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Glenfoot railway station

1851 disestablishments in Scotland1851 establishments in ScotlandDisused railway stations in ClackmannanshirePages with no open date in Infobox stationRailway stations in Great Britain closed in 1851
Railway stations in Great Britain opened in 1851Scotland railway station stubsUse British English from October 2019

Glenfoot railway station was a temporary terminus that served the town of Tillicoultry, Clackmannanshire, Scotland in 1851 on the Devon Valley Railway.

Excerpt from the Wikipedia article Glenfoot railway station (License: CC BY-SA 3.0, Authors).

Glenfoot railway station
The Devon Way,

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N 56.1457 ° E -3.7564 °
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The Devon Way

The Devon Way
FK13 6BU
Scotland, United Kingdom
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Ochil Fault
Ochil Fault

The Ochil Fault is the geological feature which defines the southern edge of the Ochil Hills escarpment in Scotland. North of the fault, Devonian lava flows and pyroclastic deposits slope gently down, thinning towards the north. These are in part overlain by Old Red Sandstone rocks formed later in the Devonian period. Because the deposits thin towards the north, and there are few signs of volcanic necks within the Ochil Hills themselves, it is thought that the eruptive centres were south of the fault, however these are buried deep beneath the Carboniferous rocks including coal measures which are found beneath the low-lying carse lands to the south.To put this in perspective, the prominent hill Dumyat which defines the western extremity of the Ochil Hills has a height of 418 metres (1,371 ft). The nearest colliery, Manor Powis, approximately 2 kilometres (1.2 mi) south of the fault, was approximately the same depth, in carse land that is scarcely above sea level, and was mining coal from Carboniferous strata at least many hundreds of metres above the top of the Devonian deposits. The Ochil Fault was active from the earliest part of the Carboniferous period, allowing the marine swamps in which the coal-producing vegetation flourished to be periodically overlain by layers of sand, forming sandstone, or silt, forming shale, in a number of cyclic subsidences. These occurred in the form of basins, and the pattern of movements was complex, however it is known that the greatest vertical movement was centred about 1 kilometre (0.62 mi) east of the town of Alva, and almost certainly exceeded 5 kilometres (3.1 mi) vertically. The deepest deposits of coal measures are obviously found in this region, but this has not been mined to its full extent, probably due to the great depth involved. The point of maximum downwards movement south of the fault lies just south of the Silver Glen, which happens to be the part of the Ochil Hills where the greatest extent of mineralisation has been discovered. The minerals, including ores of silver and cobalt, were probably emplaced by hydrothermal solutions percolating upwards through various minor faults and fractures, in the Tertiary period. The Ochil Fault remained active throughout geological time, and some later movements allowed intrusive eruptions of diorite or quartz-dolerite to rise at various places along its length. Modern movements of the fault are very minor but occasionally give rise to discernible earthquakes, particularly in the village of Menstrie, and the town of Tillicoultry. However the latter may be easily confused with the collapse of old room and pillar coal mine workings which undoubtedly underlie the southern part of the town. The Ochil Fault is one of Britain's finest examples of a fault line scarp, and can be best appreciated from vantage points such as the Wallace Monument near Stirling.

Upper Hirst

The Upper Hirst is a coal seam in central Scotland that was mined on a large scale in the 1950s through to 2002, mainly to supply Kincardine Power Station, and later, Longannet Power Station, in Fife. This was a low-quality coal, unsuitable for most other purposes, and had mostly been disregarded previously. Its low sulfur content made it very suitable for power station use. It burns relatively slowly making it popular in the 16th century for the manufacture of salt and glass. The seam is also known locally as the Jenny Pate or the Janet Peat.The Upper Hirst coal is found within the Upper Limestone Group of strata, above the Limestone Coal Group, but below the Productive Coal Measures. The latter two groups of strata may be separated by up to 1,000 metres. In the Central Coal Field, which is in the form of a basin, the Productive Coal Measures, if they were ever deposited, have been lost by erosion except near the centre, where they outcrop near Alloa and Clackmannan, and have been mined until recently. The Limestone Coal Group of strata have been mined only around the edge of the basin, although in the 1950s there were plans for deep mines at Airth, where two large shafts were constructed to rockhead and then abandoned, and at Gartarry Toll, which was not begun. At Manor Powis, for example, the useful seams in the Limestone Coal Group were at a depth of about 400 metres, and included valuable anthracite; the Upper Hirst was above this and as well as being mined at mid-shaft in the old colliery, was reached by a pair of sloping adits constructed near the bank of the River Forth. The slope of the seam was followed for some distance down the dip of the basin, to the east. The Upper Hirst was initially mined experimentally at the site of Bannockburn colliery by a small drift mine, then at mid-shaft in Polmaise 3/4 (commonly called Fallin), Manor Powis, and later the drift mines at Dollar and Bogside, to supply Kincardine Power Station, but when Longannet Power Station was built, an innovative scheme was developed to mine the coal at Dollar, Castlehill and Solsgirth, and bring the coal from Solsgirth, Bogside and Castlehill to the surface by conveyor at Longannet, immediately adjacent to the power station. Bogside, on the eastern extremity of the basin, could access the coal at no great depth, and it was worked down the dip to the west, via a large, deep shaft at Castlehill, which was latterly used for personnel access, the coal all emerging at Longannet, except that from Dollar, which due to faulting could not be economically linked to the main conveyor system. This scheme was a great success, although the focus of mining shifted to the south as the Dollar basin was exhausted. Eventually coal was being extracted from south of the River Forth, and there were adequate reserves to last for at least the predicted lifetime of Longannet Power Station. A disastrous flood on 23 March 2002 terminated production of the Upper Hirst coal, and brought deep mining in Scotland to an end. The source of the flooding was allegedly the failure of a dam constructed to keep water which accumulated in the old workings to the north out of the working part of the mine, but there are substantial gaps in the known facts. A local mine manager claimed that the water, about 20 million gallons (a small amount in mining terms) could be pumped out for £55,000, which is probably much less than the redundancy payments to the approximately 200 staff when the company went into receivership in indecent haste. The investigation by HM Inspectorate of Mines is thorough and meticulous, but does not conceal the fact that nothing has been proved about what really happened underground. Meanwhile, many tens of millions of tons of Upper Hirst coal remain inaccessible, the water level has reached the now closed adit entrance at Longannet, and the UK imported large quantities of foreign coal to burn in Longannet Power Station until its closure in 2016.