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Stonehaven Scotland

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Journal Article
Published: 01 March 2000
Journal of the Geological Society (2000) 157 (2): 367–379.
...R. L. MASTERS; J. J. AGUE; D. M. RYE Abstract The carbon and oxygen systematics of rocks north of Stonehaven, Scotland were studied to provide new constraints on the nature and timing of metamorphic and post‐metamorphic fluid infiltration. Carbon and oxygen isotopic data were collected from...
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Journal Article
Published: 01 March 2005
Geological Magazine (2005) 142 (2): 226.
...David Macdonald © 2005 Cambridge University Press 2005 What’s in a title? Perhaps naively, I imagine that the title of a scientific work should capture the essence of the book, and this title piqued my interest. NE Scotland is a self-contained land cut off from the rest of Britain...
Journal Article
Published: 15 December 2023
Journal of the Geological Society (2024) 181 (1): jgs2023-138.
... and Wellman 2002 ). This age constraint is significant as it dates the onset of ‘Lower Old Red Sandstone’ facies deposition in Scotland and indicates that the Stonehaven Group contains one of the oldest known non-marine biotas. Importantly, this includes the oldest reported air-breathing land animal...
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Journal Article
Published: 01 May 1990
Geological Magazine (1990) 128 (3): 283–286.
Journal Article
Published: 01 January 1954
Geological Magazine (1954) 91 (1): 1–13.
...Thomas C. Phemister; D. H. Williamson Abstract "In the schistose grits of the Dalradian series north of Stonehaven there is clear evidence of the deformation of the rock by shearing of the original quartz grains along planes roughly diagonal to the 'flattening', which here coincides generally...
Journal Article
Published: 01 September 1953
Geological Magazine (1953) 90 (5): 353–361.
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Published: 01 July 2010
Table 1 Calculation of channel depth and resulting paleohydrology from sedimentological and geomorphological methods for the Carron Formation, Stonehaven, Scotland.
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Figure8—Albadesmus almondi n. gen. and sp., holotype AMS F. 64847a, Mid Silurian (late Wenlock–early Ludlow), Stonehaven Group, Cowie Formation, Dictyocaris member, Cowie Harbour, Stonehaven, Scotland. 1, Entire specimen preserved in dorsal aspect with tergites and sternites slid apart, anterior towards top; 2, enlarged view of tergites showing detail of ornament; 3, latex mold of sternites with paramedian pores and lateral coxae. Scale bars = 2 mm
Published: 01 January 2004
Figure 8 — Albadesmus almondi n. gen. and sp., holotype AMS F. 64847a, Mid Silurian (late Wenlock–early Ludlow), Stonehaven Group, Cowie Formation, Dictyocaris member, Cowie Harbour, Stonehaven, Scotland. 1, Entire specimen preserved in dorsal aspect with tergites and sternites slid apart
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Figure9—Pneumodesmus newmani n. gen. and sp., holotype NMS G. 2001.109.1, Mid Silurian (late Wenlock–early Ludlow), Stonehaven Group, Cowie Formation, Dictyocaris member, Cowie Harbour, Stonehaven, Scotland. 1, Specimen preserved in dorsolateral aspect with anterior towards right; 2, specimen rotated into the page to better show sternites and legs; 3, interpretative drawing of 9.2 (AB = anterior bar, Ap = appendages, CS = coxal socket, Mz = metazonite, Pa = paranotum, Pz = prozonite, Sp = spiracle, St = sternite)
Published: 01 January 2004
Figure 9 — Pneumodesmus newmani n. gen. and sp., holotype NMS G. 2001.109.1, Mid Silurian (late Wenlock–early Ludlow), Stonehaven Group, Cowie Formation, Dictyocaris member, Cowie Harbour, Stonehaven, Scotland. 1, Specimen preserved in dorsolateral aspect with anterior towards right; 2
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Figure7—Cowiedesmus eroticopodus n. gen. and sp., holotype AMS F. 64845a, Mid Silurian (late Wenlock–early Ludlow), Stonehaven Group, Cowie Formation, Dictyocaris member, Cowie Harbour, Stonehaven, Scotland. 1, Midbody pleurotergites in lateral aspect (anterior to right, ventral towards top); 2, anterior of specimen in lateral aspect including modified leg associated with pleurotergite 8; 3, interpretative drawing of 7.2 (C = collum, Cx = coxa, Fe = femur, H = head, Pfe = postfemur, Prfe = prefemur, pt2–10 = pleurotergite, Ta = tarsus, Ti = tibia)
Published: 01 January 2004
Figure 7 — Cowiedesmus eroticopodus n. gen. and sp., holotype AMS F. 64845a, Mid Silurian (late Wenlock–early Ludlow), Stonehaven Group, Cowie Formation, Dictyocaris member, Cowie Harbour, Stonehaven, Scotland. 1, Midbody pleurotergites in lateral aspect (anterior to right, ventral towards
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 (a) Geological map of the region adjacent to the Highland Boundary Fault between Arran and Stonehaven, Scotland. Modified from Armstrong & Paterson (1970) and British Geological Survey (1974, 1983, 1990, 1999, 2005) as indicated in (c). The outliers NW of the Highland Boundary Fault are as follows: A, Lintrathen; B, Glen Turret; C, Balmaha; D, Glen Fruin (Upper Old Red Sandstone and Lower Carboniferous); E, Toward Taynuilt (marked by ○ on map); F, ‘The Haystack’ (○ on map); G, Ardscalpsie Point (○ on map). It should be noted that the Garvock and Arbuthnott Groups (Lower Devonian) are not shown separately on the NW limb of the Strathmore Syncline. (b) True-scale cross-section across part of the Grampian terrane. The Cowal Antiform is correlated with the Highland Border Downbend in (a). (c) True-scale vertical cross-sections across part of the Midland Valley terrane based on sections accompanying BGS Sheets, as indicated. Lines of cross-section are shown in (a). (d) Palaeostress data for the Highland Boundary Fault between Balmaha and Stonehaven, based on analysis of fractures in pebbles (Ramsay 1964); mesofractures and fractured pebbles (Jones & Tanner 1995); and fluid inclusion planes (FIPs) in pebbles (Baron & Parnell 2004).
Published: 01 September 2008
Fig. 2.  ( a ) Geological map of the region adjacent to the Highland Boundary Fault between Arran and Stonehaven, Scotland. Modified from Armstrong & Paterson (1970) and British Geological Survey (1974, 1983, 1990, 1999, 2005) as indicated in ( c ). The outliers NW of the Highland
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Landslide at Bervie Braes, Stonehaven, on the NE coast of Scotland (February 2010).
Published: 01 February 2011
Fig. 1 Landslide at Bervie Braes, Stonehaven, on the NE coast of Scotland (February 2010).
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Geological map of the Highland Boundary fault (HBF) near Stonehaven, NE Scotland. (a) Simplified geological map of Scotland indicating the location of the study site near Stonehaven. GT, Grampian Terrane; MVT, Midland Valley Terrane; GGF, Great Glen fault; SUF, Southern Uplands fault. (b) The HBF along the coastal section c. 1 km north of Stonehaven. The location of the six structural logs are indicated.
Published: 22 November 2019
Fig. 1. Geological map of the Highland Boundary fault (HBF) near Stonehaven, NE Scotland. ( a ) Simplified geological map of Scotland indicating the location of the study site near Stonehaven. GT, Grampian Terrane; MVT, Midland Valley Terrane; GGF, Great Glen fault; SUF, Southern Uplands fault
Journal Article
Published: 01 June 1994
Journal of the Geological Society (1994) 151 (3): 425–438.
...J.E.A. MARSHALL; P.D.W. HAUGHTON; S. J. HILLIER Abstract Vitrinite reflectivities from Lower Old Red Sandstone (ORS) sediments of the Strathmore region in the Midland Valley of Scotland give values of 1.2% for the Stonehaven Group (Kincardineshire), 0.9% for the Arbuthnott Group (Angus) and 1.3...
Journal Article
Published: 01 January 2004
Journal of Paleontology (2004) 78 (1): 169–184.
...Figure 8 — Albadesmus almondi n. gen. and sp., holotype AMS F. 64847a, Mid Silurian (late Wenlock–early Ludlow), Stonehaven Group, Cowie Formation, Dictyocaris member, Cowie Harbour, Stonehaven, Scotland. 1, Entire specimen preserved in dorsal aspect with tergites and sternites slid apart...
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Journal Article
Published: 01 May 2013
Scottish Journal of Geology (2013) 49 (1): 15–31.
...P. W. G. Tanner; H. A. Armstrong; A. W. Owen Synopsis New geological maps of the Highland Border Complex (HBC) at four classical localities across ScotlandStonehaven; River North Esk; Loch Ard Forest, Aberfoyle; and North Glen Sannox, Arran – are presented as part of this study. Cherts sampled...
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Journal Article
Published: 01 February 1995
Journal of the Geological Society (1995) 152 (1): 196.
... Abstract Gerald M. Friedman writes: the paper by Marshall et al. 1994 uses vitrinite reflectivities from Lower Old Red Sandstone (ORS) sediments of the Midland Valley of Scotland to interpret burial and uplift history. Vitrinite reflectivies give values of 1.3% for the Stonehaven Group...
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Locality and geological maps of the Stonehaven Group outcrop and adjacent strata. (a) Map of Scotland showing the position of the Midland Valley bounded by the Highland Boundary Fault (HBF) and Southern Upland Fault (SUF). (b) Geological map of the demarcated area in (a) showing the ‘Lower Old Red Sandstone’ and adjacent deposits in the NE Midland Valley of Scotland. A geological section C–C' is provided. (c) Geological map of the area demarcated in (b) showing a more detailed geological map of the Stonehaven Group outcrop. Asterisks mark the location of palynological samples from the coast near Cowie and inland at the Bridge of Graham and on Carron Water. Asterisk marked with a P indicates the location of the plant megafossil assemblage along Carron Water west of Tewel. Sources: figure modified from Shillito and Davies (2017) and McKellar and Hartley (2020).
Published: 15 December 2023
Fig. 1. Locality and geological maps of the Stonehaven Group outcrop and adjacent strata. ( a ) Map of Scotland showing the position of the Midland Valley bounded by the Highland Boundary Fault (HBF) and Southern Upland Fault (SUF). ( b ) Geological map of the demarcated area in ( a ) showing
Journal Article
Journal: Clay Minerals
Published: 01 March 2006
Clay Minerals (2006) 41 (1): 433–471.
..., particularly in South Wales, the West Midlands, Northern England, the Midland Valley of Scotland and the Orcadian basin. The ORS also occurs extensively offshore where it contains important hydrocarbon reservoirs. Highly variable suites of clay mineral assemblages are characteristic of the ORS. In the West...
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Journal Article
Published: 22 January 2015
Journal of the Geological Society (2015) 172 (2): 213–217.
... – 166 . Bluck B.J. 2010 . The Highland Boundary Fault and the Highland Border Complex . Scottish Journal of Geology , 46 , 113 – 124 . British Geological Survey , 1999 . Stonehaven, Scotland Sheet 67, Solid and Drift Geology, 1:50,000 . British Geological Survey , Keyworth...
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