Greenwich, Southeast London

The Royal Navy and Scottish Officers

The Royal Navy that operated from Greenwich from the seventeenth century onward was, in its officer corps, disproportionately Scottish. This is a fact that tends to surprise those who associate the Navy with southern England, and it requires an explanation.

Scotland, after the Acts of Union in 1707, acquired access to the British Empire and the Royal Navy on the same terms as England. For ambitious young Scotsmen from families that could not afford the purchase of a commission in the army, the Navy offered a route to a career based on merit — or at least on merit combined with the right connections. The sea was an equaliser in a way that the land was not.

The result was a steady flow of Scottish officers into the senior ranks of the Royal Navy. Admiral Adam Duncan, who defeated the Dutch fleet at the Battle of Camperdown in 1797, was a Dundee man. Admiral Lord Keith — who commanded the Channel Fleet and was the officer to whom Napoleon surrendered in 1815 — was Scottish. Admiral Lord Cochrane, one of the most brilliantly unorthodox naval commanders in history, was from Lanarkshire. These are not footnotes to Greenwich's naval history; they are central figures in it.

Naval Surgeons and Scottish Medicine

The Royal Navy's medical service was another avenue of Scottish influence at Greenwich. Scottish medical schools — Edinburgh in particular, which by the late eighteenth century was regarded as the best in the world — produced surgeons who were recruited in large numbers by the Navy.

Naval surgery in the age of sail was one of the most demanding medical specialisations available. Operating below decks during battle, managing shipboard epidemics, treating scurvy, tropical diseases, and the injuries of storms and warfare — these were problems that required practical training of the kind that Edinburgh provided.

The Royal Naval Hospital at Greenwich — now the Old Royal Naval College — was the destination for sick and injured sailors from naval operations around the world. Its wards were served by surgeons many of whom had trained in Scotland, and its records preserve the stories of thousands of naval personnel who were treated there.

The Cutty Sark and the Clyde

The Cutty Sark — the last surviving tea clipper, now a museum ship in dry dock at Greenwich — is a monument to Scottish shipbuilding as much as to the China trade. She was built in 1869 at Dumbarton on the Clyde by the firm of Scott and Linton, designed by Hercules Linton, and launched with a name from Robert Burns's poem 'Tam o' Shanter'.

The clipper ships of the mid-nineteenth century were among the most technically advanced sailing vessels ever built, and the Clyde shipyards were at the centre of their development. The Cutty Sark represents the culmination of that tradition — designed for speed on the China tea route, she could carry 1.3 million pounds of tea in a single voyage.

At Greenwich, the Cutty Sark is frequently described as a British achievement without its Scottish dimension being specified. But for visitors with Scottish family connections to the Clyde shipbuilding industry, she is a direct monument to the skills and labour of their ancestors' trades.

The Royal Observatory and Scottish Science

The Royal Observatory on Greenwich Hill, founded in 1675, is the origin of Greenwich Mean Time and the Prime Meridian. Its founders and early directors were primarily English, but Scottish science was woven into its history from the beginning.

James Bradley, the Astronomer Royal from 1742 to 1762, worked with instruments made by Scottish craftsmen. The precision instrument-making tradition of Scotland — centred on Edinburgh but represented throughout the country — supplied the observatories, naval vessels, and survey expeditions of the British Empire with the tools of navigation and measurement.

For Scottish visitors to Greenwich, the Observatory is a place where the Scottish scientific tradition of the Enlightenment — the precision, the practicality, the application of mathematics to physical problems — can be traced in the instruments on display.

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