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labradorite - aurora borealis

a feldspar find
First described by Moravian missionaries working among the Inuit in the late eighteenth century, labradorite was 'discovered' in the form of large boulders on Paul Island, one of many small islands just off the Labrador coastline near Nain. (Today, Paul Island is a core seal hunting area for the Inuit living in the Nain area.)

nain, northern labrador

It was the Moravians who saw the potential of the brightly colored local rock and who, in 1771, introduced it to Europe, sending labradorite specimens and geological information to the Moravian Mission secretary in London.
Not until the middle of the eighteenth century were feldspar-related minerals even vaguely mentioned in mineralogy-related books. Swedish chemist, pharmaceutist, and metallurgist, Johann Gottschalk Wallerius (1709-1785) first mentioned them in his popular work "Mineralogy," written in 1753.
moravian missionaries
Starting in 1727, Moravians, originally from Moravia from which they had fled Roman Catholic persecution to the Palatinate of southern Germany, undertook the first Protestant church missionary work in history, traveling to the Caribbean and North America to bring education and religion to the people of "wild and unknown lands."

old moravian mission; hebron bay, labrador
photo: department of tourism, culture and recreation

The missionaries, who had attempted to establish a presence in Labrador in 1752, considered Labrador attractive because settlement in the British colonies could relieve some of the overcrowding in the European communities to which they had fled earlier.

Moravians had already been expressly invited to come to Nova Scotia, founded in 1749 by the British as a naval and military base, by Lord Halifax, then minister for the colonies.

A special act of British parliament in 1749 had recognized the Moravians as an "ancient episcopal church," opening a door to exploration and mission in the New World -- and furthering the desires of both the British (for settlers) and the Moravians (to establish missions).

Establishing a mission in Nain -- the first of a chain of mission stations serving the Inuit along Labrador's remote northern coast between 1771 and 1960 -- the Moravians opened a total of nine mission stations. Of these, two -- Hopedale and Hebron -- have survived the challenges of Labrador's harsh arctic-like coastal climate and are now Canadian National Historic Sites.
"firestone"
Although labradorite may have been 'discovered' by Europeans, the natives of Labrador -- the Eskimo Inuit who lived on the coast and the Native American Innu who lived inland -- had long attributed mystical qualities to labradorite because of its captivating play of beautiful colors. Calling it "fire rock" or "firestone," they used a powder form of labradorite as a magical potion to cure their ailments.
origins of labradorite

the aurora borealis or "northern lights"

One story tells of a wandering Inuit warrior who came upon the Northern Lights, trapped in stone. With a mighty blow of his spear, he freed most of the lights which are now seen at night in northern skies. However, some of the lights remained trapped in the stone, resulting in labradorite.

Another story tells of how all the stars in the sky once lived on earth, embedded in the rocks. One day, a "Mighty Being" pounded the rocks with a huge hammer. Freeing the stars, they flew up into the heavens leaving only a few still in the rocks -- seen now as the flash of color in labradorite.
spectrolite's discovery
Quarried from the rugged bedrock of Yl�maa in the southeast of Finland, spectrolite was discovered in 1940, during the throes of the Russo-Finnish War.

remnant of the salpalinja, hewed from boulders, many of which contained spectrolite
photo: salpalinja

The Finns, who were quarrying stones along Finland's eastern border (South Karelia) for the purpose of making tank traps to counter Russian armored tanks, noticed a puzzling but dramatic blue flash emitting from the bedrock they had just dynamited.
As construction of Finland's eighty mile defensive line, known as the Salpalinja (Salpa Line), continued, crossing the province of South Karel with trenches, tank traps and bunkers, labradorite crystals continued to be found in many of the boulders raised as defensive traps.
After the war, in honor of the Finnish stone's unique "gemmy" quality, Professor Aarne Laitakari, then Director of the Geological Survey of Finland, chose the trade name "spectrolite."
His purpose in choosing the name was to differentiate it from the "lower quality" Labrador product and to explicitly reference to the wide spectrum of colors it can display -- brilliantly iridescent blues, purples, yellows, greens, and even, on occasion, a red or hot pink.