| Search Help New search |
| Results 1-7 of 7 for « +text:quekett +(+name:darwin +name:charles +name:robert) » |
| 22% |
Lowne, Benjamin Thompson. 1869. On a secretion from the stomach of the flamingo. Journal of the Quekett Microscopical Club 1: 194-196. [Darwin Pamphlet Collection 649] PDF 650 Haast. Dinornis p. 7 in Australia p. 12 Isld of N. Zealand probably once united Haast, John Francis Julius von. 1871. Moas and moa hunters. Christchurch: Times office. [Darwin Pamphlet Collection 650] PDF 651 Moore, grt difference in thickness of strata, at not distant points Moore, Charles. 1869. Geology of the Mendips
|
| 100% |
Quekett John R. Coll. Of Surgeons John Thomas Quekett (1815-1861), professor of histology and conservator of the Hunterian Museum of the Royal College of Surgeons. [page 36
|
| 28% |
F339.2
Book:
Darwin, C. R. 1854. A monograph on the sub-class Cirripedia, with figures of all the species. The Balanidæ, (or sessile cirripedes); the Verrucidæ, etc. etc. etc. London: The Ray Society. vol. 2.
Text
Image
PDF
.—The animal's body is attached to the two scuta by the adductor scutorum, and by the other usual muscles running towards the mouth, and surrounding the prosoma. The whole external covering or shell has no other muscles; Verruca thus differing from the Balanidæ and Lepadidæ; but the shell is attached all round, near its circumference, to the basal membrane, by a band of very short fibres, appearing like muscles, but really ligamentous, as determined for me by Professor Quekett. Branchiæ are entirely
|
| 28% |
F339.2
Book:
Darwin, C. R. 1854. A monograph on the sub-class Cirripedia, with figures of all the species. The Balanidæ, (or sessile cirripedes); the Verrucidæ, etc. etc. etc. London: The Ray Society. vol. 2.
Text
Image
PDF
the shell together with the circumference of the basal membrane must be subjected to movement, but the shell is united to the basal membrane by corium and by transparent structureless chitine (both of which may be left out of question) and by a circle of short fibres, which adhere at their lower ends to the firmly cemented circular zone, and by their upper ends to the shell; and these fibres have been very carefully examined by Professor Quekett, and pronounced to be not muscular, but
|
| 33% |
F1942
Periodical contribution:
Darwin, C. R. et al. 1858. Memorial of the promoters and cultivators of science on the subject of the proposed severance from the British Museum of its natural history collections, addressed to Her Majesty's Government. House of Commons Papers; Accounts and Papers (XXXIII.499) 456 (23 July): 1-5.
Text
Image
PDF
Baden Powell, F.R.S., Professor of Geometry, Oxford. Charles Frederick White, M.M.S. James Glaisher, F.R.S., c. c. M. Marshall, F.Z.S., Bank of England. Robert Warington, F.C.S., M.M.S. J. George Appold, F.R.S. John Birkett, F.R.E.G., England, F.L.S., c. John Quekett, F.L.S., M.R.C.S.E., c. Conrad Loddiges, F.H.S. Henry Christy, F.S.S. Claude Webster, F.S.A., Middle Temple. E. W. Cooke, A.R.A., F.L.S. John R. Mummery, F.L.S. Nathaniel Ward, F.R.C.S.E. Stephen H. Ward, M.D., London, L.R.C.P
|
| 26% |
A195
Periodical contribution:
1860. British Association for the Advancement of Science. The Times (11 June): 9.
Text
Image
, of Hartwell; Sir Charles Lyell, Dr. Lloyd, Trinity College, Dublin; Sir Roderick I. Murchison, Captain M'Leod, Mr. Nasmyth, Captain Sherard Osborn, Mr. Pengelly, Professor Quekett, Dr. Roget, Professor Rankine, of Glasgow; Mr. Nassau, senior; Professor Stokes, of Cambridge; Professor Sedgwick, the Dean of Westminster, Dr. Whowell, Professor Way, and Professor Willis, of Cambridge
|
| 28% |
F3352
Periodical contribution:
Darwin, C. R. 1884. Letters from Charles Darwin, Esq., to Albany Hancock, Esq. Communicated by John Hancock. Transactions of the Natural History Society of
Northumberland, Durham, and Newcastle-upon-Tyne8: 250-278.
Text
PDF
; but the basal membrane is united to the shell and animal's body by (besides corium and epidermis) only a circle of fibres, which Prof. Quekett, after most careful testing, says are only ligament: hence I think it impossible that the basal membrane can be moved (at least near the circumference, where the animal's cirri cannot reach), or, again, that the shell can be moved, if we look at the basal membrane as the fixed point. (3rd) When a central hollow has been formed, the basal membrane (in this
|