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dk nkf - Nordisk Konservatorforbund Danmark

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also much lighter in colour, and was generally<br />

applied to a greater (i.e. less recessed) depth,<br />

which had a significant visual impact on the newly<br />

consolidated structures, especially when contrasted<br />

with the ‘invisible’ pointing which had defined<br />

earlier works. Despite this, the later mixture and the<br />

methods for its application are now widely regarded<br />

by many masons, archaeologists and industrial<br />

experts as the best and most historically accurate<br />

for consolidating the County’s industrial buildings<br />

illustrating its significant conservation value.<br />

Over 100 dangerous mine-shafts and workings<br />

located close to publicly accessed areas have been<br />

addressed by the Coast Project since 1995. The<br />

vast majority were treated by the construction of an<br />

encompassing Cornish Hedge, and internal fence<br />

with attached signs. The Trust in West Penwith has<br />

always resisted the use of concrete plugs, and have<br />

instead favoured keeping shafts open to retain their<br />

archaeological and interpretive value and to maintain<br />

their role as a habitat for bats. The construction of<br />

a prototype hedge at Ballowall in 1995 convinced<br />

the funding bodies that the methodology was<br />

appropriate in both conservation and safety terms.<br />

As a result this method has been widely used ever<br />

since, both in West Penwith and elsewhere, and is<br />

now frequently regarded as the most desired and<br />

sensitive model for dealing with Cornwall’s many<br />

open mine-workings.<br />

The design was based on the practice employed<br />

during a mine’s lifetime, when it was required to<br />

make the old shafts safe for the public and local<br />

grazing stock. These original hedges were generally<br />

dry-stone constructions, often with an internal rab<br />

core, and were built out of local stone and minewaste.<br />

The hedges constructed by the Trust have<br />

adhered to this style, having been constructed with<br />

locally sourced materials of the same type as those<br />

originally used. Indeed, in many cases the required<br />

stone was found on-site, particularly when a hedge<br />

formerly existed, shafts generally tend to be more<br />

isolated than structures, and have therefore often not<br />

suffered from the same degree of stone-robbing.<br />

During the 10 year life-span, which was divided<br />

into four phases, the project has conserved 106<br />

mine shafts, conserved 71 structures, supported<br />

54<br />

and worked with local craftsmen, businesses and<br />

the community, secured 8 km of industrial coast for<br />

ever for everyone and underpinned Cornwall’s bid<br />

for World Heritage Site status.<br />

St Just Coast Project Phase 1:<br />

1995<br />

The first physical works to be undertaken as<br />

part of the St Just Coast Project’s launch was the<br />

consolidation of two engine houses at Kenidjack,<br />

Wheal Edward and West Wheal Owles. Wheal<br />

Edward was unlikely to survive another winter, so<br />

decrepit and dangerous was its remaining stonework,<br />

yet it remained an important contribution to the St<br />

Just landscape. Considering the importance of both<br />

sites and the imminent loss, the work was undertaken<br />

and 100% funded by the National Trust.<br />

St Just Coast Project Phase 2:<br />

1996 - 1998<br />

Following the removal of a long-term traveller’s site<br />

at Kenidjack, a partnership between the National<br />

Trust, Cornwall County Council and the Cornwall<br />

Archaeological Unit was formed. The first part of the<br />

work was to secure a small clearance grant to remove<br />

a substantial amount of landfill material which had<br />

been dumped on the cliffs at Wheal Edward, to reprofile<br />

and cloak the remainder of the site, and to<br />

erect a safety hedge around Wheal Edward incline

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