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The Farnham Terraces and their Sequence

Published online by Cambridge University Press:  28 May 2014

Extract

In 1913 the gravel beds on the right bank of the Wey at Farnham were described as occurring on four terraces (A, B, C, D,) though admittedly the highest terrace (A) was only part of the much-dissected plateau of Alice Holt. All authorities were until recently agreed that these beds consisted of river gravel, but now Mr R. A. Smith and Major Wade, without giving any clear reasons for their dissent, assure us that there are only two river terraces, one at 50 feet above the river (Terrace D) and the other at 100 feet (Terrace C); and that all the Pleistocene deposits above the latter are ‘contorted drift.’ It does not appear, however, that these words are used in their ordinary sense, to denote the product of a glacier, but Mr Reginald Smith tells us that the gravel is ‘clearly not of river origin; hence some other geological reason for the deposit must be sought.’

In the following pages these assertions will be challenged, and an attempt will be made to show that river-gravels extend right up on to the plateau. The old names of the terraces, however, will be maintained throughout, as it seems undesirable to employ the terms ‘50 feet terrace,’ and ‘100 feet terrace’ until their relation to those of the Thames Valley is more fully established.

Type
Research Article
Copyright
Copyright © The Prehistoric Society 1935

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References

page 60 note 1 Proc. Geol. Assoc., vol. XXIV (1913), pp. 178201 Google Scholar.

page 60 note 2 Map. Geol. Survey, Sheet 8 Old Series (1887); Proc. Geol. Assoc. vol. XIII (18931894), pp. 7481 Google Scholar; Mem. Geol. Surv., ‘Aldershot and Guildford,’ 1929, pp. 133–7Google Scholar.

page 60 note 3 P.P.S.E.A., vol. VII, 1934, pp. 348353 Google Scholar.

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page 60 note 5 Proc. Geol. Assoc. vol. XXIV (1913), pp. 179–80Google Scholar.

page 60 note 6 Ibid., vol. XIII (1893–4), p. 77.

page 62 note 1 P.P.S.E.A., vol. VII, 1934, p. 349 Google Scholar.

page 62 note 2 I am indebted to Mr Dines for some interesting notes on this subject.

page 62 note 3 Proc. Geol. Assoc., vol. XIII (18931894), p. 77 Google Scholar; Ibid., vol. XXIV (1913), p. 180.

page 63 note 1 L'Anthropologie, vol. 41, fig. 11, p. 473 Google Scholar.

page 63 note 2 Proc. Geol. Assoc., vol. XXIV (1913), fig. 18, p. 192 Google Scholar. This specimen is now in the British Museum.

page 63 note 3 Ibid., p. 191; and vol. XXVII, 1916, pp. 155–8.

page 65 note 1 Proc. Geol. Assoc., vol. XXVII (1916), pp. 162177 Google Scholar.

page 65 note 2 There are two exceptions to this rule among more than 400 hand axes, and they may have come from the loam. For further details, see Appendix, p. 68.

page 65 note 3 Proc. Geol. Assoc. vol. XXVII (1916), p. 162 Google Scholar.

page 65 note 4 Mem. Geol. Survey, ‘Summary of Progress for 1920,’ p. 9.

page 66 note 1 Proc. Geol. Assoc., vol. XXVIII (1916), fig. 23, p. 168 Google Scholar.

page 66 note 2 P.P.S.E.A., vol. VII, 1934, p. 351 Google Scholar. In Ant. J., vol. XV, p. 57 (1935)Google Scholar it is described as ‘a kind of boulder clay’!

page 66 note 3 Proc. Geol Assoc., vol. XXIV (1913)Google Scholar, plate 37, fig. 4; Ibid. vol. XXVII (1916), fig. 40, p. 185 Mem. Geol. Survey, Aldershot and Guildford, 1929, fig. 11, nos. 6 and 7, p. 148 Google Scholar.

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page 67 note 3 Ant. J., vol. IX (1929), p. 10 Google Scholar, fig. 3.

page 68 note 1 See Appendix.

page 68 note 2 See note, p. 65.