginated polypide of the first row, from
below, with the endocyst removed from that side. The gastric and part of |
the lophophoric retractors, have been entirely omitted. A///), coencecial ori-
fice ; Q, muscular walls ; M, trunk of retractor muscles ; K/, stomach.
* When this figure was drawn, I had, as I supposed, observed three rows of full
grown polypides on the coenecium as in fig. 2. This, however, is probably errone
ous, and I doubt whether at any time of the life of the colony, there are more than
two living rows of fully grown polypides and one row of immature polypides. In
this section, therefore, the innermost rows should have been represented in a re-
tracted condition, the polypides dead and partly absorbed.
¢ Fora magnified view of crest from above, see PI. 9, fig. 14.
Rs
Fig. 8. A tube isolated and viewed from the lower side. Y,) bud at~
tached to the upper endocyst; X, young, fixed statoblast attached to the
lower endocyst ; Q, coenecial walls; Q, base of membranous ridge; E, en-
docyst.
Fig. 9. Two figures of the same statoblast, showing the variations in
the form and position of the vacant spot in the statoblast of fig. 8.
Fig. 10. View of the same from the upper side, showing the membra-
nous ridge crossing the: statoblast and apparently connecting with the endo-
cyst on the upper side.
. Fig. 11. An older specimen, in which the ridge has formed a tube.
Fig. 12. A still older specimen, from the interior of the cooncecium,
showing the elliptical depression in the horny sheath.
Fig. 13. View of the lophophore from above, with the tentacles and
calyx removed, showing the distribution of the nerves. H, bases of the ten-
tacles; G, calyx; M, lophophoric flexor; U, lophophorie nerve branches;
U', tentacular nerve branches; I’, epistome; I//, mouth.
Fig. 14. Epistome isolated and viewed from above, showing the mus-
cles. P, median muscle; P/, lateral muscles.
Fig. 15. Lateral view of a portion of the interior of one arm with the
lophophore removed, showing the outer and inner tentacular bands, and the
membranes of the endocyst in an alcoholic specimen. QO, outer tentacular
bands; O/, inner tentacular bands.
Fig. 16. Direct and profile views of a group of cells from the first mem-
brane of the coeneecial endocyst of fig. 2. ’
PLATE 14,
CRISTATELLA OPHIDIOIDEA Hyatt.
Fig. 1. Magnified view of an adult polypide in its cell. E, endocyst;
Q, muscular walls of the cell; M, gastric retractors; M/, lophophoric re-
tractors; M/!', brachial retractors; N, anterior retentors; Z, clear spaces
in the endocyst betweem the bases of the outer tentacular bands ;. O, bases
of outer tentacular bands.
Figs. 2, 3, 4. Upper and lower side, oad profile view of statoblast.
W!, horny sheath; W’/, annular sheath; W/!/, spines. Of the last, there
are in nature twenty-two short, and thirty-two long ones.
Fig. 5. View of the anus, showing its oblate form, and also the eter call
breadth of the intestine, when compared with the esophagus and the upper
part of the stomach in the back ground; K, esophagus; K/, stomach;
K/!', intestine; K, anus.
Fig. 6. Section of stomach, showing the bile folds. i,
folds.
Fig. 7. Oblique view of the tip of a daisies showing the :
attachments of the tentacular bands.
Proceedings Essex Institute. Vol. IY.
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