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II.—The Hill of Beath, a Volcanic Neck in Fife
Published online by Cambridge University Press: 01 May 2009
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The Hill of Beath, which lies 3 miles to the north-east of Dunfermline, Fife, is an isolated hill with steep, but rounded, contours, and rises fully 250 feet above the surrounding plateau. Whilst the hill itself consists of dark grey tuff, the rocks forming the plateau belong to the Coal-measures of the Carboniferous Limestone series. The latter are thrown into gentle anticlines and synclines, the dip on the limbs of the folds usually lying between 10 and 15 degrees. The outcrop of the tuff has the form of an ellipse, the long axis of which trends east and west and measures nearly 1,000 yards, whilst the breadth of the ellipse is rather more than 500 yards. The distribution of the outcrops of the Carboniferous rocks around the hill and the evidence from the coal workings show that the tuff is not interbedded with the sediments, but that it breaks through them somewhat like an intrusive rock. Sir Archibald Geikie recognized that the Hill of Beath was a volcanic neck, and this view has been confirmed by recent mining operations in a conclusive manner.
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References
page 57 note 1 Ancient Volcanoes of Great Britain, vol. i, p. 425, footnote.Google Scholar
page 58 note 1 Loc. cit., vol. i, p. 73.Google Scholar
page 59 note 1 Zirkel noted a somewhat similar alteration in palagonite tuff from Nevada, , Micro. petro. Fortieth parallel, 1876, p. 274.Google Scholar
page 60 note 1 Trans. Roy. Soc. Edin., 1892, vol. xxxvii, p. 116.Google Scholar
page 60 note 2 Loc. cit.
page 60 note 3 Memoirs of Geol. Surv. Scotland, Explanation of Sheet 22, p. 25, and Explanation of Sheet 14, p. 22.
page 61 note 1 Ancient Volcanoes, vol. i, p. 426.Google Scholar
page 61 note 2 Loc. cit., p. 435.
page 61 note 3 “On an Ash Neck in the Broxburn Shale Workings at Philipstoun”: Trans. Edinburgh Geol. Soc., 1899, vol. vii, p. 477.Google Scholar