mm. Wmimm t mmiH mmmm ? pj f /. If $ ZftfC j iff 6 m?tem inf mm mm mmmiims, t 0 ' WB M MkwfaMwm mffln . . . mum ii fflawi mmm i>wnk0 Wwmm 'immA pj m :mii n m mm n ■MmimUM Hmim nmmmimmmm : i ■■■*>■> y; ■ ■ ; 'V ; •• f i / !■ V*: €<<'}?} if A mwim 1 •* -if * (MU > / C- APR. 9 9 IPorbsbU'e philosophical Society. ANNUAL REPORT MDCCCXCVIII. ANNUAL REPORT OF THE COUNCIL OF THE YORKSHIRE PHILOSOPHICAL SOCIETY FOR MDCCCXCVIII. PRESENTED TO THE ANNUAL MEETING, FEBRUARY 13th, 1899. YORK : COULTAS & VOLANS, PRINTERS, KING STREET. 1899. TRUSTEES OF THE YORKSHIRE MUSEUM. APPOINTED BY ROYAL GRANT. TEMPEST ANDERSON, M.D. EDWIN GRAY, LL.M. WILLIAM LAWTON. T. S. NOBLE. PAT R 0 N E S S E S OF THE JPorfcebire philosophical Society HER MAJESTY THE QUEEN. H. R. H. THE PRINCESS OF WALES. PATRONS. H.R. H. THE PRINCE OF WALES, K.G. H. R. H. THE DUKE OF CONNAUGHT, K.G. OFFICERS OF THE SOCIETY, 1899. PRESIDENT : Sir Charles Strickland, F.G.S. VICE-PRESIDENTS: The Very Rev. the Dean of York. John Francis Walker, M.A., F.L.S., F.G.S., F.C.S., F.Z.S., late Fellow of Sydney Sussex College, Cambridge. Tempest Anderson, M.D , B.Sc., &c., Fellow of University College, London. The Rev. W. C. Hey, M.A. James Melrose, J.P. Major J. A. Barstow, J.P. George S. Gibb, LL.B. Henry Cowling. T. S= Noble. Richard Thompson. HON. TREASURER : Edwin Gray, LL.B. COUNCIL. Elected 1897... Sir C. A. Milward. E. R. Dodsworth. J. Backhouse, F.Z.S. Geo. Wilson. Elected 1898. ..Oxley Grabham M.A. The Rev. W. Haworth, F.S.A. James Ramsay, M.D. John Teasdale, M.A. Elected 1899. ..The Rev. W. Johnson, B.A. Arthur Rowntree, B.A. H. Venn Scott. H. C. Shann, M.R.C.S. HON. SECRETARIES. Tempest Anderson, M.D. C. E. Elmhirst. CURATORS. Archeology - - - - - Geology . Mineralogy . Comparative Anatomy Ornithology . Botany ------- Observatory . Meteorology - - - - Laboratory . Library - - . (T. Boynton, F.S.A. (The Rev. W. Haworth, F.S.A J. F. Walker, M.A., F.G.S. W. H. Hudleston, MA., F.R.S. T. Anderson, M.D., B.Sc. J. Backhouse, F.Z.S., M.B.O.U. H. J. Wilkinson. T. S. Noble. The Rev. W. Johnson, B.A J. F. Walker, M.A., F.I.C., F.C.S., London and Berlin A. Buckle, B.A. GARDEN C 0 M M IT T E E . Major Barstow, J.P. A. Buckle, B.A. Bowden Cattley. J. Melrose, J.P. Sir C. A. Milward. The Secretaries ( ex-ojjicio ). LECTURE COMMITTEE. Tempest Anderson, M.D. Major Barstow, J.P. The Rev. E. S. Carter, M.A. G. S. Gibb, LL.B. R. Thompson. The Secretaries [ex-ojficio). KEEPER OF THE MUSEUM. Henry Maurice Platnauer, A.R.S.M., B.Sc. REPORT OF THE COUNCIL OF THE YORKSHIRE PHILOSOPHICAL SOCIETY, February 13TH, 1899. The year 1898, though uneventful, has been in every way a prosperous one for this Society. The number of members has steadily increased, the 31 losses by death and resignation having been more than counterbalanced by 43 accessions. The usual internal work of the Museum, meetings, and lectures have been carried on with undiminished vigour; and the interest taken by the members in these various phases of the Society’s activity shews no abatement. It is pleasing also to note that the income for the year is in excess of the expenditure. Our receipts are £22 more than last year’s, while our expenses are £q less. The increase in our income is in large part due to the fact that the Society has now begun to receive interest on the sum bequeathed to it by the late William Rawdon. The following Lectures have been delivered in the Museum during the year : — Thursday, January 27th. — “The Migration of Birds" (with Lantern Illustrations). By C. E. Elmhirst. Thursday, February 10th. — Norway ; its Scenery and People" (illustrated by Lantern Pictures). By W. H. Macnamara. Thursday, February 24th. — “ Plants viewed as Mechanical Structures ” (with Lantern Illustrations). By Professor F. O. Bower, Sc.D., F.R.S., (Regius Professor of Botany in the University of Glasgow). Thursday, March 10th. — “ Across the Carpathians" (illustrated by Lantern Pictures). By Samuel Wells, F.R.G.S. Vlll REPORT OE THE Thursday, March 24th.- A Fortnight in Canada " (illustrated by Lantern Pictures). By James Ramsay, M.D. Thursday, April 14th. — “ The Graian Alps ” (illustrated by Lantern Pictures). By Tempest Anderson, M.D., B.Sc. Thursday, April 28th. — A Lantern Night was given by Members of the Photographic Section. Thursday, October 6th. — “ Life in the Deep Sea ” (illustrated by Lantern Pictures). By H. Crowther (Curator of Leeds Museum). Thursday, October 20th. — “ Corals and Coral Reefs ” (illus¬ trated by Lantern Pictures). By J. G. Goodchild, F.G.S., &c. Thursday, November 3rd. — “ Force." By H. M. Platnauer, B.Sc. Thursday, November 17th. — “ Pompeii, the City of the Dead " (illustrated by Lantern Pictures). By G. H. Head, B.A. Thursday, December 1st. — “ A Cruise in Arctic Seas ” (illus¬ trated by Lantern Pictures). By Frederick Curtis. Thursday, December 15th.— “Siam" (illustrated by Lantern Pictures). By H. Warrington Smyth, M.A., F.R.G.S. The Council again desires to place on record grateful acknow¬ ledgments to the lecturers who have most generously given their services, besides, in many instances, putting themselves to the inconvenience of a long railway journey. In addition to the above lectures, papers on various subjects of scientific interest have been read at the monthly meetings of the Society. These meetings have been remarkably well attended ; so well, indeed, that they have lately been held in the Lecture Theatre, as the Library did not afford sufficient accommodation. The following Papers have been read : — “York Bells and Bell-founders," by George Benson. “ Snakes, their structure and habits,” by Oxley Grabham, M.A. “ The life of a Deer,” by C. E. Elmhirst, M.A. “Natural Puzzles," by H. M. Platnauer, B.Sc. “ A Celtic Lake-dwelling," by C. E. Elmhirst. “ Glaciers," by Tempest Anderson, M.D. “ Plumage," by J. Backhouse, M.B.O.U. Most of these papers were illustrated by Lantern slides. COUNCIL FOR 1898. IX It will be gratifying to the members of this Society to learn that the Museum premises have on several occasions been used by other associations working for the advancement of know¬ ledge. The York Medical Society has on two occasions held well-attended meetings in our lecture theatre ; the York Uni¬ versity Extension Society has given four courses of lectures here, and the York and District Field Naturalists’ Club con¬ tinues to hold its monthly meetings and to lodge its library and collections in this Museum. The great and pressing need of this Society is for more workers. Wide as is the range of subjects the study of which this society was founded to encourage, the number of observers and investigators is less than could be desired. An observa¬ tory which is rarely used and collections which are very seldom made the subject of systematic study reproach us as monu¬ ments of wasted opportunity. It is essential that specimens should be collected and conserved, but their collection and conservation must not be looked upon as constituting the whole duty of a Philosophical Society. Of our losses by death we shall only here refer to Sir Joseph Terry, Canon Machell and Mr. T. P. Bulmer. Sir Joseph Terry was for 20 years a member. During that time he twice served on the Council, and was at all times ready to render assistance in any unusual work undertaken by this Society. Canon Machell had been a member since his arrival in York (1891), and always took a great interest in the work of the Society. He obtained for our Hon. Curator of Botany (Mr. H. J. Wilkinson) information which greatly helped him in his task of writing the history of our Herbarium and its founders. Mr. T. P. Bulmer was a member of this Society for over 30 years, and during that time frequently attended our meetings, and took an active interest in the Society’s progress. The Society has lost also by death one of its oldest and most distinguished honorary members, Professor George James Allman, who died on November 24th at the age of 86. Professor Allman was a man of extraordinary versatility, and his work covered a wide range and included researches in Physiology, Palceontology, and the processes of Fermentation. But he was essentially a Zoologist, and his attention was mainly directed to researches on the Ccelenterata and the Polyzoa. His monu¬ mental work on the Tubularian Hydroids will always remain X REPORT OF THE a remarkable memorial of patient hard work and extraordinary mental power. The Council recommends the Rev. W. Johnson, Mr. Arthur Rowntree, Mr. H. Venn Scott, and Mr. H. C. Shann as members of Council in the place of the Rev. Canon Machell, deceased, and Mr. Bowden Cattley, Mr. Geo. Mosley, and Mr. H. J. Wilkinson, who retire by rotation. Archaeology. — Numerous small additions have been made to this Department during the year by purchase and donation. The only acquisition needing special mention here is the series of relics obtained during the building of the York Equitable Society’s Stores in Railway Street, and presented by the Committee of that Society. Sculptured stones of the 12th or 13th centuries were found at the unusual depth of 14 feet, mixed with relics of Roman age — a circumstance probably due to the soft and marshy nature of the soil. A row of column bases parallel to Railway Street points to the existence of a Roman temple on the site. During the course of the excavations a hoard of about 200 silver Roman coins was found, but very few of these found their w ay to the Museum. There is, unfortunately, always a crowd of private collectors or dealers ready to intercept such treasures. Comparative Anatomy. — The only addition of importance made to this Department during the past year is a speci¬ men of Naterer’s Bat (Vespertilio Natereri) presented by Mr. James Backhouse. Several specimens of this rare Bat were taken a short time ago in Merioneth, and were for¬ warded to Mr. Backhouse, who wrote a short account of them in the Zoologist of December, 1898. This account was accompanied by a plate, and the specimen presented to us is the one thereon figured. The special interest attached to this discovery is that no previous record exists of the finding of the young of this species in Great Britain. The specimen above mentioned is therefore the first immature British example of V. Natereri that has been figured. COUNCIL FOR 1898. XI Ornithology. — The Curator of the Department of Ornithology reports that several new cases of British Birds have been added to the collection. Among the most important of these is an albino example of the Sand Martin taken from a hole near Harrogate and recorded in the Naturalist, January, 1899. A much-needed work has been recently taken in hand by the Hon. Curator and is now in progress, viz., the preparation of a catalogue of all the British Birds in this Museum. This catalogue will include not only skins and mounted specimens, but also skeletons and eggs. It will contain the history of each specimen where such record exists. Botany. — The specimens arranged during the year (1898) will be found enumerated on pp. 1— 16. The most important donation to this Department consists of speci¬ mens of Mosses from Britain, Norway, Africa, New Zealand, Trinidad, &c., presented by W. H. Pearson, Esq., Ivnutsford. Geology. — The Honorary Curator of Geology reports that during the past year specimens of Brachiopoda have been presented by Mr. Oldfield, of Malton, and by the Hon. Curator. Several specimens have been lent to the follow¬ ing Paloeontologists who are engaged in writing Monographs : Chalk Lamellibranchs, to H. Woods, M.A., F.G.S. ; Carboni¬ ferous Lamellibranchs, to Wheelton Hind, M.D., F.G.S. ; Oolitic Estuarine plants , to A. C, Seward, M.A., F.G.S. : and Mastodon (tooth) from the Crag, to Professor Ray Fankester, F.R.S. The Yorkshire Philosophical Society is always willing to lend specimens for description to those engaged in scientific research, due precautions being taken for their safe return. Mineralogy. — The Hon. Curator in Mineralogy reports that the additions made to the collections have been few in number. In some cases specimens have been replaced by better ones. Our want of space prevents any considerable extension. The existing collection, however, may be deemed sufficiently large to serve the purpose of a representative REPORT OF THE xii series. But additional space might well be devoted to the exhibition of subsidiary collections — e.g., building stones, decorative stones, metallic ores, &c. Meteorology. — 1898 on the whole compares unfavourably with 1897. Temperature was i‘2° higher than in 1897, a result due to a greater uniformity than in the previous year, the cold of the spring months being less intense. May, June, and July were much below 1897, and deficient in sunshine and heat. There has been no long frost during the year, but the cold winds of spring were especially harmful to vegeta¬ tion. The lowest temperature was recorded on February 21st and 25th, when 24'9° F. was registered, and the highest 84*0° F. on September 17: h. The temperature of 8o° F. was reached in August and September, during which months prevalent fine weather gave ample oppor¬ tunity for the ingathering of a fine harvest. The last quarter of the year has maintained a higher temperature than the average, and an unusual number of fruits out of season have been reported on all sides. A Mean Pressure of 29*945 has been recorded, as against 29*933 for 1897, November and May being lowest (29*820 and 29*833 respectively), and January highest (30*223 inches). The extreme range of pressure is only 1*782, as against 2*233 inches in 1897. Bright Sunshine has been much rarer in 1898 than in 1897. The total of hours (1212) being 252 below the total of 1897 (1464 hours). April, May, July, August, and Sep¬ tember all fell below the same months in 1897, and in only one case, July, did the total reach 200 hours as against three months, May, July, and August of the previous year. April and May lacked the sunny weather usually associated with them, May being 22°/0 behind 1897, and April 11%. Rain or Snow (0*005 inches or over) fell on 184 days, 10 above the average. The total fall of 23*730 inches was below that of 1897 (24*4 inches). The heaviest fall was on July 22nd, when 1*580 inches fell. Thunder was heard COUNCIL FOR 1898. Xlll on 10 days as compared with 7 in ’9 7 and 23 in ’96. August keeps its place for rainfall, May and October being much higher than in ’97. The defect of the earlier months was very largely made up by the heavier fall of the last quarter. August has still increased its lead as the wettest month in the year, whilst April has lost its lead to March, thus verifying the anticipation of last year’s report. The cumu¬ lative totals from 1841 now stand at ; — August 158*41 inches, October 155*58 inches, and July 152*37 inches. For the driest we get, taking a 30-day month as the standard, March 91*92 (actually 94*98 inches), April 98*72, and Feb¬ ruary 93*16 (actually 86*95). The highest temperature of August and September coincided with the occurrence of well-marked sun-spots. The anticipation of higher rain¬ fall in July and August and less in October has not been fulfilled by our experience in this year. The low rainfall of the earlier months of the year accounts for the absence of floods in the Ouse. In the first seven months of the year the water never rose 6 feet above Summer level, while in 1897, on February 10th, the height was 10ft. 5m. Heavy rain in August brought it up to 7ft. 9m. on August 6th, but during the remainder of the month the river was low. The highest level was reached on October 19th with 9ft. gin. From that date until the first week of November, there was much flood-water in the river. The general height compares with the low rainfall of the year. Library. — A considerable amount of work has been in the Library during the year. Several books dealing with subjects wholly outside our province have been handed over to other institutions where they are more in place and where they have been gratefully received. Many duplicates have been given away ; in several cases they were the publications of learned Societies from which similar courtesies will be obtained. By the relief thus afforded to ourselves, and by a considerable amount of re-arrangement, much space has been gained, and the congestion of which the Hon. Librarian has so often had cause to complain has been relieved. Indeed there is now room for at least ten years’ additions — even at the XIV REPORT OF THE COUNCIL FOR 1898. present rapid rate of growth. But the question of providing fresh accommodation has only been deferred, not settled. The Cataloguing of the books is steadily progressing, and the Hon. Librarian wishes here to acknowledge the help kindly given by Mr. George Wilson in this work. In all probability the catalogue will be finished in 1899. Photographic Section. — The number of members of this Section has increased during the last Session (from 24 to 27) and the attendance at the meetings has been well maintained. It would be well if it were more widely made known that members and associates of the Yorkshire Philosophical Society can now join the Section on payment of a reduced annual subscription of 2s. 6d., and that non-members of the Yorkshire Philosophical Society can be admitted for an annual sub¬ scription of 5s. Several new members have already availed themselves of this privilege. At Christmas the Photographic Section joined the Affiliated Photographic Societies of Great Britain. This will in future enable the Section to obtain sets of prints, lantern slides and papers on photographic subjects for exhibition or discussion at the monthly meetings and thus, it is hoped, add much to their attractiveness. The finances of the Section are in a satisfactory state. STATION, YORK.— THE MUSEUM. Longitude 1° 5' W., Latitude 53° o7' N. Height above Mean Sea Level 56 ft. Gravity Correction + 021 in. xv r— d o CO C/D CO 10 -4 lO 45 o rH GO rH 05 o GO 05 05 o GO I -4 Cl 05 I- Ci CO 05 d o CX> CO CO CO l>- l>- CO CO CO CO CO d -*-> g 0 p CO -4 CO Ci C*5 CO rH o o -4 14 0 d ~~ — GO CO CO *-H CM o GO CO «o I - Ci H4 CO CO C/D CO CO CO 1- CO CO CO CO cb CO u o> P-I -4 50 05 CO o Cl CO CO — CO 05 -4 co GO 05 05 Ci 4 CO o ib GO CO o 05 c 3 o GO CO CO 54 1' t- t- 14 CO Ci CO CO r* oo 05 CO CO GO CO 05 05 45 o Cl CO rH 5- d 1-0 O o 50 lO t> 05 rH 45 CO 45 c 3 d o O) H • rH CM 05 05 05 05 CO CO 45 -4 CO 05 05 CO p . d -1-2 • rH > s — H 10 O CO o 05 05 CO CO CO 50 00 C4_, si in. c_
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29
Of his work we have in York at S. Maurice (1665), S. Cuth-
bert (1673), S. Mary, Castlegate (1682), S. Margaret’s (1700),
bells inscribed : —
“ Gloria in altissimis Deo esbo\”
In addition at S. Cuthbert, “ H.E.O. Churchwarden.'
S. Crux : —
“ Repent least ye perish Anno Domini 1673
W.C. M.H. M.W. wardens, ebor. ” with two shields of
Rawdon (figs. 5 and 6).
Fig. 5.
S. Michael, Spurriergate : 4 bells removed from the Minster
in 1765.
2nd, “ Deo et Regi Sacrum 1681 EsBfR_”
3rd, ‘‘Jubilate Domino Psal Ixxxi. 1681 Ebosr>”
4th, “ Exvltate Domino Psal Ixvi. 1681 EsBOsR, ”
5th, “ Gloria in excelsis Deo 1681 EsB'oR.”
30
Fig. 6.
Christ Church : Two bells are inscribed : —
Treble, “ Jvbilate Domino Psal Ixvi. 1S81.”
2nd, “ Te Devm Lavdamvs 1693.”
S. Cuthbert :
“Te Devm Lavdamvs 1693.”
S. Martin, Micklegate :
“ Gloria Deo 1697.”
S. Margaret : Two bells are inscribed : —
“Venite exvltemvs Domino 1700.”
“ Gloria in altissimis Deo 1700.”
Samuel Smith died in April, 1709, and was buried at the
Church of the Holy Trinity, Micklegate. He bequeathed his
bell-house on Toft Green to his two sons, Samuel and James.
31
SAMUEL SMITH (II.)
Samuel Smith (II.) succeeded his father in the business, and
was Sheriff of York in 1723-4. His bells are similar to those
of his father, and he used the same stamp EsBf^ on each bell.
He died in 1731, and was interred 12th August, at the Church
of the Holy Trinity, Micklegate. A bell hangs in the tower of
this church simply inscribed : —
I73i
s.s.
Ebor.
Bellfounders frequently cast Mortars for the Laboratory,
several are known cast by the Smiths, but there is not one of
theirs in the Museum.
Samuel Smith (II.) bequeathed his bell-house to his brother
James, who seems to have disposed of the business. The
writer has inscriptions of 182 bells cast by this foundry
hanging in various parts of the country.
WILLIAM SELLER.
Returning to the family of Seller, contemporary bellfounders
with the Smiths, the first wTe meet with is William Seller, who
had his bell-house in Jubbergate. He used several stamps,
with date and letters W. S. on his bells, and black letter or
Roman text. A large number of his productions are in
North Lincolnshire. One of his apprentices, Robert Ogleby,
had a romantic career, which ended at the age of 114. Erom
1683-87 the initials W. S. are accompanied by H. W., which
may be those of a foreman or apprentice.
EDWARD SELLER
succeeded William Seller, and also had his bell-house in
Jubbergate. In 1703-4 he served the office of Sheriff. His
inscriptions are in Roman letters and were accompanied by a
stamp about 2J inches long, bearing “ e'|bJrER*”
In York he cast bells for the following churches : — ■
St. Maurice :
“ Venite exvltemvs Domino 1710 e,|borER”
S. Mary, Castlegate :
“ Olim Campana Beate Marice Virginis Refusa a.d. 1718 ”
32
S. Dennis :
“ Gloria in altissimis Deo 1718
Joshua Greenbury Church E. Seller , ?
Michael Benington Wardens Ebor
Edward Seller died in 1724, and was buried at the Church
of S. Sampson. He was succeeded by his son.
EDWARD SELLER (II.),
who served the office of Sheriff in 173 1-2. He lived in Silver
Street, and used the same bell stamp “e,esbe0lrler ” as his father.
In 1728 he cast a bell for Carlisle Cathedral. In York, the
following bells are from his foundry : —
St. Martin's, Coney Street :
The whole of the peal of eight are by this founder. Five of
them were cast in 1729 and were a gift of William Thompson,
a parishioner. In the following year the old tenor was re-cast,
and two new bells were added, completing the octave. They
bear the following inscriptions : —
Treble, “ Dono amicor Societatis Companistarum Ebor
E. Seller ”
Ebor
2nd, “ Dono Societatis Campanistarum Ebor 1730
E. Seller ”
Ebor
3rd, “ Invoco Deum 1729
E. Seller ”
Ebor
4th, “Te Deum Laudamus 1729
E. Seller ”
Ebor
5th, “Vos Jubilate Deo 1729
E. Seller ”
Ebor
6th, “ Gloria in altissimis Deo 1729
E. Seller n
Ebor
7th (upper band), “ Hcec campanarum concentio e dono
Gulielmi Thompson hujus parochice.
,, (lower band), “ William Dobson, Esquire Lodr Mayor,
Henry Baynes, Esquire, Alderman,
f ohn Marsden ~ . . foHN Mayor Church
Samuel Waud Commissioners Samuel Waugh Wardens
E. Seller ”
1/29 Ebor
The “ d ” in Lord precedes instead of following the letter “ r.”
Tenor, “ Sonitu resipiscite mcesto ante jacetis humo 1730
Richard , John Mayor sen Church E Seller
Warneford lcai John Busfield Wardens. ' ebor
33
St. Saviour :
“Jacobvs Whitehead 1730 e,|borER
St. Mary, Castlegate :
“ Johannes Burne Rector.
Jaques Priestley, Ricardvs Corney, Guardians, 1732.”
St. Lawrence :
“ Deo Gloria 1739.”
In 1751 another Bellfounder George Dalton was at work
casting bells in York.
Edward Seller (II.) died November 20th, 1764, when the
business seems to have been disposed of.
GEORGE DALTON.
George Dalton, brazier and bellfounder had his bell-house in
Stonegate. In 1764 he removed to Lendal, where “ he had a
commodious foundry and good water carriage.” Robert and
Henry, his sons, were in the business, in 1807 the address of
the former is given at Knaresbro’ and the latter at Castle
Howard. They used Roman capitals and dated their bells.
At York we have the following bells cast by this founder
inscribed : —
S. Michael’s, Spurriergate :
“ Lewis Etty, Rector
R. Davies, T. Hessey, Ch. Wardens 1765.”
S. Margaret’s :
Gloria in altissimis Deo.
Dalton of York fecit
1788.”
S. Olave (ring of six) :
“ With chearfull voice Lord I'll sing to thee 1789
Dalton maker York.”
“ Have faith in Christ and live eternally 1789
Dalton maker York.”
“We call come ye watch and pray 1789
Dalton maker York.”
E
34
“ In praise to God loudly we unite halleluiah 1789
Dalton maker York.”
“ In concert I’ll Jehovah’s name resound 1789
Dalton maker York.”
“ To Father Son and Holy Ghost eternal glory raise 1789
William Dade Vicar
William Bayldon
Christopher Bearpark
William Cuthbert
Richard Wood J
Dalton maker York.”
The once flourishing industry of bellfounding in our city,
after a continuous record of nearly six hundred years, ceased
at the beginning of the nineteenth century. The writer has
a list of some 450 bells which were cast at York, nearly all
of which exist, and whilst summoning the people to prayer,
testify to the fame of the York Bellfounders.
“ Still may they ring when struggles cease.
Still may they ring for joy’s increase,
For progress in the arts of peace.”
GEORGE BENSON.
35
York Bellfounders.
William de Towthorpe...
...circa 1308
Richard Tunnoc
... died 1330
John de Ivirkham
...circa 1371
John de Stafford
. „ I371
John de York
. „ 1380
John Potter
... free 1359—1380
Thomas Lonsdale
... free 1431
Wm. King
. >, 1435
John Bery
. „ 1460
Thomas Innocent
...circa 1466
John Hoton
. free 1455
John Lowys
. .. 1472
Thos. Asby
. „ 1485
T. Lowesse
...apprenticed 1485
Richard Blakey...
... free 1501
Joh. Eschby
,, 1505
Gilbert Bee
. „ 1513
Thomas Ryche ...
. „ 1537
Georgius Hethcote
. >> I544
Robert Mot
...circa 1579
Henry Oldfield ...
. „ 159°
William Oldfield
. „ 1605
Abraham Smith...
. ,, 1652
William Cureton
. ,, 1652
James Smith
. ,, 1656
Samuel Smith I.
,, 1662
Samuel Smith II.
1709— 1731
William Seller ...
,, 1662
Edward Seller I.
,, 1688
Edward Seller II.
1724—1764
George and Robert Dalton
■1750— 1791
36
‘THE WORK OF THE OUSE.”
j^N February of this year a series of experiments was begun
with a view to ascertaining the amount of solid matter
brought down by the Ouse, and of estimating the geological work
done by that river. These experiments were of the simplest
character; they consisted merely in drawing about half-a-gallon
of water from the river a little to the East of Scarborough
Railway Bridge, evaporating a litre of this water to complete
dryness and weighing the residue thus obtained. One hundred
and two such experiments were performed by myself and my
assistant (Wm. Watson). Taking the mean of these results, it
appears that every litre brings down an average amount of 215
milligrammes ; in other words, every gallon contains 15 grains,
or every 32 gallons one ounce, of solid matter. No attempt
was made to ascertain the relation of matter in solution to
that in suspension; experiments will, however, shortly be made
with a view to determining this point. The smallest amount
of residue was ’097 mgrmes., the largest, 385 mgrmes. On the
former occasion the river had fallen after a small flood ; on the
latter, the river was in high flood. As a rule, the largest amounts
of residue were obtained when the river was low and the water
clear. The second highest amount recorded, 336 mgrmes.,
was obtained when the river was at summer level. It is true
that in exceptional floods the amount of solid matter was high,
but the average residue at summer level was 223 mgrmes.,
against 21 1 mgrmes. during flood. These floods are mainly
caused by rain rushing down the slopes of the north-western
hills and swelling the head waters of the various streams
which unite to form the river. Such rain water effects a
large amount of mechanical waste by the mere violence of its
37
impact. Hence it is heavily charged with matter in suspension
(mud or sediment), but owing to the short time during which
it comes into contact with the rocks on which it falls, it con¬
tains but little matter in solution. On the other hand, the
river at its normal level is fed to a great extent by springs,
that is by water which has soaked into the earth. Such water
has had time to dissolve a considerable amount of the soluble
constituents of the rocks with which it has thus been brought
into contact. This is most probably the reason why the clear
water at summer level yields more solid matter than the turbid
flood-water. But though a given volume of clear water may
contain a somewhat larger amount of solid matter than an
equal volume cf flood water, it must not be supposed that the
river is doing more geological work when low than when in
flood. In the latter condition the river flows at a much greater
rate, hence a much larger volume of water comes down in any
given time, and consequently a larger amount (though a lower
percentage) of solid matter is brought down. In addition to
this, too, the actual amount of water in the river is greatly
increased.
In order to estimate the amount of solid matter brought
down by the river, we must first ascertain the volume of water
that flows past any given point, and for this we require the
cross section at that point and the rate of flow. Owing to the
kindness of Mr. Copperthwaite and of Mr. Greer, I have been
enabled to get several sections of the river taken within a few
yards of the place from which was drawn the water for our
experiments. From these we get a generalized section of 167
square metres (about 200 square yards). Taking an average
of the rates of flow observed with the river at summer level,
91 metres per eight minutes (100 yards in eight minutes), we
find that 15,197 cubic metres (about 20,000 cubic yards) flow
past every eight minutes, or about 2,736,000 cubic metres
(3,600,000 pubic yards) per 24 hours. This volume of water
brings down 610,128 kilogrammes (about 600 tons) of solid
matter. As the river was at (or about) summer level for 140
days in the year during which the observations were taken,
the amount brought down under those conditions was
85,417,920 kilogrammes or 84,000 tons.
3^
We must next consider the amount brought down by the
river when in flood. For convenience sake, I have considered
the river to be in flood when it is more than one foot above
summer level. This is, of course, arbitrary ; but an arbitrary
line must be drawn somewhere. The average height above
summer level during the days on which the experiments were
tried, was about three feet. This gives a daily flow of about
4,500,000 cubic metres (24,500 cubic yards). This multiplied
by the average amount brought down (at the rate of 21 1
mgrmes. per litie) and by 221, the number of days in the year
on which we have assumed the river to be under flood
conditions, gives a total of about 209,839,500 kilogrammes, or
about 206,092 tons. Adding this to the amount already
obtained as brought down by the river when at summer level,
we find that the river brought down during the year under
observation 295,257,420 kilogrammes or 290,092 tons of solid
matter in suspension and solution.
These results are rough and approximate only, but they are
founded on carefully conducted experiments and are under,
rather than over, the mark. We must bear in mind, too,
the fact that the year during which these observations were
taken was an exceptionally dry one, unusually free from heavy
floods. We may, therefore, safely say as a result of these
experiments that the Ouse annually brings past York about
300,000 tons of solid matter.
This is equivalent to the removal of one metre per 7,000
years from the surface of the Ouse basin as far as York — that
is, the surface would lose one foot in 2,300 years. Assuming
the planing down of the surface to be uniform over the Ouse
basin, it would require 120,000 years to reduce the country
round York to the sea level. As a matter of fact, the rate of
waste is greater at high than at low elevations, and the period
mentioned above should be doubled at least.
H. M. PLATNAUER.
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